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3514 | https://en.wikipedia.org/wiki/Government%20of%20Barbados | Government of Barbados | The Government of Barbados (GoB), is a unitary parliamentary constitutional republic, where the President of Barbados represents as the head of state and the Prime Minister of Barbados represents as the head of government.
The country has a bicameral legislature and a political party system, based on universal adult suffrage and fair elections. The Senate has 21 members, appointed by the Governor-General on behalf of the monarch, 12 on the advice of the Prime Minister, two on the advice of the Leader of the Opposition, and seven at the Governor-General's sole discretion. The House of Assembly has 30 members, all elected. Both houses debate all legislation. However, the House of Assembly may override Senate's rejection of money bills and other bills except bills amending the Constitution.
Officers of each house (President and Deputy President of the Senate; Speaker, Deputy Speaker, and Chairman of Committees of the Assembly) are elected from the members of the respective houses.
In keeping with the Westminster system of governance, Barbados has evolved into an independent parliamentary democracy, meaning that all political power rests with the Parliament under a non-political President as head of state. Executive authority is vested in the President, who normally acts only on the advice of the Prime Minister and Cabinet, who are collectively responsible to Parliament. Barbadian law is rooted in English common law, and the Constitution of Barbados implemented in 1966, is the supreme law of the land.
Fundamental rights and freedoms of the individual are set out in the Constitution and are protected by a strict legal code.
The Cabinet is headed by the Prime Minister, who must be an elected member of Parliament, and other ministers are appointed from either chamber by the Governor-General, as advised by the Prime Minister.
The President appoints as Leader of the Opposition the member of House of Assembly who commands the support of the largest number of members of that House in opposition to the ruling party's government.
The maximum duration of a Parliament is five years from the first sitting. There is a simultaneous dissolution of both Houses of Parliament by the President, acting on the advice of the Prime Minister.
There is an established non-political civil service. Also, there are separate constitutional commissions for the Judicial and Legal Service, the Public Service, and the Police Service.
History
The government has been chosen by elections since 1961 elections, when Barbados achieved full self-governance. Before then, the government was a Crown colony consisting of either colonial administration solely (such as the Executive Council), or a mixture of colonial rule and a partially elected assembly, such as the Legislative Council.
Since independence the Democratic Labour Party (DLP) held office 1966 to 1976, from 1986 to 1994, and from January 2008 to 2018. The Barbados Labour Party (BLP) governed from 1976 to 1986, from September 1994–2008 and has formed the government from 2018–Present.
Executive branch
The Executive Branch of government conducts the ordinary business of government. These functions are called out by the Prime Minister and cabinet ministers. The prime minister chooses the ministers of government they wish to have in the cabinet but they are actually appointed by the President.
Heads of State
President
Head of Government
Prime Ministers
Premier (Abolished)
Attorney General's
Ministers
List of Government Ministries, Ministers and Permanent Secretaries
Legislative Branch
Under Barbados' version of the Westminster system of government, the executive and legislative branches are partly intertwined.
The only official Cabinet office (other than Prime Minister) expressly mentioned in the Constitution of Barbados is Office of the Attorney-General.
President
Chief Secretaries (Abolished)
Auditors-General
Senators
Presidents of the Senate
Members of the House ( a/k/a Members of Parliament)
Speakers of the House of Assembly
Clerks of Parliament
Law
The Constitution of Barbados is the supreme law of the nation. The Attorney General heads the independent judiciary. Historically, Barbadian law was based entirely on English common law with a few local adaptations. At the time of independence, the Parliament of the United Kingdom lost its ability to legislate for Barbados, but the existing English and British common law and statutes in force at that time, together with other measures already adopted by the Barbadian Parliament, became the basis of the new country's legal system.
Legislation may be shaped or influenced by such organisations as the United Nations, the Organization of American States, or other international bodies to which Barbados has obligatory commitments by treaty. Additionally, through international co-operation, other institutions may supply the Barbados Parliament with key sample legislation to be adapted to meet local circumstances before enacting it as local law.
New acts are passed by the Barbadian Parliament and require approval by the President to become law. The President, has the power to "withhold assent" from laws by vetoing the proposed law without parliamentary override.
Judicial branch
The judiciary is the legal system through which punishments are handed out to individuals who break the law. The functions of the judiciary are to enforce laws; to interpret laws; to conduct court hearings; to hear court appeals.
The local court system of Barbados is made up of:
Magistrates' Courts: Covering Criminal, Civil, Domestic, Domestic Violence, and Juvenile matters. But can also take up matters dealing with Coroner's Inquests, Liquor Licences, and civil marriages. Further, the Magistrates' Courts deal with Contract and Tort law where claims do not exceed $10,000.00.
The Supreme Court: is made up of High Court and Court of Appeals.
High Court: Consisting of Civil, Criminal, and Family law divisions.
Court of Appeal: Handles appeals from the High Court and Magistrates' Court. It hears appeals in both the civil, and criminal law jurisdictions. It may consist of a single Justice of Appeal sitting in Chambers; or may sit as a Full Court of three Justices of Appeals.
The Caribbean Court of Justice (CCJ), (based in Port of Spain, Trinidad and Tobago), is the court of last resort (final jurisdiction) over Barbadian law. It replaced the London-based Judicial Committee of the Privy Council (JCPC). The CCJ may resolve other disputed matters dealing with the Caribbean Single Market and Economy (CSME).
Chief Justices
Justices of Appeals
Magistrates
Perception
Transparency International ranked Barbados as 17th place (of 179) in the world on its Corruption Perceptions Index in 2010, with only one nation scoring better in the Americas. ()
See also
Politics of Barbados
Monarchy of Barbados
Parliament of Barbados
Prime Minister of Barbados
Cabinet of Barbados
List of government budgets by country
List of countries by tax revenue as percentage of GDP
References
Further reading
Gallery
External links
Barbadian Government Website
The Barbados Governmental System, Photius Coutsoukis
Barbados Government statement on the proper titles for members of Government
Social Security provided by the Government of Barbados
Laws of Barbados, The World Law Guide
Laws of Barbados, The World Intellectual Property Organization
Barbados
Barbados-related lists |
3533 | https://en.wikipedia.org/wiki/Government%20of%20Belarus | Government of Belarus | The Government of the Republic of Belarus (), which consists of the Council of Ministers of the Republic of Belarus (), is the executive branch of state power in Belarus, and it is appointed by the President of Belarus. The head of the Government is the President of Belarus, who manages the main agenda of the government and direct the ministers. The National Assembly of Belarus is the continuation of the Supreme Soviet of the BSSR and acts as the functioning parliament for Belarus.
Council of Ministers
Below are the 30 members of the Council of Ministers as of 19 August 2020, as well as the head of the presidential administration and the chairmen of the State Committees, who are not technically ministers but are included in the Council of Ministers. Offices which are not technically counted as ministerial posts are italicized. The prime minister, the first deputy prime minister(s), the deputy prime minister(s), the ministers of economy, finance, and foreign affairs, the head of the presidential administration, and the chairman of the State Control Committee together form the Presidium of the Council of Ministers. These officials are highlighted in yellow. The incumbent government resigned en masse on 17 August 2020. New government was formed on 19 August 2020, consisting mostly of same people.
Composition
As of 18 October 2021:
See also
Supreme Soviet of Belarus, the preceding supreme state power in Belarus
National Assembly of Belarus, the current supreme state power in Belarus
References
European governments
Current governments |
3535 | https://en.wikipedia.org/wiki/Telecommunications%20in%20Belarus | Telecommunications in Belarus | Telecommunications in Belarus involves the availability and use of electronic devices and services, such as the telephone, television, radio or computer, for the purpose of communication.
Telephone system
Telephone lines in use: 3,9741 million (2011).
Mobile/cellular: 11,559,473 subscribers (Q1 2019).
The phone calling code for Belarus is +375.
The Ministry of Telecommunications controls all telecommunications originating within the country through its carrier unitary enterprise, Beltelecom.
Minsk has a digital metropolitan network; waiting lists for telephones are long; fixed line penetration is improving although rural areas continue to be underserved; intercity – Belarus has developed a fibre-optic backbone system presently serving at least 13 major cities (1998). Belarus's fibre optics form synchronous digital hierarchy rings through other countries' systems.
International connection
Belarus is a member of the Trans-European Line (TEL), Trans-Asia-Europe Fibre-Optic Line (TAE) and has access to the Trans-Siberia Line (TSL); three fibre-optic segments provide connectivity to Latvia, Poland, Russia, and Ukraine; worldwide service is available to Belarus through this infrastructure; Intelsat, Eutelsat, and Intersputnik earth stations.
In 2006 it was announced that Belarus and Russia completed the second broadband link between the two countries, the Yartsevo-Vitebsk cable. The capacity of this high speed terrestrial link which based on DWDM and STM technology is 400Gbit/s with the ability to upgrade in the future.
Cellular communications
Belarus has 3 GSM/UMTS operators – A1, MTS, life:). For 4G data operators use the infrastructure managed by state operator beCloud, VoLTE service currently is offered only with A1.
Radio and television
Television broadcast stations: 100 of which 59 are privately owned.
Belarus has switched from an analog to digital broadcast television. The process finished in May 2015. Belarus broadcasts according to the DVB-T2 standard with MPEG-4 compression.
Radio broadcast stations: 173 with 24 privately owned, including 30 FM stations.
Radios: 3.02 million (1997).
Internet
Country code: .by
The state telecom monopoly, Beltelecom, holds the exclusive interconnection with Internet providers outside of Belarus. Beltelecom owns all the backbone channels that linked to the Lattelecom, TEO LT, Tata Communications (former Teleglobe), Synterra, Rostelecom, Transtelekom and MTS ISP's. Beltelecom is the only operator licensed to provide commercial VoIP services in Belarus.
Until 2005–2006 broadband access (mostly using ADSL) was available only in a few major cities in Belarus. In Minsk there were a dozen privately owned ISP's and in some larger cities Beltelecom's broadband was available. Outside these cities the only options for Internet access were dial-up from Beltelecom or GPRS/cdma2000 from mobile operators. In 2006 Beltelecom introduced a new trademark, Byfly, for its ADSL access. As of 2008 Byfly was available in all administrative centres of Belarus. Other ISPs are expanding their broadband networks beyond Minsk as well.
Internet use:
According to a 2006 survey of 1,500 adults by Satio, a third of Belarusians use the Internet—38% of the urban population and 16% of the rural population.
A 2006 study by the United Nations Conference on Trade and Development indicates 56.5% of Belarus' population were internet-users.
The International Telecommunication Union showed Internet penetration (Internet users per 100 population) in 2009 at 27% for Belarus, 42% for Serbia, 37% for Romania, 29% for Russia, and 17% for Ukraine.
According to Internet World Stats, Internet penetration in June 2010 was 47.5%. For comparison, Internet penetration in the Ukraine was 33.7%, in Romania 35.5%, Russia 42.8%, and Serbia 55.9%.
The most active Internet users in Belarus belong to the 17–22 age group (38 percent), followed by users in the 23–29 age group. Internet access in Belarus is predominantly urban, with 60 percent of users living in the capital Minsk. The profile of the average Internet user is male, university educated, living in the capital, and working in a state enterprise. The Ministry for Statistics and Analysis estimates that one in four families in Belarus owns a computer at home. The popularity of Internet cafés has fallen in recent years, as most users prefer to access the Internet from home or work. Russian is the most widely used language by Belarusians on the Internet, followed by Belarusian, English, and Polish.
In mid-2009 there were more than 22,300 Belarusian Web sites, of which roughly 13,500 domain names were registered with the top-level domain name ".by".
In June 2011 E-Belarus.org listed:
2 ISPs in the Brest region, 4 in the Gomel region, 1 in the Grodno region, 26 in the Minsk region, 1 in the Mogilev region, and 1 in the Vitebsk region
4 ADSL providers
3 technology parks
2 educational networks
more than 30 Internet cafes and Wi-Fi Hotspots
Limited free expression
Many western human rights groups state that civil rights and free expression are severely limited in Belarus, though there are some individuals and groups that refuse to be controlled and some journalists have disappeared.
Because the Belarus government limits freedom of expression, several opposition media outlets are broadcast from nearby countries to help provide Belorussians an alternative points of view. This includes the Polish state-owned Belsat TV station and European Radio for Belarus (Eŭrapéjskaje Rádyjo dla Biełarúsi)
Reporters Without Borders ranked Belarus 157th out of 178 countries in its 2014 Press Freedom Index. By comparison, the same index ranked neighbor Ukraine, 126th and Russia, 148th.
In the 2011 Freedom House Freedom of the Press report, Belarus scored 92 on a scale from 10 (most free) to 99 (least free), because the government allegedly systematically curtails press freedom. This score placed Belarus 9th from the bottom of the 196 countries included in the report and earned the country a "Not Free" status.
References
External links
The Ministry of Information of the Republic of Belarus (Belarusian)
The Ministry of Communications and Informatization of the Republic of Belarus (Belarusian)
Media in Belarus, e-Belarus.org
Mass media in Belarus on the official website of the Republic of Belarus
Major telecommunications operators in Belarus (in Belarusian):
Beltelecom
MTS (GSM)
A1 (GSM)
Life (GSM)
Internet in Belarus
ru:Интернет в Белоруссии |
3536 | https://en.wikipedia.org/wiki/Transport%20in%20Belarus | Transport in Belarus | This article is about transport in Belarus.
Railways
Rail transport in Belarus is operated by Belarusskaya Chyhunka
total:
country comparison to the world: 32
broad gauge:
of gauge ( electrified) (2006)
City with underground railway system: Minsk, see Minsk Metro
For tramway systems: see List of town tramway systems in Belarus
Highways
The owners of highways may be the Republic of Belarus, its political subdivisions, legal and natural persons, who own roads, as well as legal entities, which roads are fixed on the basis of economic or operational management.
Republican state administration in the field of roads and road activity is the Department Belavtodor under the Ministry of Transport and Communications of the Republic of Belarus.
In total, in Belarus there are more than of roads and of departmental thousand (agriculture, industry, forestry, etc.), including in cities and towns. The density of paved roads has been relatively low – 337 km per 1,000 km2 territory – for comparison, in European countries with well-developed road network, the figure is an average of .
total:
paved:
(2003)
Waterways
(use limited by location on perimeter of country and by shallowness) (2003)
country comparison to the world: 37
Pipelines
gas ; oil ; refined products (2008)
Ports and harbors
Mazyr - on the river Pripyat
Airports
65 (2008):
country comparison to the world: 76
Minsk International Airport
Minsk-1
Gomel Airport
Airports - with paved runways
total:
35
over :
2
:
22
:
4
:
1
under :
6 (2008)
Airports - with unpaved runways
total:
30
:
1
:
1
:
2
under :
26 (2008)
Heliports
1 (2007)Heliports is where helicopter land.
National air-carrier
Belavia
See also
Transport in the Soviet Union
Vehicle registration plates of Belarus
References
External links
Automobiles, Trains And Buses - Getting Around Belarus |
3537 | https://en.wikipedia.org/wiki/Armed%20Forces%20of%20Belarus | Armed Forces of Belarus | The Armed Forces of the Republic of Belarus (, ) consist of the Ground Forces and the Air and Air Defence Forces, all under the command of the Republic of Belarus Ministry of Defence. Being a landlocked country, Belarus has no navy.
In 2017 the IISS estimated that personnel in the armed forces numbered 48,000. Most soldiers are conscripts serving for a period of 18 months, although there is an alternative service option.
Belarus conducted military reforms in the 2000s which have reshaped its armed forces as a relatively effective force for a small state in somewhat difficult economic conditions.
History
The previous Belarusian People's Republic of March 1918 to 1919 did not have time to create armed forces in its brief existence, although attempts to create a military have been documented.
Until 1991 the Soviet Belorussian Military District comprised the 5th Guards Tank Army (HQ Bobruisk), the 7th Tank Army (HQ Borisov), the 28th Army (HQ Grodno), the 120th Guards Motor Rifle Division, the 72nd Guards District Training Center and logistical units and formations. In addition to these troops Belarus was host to centrally controlled formations, namely the 103rd Guards Airborne Division, the 38th Guards Airborne Brigade, the 11th Air Defence Corps of the 2nd Air Defence Army, the 26th Air Army and also units and formations of the Strategic Rocket Forces, Long Range Aviation, the Navy and special forces.
In late 1991 the 5th Guards Tank Army comprised the 30th Guards Motor Rifle Division, newly arrived from Czechoslovakia, and the 193rd Tank Division, plus two armament and equipment storage bases (the former 8th Guards and 29th Tank Divisions), and army troops. The 7th Tank Army comprised the 3rd Guards Tank Division, 34th, and 37th Guards Tank Divisions, plus army troops. The 28th Army comprised four divisions, one of which was a low-status mobilisation division. Also arriving from the Southern Group of Forces in Hungary was the 19th Guards Tank Division.
On September 20, 1991, the Supreme Soviet of Belarus passed resolution "On the formation of the Armed Forces of the Republic of Belarus" and on January 11, 1992, resolution "On the Armed Forces deployed in the territory of the Republic of Belarus." On March 18, 1992, the parliament passed resolution "On the Armed Forces of the Republic of Belarus" that bound the government "to start the formation of the Armed Forces of the Republic of Belarus as of March 20, 1992" and "to submit to the Supreme Soviet for approval the suggested structure of the Armed Forces, their size and order of their material and technical supplies".
On May 6, 1992, the Belorussian Military District was abolished. The Belarusian Ministry of Defence and the Main Staff were formed from its resources. The former first deputy commander and military district Chief of Staff, Lieutenant-General Pavel Kozlovskiy, was appointed Minister of Defence on 22 April 1992, taking over from acting Minister of Defence Colonel-General Petr Chaus. On 8 September 1992, the Minsk Higher Military Engineering School and the Minsk Higher Military Command School (now the unified Military Academy of Belarus) were the first to take the military oath of allegiance to the armed forces, with their induction ceremony being held on Independence Square in the presence of defense minister Kozlovskii. This was done to commemorate anniversary of the Lithuanian-Polish victory at the Battle of Orsha, which was considered to be a Day of Belarusian Military Glory.
On November 3, 1992, Belarus passed the law "On the Armed Forces of the Republic of Belarus" defining the status, structure and guiding principles of the Armed Forces. After the introduction of presidency the law was amended twice: on September 4, 1996, and on November 9, 1999, but on the whole the law retains its initial contents.
On January 1, 1993, all service personnel on Belarusian soil were required to either take an oath of loyalty to Belarus, or leave. This oath however did not alleviate concerns regarding loyalty to Russia in time of crisis, especially since nearly 50% of all military personnel were ethnically Russian at the end of 1992.
In June 1995, President Alexander Lukashenko issued a decree on the Mobile Forces. By June 1996, they comprised a headquarters in Vitebsk, two brigades drawn from the 103rd Guards Airborne Division, the 38th Independent Mobile Brigade (Brest, Belarus), an air transport regiment, and communications, logistics, and engineer units.
Membership in the Commonwealth of Independent States, as well as the 1996 treaty on the Union of Russia and Belarus and the Treaty of the Formation of a Union State in 1999, confirmed a close partnership with Russia. Much of the air defence system is integrated into the Russian air defence network, and in 2006 the two nations signed an agreement on the creation of a unified air defence system.
Structure
Belarus government websites say that the Ministry of Defence of the Republic of Belarus is supported by Central Command Support Elements and the General Staff of the Armed Forces.
Combat Support Elements of the Armed Forces included Reconnaissance, Electronic Warfare, Signals, Engineer, NBC Defence, Navigation and Topography, and Maintenance organisations. Logistic Elements of the Armed Forces provided Material Support, Logistic Support, Medical Support, Veterinarian Support, and Military Construction.
In 1995 the Military Academy of Belarus was set up on the basis of two military educational institutions – the Minsk Air Defence and Rocket School of the Soviet Air Defence Forces and the Minsk Higher Military Command School. Its 10 departments train officers of 38 specialties for practically all arms of service. Also in 1995 it was given the status of a government institution of secondary special military education for young men.
Branches
Ground Forces
A Library of Congress study of national ground forces said that in 1994 Belarus had ground forces of 52,500. They were organized into three corps headquarters, two motor divisions, one airborne division, the 51st Guards Artillery Division at Osipovichi, three mechanized divisions, one airborne brigade, three surface-to-surface missile brigades, two antitank brigades, one special duties brigade, and seven anti-aircraft missile brigades. Equipment included 3,108 main battle tanks (seventy-nine T-54, 639 T-55, 291 T-62, 299 T-64, eight T-80, and 1,800 T-72), 419 medium-range launchers, sixty surface to-surface missiles, and 350 surface-to-air missiles.
In 1993 the 7th Tank Army was reorganised as the 7th Army Corps. In 1994 the 7th Army Corps was redesignated as the 65th Army Corps, still located at Borisov.
By January 1, 1995, the composition of the Belarusian ground forces had changed. The Library of Congress study estimated at the time that Ministry of Defence forces included the 103rd Guards Airborne Division and the 38th Separate Assault-Landing Brigade; the 28th Army Corps (Grodno Region and Brest Region), composed of headquarters at Grodno, the 6th Guards Kiev-Berlin Mechanised Brigade, the 11th Guards Mechanised Brigade, the 50th Separate Mechanised Infantry Brigade, the Armament and Equipment base, and corps units (missile troops, antiaircraft, chemical and engineer troops, signals, and rear services); the 65th Army Corps (Minsk and Vitebsk Regions), composed of headquarters at Borisov, three armament and equipment bases, and corps units; and the 5th Guards Army Corps (Minsk and Mahilyow regions) made up of headquarters at Babruysk, the 30th Separate Motor Rifle Brigade, two Armament and Equipment bases, and corps units.
Actually, the 103rd Guards Airborne Division had been reorganized as Headquarters, Mobile Forces, in 1993.
On 1 August 1996 the 51st Guards Artillery Division was reorganised as the 51st Guards Central Group of Artillery, still located at Osipovichi.
On 21 December 2001, a major reorganisation of the Ground Forces produced two operational-territorial commands, formed from two former corps headquarters. All Belarus ground forces were now grouped within these two commands, the Western Operational Command at Grodno, former from the previous 28th Army Corps, the former Soviet 28th Army, and the North Western Operational Command, the former 65th Army Corps, at Barysaw (Borisov).
Since about 2001, territorial defence forces, which as of 2002 number around 150,000, have been forming, organised into battalions, companies, and platoons spread across Belarus.
In 2007, the Land Forces consisted of 29,600 soldiers (6th Guards Mechanised Brigade (Grodno), 11th Guards Mechanized Brigade at Slonim, the 120th Guards Mechanised Brigade (Minsk), 38th and 103rd Mobile Brigades (organized similarly to Soviet airborne regiments, not all of them are equipped with BMD-1), 5th Spetsnaz Brigade (Maryina Horka), five artillery brigades and four regiments, two MRL regiments, 15th, 29th, 115th, 120th and 302nd SAM Brigades, two SSM brigades, two brigades and one regiment of engineers, 8th independent NBC Brigade, two signals brigades, 40th independent NBC battalion. Army equipment includes 1800 main battle tanks (MBT) and 2600 AFV/APC. The weapons and equipment storage bases include the 50th (Brest), 19th, 34th & 37th (former tank divisions), 3rd, and 28th (Baranovichi). Weapons storage bases that have been disbanded include the 29th, 30th, 193rd, and the storage base that used to be the 8th Guards Tank Division at Marina Gorka.
In 2012 it was reported that there were six mechanised brigades in the Ground Forces: three full-strength, the 6th (Grodno), 11th (Slonim), and 120th Guards Mechanised Brigade at Minsk. The others were at reduced strength, where there was one battalion, the 19th (Zaslonova), 37th, and 50th (Baranovichi). By 2017, the number of mechanised brigades had been further reduced to four, with two at full strength and two at reduced strength.
Air Force and Air Defence Forces
In 2007 the Air Force and Air Defence Force of Belarus (AF & ADF) consisted of 18,170 personnel (two fighter/interceptor bases, four FGA/reconnaissance squadrons, one transport air base, training aircraft, and attack and support helicopters, SAM units). Air Force equipment included in 2004 260 fighter-ground attack/training aircraft and 80 attack helicopters. According to Belarus government websites, the Air Forces now have two commands, the Western Operational-Tactical Command and the North-Western Operational-Tactical Command.
The 61st and 927th Air Bases have now merged into the 61st (fighter) Air Base at Baranovichi, flying MiG-29s, and the 206th Air Base (Ross) has merged into the 116th Guards Assault Air Base at Lida, flying Su-25s.
Independent forces
Special Forces
The Special Forces of Belarus is the airmobile and strategic deterrence force. It has been a participant in conflicts such as the United Nations Interim Force in Lebanon and the Libyan Civil War (2011).
Transport Troops
The Belarusian Transport Troops is responsible for the movement of personnel and material by truck, rail, and air. It is also designed to carry the tasks of the transport support of the military formations from other service branches. General leadership is exercised by the Minister of Defense, while direct control is carried out by the Head of the Transport Support Department, a position that reports directly to the President.
Territorial Forces
The Territorial Forces (, ) are a homeland defence organization in the armed forces. It is managed by the Department of the Territorial Forces, being a support department of the Ministry of Defence of Belarus and is operated by the General Staff. It is currently located on Kommunisticheskaya Street in Minsk. The current head of the department of territorial forces is Colonel Andrei Paseko. The Territorial Defence system was established in the early 2000s. Over 120,000 troops constitute the size of the Territorial Forces, which is twice as much as it serves in the regular duty military. During an address by President Alexander Lukashenko on 18 February 2016, he announced the allocation of arms and to the territorial forces and the minimum and maximum amount of district troops ranging from one company and a battalion. Personnel of these units are recruited from residents of their respective administrative-territorial regions.
Specialized forces
Special troops are designed to support the combat activities of the Ground Forces and solve their inherent tasks. They include formations and military units of intelligence, communications, engineering, radiation, chemical and biological defense, electronic warfare, navigation and topographic.
Electronic Warfare Troops
Signal Corps
Engineer troops
NBC Protection Troops
Topographic Navigation Service
Security forces
Internal Troops
The Internal Troops of Belarus were formed from the former Soviet Internal Troops after the collapse of the Soviet Union. They consist of three independent brigades and seven independent battalions (consecutively numbered).
Border Guard Service
The Border Guard Service is the paramilitary force of the State Border Committee of the Republic of Belarus. It covers the borders with Russia, Ukraine, Poland, Lithuania and Latvia.
Manpower
The Government Directive of 20 March 1992 ‘On the Establishment of the Armed Forces of the Republic of Belarus’ founded the Belarusian army. The Soviet troops of the BMD were smoothly converted into Belarusian military units. Yet one of the first tasks of the Belarusian government was a reduction in its numbers. 240,000 soldiers and officers were serving in the Belarusian Military District. By early 2013 the numbers of military personnel had been scaled down nearly fourfold since 1991. In February 2014, Belorusskaya Voyennaya Gazeta, the official publication of the Ministry of Defense revealed that the Belarusian Armed Forces contains about 59,500 personnel, including 46,000 soldiers and 13,000 civilians.
Personnel
Military commandants
The military commandants of the Armed Forces of Belarus are regional administrations tasked with overseeing Belarusian regiments in the commandant's territory. Units are assigned to a specific commandant based on their location. There are 6 military commandants in the Belarusian Armed Forces.
Units under the command of commandants include military police, honour guards and military bands.
Military education
Military Academy of Belarus
Ministry of the Interior Academy of Belarus
Border Guard Service Institute of Belarus
Military Institute of the Belarusian State Medical University
Military Faculty of the Belarusian State University – The faculty was established on 4 November 1926, by order of the Revolutionary Military Council. In 1941, at the beginning of the Great Patriotic War, military training classes were interrupted only to be resumed in 1943. In the post-war and subsequent years, the military department continued to train reserve officers from among the students in the required military accounting specialties. In 2003, the military department was reorganized into the modern military faculty of Belarusian State University.
Military Faculty of the Belarusian State University of Informatics and Radioelectronics
Military Faculty of the Belarusian National Technical University
Military Faculty of the Grodno State University
Military Faculty of the Belarusian State University of Transport
Military Faculty of the Belarusian State Academy of Aviation
Equipment
The military forces of Belarus are almost exclusively armed with Soviet-era equipment inherited from the Soviet Union. Although large in numbers, some Western experts consider some of it outdated.
"The Belarusian armed forces receive around 100 brand-new and upgraded systems a year", said in late July 2018, Belarusian Deputy Minister of Defence for Armament and Chief of Armament Major General Sergei Simonenko. The MBTs are of Russian type T-72, T-62, and T-55, the APCs and IFVs are of Russian type MT-LB, BMP-2, BMP-1, and the BMD-1, and Russian type trucks are the GAZ-66 and the KAMAZ-6560.
While the IISS Military Balance 2016 listed 69 T-80s in service, by 2018 the listing had been removed, and the only MBTs listed were 527 T-72 as well as 5 T-72B3.
The Air Force is equipped with MiG-29 fighters, Su-25 attack aircraft, as well as Mi-8, Mi-24, and some old, Polish built Mi-2 helicopters. In December 2005, Belarus bought 10 L-39C jet trainer aircraft from Ukraine, and in 2017 a contract have been signed to buy 12 Su-30SM fighters. In 2006, four batteries (divizions in Russian terminology; about 6 systems each) of S-300 anti-aircraft systems were acquired from Russia to reinforce the Joint CIS Air Defense System. The Military Balance 2018 listed a brigade with the S-300P and a brigade with the S-300V (SA-12A Gladiator/SA-12B Giant). Moscow and Minsk signed contracts in 2021 for the supply of fighters, helicopters, air defense systems and other weapons to Belarus.
Military cooperation
CSTO
The armed forces took part in a joint CSTO military intervention in Kazakhstan during the 2022 Kazakh unrest.
Military advisors
The armed forces have sent their military specialists to countries such as Côte d'Ivoire, Venezuela, Libya, Yemen and the Democratic Republic of the Congo, acting both officially and secretly. In Belarus, they have previously trained military personnel from the Nigerian Army. In 2014 and 2015, the special forces of the Nigerian Army were trained on the territory of Belarus, with the Belarusians training the Nigerians in counterterrorism.
In 2007, an agreement was signed in Caracas with Venezuela, according to which Belarusian military specialists for the National Bolivarian Armed Forces of Venezuela were developing a unified air defense and electronic warfare system. The following year, the first ten servicemen went to the country, with Lieutenant-General Oleg Paferov was appointed as the officer responsible for the activities of the advisers. A contingent of about 500 military advisers was also present in Libya during the First Libyan Civil War, supporting the government of Muammar Gaddafi. As of autumn 2013, there were at least two Belarusian advisers in Yemen at the Ministry of Defense. On November 26 of the same year, during an attack on a hotel in Sana'a, a Belarusian was killed and another was wounded. In February 2020, a dozen Belarusian military instructors arrived in Abidjan (Côte d'Ivoire), where they were stationed at the Agban military base, which is occupied by one of the country's national gendarmerie units.
Institutions and special units of the armed forces
Museum of Military History of Belarus
The Museum of Military History of Belarus () is located in the Pyershamayski District of Minsk. It was established as the Museum of the History of the Belarusian Military District, opened in Minsk on February 21, 1978. In July 1993, it was converted into a museum on the military history of Belarus. The exhibits are the same as before the collapse of the USSR, with a small section on the medieval history of the Grand Duchy of Lithuania having since been added. Its collection numbers over 18 thousand exhibits. The most ancient of them date back to the 6th century.
Drama Theatre of the Belarusian Army
Belarusian Union of Officers
The Public Association "Belarusian Union of Officers" (hereinafter referred to as BSO) is a public association of officers and warrant officers who are on active duty and in retirement. It was established on 20 September 1992 at its founding congress. On September 18, 1993, Deputy of the Supreme Soviet Alexander Lukashenko took part in the 2nd Congress. From October 2005 to January 2015, the Republican Council of the BSO was headed by retired Lieutenant General E. Mikulchik, and until November 2017 was led by retired Major General V. Bamburov.
Other
Military Band Service of the Armed Forces
Belarusian Armed Forces Academic Song and Dance Ensemble
Central House of Officers (Minsk)
Honor Guard of the Armed Forces of Belarus
Belarusian Great Patriotic War Museum
Belaya Rus demonstration team
Military holidays
In Belarus, the holiday annual Defender of the Fatherland Day (known as Дзень абаронцы Айчыны in the Belarusian language) celebrations on 23 February also coincide with the Day of the Armed Forces (Дзень Узброеных Сіл). It commemorates that day 1918 when the first unified military in the country was established as part of the Red Army. Officially declared a public holiday by President Lukashenko on 25 March 2004, it has traditionally been honoured with a wreath laying ceremony by the President of Belarus on Victory Square. Joint festive events with soldiers of the Russian Armed Forces soldiers are also hold on 23 February in connection with their professional holiday. During the centennial of the armed forces in 2018, events were held throughout the year, including a military parade in Gomel and celebrations in Vitebsk.
Although a national holiday, Independence Day is primarily an armed forces celebration which honours those who took part in the Red Army's 1944 Minsk Offensive. The Minsk Independence Day Parade is the main military event done on this day.
Combat Banners and military marches
The Battle Banner of a military unit is a symbol of the unit, retained throughout its lineage. Changes in the name and numbering of a military unit are entered in the Certificate of the President of the Republic of Belarus, issued upon presentation of the Battle Banner. The Battle Banner is awarded to formations, brigades/regiments, battalions, divisions, air squadrons, training units, and military educational institutions. Guards units are awarded with a black-and-orange guards ribbon attached to its shaft. Upon presentation of the Battle Banner to a military unit, a Diploma of the President of the Republic of Belarus is issued. In the event of the loss of the Battle Banner, the commander of a military unit and its servicemen are subject to legal consequences and the military unit is disbanded.
The following is a list of notable Belarusian military pieces:
Motherland My Dear (Радзіма мая дарагая)
Victory March (Марш Перамогi)
Anthem of the Military Academy (Гимн Военной академии)
Grenadier March (Марш Грэнадыі)
Our Fatherland's Flag (Айчыны нашай сцяг)
Song from 45 (Письмо из 45-го)
References
External links
Official website of the Belarusian defense ministry
Military units and formations established in 1992 |
3538 | https://en.wikipedia.org/wiki/Foreign%20relations%20of%20Belarus | Foreign relations of Belarus | The Byelorussian SSR was one of only two Soviet republics to be separate members of the United Nations (the other being the Ukrainian SSR). Both republics and the Soviet Union joined the UN when the organization was founded in 1945.
Prior to 2001
After the dissolution of the Soviet Union, at which time Belarus gained its independence, Belarus became a member of the Commonwealth of Independent States (CIS), the Organization for Security and Cooperation in Europe (OSCE), NATO's Partnership for Peace, the North Atlantic Cooperation Council, the International Monetary Fund, and the World Bank. The adoption by Supreme Council of the BSSR of the declaration of State Sovereignty of Belarus in 1990 was a turning point on the development of the state. It has also been in a supranational union with Russia since 2 April 1996, although this has had little practical effect.
Belarus–Russia relations
The introduction of free trade between Russia and Belarus in mid-1995 led to a spectacular growth in bilateral trade, which was only temporarily reversed in the wake of the financial crisis of 1998. President Alexander Lukashenko sought to develop a closer relationship with Russia. The framework for the Union of Russia and Belarus was set out in the Treaty on the Formation of a Community of Russia and Belarus (1996), the Treaty on Russia-Belarus Union, the Union Charter (1997), and the Treaty of the Formation of a Union State (1999). The integration treaties contained commitments to monetary union, equal rights, single citizenship, and a common defence and foreign policy.
Belarus–European Union relations
Following the recognition of Belarus as an independent state in December 1991 by the European Community, EC/EU-Belarus relations initially experienced a steady progress. The signature of the Partnership and Cooperation Agreement (PCA) in 1995 signaled a commitment to political, economic and trade cooperation. Some assistance was provided to Belarus within the framework of the TACIS programme and also through various aid programs and loans. However, progress in EU-Belarus relations stalled in 1996 after serious setbacks to the development of democracy, and the Drazdy conflict.
The EU did not recognize the 1996 constitution, which replaced the 1994 constitution. The Council of the European Union decided against Belarus in 1997: The PCA was not concluded, nor was its trade-related part; Belarusian membership in the Council of Europe was not supported; bilateral relations at the ministerial level were suspended and EU technical assistance programs were frozen.
Acknowledging the lack of progress in relation to bilateral relations and the internal situation following the position adopted in 1997, the EU adopted a step-by-step approach in 1999, whereby sanctions would be gradually lifted upon fulfillment of the four benchmarks set by the Organization for Security and Co-operation in Europe. In 2000, some moderately positive developments toward the implementation of recommendations made by the OSCE AMG were observed but were not sufficient in the realm of access to fair and free elections.
Belarus–United States relations
The United States has encouraged Belarus to conclude and adhere to agreements with the International Monetary Fund (IMF) on the program of macroeconomic stabilization and related reform measures, as well as to undertake increased privatization and to create a favorable climate for business and investment. Although there has been some American direct private investment in Belarus, its development has been relatively slow given the uncertain pace of reform. An Overseas Private Investment Corporation agreement was signed in June 1992 but has been suspended since 1995 because Belarus did not fulfill its obligations under the agreement.
Belarus is eligible for Export-Import Bank short-term financing insurance for U.S. investments, but because of the adverse business climate, no projects have been initiated. The IMF granted standby credit in September 1995, but Belarus has fallen off the program and did not receive the second tranche of funding, which had been scheduled for regular intervals throughout 1996.
The United States - along with the European Union - has restricted the travel of President Alexander Lukashenko and members of his inner circle, as well as imposing economic sanctions.
Present situation (2001 onwards)
Relations with the European Union
The structure of Belarus trade reflects the low competitiveness and output decline of manufacturing industry in the country over the past decade, leading to the predominance of primary production, work-intensive goods as exports. Belarusian exports to the EU consist mainly of agricultural and textile products, while imports from the EU are primarily machinery.
Belarus is a beneficiary of the EU's Generalised System of Preferences (GSP). The European Commission decided in 2003 to initiate an investigation into violations of freedom of association in Belarus as the first step towards a possible temporary withdrawal of the GSP from Belarus.
In December 2004, the EU adopted a position aimed at imposing travel restrictions on officials from Belarus responsible for the fraudulent parliamentary elections and referendum on 17 October 2004, and for human rights violations during subsequent peaceful political demonstrations in Minsk.
The European Parliament released a statement in March 2005 in which it denounced the Belarusian government as a dictatorship. The European parliamentarians were primarily concerned about the suppression of independent media outlets in the country and the fraudulent referendum. A resolution of the European Parliament declared that the personal bank accounts of President Lukashenko and other high-ranking Belarusian officials should be tracked and frozen.
In 2005, Amnesty International reported a pattern of deliberate obstruction, harassment and intimidation of human rights defenders in Belarus. Reporters Without Borders accused the Belarusian authorities of hounding and arresting journalists from the country's Polish minority. Lukashenko has closed the country's main Polish newspaper, printing a bogus paper instead with the same name and size that praises his incumbent government. Several foreign, mainly Polish, journalists have been arrested or expelled from the country. Lukashenko accused Poland of an attempt to overthrow his government by stirring up a peaceful revolution in Belarus comparable to the Orange Revolution in Ukraine in 2004.
Later in 2005 the Belarusian riot police seized the headquarters of the Union of Poles in Belarus, an association representing the 400,000 ethnic minority Polish living in western areas the country that were part of Poland until World War II. The dispute between Poland and Belarus escalated further as Poland responded by recalling its ambassador from Belarus for indefinite consultations, and called on the European Union to impose sanctions on the Belarusian leadership in order to curtail the human rights abuses in Belarus. Belarusian papers described this as a 'dirty political game', and part of a 'cold war' waged on president Lukashenko. Polish Foreign Minister Adam Rotfeld said a clampdown was under way, aimed at destroying "all elements of political pluralism and independence" in Belarus.
In August 2005 the EU's executive commission called for human rights to be respected in Belarus. The commission said it was considering offering support to independent media in the country and had set aside more than eight million euros from its budget to offer support for human rights activities. France expressed her solidarity with Poland on the issue of human rights in Belarus a day after the EU declared it was worried about the situation in that country. Several former Soviet Republics, including neighbouring Ukraine, also expressed their concerns about the development of the situation in Belarus.
In May 2009 Belarus and the EU agree on cooperation in the Eastern Partnership (EaP). However, it is contended by some scholars that the (EaP) is unable to create a workable partnership. This proved to be correct when Belarus withdrew from the Partnership on 30 September 2011.
In August 2012, Belarus expelled all Swedish diplomats, including the Swedish Ambassador to Belarus, Stefan Eriksson, and closed its embassy in Stockholm, after a Swedish public relations firm released teddy bears carrying pro-democracy flyers in parachutes from an airplane over Minsk on 4 July 2012. Lukashenko also fired his air defence chief and the head of the border guards over the incident. Their replacements have been told not to hesitate to use force to stop future intrusions from abroad.
Relations with Russia
Russia remains the largest and most important partner for Belarus both in the political and economic fields. After protracted disputes and setbacks, the two countries' customs duties were unified in March 2001 but the customs controls were soon restored. In terms of trade, almost half of Belarusian export goes to Russia. Due to the structure of Belarusian industry, Belarus relies heavily on Russia both for export markets and for the supply of raw materials and components.
After initial negotiation with the Russian Central Bank on monetary union, the Russian ruble was set to be introduced in Belarus in 2004, but this was postponed first until 2005, then until 2006, and now seems to have been suspended indefinitely.
Relations with the United States
Belarus has had an ongoing discussion to relaunch IMF-backed reforms, concluding an arrangement for an IMF Staff-monitored program (SMP) in 2001. However, the authorities did not follow through with reforms as hoped, leaving an uncertain future for IMF-backed cooperation. Belarus authorities have said on several occasions that they find IMF intervention and recommendations in Belarus counter-productive to the economic development of those countries.
The relationships with the United States have been further strained, after Congress of the United States unanimously passed the Belarus Democracy Act of 2004.
On 7 March 2008 the government of Belarus ejected US Ambassador Karen B. Stewart from the country, following a row over travel restrictions placed on President Lukashenko and sanctions against state-owned chemical company Belneftekhim. The Belarusian Foreign Ministry announced at the same time that it was recalling its own ambassador to the US. This was followed by the expulsion of ten other U.S. embassy staff from Minsk in late April. At the same time the government of Belarus ordered the U.S. Embassy in Minsk to cut its staff by half. A White House spokesman described the expulsion as "deeply disappointing".
Relations with other countries
Due to strained relations with the United States and the European Union, as well as occasional high-level disputes with Russia over prices on core imported natural resources such as oil and gas, Belarus aims to develop better relations with countries in other regions like Middle East, Asia, and Latin America.
Hong Kong national security law
Belarus was one of 53 countries, that in June 2020, backed the Hong Kong national security law at the United Nations.
Diplomatic relations
Bilateral relations
Multilateral
Africa
America
Asia
Europe
Oceania
See also
Belarus–European Union relations
List of diplomatic missions in Belarus
List of diplomatic missions of Belarus
Visa requirements for Belarusian citizens
EU Neighbourhood Info Centre: Country profile of Belarus
References
External links
Back from the Cold? The EU and Belarus in 2009 (Chaillot Paper No.119) European Union Institute for Security Studies
Belarus OKs European Integration Of Moldova, Offers To Promote China In Europe - Belarus Foreign Policy Digest
EU Should Keep Belarus In Its Orbit
Is Belarus-China Cooperation A Pipe Dream?
Belarus Discovers Its Eurasian Side
Belarus Welcomes Top EU Leaders: A Rare Show
A 'Nice Dialogue' With Europe, Befriending Middle East Hardliners - Belarus Foreign Policy Digest
Multi-Vector Diplomacy With Trade In Focus - Belarus Foreign Policy Digest
Both An EU Partner And Russia's Satellite?
Belarus Engages With The US, Improves Ties With Europe And Post-Soviet Countries – Foreign Policy Digest
Minsk Dialogue Non-Paper: Another Yalta Is Impossible
Analytical paper: Belarus-Russia relations after the Ukraine conflict |
3545 | https://en.wikipedia.org/wiki/Telecommunications%20in%20Belgium | Telecommunications in Belgium | Communications in Belgium are extensive and advanced. Belgium possesses the infrastructure for both mobile and land-based telecom, as well as having significant television, radio and internet infrastructure. The country code for Belgium is BE.
Services
Mail
Mail regulation is a national competency. Postal service in Belgium is in many cases performed by Belgian Post Group, a semi-private public company. Competitors include DHL and UPS.
Postal codes in Belgium consist of four digits which indicate regional areas, e.g. "9000" is the postal code for Ghent.
Telephone
The telephone system itself is highly developed and technologically advanced, with full automation in facilities that handle domestic and international telecom. Domestically speaking, the county has a nationwide cellular telephone system and an extensive network of telephone cables. Telephone regulation is a national competency.
The country code for Belgium is 32 and the international call prefix is 00.
A telephone number in Belgium is a sequence of nine or ten numbers dialled on a telephone to make a call on the telephone network in Belgium. Belgium is under a closed telephone numbering plan, but retains the trunk code, "0", for all national dialling.
Fixed telephones
There were 4.668 million land telephone lines in use in Belgium in 2007, a slight decrease on the 4.769 million in use in 1997.
The majority state-owned public telephone company of Belgium is Proximus. Some other or private operators exist, as Scarlet (Proximus) and Base (KPN).
Mobile telephones
Mobile telephone ownership has increased by nearly one thousand percent in the period 1997–2007, from 974,494 to 10.23 million.
There are three licensed mobile network operators (MNO) in Belgium, Proximus (Belgacom), Orange Belgium (Orange S.A.) and Telenet/Base and numerous mobile virtual network operators (MVNO).
A fourth license will be auctioned off by the government in January 2010.
Internet
There were 61 (2003) internet service providers in Belgium, serving 8.113 million internet users in 2009. The country code for Belgian websites is .be.
In September 2009 in Flanders there were 3,048,260 broadband internet customers (DSL and cable), of which 2,520,481 were residential users and 527,779 business users. Only 65,175 dial-up internet access accounts remained in the residential market and 9,580 in the business market.
Internet providers
xDSL Internet Providers
Belgium has numerous copper cable internet providers:
Altercom *End service 2011
Base
Proximus
Destiny
Digiweb
EDPnet
Evonet
Full Telecom
Interxion
iPFix
LCL
Mobistar (Orange S.A.) *End service : 2013
Numericable (France Numericable)
Perceval
Portima
Proximedia Group
Scarlet (Belgacom)
Verizon Business (Verizon Communications)
Ergatel
Only Belgacom and Numericable currently offers fixed telephony and digital television in a triple play formula. All other companies offer also fixed telephony in a duo play formula.
Cable Internet Providers
Belgium has three major fiberglass cable internet providers:
Numéricable for the Brussels region (Ypso Holding)
Telenet for the Flanders and Brussels regions (Liberty Global)
VOO for the Walloon and Brussels regions (TECTEO)
Orange Belgium use Telenet and VOO network combined
These companies all offer fixed telephony and digital television in a triple play formula.
Interoute Managed Services
Interxion
LCL
Nucleus
Verizon Business (Verizon Communications)
These companies all offer specialised services.
Terrestrial Internet Providers
Clearwire in Brussels, Ghent, Leuven, Aalst, Halle and Vilvoorde (Sprint Nextel)
Perceval
Satellite Internet Providers
Verizon Business (Verizon Communications)
ISP for public services
The Brussels Regional Informatics Center (BRIC, Centre d'Informatique pour la Région Bruxelloise in French) offers Internet access to public administrations in the Brussels-Capital Region, relying directly on the national Belnet network and the IRISnet network.
Not categorized
Other ISP are Chat.be, Connexeon, HostIT, Microsoft Belgium, Netlog, Ulysse, Ven Brussels, Rack66 (EUSIP bvba), WSD Hosting.
Other
The microwave relay network is, however, more limited. For international communications, Belgium has 5 submarine cables and a number of satellite earth stations, two of which are Intelsat, and one Eutelsat.
References
External links
BIPT - Belgian Institute for Postal Services and Telecommunications
ISPA - Internet Service Providers Association of Belgium
DNS - Domain Name System Belgium
MAVISE - Belgian TV market
Agoria - Federation of Belgian IT Employers
Beltug - Federation of Belgian ICT Professionals
UPP - Union of Belgian Periodical Press Publishers
Febelma - Belgian Federation of Magazines
VRM - Flemish Media Regulator (Dutch community)
CSA - High Council for the Audiovisual Media (French community)
MDGB - Germanic Media Council of Belgium (Germanic community) |
3546 | https://en.wikipedia.org/wiki/Transport%20in%20Belgium | Transport in Belgium | Transport in Belgium is facilitated with well-developed road, air, rail and water networks. The rail network has of electrified tracks. There are of roads, among which there are of motorways, of main roads and of other paved roads. There is also a well-developed urban rail network in Brussels, Antwerp, Ghent and Charleroi. The ports of Antwerp and Bruges-Zeebrugge are two of the biggest seaports in Europe. Brussels Airport is Belgium's biggest airport.
Railways
Rail transport in Belgium was historically managed by the National Railway Company of Belgium, known as SNCB in French and NMBS in Dutch. In 2005, the public company was split into 2 companies: Infrabel, which manages the rail network and SNCB/NMBS itself, which manages the freight and passenger services. There is a total of , ( double track (as of 1998)), of which are electrified, mainly at 3,000 volts DC but with at 25 kV 50 Hz AC (2004) and all on standard gauge of . In 2004 the National Railway Company of Belgium, carried 178.4 million passengers a total of 8,676 million passenger-kilometres. Due to the high population density, operations are relatively profitable, so tickets are cheap and the frequency of services is high. The SNCB/NMBS is continually updating its rolling stock.
The network currently includes four high speed lines, three operating up to , and one up to . HSL 1 runs from just south of Brussels to the French border, where it continues to Lille, and from there to Paris or London. HSL 2 runs from Leuven to Liège. HSL 3 continues this route from Liège to the German border near Aachen. HSL 4 runs from Antwerp to Rotterdam by meeting HSL-Zuid at the border with Netherlands.
Electrification is at 3 kV DC, with the exception of the new high-speed lines, and of two recently electrified lines in the south of the country which are at 25 kV AC. Trains, contrary to tram and road traffic, run on the left.
Rail links with adjacent countries
France — voltage change 3 kV DC – 25 kV AC
LGV 1 — voltage remains at 25 kV AC.
via France to the UK on HSL 1, LGV 1, Channel Tunnel and CTRL (Channel Tunnel Rail Link) — voltage remains at 25 kV AC.
Germany — voltage change 3 kV DC – 15 kV AC
HSL 3 — voltage remains at 25 kV AC.
Netherlands — voltage change 3 kV DC – 1500 V DC
HSL-Zuid — voltage remains at 25 kV AC.
Luxembourg — no voltage change at the border (the line Arlon-Luxembourg is at 3 kV DC and the line Gouvy-Luxembourg is at 25 kV AC)
Urban rail
An urban commuter rail network, Brussels RER (, ), is operational in the Brussels-Capital Region and surrounding areas.
Metros and light rail
In Belgium an extensive system of tram-like local railways called vicinal or buurtspoor lines crossed the country in the first half of the 20th century, and had a greater route length than the main-line railway system. The only survivors of the vicinal/buurtspoor system are the Kusttram (covering almost the entire coast from France to the Netherlands, being the longest tram line in the world) and some sections of the Charleroi Pre-metro. Urban tram networks exist in Antwerp (the Antwerp Pre-metro), Ghent and Brussels (the Brussels trams), and are gradually being extended. The only rapid transit system in Belgium is the Brussels Metro. Some heavy metro infrastructures were built in Brussels, Antwerp and the Charleroi area, but these are currently used by light rail vehicles, and their conversion to full metro is not envisaged at present due to lack of funds.
Regional transport in Belgium is operated by regional companies: De Lijn in Flanders operates the Kusttram and the Antwerp pre-metro and tram, and the tram in Gent, as well as a bus network both urban and interurban, TEC in Wallonia operates the Charleroi pre-metro as well as a bus network and MIVB/STIB in the Brussels Capital-Region operates the Brussels metro as well as the Brussels tram and bus network. Despite this regional organization, some bus and tram routes operated by STIB/MIVB go beyond the regional border, and some bus routes operated by TEC or De Lijn transport passengers from the Flemish or Walloon regions to the capital city or in the other regions.
Road transport
Road network
The road network in Belgium is managed by regional authorities, meaning that a road section in Flanders is managed by the Flemish Government, a road section in Brussels by the Brussels government and a road section in Wallonia by the Walloon Government. This explains that road signs in Flanders are written in Dutch, even when referring to a Walloon region, and conversely, which can be confusing for foreigners who do not know the different translations of Flemish or Walloon cities in the other language. The road network in Belgium is made of highways, national (or regional) roads (the secondary network) and communal roads (or streets). Communal roads are managed at the municipal level. There are also a number of orbital roads in Belgium around major cities.
total: 152,256 km (2006)
country comparison to the world: 35
paved: 119,079 km (including 1,763 km of expressways)
unpaved: 33,177 km
Belgian road numbering evolved during the middle decades of the twentieth century, in a relatively inconsistent way. Road number allocations became less systematic during the surge in road building that took place in the 1960s and 70s. Frequently downgraded and deteriorating older national roads retained two digit numbers while newer major roads were identified with less instantly memorable three digit numbers, if only because the shorter numbers were already taken. 1985 saw a comprehensive renumbering of the "N" (National) roads which now followed the scheme described below.
Highways
The highways in Belgium are marked with a letter A and a number. Most often however the European numbering system for the international E-road network is used. There is however not always a one-on-one relationship between the two numbering systems along the whole length of the highways.
A1 (E19): Brussels - Antwerp - Breda
A2 (E314): Leuven - Lummen - Genk
A3 (E40): Brussels - Leuven - Liège - Aachen
A4 (E411): Brussels - Wavre - Namur - Arlon - Luxembourg
A10 (E40): Brussels - Ghent - Bruges - Ostend
A12 (Brussels - Boom - Antwerp - Netherlands (Bergen op Zoom):(includes a section not yet fully upgraded to motorway standard)
A13 (E313): Antwerp - Beringen - Hasselt - Liège
A14 (E17): Lille - Kortrijk - Ghent - Antwerp
A15 (E42): Charleroi - Namur - Huy - Liège
A17 (E403): Bruges - Kortrijk - Tournai
A18 (E40): Bruges - Veurne - Dunkerque
Ringways
The ringways (or orbital roads) around bigger cities have their own series of numbers. The names start with a R then a first digit indicating the (old) province, and sometimes a second digit to further differentiate in between different ringways.
Some major examples are:
R0 is the outer ringway around Brussels. The R20 and R22 are (parts of) inner ringways around Brussels.
R1 is the southern half ringway and R2 is the northern half ringway around Antwerp.
R3 is the outer ringway and R9 is the inner ringway around Charleroi. The inner ring is counterclockwise-only.
R4 is the outer ringway and R40 is the inner ringway around Ghent.
R6 is the outer ringway and R12 is the inner ringway around Mechelen.
R8 is the outer ringway and R36 is the inner ringway around Kortrijk.
R23 is the ringway around Leuven.
R30 is the inner ringway around Bruges.
National roads
The national roads were renumbered in 1985 according to a national scheme and are identified with the letter N followed by a number.
The principal national roads fan out from Brussels, numbered in clockwise order:
N1: Brussels - Mechelen - Antwerp
N2: Brussels - Leuven - Diest - Hasselt - Maastricht
N3: Brussels - Leuven - Tienen - Sint-Truiden - Liège - Aachen
N4: Brussels - Wavre - Namur - Marche-en-Famenne - Bastogne - Arlon
N5: Brussels - Charleroi - Philippeville
N6: Brussels - Halle - Soignies - Mons
N7: Halle - Ath - Tournai
N8: Brussels - Ninove - Oudenaarde - Kortrijk - Ypres - Veurne - Koksijde
N9: Brussels - Aalst - Ghent - Eeklo - Bruges - Ostend
Secondary national roads intersect these.
National roads have an N plus 1, 2 or 3 digits. National roads numbered with 3 digits are provincial roads, their first number indicating the province in which the road begins:
N1xx Province of Antwerp
N2xx Provinces of Flemish Brabant and Walloon Brabant
N3xx Province of West Flanders
N4xx Province of East Flanders
N5xx Province of Hainaut
N6xx Province of Liège
N7xx Provinve of Limburg
N8xx Province of Luxembourg
N9xx Province of Namur
Cars
Changes
Between 1993 and 2012 the average age of the passengers cars registered as running in Belgium increased from just over 6 years and 4 months to 8 years and 17 days. 2012 data for other European countries are not yet available, but in 2010 the average age of car Belgium was 7.9 years against a European Union average of 8.3 years. Government policy provides an important clue as to one reason for the relative newness of the national car parc. Despite recent high-profile plant closures by Ford and Renault, Belgium remains an important centre for automobile component and passenger car production, with important plants operated by Volvo and Audi, and this is reflected in a relatively benign taxation environment whereby company cars are a still a popular and relatively tax efficient element in many remuneration packages.
Water
Ports and harbours
Sea ports
Antwerp - Port of Antwerp (one of the world's busiest ports)
Bruges (Zeebrugge) - Port of Bruges-Zeebrugge (one of the busiest in Europe)
Ghent - Port of Ghent
Ostend - Port of Ostend
Main inland ports
Brussels - Port of Brussels (also accessible for ocean-going ships)
Liège - Port of Liège (one of the busiest in Europe)
European portuary context
European Sea Ports Organisation ESPO
European Federation of Inland Ports FEPI
Inland Navigation Europe INE
2002 ranking of world ports by tonnage and by container volume (in TEU) Port ranking
Merchant marine
Waterways
The Belgian waterway network has 2,043 km, 1,532 km of which is in regular commercial use. The main waterways are the Albert Canal connecting Antwerp to Liège, the Ghent–Terneuzen Canal through the port of Ghent connecting Ghent with the Westerschelde, the Boudewijn Canal through the port of Bruges-Zeebrugge connecting Bruges with the North Sea, the Brussels-Charleroi Canal, Brussels–Scheldt Maritime Canal and Scheldt connecting Charleroi to Antwerp, the Nimy-Blaton-Péronnes Canal and Scheldt connecting the Borinage to Antwerp, the connection between the North Sea and Antwerp and the connection between Dunkerque and Liège via the Nimy-Blaton-Péronnes Canal, the Canal du Centre, the lower Sambre and the Meuse. Waterways are managed on a regional level in Belgium. The region of Brussels only managed 14 km of waterways from the Anderlecht lock to the Vilvoorde bridge. In Flanders, the management of waterways is outsourced to 4 companies: NV De Scheepvaart, Departement Mobiliteit en Openbare Werken, Agentschap voor Maritieme Dienstverlening en Kust and Waterwegen en Zeekanaal NV.
Air transport
According to the 2009 CIA World Factbook, there are a total of 43 airports in Belgium, 27 of which have paved runways. Airplane passengers in Belgium can use 5 airports, the largest of which being the Brussels Airport. The other airports are the Ostend-Bruges International Airport, the Brussels-South Charleroi Airport, the Liège Airport and the Antwerp International Airport. Other airports are military airports or small civil airports with no scheduled flights. Well-known military airports include the Melsbroek Air Base and the Beauvechain Air Base.
The Belgian national airline used to be Sabena from 1923 to 2001, until it went into bankruptcy. A new Belgian airline named SN Brussels Airlines was subsequently founded by business man Étienne Davignon. The company was then renamed as Brussels Airlines in 2006. In 2019, Brussels Airlines became a subsidiary of German airline Lufthansa.
See also
Transport in France
Transport in Germany
Transport in the Netherlands
List of tunnels in Belgium
References
Further reading
External links
Transport at Belgium.be |
3565 | https://en.wikipedia.org/wiki/Economy%20of%20Benin | Economy of Benin | The economy of Benin remains underdeveloped and dependent on subsistence agriculture and cotton. Cotton accounts for 40% of Benin's GDP and roughly 80% of official export receipts. There is also production of textiles, palm products, and cocoa beans. Maize (corn), beans, rice, peanuts, cashews, pineapples, cassava, yams, and other various tubers are grown for local subsistence. Benin began producing a modest quantity of offshore oil in October 1982. Production ceased in recent years but exploration of new sites is ongoing.
A modest fishing fleet provides fish and shrimp for local subsistence and export to Europe. Formerly government-owned commercial activities are now privatized. A French brewer acquired the former state-run brewery. Smaller businesses are privately owned by Beninese citizens, but some firms are foreign owned, primarily French and Lebanese. The private commercial and agricultural sectors remain the principal contributors to growth.
Economic development
Since the transition to a democratic government in 1990, Benin has undergone an economic recovery. A large injection of external investment from both private and public sources has alleviated the economic difficulties of the early 1990s caused by global recession and persistently low commodity prices (although the latter continues to affect the economy). The manufacturing sector is confined to some light industry, which is mainly involved in processing primary products and the cow production of consumer goods. A planned joint hydroelectric project with neighboring Togo is intended to reduce Benin's dependence on imported energy mostly from Ghana, which currently accounts for a significant proportion of the country's imports.
The service sector has grown quickly, stimulated by economic liberalization and fiscal reform, and the use of modern technology such as automobiles and computers has grown considerably as a result. Membership of the CFA Franc Zone offers reasonable currency stability as well as access to French economic support. Benin sells its products mainly to France and, in smaller quantities, to the Netherlands, Korea, Japan, and India. France is Benin's leading source for imports. Benin is also a member of the Economic Community of West African States (ECOWAS).
Despite its rapid growth, the economy of Benin still remains underdeveloped and dependent on subsistence agriculture, cotton production, and regional trade. Growth in real output averaged a sound 5% since 1996, but a rapid population rise offset much of this growth on a per capita basis. Inflation has subsided over the past several years. Commercial and transport activities, which make up a large part of GDP, are vulnerable to developments in Nigeria, particularly fuel shortages.
Although trade unions in Benin represent up to 75% of the formal workforce, the large informal economy has been noted by the International Trade Union Confederation (ITCU) to contain ongoing problems, including a lack of women's wage equality, the use of child labour, and the continuing issue of forced labour.
In December 2014, the Bureau of International Labor Affairs issued a List of Goods Produced by Child Labor or Forced Labor in which the Republic of Benin was mentioned among 74 other countries where significant instances of child labor were observed. Two major products involved such working conditions in Benin: cotton and crushed granite.
Agriculture
Benin produced in 2018:
3.8 million tons of cassava (17th largest producer in the world);
2.7 million tons of yam (4th largest producer in the world, losing only to Nigeria, Ghana and Ivory Coast);
1.5 million tons of maize;
758 thousand tons of cotton (12th largest producer in the world);
598 thousand tons of palm oil;
459 thousand tons of rice;
372 thousand tons of pineapple;
319 thousand tons of sorghum;
253 thousand tons of tomato;
225 thousand tons of peanut;
221 thousand tons of soy;
215 thousand tons of cashew nuts (5th largest producer in the world, losing only Vietnam, India, Ivory Coast and Philippines);
In addition to smaller productions of other agricultural products.
Financial Sector
Benin's financial sector is dominated by banks, and in general remains shallow. However, a series of reforms were undertaken in the 1990s, which resulted in the consolidation of the banking sector and in the privatization of all state banks.
A legal framework regarding licensing, bank activities, organizational and capital requirements, inspections and sanctions (all applicable to all countries of the Union) is in place and underwent significant reforms in 1999. There is no customer deposit insurance system.
Benin has a lively and diversified microfinance sector. Data from 2003 by the Central Bank stated a penetration rate of microfinance services of almost 60 percent. In 2006 the Ministry of Microfinance and Employment of Youth and Women counted 762 organizations with 1308 branches, including Cooperatives, NGOs, Savings/Credit Associations and government projects. Programmes for strengthening the sector are carried out on national and regional levels, such as the PRAFIDE (Programme Régional d’Appui à la finance Décentralisée). The microfinance sector is also subject to supervision through the Central Bank as well as the responsible Ministry for Microfinance and Employment of Youth and Women.
Benin is member of the Bourse Regionale des Valeures Mobilières (BRVM) located in Abidjan, Côte d'Ivoire. Stocks were issued by a number of companies in the region. Listed bonds were partly issued by companies and partly by governments of the West African Monetary and Economic Union (UEMOA).
The payment and settlement system and clearing mechanisms were reformed in 2004 through the BCEAO and offer RTGS and SWIFT access to banks, financial institutions, the stock exchange as well as the Central bank and special banks.
Banque Internationale du Bénin (BI.BE)
Bank of Africa Benin
Continental Bank Benin
Diamond Bank Benin (DBB)
Ecobank
Financial Bank
Finadev
Caisse Nationale d'Epargne
Credit du Bénin
Equibail
United Bank of Africa
Africa Bank for the Industry and the trade
Sahelo-Saharian Bank of the Industry and Trade Development
Data
The following table shows the main economic indicators in 1980–2017.
See also
Agriculture in Benin
Fishing in Benin
United Nations Economic Commission for Africa
Foreign trade of Benin
References
External links
Benin Banking Information
West African Agricultural Market Observer/Observatoire du Marché Agricole (RESIMAO), a project of the West-African Market Information Network (WAMIS-NET), provides live market and commodity prices from fifty seven regional and local public agricultural markets across Benin, Burkina Faso, Côte d'Ivoire, Guinea, Niger, Mali, Senegal, Togo, and Nigeria. Sixty commodities are tracked weekly. The project is run by the Benin Ministry of Agriculture, and a number of European, African, and United Nations agencies.
Benin latest trade data on ITC Trade Map
Benin
Benin |
3583 | https://en.wikipedia.org/wiki/Economy%20of%20Bhutan | Economy of Bhutan | The economy of Bhutan, one of the world's smallest and least developed countries, is based on agriculture and forestry, which provide the main livelihood for more than 60% of the population. Agriculture consists largely of subsistence farming and animal husbandry. Rugged mountains dominate the terrain and make the building of roads and other infrastructure difficult and expensive.
Bhutan's economy is closely aligned with India's through strong trade and monetary links and dependence on India's financial assistance. Most production in the industrial sector is of the cottage industry type. Most development projects, such as road construction, rely on Indian migrant labour. Model education, social, and environment programs are underway with support from multilateral development organisations.
Each economic program takes into account the government's desire to protect the country's environment and cultural traditions. For example, the government, in its cautious expansion of the tourist sector, encourages visits by upscale, environmentally conscientious tourists. Detailed controls and uncertain policies in areas such as industrial licensing, trade, labour, and finance continue to hamper foreign investment. Hydropower exports to India have boosted Bhutan's overall growth, even though GDP fell in 2008 as a result of a slowdown in India, its predominant export market.
Since 1961, the government of Bhutan has guided the economy through five-year plans in order to promote economic development.
Macro-economic trend
This is a chart of trend of gross domestic product of Bhutan at market prices by the International Monetary Fund:
Bhutan's hydropower potential and its attraction for tourists are key resources. The Bhutanese Government has made some progress in expanding the nation's productive base and improving social welfare.
In 2010, Bhutan became the first country in the world to ban smoking and the selling of tobacco. In order to stamp out cross-border smuggling during the pandemic, a new Tobacco Control Rules and Regulations (TCRR) 2021 allowed the import, sales and consumption of tobacco products.
GNH versus GDP
In the 1970s the King placed Gross National Happiness over Gross Domestic Product.
See also
Agriculture in Bhutan
Banking in Bhutan
Mining in Bhutan
Fishing in Bhutan
Forestry in Bhutan
Bhutanese ngultrum, currency
References
Notes
Public domain
Citations
Further reading
External links
Global Economic Prospects: Growth Prospects for South Asia The World Bank, 13 December 2006 |
3589 | https://en.wikipedia.org/wiki/Lhop%20people | Lhop people | The Lhop or Doya people are a little-known tribe of southwest Bhutan. The Bhutanese believe them to be the aboriginal inhabitants of the country. The Lhop are found in the low valleys of Dorokha Gewog and near Phuntsholing in the Duars.
The dress of the Lhop resembles the Lepcha, but they bear little similarity with the Bhutia in the North and the Toto in the west. The Doya trace their descent matrilineally, marry their cross cousins, and embalm the deceased who are then placed in a foetal position in a circular sarcophagus above the ground. They follow a blend of Tibetan Buddhism mixed with animism.
See also
Ethnic groups in Bhutan
Sharchop
References
External links
RAOnline Bhutan: The Lhop
Ethnic groups in Bhutan |
3604 | https://en.wikipedia.org/wiki/Geography%20of%20Bosnia%20and%20Herzegovina | Geography of Bosnia and Herzegovina | Bosnia and Herzegovina is located in Southeastern Europe, in the western Balkans. It has a border with Croatia to the north and southwest, a border with Serbia to the east, and a border with Montenegro to the southeast. It borders the Adriatic Sea along its coastline.
The most striking features of the local terrain are valleys and mountains which measure up to in height. The country is mostly mountainous, encompassing the central Dinaric Alps. The northeastern parts reach into the Pannonian basin, while in the south it borders the Adriatic Sea.
The country's natural resources include coal, iron ore, bauxite, manganese, nickel, clay, gypsum, salt, sand, timber and hydropower.
Regions
The country's name comes from the two regions Bosnia and Herzegovina, which have a very vaguely defined border between them. Bosnia occupies the northern areas which are roughly four fifths of the entire country, while Herzegovina occupies the rest in the southern part of the country.
The major cities are the capital Sarajevo, Banja Luka and Bihać in the northwest region known as Bosanska Krajina, Tuzla in the northeast, Zenica in the central part of Bosnia and Mostar is the capital of Herzegovina.
The south part of Bosnia has Mediterranean climate and a great deal of agriculture. Central Bosnia is the most mountainous part of Bosnia featuring prominent mountains Vlašić, Čvrsnica, and Prenj. Eastern Bosnia also features mountains like Trebević, Jahorina, Igman, Bjelašnica and Treskavica. It was here that the 1984 Winter Olympics were held.
Eastern Bosnia is heavily forested along the river Drina, and overall close to 50% of Bosnia and Herzegovina is forested. Most forest areas are in Central, Eastern and Western parts of Bosnia. Northern Bosnia contains very fertile agricultural land along the river Sava and the corresponding area is heavily farmed. This farmland is a part of the Parapannonian Plain stretching into neighbouring Croatia and Serbia. The river Sava and corresponding Posavina river basin hold the cities of Brčko, Bosanski Šamac, Bosanski Brod and Bosanska Gradiška.
The northwest part of Bosnia is called Bosanska Krajina and holds the cities of Banja Luka, Prijedor, Sanski Most, Jajce, Cazin, Velika Kladuša and Bihać. Kozara National Park and Mrakovica World War II monument is located in this region.
The country has only of coastline, around the town of Neum in the Herzegovina-Neretva Canton, although surrounded by Croatian peninsulas it is possible to get to the middle of the Adriatic from Neum. By United Nations law, Bosnia has a right of passage to the outer sea. Neum has many hotels and is an important tourism destination.
Rivers
There are seven major rivers of Bosnia and Herzegovina:
The Una in the northwest part of Bosnia flows along the northern and western border of Bosnia and Croatia and through the Bosnian city of Bihać. It is popular for rafting and adventure sports.
The Sana flows through the city of Sanski Most and Prijedor and is a tributary of the river Una in the north.
The Vrbas flows through the cities of Gornji Vakuf – Uskoplje, Bugojno, Jajce, Banja Luka, Srbac and reaches the river Sava in the north. The Vrbas flows through the central part of Bosnia and flows outwards to the North.
The Bosna is the longest river in Bosnia and is fully contained within the country as it stretches from its source near Sarajevo to the river Sava in the north. It gave its name to the country.
The Drina flows through the eastern part of Bosnia, at many places in the border between Bosnia and Serbia. The Drina flows through the cities of Foča, Goražde Višegrad and Zvornik.
The Neretva is the longest river in Herzegovina, flowing from Jablanica south to the Adriatic Sea. The river is famous as it flows through the city of Mostar.
The Sava is the longest river in Bosnia and Herzegovina. However, within Bosnia and Herzegovina, it only runs along the border with Croatia. It then flows into Serbia. Towns like Brčko, Bosanski Šamac, and Bosanska Gradiška lie on the river.
Phytogeography
Phytogeographically, Bosnia and Herzegovina belongs to the Boreal Kingdom and is shared between the Illyrian province of the Circumboreal Region and Adriatic province of the Mediterranean Region. According to the WWF, the territory of Bosnia and Herzegovina can be subdivided into three ecoregions: the Pannonian mixed forests, Dinaric Mountains mixed forests and Illyrian deciduous forests.
Climate
The western and southern parts of the country have a transitional Mediterranean climate.
The hills and mountains are drier, colder, windier, and cloudier.
The north region has a typical continental climate.
Mining industry
Various archaeological artifacts including relicts of mining activities and tools belonging to similar age groups, provide an indication of the geographical distribution, scale and methods of mining activities in Bosnia and Herzegovina during the Paleolithic to Roman era.
Most important of these is the so-called area of “central Bosnian mountains” located between the rivers Vrbas, Lašva, Neretva, Rama and their tributaries. The second one is the area of western Bosnia, bordered by the Vrbas and Una rivers, with its main orebearing formations found in the river-valleys of Sana and Japra, and their tributaries. The third area is eastern Bosnia, around the river Drina between the towns of Foča and Zvornik, the principal mining activity centered around Srebrenica.
Ores of various metals, including iron, are found in these areas and exploitation has been going on for more than 5000 years – from the period of prehistoric human settlers, through Illyrian, Roman, Slavic, Turkish and Austrian rulers, into the present.
Land use
Arable land: 19.73%
Permanent crops: 2.06%
Other: 78.22% (2012 est.)
Irrigated land: (2003)
Total renewable water resources: (2011)
Environment
Natural hazards:
Destructive earthquakes
Current issues:
Air pollution from metallurgical plants
Sites for disposing of urban waste are limited
Widespread casualties, water shortages, and destruction of infrastructure because of the 1992–95 war
Deforestation
International agreements:
Party to: Air Pollution, Biodiversity, Climate Change, Desertification, Hazardous Wastes, Law of the Sea, Marine Life Conservation, Nuclear Test Ban, Ozone Layer Protection, Wetlands
Signed, but not ratified: none
Gallery
See also
Geography of Europe
List of cities in Bosnia and Herzegovina
References
Notes |
3605 | https://en.wikipedia.org/wiki/Demographics%20of%20Bosnia%20and%20Herzegovina | Demographics of Bosnia and Herzegovina | This article is about the demographic features of the population of Bosnia and Herzegovina, including population density, ethnicity, education level, health of the populace, economic status, religious affiliations and other aspects of the population.
Demographic characteristics
Population
Vital statistics
Source: Agency for Statistics of Bosnia and Herzegovina
Current vital statistics
Vital statistics by entity
Federation of Bosnia and Herzegovina
Source: Institute for Statistics of the Federation of Bosnia and Herzegovina
Current vital statistics
Republika Srpska
Source: Republika Srpska Institute of Statistics
Current vital statistics
Brčko District
Source: Agency for Statistics of Bosnia and Herzegovina - Statistics of the Brčko District BiH
Current vital statistics
Marriages and divorces
Federation of Bosnia and Herzegovina
Republika Srpska
Brčko District
Vital statistics, marriages and divorces by decade
Births and fertility rates
Federation of Bosnia and Herzegovina
Republika Srpska
Brčko District
Life expectancy at birth in Bosnia and Herzegovina
Ethnic groups
According to data from the 2013 census published by the Agency for Statistics of Bosnia and Herzegovina, Bosniaks constitute 50.11% of the population, Bosnian Serbs 30.78%, Bosnian Croats 15.43%, and others form 2.73%, with the remaining respondents not declaring their ethnicity or not answering.
The census results are contested by the Republika Srpska statistical office and by Bosnian Serb politicians, who oppose the inclusion of non-permanent Bosnian residents in the figures.
The European Union's statistics office, Eurostat, determined that the methodology used by the Bosnian statistical agency was in line with international recommendations.
In Bosnia and Herzegovina, religion is often linked to ethnicity, i.e. (with the exception of agnostics and atheists) most Bosniaks are Muslim, Serbs are Orthodox Christian, and Croats are Roman Catholic.
Languages
Bosnia's constitution does not specify any official languages; however, academics Hilary Footitt and Michael Kelly note that the Dayton Agreement states that it is "done in Bosnian, Croatian, English and Serbian", and they describe this as the "de facto recognition of three official languages" at the state level. The equal status of Bosnian, Serbian and Croatian was verified by the Constitutional Court in 2000. It ruled that the provisions of the Federation and Republika Srpska constitutions on language were incompatible with the state constitution, since they only recognised "Bosniak" and Croatian (in the case of the Federation) and Serbian (in the case of Republika Srpska) as official languages at the entity level.
As a result, the wording of the entity constitutions was changed and all three languages were made official in both entities. The three languages are mutually intelligible and are also known collectively as Serbo-Croatian. Use of one of the three varieties has become a marker of ethnic identity. Michael Kelly and Catherine Baker argue: "The three official languages of today's Bosnian state...represent the symbolic assertion of national identity over the pragmatism of mutual intelligibility".
All standard varieties are based on the Ijekavian varieties of the Shtokavian dialect (non-standard spoken varieties including, beside Ijekavian, also Ikavian Shtokavian). Serbian and Bosnian are written in both Latin and Cyrillic (the latter predominantly using the Latin script), whereas Croatian is written only in Latin alphabet. There are also some speakers of Italian, German, Turkish and Ladino. Yugoslav Sign Language is used with Croatian and Serbian variants.
According to the results of the 2013 census, 52.86% of the population consider their mother tongue to be Bosnian, 30.76% Serbian, 14.6% Croatian and 1.57% another language, with 0.21% not giving an answer.
Religion
According to the 2013 census, 50.7% of the population identify religiously as Muslim, 30.75% as Serbian Orthodox Christian, 15.19% as Roman Catholic, 1.15% as other, 1.1% as agnostic or atheist, with the remainder not declaring their religion or not answering. A 2012 survey found that 47% of Bosnia's Muslims are non-denominational Muslims, while 45% follow Sunnism.
In Bosnia and Herzegovina, religion is strongly linked to ethnicity.
Demographic statistics
The following demographic statistics are from the CIA World Factbook, unless otherwise indicated.
Population
3,824,800 (July 2021 est.)
Age structure
0-14 years: 13.18% (male 261,430/female 244,242)
15-24 years: 10.83% (male 214,319/female 201,214)
25-54 years: 44.52% (male 859,509/female 848,071)
55-64 years: 15.24% (male 284,415/female 300,168)
65 years and over: 16.22% (male 249,624/female 372,594) (2020 est.)
Median age
Total: 43.3 years
Male: 41.6 years
Female: 44.8 years (2020 est.)
Sex ratio
At birth: 1.07 male(s)/female
0-14 years: 1.07 male(s)/female
15-24 years: 1.07 male(s)/female
25-54 years: 1.01 male(s)/female
55-64 years: 0.95 male(s)/female
65 years and over: 0.67 male(s)/female
Total population: 0.95 male(s)/female (2020 est.)
Infant mortality rate
Total: 5.32 deaths/1,000 live births
Male: 5.44 deaths/1,000 live births
Female: 5.19 deaths/1,000 live births (2021 est.)
Life expectancy at birth
Total population: 77.74 years
Male: 74.76 years
Female: 80.93 years (2021 est.)
HIV/AIDS
Adult prevalence rate: less than 0.1% (2018)
People living with HIV/AIDS: Less than 500 (2018)
Deaths: less than 100 (2018)
Literacy
Definition: age 15 and over can read and write
Total population: 98.5%
Male: 99.5%
Female: 97.5% (2015 est.)
Largest settlements by population
See also
Demographic history of Bosnia and Herzegovina
Demographics of the Socialist Federal Republic of Yugoslavia
Demographics of Croatia
Demographics of Montenegro
Demographics of Serbia
Bosnia and Herzegovina
Federation of Bosnia and Herzegovina
Republika Srpska
Brčko District
List of Bosnians and Herzegovinians
Religion:
Islam in Bosnia and Herzegovina
Serbian Orthodox Church
Roman Catholicism in Bosnia and Herzegovina
Jews in Bosnia and Herzegovina
Groups:
Ethnic groups in Bosnia and Herzegovina
Roma in Bosnia and Herzegovina
References
External links
Living standard measurement survey 2001
Demographics of Yugoslavia |
3606 | https://en.wikipedia.org/wiki/Politics%20of%20Bosnia%20and%20Herzegovina | Politics of Bosnia and Herzegovina | The Politics of Bosnia and Herzegovina takes place in a framework of a parliamentary representative democracy, whereby executive power is exercised by the Council of Ministers of Bosnia and Herzegovina. Legislative power is vested in both the Council of Ministers and the Parliamentary Assembly of Bosnia and Herzegovina. Members of the Parliamentary Assembly are chosen according to a proportional representation system.
The judiciary is independent of the executive and the legislature. The system of government established by the Dayton Agreement is an example of consociationalism, as representation is by elites who represent the country's three major ethnic groups termed constituent peoples, with each having a guaranteed share of power.
Bosnia and Herzegovina is divided into two Entities – the Federation of Bosnia and Herzegovina and the Republika Srpska, which are politically autonomous to an extent, as well as the Brčko District, which is jointly administered by both. The Entities have their own constitutions.
Dayton Agreement
Due to the Dayton Agreement, signed on 14 December 1995, Bosnia and Herzegovina forms an undeclared protectorate with elements of hegemony by neighboring Croatia and Serbia as co-signatories to the Agreement, where highest power is given to the High Representative for Bosnia and Herzegovina. The intention of the Agreement was to retain Bosnia's exterior border, while creating a joint multi-ethnic and democratic government based on proportional representation similar to the former socialist régime, and charged with conducting foreign, economic, and fiscal policy.
The Dayton Agreement established the Office of the High Representative (OHR) to oversee the implementation of the civilian aspects of the agreement. About 250 international and 450 local staff members are employed by the OHR.
High Representative
The highest political authority in the country is the High Representative for Bosnia and Herzegovina, the chief executive officer for the international civilian presence in the country. The High Representative has power to remove government officials, including court justices, local government members, members of parliament, etc. From its establishment, the Office of the High Representative has sacked 192 Bosnian officials. The mandate of the High Representatives derives from the Dayton Agreement, as confirmed by the Peace Implementation Council (PIC), a body with a Steering Board composed of representatives of Canada, France, Germany, Italy, Japan, Russia, the United Kingdom, the United States, the presidency of the European Union, the European Commission, and the Organisation of Islamic Cooperation. The Peace Implementation Council has established several criteria for the OHR to be closed, two of which have been completed but must be sustained until all five are completed.
Due to the vast powers of the High Representative over Bosnian politics and essential veto powers, the position has also been compared to that of a viceroy.
Executive branch
The Chair of the Presidency of Bosnia and Herzegovina rotates amongst three members (a Bosniak, a Serb, and a Croat) every 8 months within their 4-year term. The three members of the Presidency are elected directly by the people, with Federation voters electing both the Bosniak and the Croat member, and Republika Srpska voters electing the Serb member. The Presidency serves as a collective head of state. The Presidency is mainly responsible for the foreign policy and proposing the budget.
The Prime Minister, formally titled Chairman of the Council of Ministers of Bosnia and Herzegovina, is nominated by the Presidency and approved by the House of Representatives. He appoints the Minister of Foreign Affairs, the Minister of Foreign Trade and other ministers as may be appropriate (no more than two thirds of the ministers may be appointed from the territory of the Federation of Bosnia and Herzegovina), who assume the office upon the approval by the House of Representatives; also, the Chair appoints deputy ministers (who may not be from the same constituent people as their ministers), who assume the office upon the approval by the House of Representatives.
The Council is responsible for carrying out policies and decisions in the fields of diplomacy, economy, inter-entity relations and other matters as agreed by the entities.
The two Entities have Governments that deal with internal matters not dealt with by the Council of Ministers.
Principal Government Officials
History
Past international high representatives: Carl Bildt, Carlos Westendorp, Wolfgang Petritsch, Paddy Ashdown, Christian Schwarz-Schilling, Miroslav Lajčák, Valentin Inzko.
Members of the Presidency who stepped down under pressure from the Office of the High Representative: Mirko Šarović, Ante Jelavić, Dragan Čović. Alija Izetbegović also withdrew from the Presidency.
In February 2000, the Constitutional Court ruled that the structure of the Council of Ministers was unconstitutional; a new structure was negotiated.
Federation president and vice-president in 1999: Ejup Ganić and Ivo Andrić-Lužanski.
Past Republika Srpska presidents: Radovan Karadžić, Biljana Plavšić, Nikola Poplašen, Mirko Šarović, Dragan Čavić, Milan Jelić, Rajko Kuzmanović, Milorad Dodik.
Republika Srpska president Nikola Poplašen was removed by the OHR on 5 March 1999.
Legislative branch
The Parliamentary Assembly or Parliamentarna skupština is the main legislative body in Bosnia and Herzegovina. It consists of two chambers:
the House of Peoples or Dom naroda
the House of Representatives or Predstavnički dom/Zastupnički dom
The Parliamentary Assembly is responsible for:
enacting legislation as necessary to implement decisions of the Presidency or to carry out the responsibilities of the Assembly under the Constitution.
deciding upon the sources and amounts of revenues for the operations of the institutions of Bosnia and Herzegovina and international obligations of Bosnia and Herzegovina.
approving the budget for the institutions of Bosnia and Herzegovina.
deciding ratify treaties and agreements.
other matters as are necessary to carry out its duties of as are assigned to it by mutual agreement of the Entities.
Bosnia and Herzegovina did not have a permanent election law until 2001, during which time a draft law specified four-year terms for the state and first-order administrative division entity legislatures. The final election law was passed and publicized on 9 September 2001.
House of Peoples
The House of Peoples includes 15 delegates who serve two-year terms. Two-thirds of delegates come from the Federation (5 Croats and 5 Bosniaks) and one-third from the Republika Srpska (5 Serbs). Nine constitutes a quorum in the House of Peoples, provided that at least three delegates from each group are present. Federation representatives are selected by the House of Peoples of the Federation, which has 58 seats (17 Bosniaks, 17 Croats, 17 Serbs, 7 others), and whose members are delegated by cantonal assemblies to serve four-year terms. Republika Srpska representatives are selected by the 28-member Republika Srpska Council of Peoples, which was established in the National Assembly of Republika Srpska; each constituent people has eight delegates, while four delegates are representatives of "others".
House of Representatives
The House of Representatives comprises 42 members elected under a system of proportional representation (PR) for a four-year term. Two thirds of the members are elected from the Federation (14 Croats; 14 Bosniaks) and one third from the Republika Srpska (14 Serbs).
For the 2010 general election, voters in the Federation of Bosnia and Herzegovina elected twenty-one members in five multi-member constituencies by PR, while the remaining seven seats were allocated by compensatory PR. Voters in the Republika Srpska elected nine members in three multi-member constituencies by PR, while the five other seats were allocated by compensatory PR.
Political parties and elections
House of Representatives
Election history
National House of Representatives:
elections held 12–13 September 1998:
seats by party/coalition – KCD 17, HDZ-BiH 6, SDP-BiH 6, Sloga 4, SDS 4, SRS-RS 2, DNZ 1, NHI 1, RSRS 1
elections held 5 October 2002:
percent of vote by party/coalition - SDA 21.9%, SDS 14.0%, SBiH 10.5%, SDP 10.4%, SNSD 9.8%, HDZ 9.5%, PDP 4.6%, others 19.3%
seats by party/coalition – SDA 10, SDS 5, SBiH 6, SDP 4, SNSD 3, HDZ 5, PDP 2, others 7
House of Peoples:
constituted 4 December 1998
constituted in fall 2000
constituted in January 2003
next to be constituted in 2007
Federal House of Representatives:
elections held fall 1998:
seats by party/coalition – KCD 68, HDZ-BiH 28, SDP-BiH 25, NHI 4, DNZ 3, DSP 2, BPS 2, HSP 2, SPRS 2, BSP 1, KC 1, BOSS 1, HSS 1
elections held 5 October 2002:
seats by party/coalition – SDA 32, HDZ-BiH 16, SDP 15, SBiH 15, other 20
Federal House of Peoples:
constituted November 1998
constituted December 2002
Republika Srpska National Assembly:
elections held fall 1998
seats by party/coalition – SDS 19, KCD 15, SNS 12, SRS-RS 11, SPRS 10, SNSD 6, RSRS 3, SKRS 2, SDP 2, KKO 1, HDZ-BiH 1, NHI 1
elections held fall 2000
elections held 5 October 2002
seats by party/coalition – SDS 26, SNSD 19, PDP 9, SDA 6, SRS 4, SPRS 3, DNZ 3, SBiH 4, SDP 3, others 6
Judicial branch
Constitutional Court
The Constitutional Court of Bosnia and Herzegovina is the supreme, final arbiter of constitutional matters. The court is composed of nine members: four selected by the House of Representatives of the Federation, two by the National Assembly of Republika Srpska, and three are foreign citizens appointed by the President of the European Court of Human Rights after courtesy-consultation with the Presidency.
The initial term of appointee is 5 years, unless they resign or are removed by consensus of other judges. Appointed judges are not eligible for reappointment. Judges subsequently appointed will serve until the age of 70, unless they resign sooner or are removed. Appointments made 5 years into the initial appointments may be governed by a different regulation for selection, to be determined by the Parliamentary Assembly.
Proceedings of the Court are public, and decisions are published. Court rules are adopted by a majority in the Court. Court decisions are final and supposedly binding though this is not always the case, as noted.
The Constitutional Court has jurisdiction over deciding in constitutional disputes that arise between the Entities or amongst Bosnia and Herzegovina and an Entity or Entities. Such disputes may be referred only by a member of the Presidency, the Chair of the Council of Ministers, the Chair or Deputy Chair of either of the chambers of the Parliamentary Assembly, or by one-fourth of the legislature of either Entity.
The Court also has appellate jurisdiction within the territory of Bosnia and Herzegovina.
State Court
The Court of Bosnia and Herzegovina consists of three divisions – Administrative, Appellate and Criminal – having jurisdiction over cases related to the state-level law and executive, as well as appellate jurisdiction over cases initiated in the entities.
A War Crimes Chamber was introduced in January 2005, and has adopted two cases transferred from the ICTY, as well as dozens of war crimes cases originally initiated in cantonal courts.
The State Court also deals with organized crime, and economic crime including corruption cases. For example, the former member of the Presidency Dragan Čović was on trial for alleged involvement in organized crime.
Human Rights Chamber
The Human Rights Chamber for Bosnia and Herzegovina (Dom za ljudska prava za Bosnu i Hercegovinu) existed between March 1996 and 31 December 2003. It was a judicial body established under the Annex 6 of the General Framework Agreement for Peace in Bosnia and Herzegovina (Dayton Agreement).
Entities
The two Entities have Supreme Courts. Each entity also has a number of lower courts. There are 10 cantonal courts in the Federation, along with a number of municipal courts. The Republika Srpska has five municipal courts.
High Judicial and Prosecutorial Council
The High Judicial and Prosecutorial Council (JHPC / VSTV) is the self-regulatory body of the judiciary in the country, tasked with guaranteeing its independence. It is based on the continental tradition of self-management of the judiciary. It was formed in 2004.
See also
Constitution of Bosnia and Herzegovina
References
External links
Office of the High Representative
Election Commission of Bosnia and Herzegovina
Government of the Republic of Srpska
Government of the Federation of Bosnia and Herzegovina
Bosnia: a single country or an apple of discord?, Bosnian Institute, 12 May 2006
Bertelsmann Stiftung – Bosnia and Herzegovina Country Report
Balkaninsight – The future of Bosnia |
3607 | https://en.wikipedia.org/wiki/Economy%20of%20Bosnia%20and%20Herzegovina | Economy of Bosnia and Herzegovina | The economy of Bosnia and Herzegovina is a transitional, upper middle income economy with limited market reforms. Bosnia and Herzegovina declared independence from socialist Yugoslavia on 1 March 1992. The main trading partners are Germany, Italy, Austria and other neighboring Balkan countries.
Overview
Bosnia and Herzegovina is an upper middle-income country which has accomplished a great deal since the mid-1990s. Today, it is an EU potential candidate country and is now embarking on a new growth model amid a period of slow growth and the global financial crisis.
Bosnia and Herzegovina is a small, open economy, dominated by services, which accounted for 55% of gross domestic product (GDP) in 2016, with a moderately developed industrial and manufacturing sector (23% and 12%, respectively), and a limited agricultural base (about 6% of GDP).
The konvertibilna marka (convertible mark or BAM) - the national currency introduced in 1998 - is pegged to the euro, and confidence in the currency and the banking sector has increased. Implementation of privatization, however, has been slow, and local entities only reluctantly support national-level institutions. Banking reform accelerated in 2001 as all ; foreign banks, primarily from Western Europe, now control most of the banking sector. A sizable current account deficit and very high unemployment rate remain the two most serious economic problems. The country receives substantial amounts of reconstruction assistance and humanitarian aid from the international community but will have to prepare for an era of declining assistance.
The United States Embassy in Sarajevo, Bosnia and Herzegovina produces the Country Commercial Guide – an annual report that delivers a comprehensive look at Bosnia and Herzegovina's commercial and economic environment, using economic, political, and market analysis.
Brief economic history until the 1990s
At the time of the Socialist Federal Republic of Yugoslavia (SFRY), Bosnia and Herzegovina was an important mineral processing centre and provided the other republics with basic mineral commodities in exchange for current consumption goods. While large amounts of public capital investments poured in during the 1970s, productivity levels remained low, often due to the limited capacity of public managers. Under former republican premier Džemal Bijedić, and Yugoslav president Tito, metal-product industries were promoted in the republic, resulting in the development of a large share of Yugoslavia's metal products plants.
Merging small firms into larger agglomerates was a common practice in the SFRY to preserve employment levels. As a result, four large conglomerates emerged in Bosnia and Herzegovina over time: Energoinvest (energy sector), Unis (automotive and defence industry, which partnered with Volkswagen in the early 1970s), Šipad (wood processing) and RMK Zenica (steel industry, later acquired by ArcelorMittal). Construction and defence were important industries of the Bosnian economy, despite their low efficiency and, ultimately, supply excess. The defence industry was particularly developed in the southern districts and around Mostar, which was also a relevant metallurgical centre (Aluminij Mostar). Machinery production was concentrated in the north, particularly around Banja Luka. The Tuzla district was renowned for its chemical industry. The automotive industry, which developed in the 1950s with the production of vehicle components, extended later on to passenger and commercial vehicles, with plants in Sarajevo, Mostar and Banja Luka. Agriculture was not highly developed, despite its importance for employment and the presence of the large Agrokomerc conglomerate based at the north-west border with Croatia.
Tito had pushed the development of metal industries, and electro-energetic sector, in the republic with the result that Bosnia and Herzegovina were a host of large numbers of industrial firms. Some of them were worked with World brand names, companies like Coca-Cola, Pepsi, Marlboro, Volkswagen and SKF. Big Companies like Energoinvest, UNIS, Hidrogradnja, Vranica, RMK Zenica, TAS Sarajevo, FAMOS Sarajevo and BNT Novi Travnik, have yearly income in billions of USD$ at that time. Building sector companies bringing large amounts of income in USD$. Unemployment at that time is very low. Work force is highly skilled, with highly professional, educated managers, engineers, science experts, which use western world's newest technologies in large scale areas. Before the war, Yugoslav premier Ante Marković, made some preparations for privatization, in economy, finance, and industry sectors, but the war ceased development in these actions.
The economy suffered heavily from the war in Bosnia and Herzegovina, with over €200 billion in material damages and GDP (excluding services) reduced by 90% between 1990 and 1995. Today, most of the above-mentioned companies have been privatised. The economy remains fragile, primarily consumption driven and vulnerable to external fluctuations. This was seen with the global economic crisis, which pushed Bosnia and Herzegovina into recession in 2009 and 2012 (with GDP growth of -3% and -0.8%, respectively) and severe floods in 2014, which caused damage of approximately 15% of GDP. Since 2015, annual GDP growth has increased to more than 3%. Still, the country registered a current account deficit of 4.7% of GDP in 2017, decreasing from 5.3% in 2015, resulting from a reduction in its trade deficit, which nevertheless remains large (17.4% of GDP in 2017).
A Central Bank of Bosnia and Herzegovina was established in late 1997, debt negotiations were held with the London Club in December 1997 and with the Paris Club in October 1998, and a new currency, the Bosnia and Herzegovina convertible mark, was introduced in mid-1998. In 1999, the Convertible Mark gained wider acceptance, and the Central Bank dramatically increased its reserve holdings. Due to Bosnia's strict currency board regime attaching the Bosnian mark to the Euro, inflation has remained low in the entire country.
With an uneasy peace in place, output recovered in 1996–99 at high percentage rates from a low base; but output growth slowed in 2000–02. The country receives substantial amounts of reconstruction assistance and humanitarian aid from the international community. Support for Eastern European Democracy (SEED) assistance accounts for 20%-25% of economic growth in Bosnia and Herzegovina.
However, growth has been uneven throughout the post-war period, with the Federation outpacing the RS. According to World Bank estimates, GDP growth was 62% in the Federation and 25% in the RS in 1996, 35% in the Federation and flat in the RS in 1997, and continued growth in the Federation in 1998.
Movement has been slow, but considerable progress has been made in economic reform since peace was re-established. Banking reform lagged, as did the implementation of privatization. Many companies (mainly factories) that were privatized faced massive problems, causing the owners to reduce salaries and deny the workers their salaries, and some of the new owners and tycoons destroy that factories.
Macro-Economic
The following table shows the main economic indicators in 1997–2022.
Present
Overall value of foreign direct investment (1999–2011):
1999: €166 million
2000: €159 million
2001: €133 million
2002: €282 million
2003: €338 million
2004: €534 million
2005: €421 million
2006: €556 million
2007: €1.628 billion
2008: €1.083 billion
2009: €434 million
2010: €359 million
2011: €313 million
From 1994 to 2011, €6.4 billion were invested in the country.
The top investor countries (1994–2007):
Austria (€1,294 million)
Serbia (€773 million)
Croatia (€434 million)
Slovenia (€427 million)
Switzerland (€337 million)
Germany (€270 million)
Italy (€94.29 million)
Netherlands (€63.52 million)
United Arab Emirates (€56.70 million)
Turkey (€54.81 million)
All Other Countries (€892.54 million)
Foreign investments by sector for (1994–2007):
37.7% Manufacturing
21% Banking
4.9% Services
9.6% Trade
0.30% Transport
1% Tourism
By some estimates, grey economy is 25.5% of GDP.
2017
In 2017, exports grew by 17% when compared to the previous year, totaling €5.65 billion. The total volume of foreign trade in 2017 amounted to €14.97 billion and increased by 14% compared to the previous year. Imports of goods increased by 12% and amounted to €9.32 billion. The coverage of imports by exports has increased by 3% compared to the previous year and now it is 61 percent. In 2017, Bosnia and Herzegovina mostly exported car seats, electricity, processed wood, aluminum and furniture. In the same year, it mostly imported crude oil, automobiles, motor oil, coal and briquettes.
The unemployment rate in 2017 was 20.5%, but The Vienna Institute for International Economic Studies is predicting falling unemployment rate for the next few years. In 2018, the unemployment should be 19.4% and it should further fall to 18.8% in 2019. In 2020, the unemployment rate should go down to 18.3%.
On December 31, 2017, Council of Ministers of Bosnia and Herzegovina issued the report on public debt of Bosnia and Herzegovina, stating that the public debt was reduced by €389.97 million, or by more than 6% when compared to December 31, 2016. By the end of 2017, public debt was €5.92 billion, which amounted to 35.6 percent of GDP.
As of December 31, 2017, there were 32,292 registered companies in the country, which together had revenues of €33.572 billion that same year.
In 2017, the country received €397.35 million in foreign direct investment, which equals to 2.5% of the GDP.
In 2017, Bosnia and Herzegovina ranked 3rd in the world in terms of the number of new jobs created by foreign investment, relative to the number of inhabitants.
In 2017, 1,307,319 tourists visited Bosnia-Herzegovina, an increase of 13.7%, and had 2,677,125 overnight hotel stays, a 12.3% increase from the previous year. Also, 71.5% of the tourists came from foreign countries.
2018
In 2018, Bosnia and Herzegovina exported goods worth 11.9 billion KM (€6.07 billion), which is 7.43% higher than in the same period in 2017, while imports amounted to 19.27 billion KM (€9.83 billion), which is 5.47% higher.
The average price of new apartments sold in the country in the first 6 months of 2018 is 1,639 km (€886.31) per square meter. This represents a jump of 3.5% from the previous year.
On June 30, 2018, public debt of Bosnia and Herzegovina amounted to about €6.04 billion, of which external debt is 70.56 percent, while the internal debt is 29.4 percent of total public indebtedness. The share of public debt in gross domestic product is 34.92 percent.
In 2018, 1,465,412 tourists visited Bosnia-Herzegovina, an increase of 12.1%, and had 3,040,190 overnight hotel stays, a 13.5% increase from the previous year. Also, 71.2% of the tourists came from foreign countries.
In 2018, the total value of mergers and acquisitions in Bosnia and Herzegovina amounted to €404.6 million.
In 2018, 99.5 percent of enterprises in Bosnia and Herzegovina used computers in their business, while 99.3 percent had internet connections, according to a survey conducted by the Bosnia and Herzegovina Statistics Agency.
In 2018, Bosnia and Herzegovina received 783.4 million KM (€400.64 million) in direct foreign investment, which was equivalent to 2.3% of GDP.
In 2018, Central Bank of Bosnia and Herzegovina made a profit of 8,430,875 km (€4,306,347).
2019
The World Bank estimates that the economy grew by 2.8% in 2019.
Bosnia and Herzegovina was placed 83rd on the Index of Economic Freedom for 2019. The total rating for Bosnia and Herzegovina is 61.9. This position represents some progress relative to the 91st place in 2018. This result is below the regional level, but still above the global average, making Bosnia and Herzegovina a "moderately free" country.
On 31 January 2019, total deposits in Bosnian banks were KM 21.9 billion (€11.20 billion), which represents 61.15% of nominal GDP.
In the second quarter of 2019, the average price of new apartments sold in Bosnia and Herzegovina was 1,606 km (€821.47) per square meter.
In the first six months of 2019, exports amounted to 5.829 billion KM (€2.98 billion), which is 0.1% less than in the same period of 2018, while imports amounted to 9.779 billion KM (€5.00 billion), which is by 4.5% more than in the same period of the previous year.
In the first seven months of 2019, 906,788 tourists visited the country, a 11.7% jump from the previous year.
In the first six months of 2019, foreign direct investment amounted to 650.1 million KM (€332.34 million).
Sarajevo
Sarajevo industries now include tobacco products, furniture, hosiery, automobiles, and communication equipment. Companies based in Sarajevo include B&H Airlines, BH Telecom, Bosnalijek, Energopetrol, Sarajevo Tobacco Factory, and Sarajevska Pivara (Sarajevo Brewery).
Sarajevo has a strong tourist industry and was named by Lonely Planet one of the top 50 "Best Cities in the World" in 2006. Sports-related tourism uses the legacy facilities of the 1984 Winter Olympics, especially the skiing facilities on the nearby mountains of Bjelašnica, Igman, Jahorina, Trebević, and Treskavica. Sarajevo's 600 years of history, influenced by both Western and Eastern empires, is also a strong tourist attraction. Sarajevo has hosted travellers for centuries, because it was an important trading center during the Ottoman and Austria-Hungarian empires.
Today, Sarajevo is one of the fastest developing cities in the region. Various new modern buildings have been built, most significantly the Bosmal City Center, BBI Center and the Avaz Twist Tower which is the tallest skyscraper in the Balkans. A new highway was recently (2006–2011) completed between Sarajevo and the city of Kakanj.
Due to growth in population, tourism and airport traffic the service sector in the city is developing fast and welcoming new investors from various businesses.
Sarajevo has one of the most representable commercial infrastructures in South-East Europe. The Sarajevo City Center is one of the biggest shopping centres in South-East Europe, after its completion in 2014. Airport Center Sarajevo which will be connected directly to the new airport terminal will offer a great variety of brands, products and services.
In 1981 Sarajevo's GDP per capita was 133% of the Yugoslav average.
In 2011 Sarajevo's GDP was estimated to be 16.76 billion US$ by the Central Bank of Bosnia, comprising 37% of the total GDP of the country.
Mostar
Mostar's economy relies heavily on tourism, aluminum and metal industry, banking services and telecommunication sector. The city is the seat of some of the country's largest corporations.
Along with Sarajevo, it is the largest financial center in Bosnia and Herzegovina, with two out of three largest banks in the country having their headquarters in Mostar. Bosnia-Herzegovina has three national electric, postal and telecommunication service corporations; These three companies banks and the aluminium factory make a vast portion of overall economic activity in the city.
Aluminij is one of the most influential companies in the city, region, but also country. In relation to the current manufacturing capacity it generates an annual export of more than €150 million. The partners with which the Aluminij does business are renowned global companies, from which the most important are: Venture Coke Company L.L.C. (Venco-Conoco joint Venture) from the US, Glencore International AG from Switzerland, Debis International trading GmbH, Daimler-Chrysler and VAW Aluminium Technologie GmbH from Germany, Hydro ASA from Norway, Fiat from Italy, and TLM-Šibenik from Croatia[5].
Mostar area alone receives an income of €40 million annually from Aluminij.
Prijedor
Prijedor is the sixth largest city in Bosnia and Herzegovina. It is an economically prosperous municipality hosting a wide range of industries, services and educational institutions. The city's geographical location close to major European capitals has made it an important industrial and commercial hub nationally.
It has a developed financial sector, 11 international banks are represented, 5 microcredit organizations and a foundation for development.
The city's huge economic potential is in the strategic geographical location being close to Zagreb, Belgrade, Budapest and Vienna. Giving it one of the best climates for economic expansion in Bosnia and Herzegovina.
The agricultural land around the city, raw minerals in the municipality and growth of high educated population in the city proper gives it a unique combination of both being able to produce sophisticated industrial products, food and service branches.
Companies
The Zenica city host today the Bosnian part of ArcelorMittal Steel Company, former RMK Zenica, which employ about 3000 workers, steel company from Luxembourg with over 320,000 employees in more than 60 countries. It also has companies specialized in the chemical industry such as Ferrox a.d., producing iron oxides-pigments. BosnaMontaza AD., one of Bosnias most specialized steel manufacturers, manufacturing: steel construction, pipelines, reservoirs, technological equipment, cranes and energy plants.
Other companies such as the Croatian food company Kraš has one of its biggest facilities in Bosnia and Herzegovina in Prijedor, producing confectionery products under the brand names MIRA and Kraš.
Brand names such as "Prijedorčanka" is one of the leading producers of the alcoholic beverage Rakija in Bosnia and Herzegovina. Prijedor is also a big enterprise producing cellulose and paper for export.
Agricultural sector
Among this Prijedor has a fruit growing production, gardening production, crop farming production, mill and bakery industries, stock farming production, processing industries and a milk industry.
Lake Saničani, near Prijedor, is one of the biggest commercial fish-farming lakes in the southern Europe.
Prijedor municipality takes up 8340.6 hectares (5845.0 private property and 2495.6 state property).
Plowed fields and gardens take up 340.26 hectares, orchards 23.86 hectares and vineyards 5 hectares.
All cultivated soil takes up 402.06 hectares.
Service sector
The service sector in Prijedor is growing rapidly and this reflects in the growth of hotels, stores, roads, educational facilities and shoppings centers that are being built in the city. Making it a growing commercial hub in Bosnia and Hercegovina.
Banja Luka
Although the city itself was not directly affected by the Bosnian War in the early 1990s, its economy was. For four years, Banja Luka fell behind the world in key areas such as technology, resulting in a rather stagnant economy. However, in recent years, the financial services sector has gained in importance in the city. In 2002, the trading began on the newly established Banja Luka Stock Exchange. The number of companies listed, the trading volume and the number of investors have increased significantly. A number of big companies such as Telekom Srpske, Rafinerija ulja Modriča, Banjalučka Pivara and Vitaminka are all listed on the exchange and are traded regularly. Investors, apart from those from Slovenia, Croatia and Serbia, now include a number of investment funds from the European Union, Norway, the United States, Japan and China.
A number of financial services regulators, such as the Republika Srpska Securities Commission and the RS Banking Agency are headquartered in Banja Luka. This, along with the fact that some of the major banks in Bosnia, the Deposit Insurance Agency and the Value-added tax (VAT) Authority are all based in the city, has helped Banja Luka establish itself as a major financial centre of the country.
In 1981 Banja Luka's GDP per capita was 97% of the Yugoslav average.
Tourism
The tourism sector has been recovering and helping the economy altogether in the process, with popular winter skiing destinations as well as summer countryside tourism.
Bosnia and Herzegovina has been a top performer in recent years in terms of tourism development; tourist arrivals have grown by an average of 24% annually from 1995 to 2000. The European region's solid growth in arrivals in 2007 was due in significant part to Southern and Mediterranean Europe's strong performance (+7%).
In particular, Bosnia and Herzegovina were among the stronger players with a growth of 20%.
In 2012, Bosnia-Herzegovina had 747.827 tourists an increase of 9% and 1.645.521 overnight stays which is a 9,4% increase from 2012.
58,6% of the tourists came from foreign countries.
According to an estimate of the World Tourism Organization, Bosnia and Herzegovina will have the third highest tourism growth rate in the world between 1995 and 2020.
Of particular note is the diaspora population which often returns home during the summer months, bringing in an increase in retail sales and food service industry.
In 2017, 1,307,319 tourists visited Bosnia-Herzegovina, an increase of 13.7%, and had 2,677,125 overnight hotel stays, a 12.3% increase from the previous year. Also, 71.5% of the tourists came from foreign countries.
Challenges of doing business
While business regulations are of comparable strictness as in most countries in Central Europe, many problems persist. Post-war high percentage of unemployment (16.85%) remains high, and the economical progress is very slow. Complicated bureaucracy system, complex procedures and often misconducted audition and regulation by public officers also make for volatile and insecure business environment, which is considered major hindrance to foreign investment into the country's industrial and manufacturing potential.
The workforce is comparably cheap, with average net salary being €511, and average gross salary being €791, () and good skilled, especially in sectors present in pre-war economy. However, with slow but persistent know-how obsolescence, workforce exodus, high unemployment and long average time outside labor market for the unemployed, need a foreign-owned business investing in industry sectors where the country could be competitive.
Bosnia and Herzegovina is also lacking a good e-governance structure, as well as good methods to enforce administrative accountability, both of which are considered necessary for more conductive business climate. Today it takes between 3–5 weeks to register a company in the country (and in some business sectors it can still take months to acquire all required permits, mostly due to administrative inefficiency), and many other business related administrative procedures are similarly convoluted and time-consuming.
Political corruption is one of the more acute problems in Bosnia and Herzegovina, and along with size of administration and its inefficiency, the biggest detriment to tax money being spent where it should be spent – on services to the population and the economy.
Bosnia and Herzegovina has been preparing for an era of declining international assistance. Country's most immediate task remains economic revitalization to create jobs and income. After the 2014 riots, both administrations have shyly started the reform, dealing with some of the many pressing issues to local economy, but the overall process is still considered slow and tenuous by the populace and local as well as foreign economic analysts.
Infrastructure
The Bosnian government has issued an international tender for the construction of the 350 km long Corridor 5c in Bosnia and Herzegovina which will passes along the route Budapest-Osijek-Sarajevo-Ploče. The highway along this corridor is the most significant roadway in B&H and the shortest communication route between Central Europe and the Southern Adriatic. The routing of the road passes through the central part of the country in the north–south direction from Donji Svilaj to the border of B&H, north from the Croatian port of Ploče, following the rivers Bosna and Neretva. More than 50% of the total population and the economic activity of Bosnia and Herzegovina lies within the zone of influence along this route.
As of August 2018, 200 km motorway has been completed.
Due to annual growth of nearly 10% the Sarajevo International Airport extension of the passenger terminal, together with upgrading and expanding the taxiway and apron is planned to start in Fall 2012. The existing terminal will be expanded with 7.000 square metres.
The upgraded airport will also be directly connected to the commercial retail center Sarajevo Airport Center
making it easy for tourist and travellers to use the time before the flight for some last minute shopping.
See also
Central Bank of Bosnia and Herzegovina
List of banks in Bosnia and Herzegovina
Bosnia and Herzegovina convertible mark
Bosnia and Herzegovina
2014 unrest in Bosnia and Herzegovina
Notes
References
External links
Tariffs applied by Bosnia and Herzegovina as provided by ITC's ITCMarket Access Map , an online database of customs tariffs and market requirements.
Bosnia And Herzegovina |
3609 | https://en.wikipedia.org/wiki/Transport%20in%20Bosnia%20and%20Herzegovina | Transport in Bosnia and Herzegovina | Bosnia and Herzegovina has facilities for road, rail, and air transport. There are five international road routes and 20 state highways, with bus connections to many countries. Railways total just over 1,000 km with links to Croatia and Serbia. There are 25 airports, seven of them with paved runways. The Sava River is navigable, but its use is limited.
Roadways
total: 21,846 km
paved: 11,425 km (4,686 km of interurban roads)
unpaved: 10,421 km (2006)
Roads
International
E65
E73 (Pan-European corridor Vc), A1 highway
E661
E761
E762
State highways
Route 1
Route 1-8
Route 2
Route 5
Route 6
Route 6-1
Route 14
Route 14-1
Route 14-2
Route 15
Route 16
Route 16-2
Route 17
Route 18
Route 19
Route 19-2
Route 19-4
Route 20
National and international bus services
Bosnia & Herzegovina is well connected to other countries in Europe. The main bus station of Sarajevo has its own website. The main provider of international bus connection in Bosnia & Herzegovina is Eurolines. There are routes to Croatia, Germany, Austria, France, Netherlands, Montenegro, Belgium, Denmark, Sweden and Serbia. Despite Bosnia & Herzegovina's geographical closeness to Serbia, there is only one bus a day, which takes more than 8 hours due to the lack of proper roads.
Railways
Total: 1,032 km standard gauge: (2006)
Rail links with adjacent countries
Same gauge:
Croatia - yes
Serbia - yes
Montenegro - no
Waterways
Sava River (northern border) open to shipping but use is limited (2008)
Ports and harbours
Gradiška, Brod, Šamac, and Brčko (all inland waterway ports on the Sava none of which are fully operational), Orašje, Bosnia
Merchant marine
none (1999 est.)
Airports
Air transport begin in Bosnia and Herzegovina during the period of the Kingdom of Yugoslavia when the flag-carrier Aeroput inaugurated a regular flight linking the national capital Belgrade with Podgorica in 1930, with a stop in Sarajevo. A year later Aeroput inaugurated another regular flight starting in Belgrade and then stopping in Sarajevo and continuing towards Split, Sušak and Zagreb. By mid-1930s Aeroput inaugurated two routes linking Belgrade and Zagreb with Dubrovnik through Sarajevo, and, in 1938, it inaugurated an international route linking Dubrovnik, which was becoming a major holiday destination, through Sarajevo, to Zagreb, Vienna, Brno and Prague.
25 (2008)
Airports - with paved runways
total:
7
2,438 to 3,047 m:
4
1,524 to 2,437 m:
1
under 914 m:
2 (2008)
Airports - with unpaved runways
total:
18
1,524 to 2,437 m:
1
914 to 1,523 m:
7
under 914 m:
10 (2008)
Heliports
6 (2013)
See also
Bosnia and Herzegovina
References
External links
We recommend to use for travel shuttle bus transfers in Bosnia and Hercegovina. It is one of the easiest ways to travel here. |
3610 | https://en.wikipedia.org/wiki/Armed%20Forces%20of%20Bosnia%20and%20Herzegovina | Armed Forces of Bosnia and Herzegovina | The Armed Forces of Bosnia and Herzegovina () is the official military force of Bosnia and Herzegovina. The BiH armed forces were officially unified in 2005 and are composed of two founding armies: the Bosniak-Croat Army of the Federation of Bosnia and Herzegovina (VFBiH) and the Bosnian Serbs' Army of Republika Srpska (VRS).
The Ministry of Defence of Bosnia and Herzegovina, founded in 2004, is in charge of the Armed Forces of Bosnia and Herzegovina.
Chain of command
In accordance with the Constitution of Bosnia and Herzegovina (Article 5.5a), Bosnian Law of defense and Bosnian Law of service the supreme civilian commander of the Armed Forces Bosnia and Herzegovina is the collective Presidency of Bosnia and Herzegovina. The collective Presidency directs the Ministry of Defence of Bosnia and Herzegovina and the Armed Forces. Former Bosnia and Herzegovina ministers of defence include Nikola Radovanović, Selmo Cikotić, Muhamed Ibrahimović, Zekerijah Osmić and Marina Pendeš. the Minister was Sifet Podžić. Former Chiefs of Joint Staff of the Armed Forces of Bosnia and Herzegovina include LGEN Sifet Podžić, Lieutenant General Miladin Milojčić and Lieutenant General Anto Jeleč. The current Chief of Joint Staff is Lieutenant General Senad Mašović. Conscription was completely abolished in Bosnia and Herzegovina effective on and from 1 January 2006.
Defence law
The Bosnia and Herzegovina Defence Law addresses the following areas: the Military of Bosnia and Herzegovina, Government Institutions, Entity Jurisdictions and Structure, Budget and Financing, Composition of Armed Forces of Bosnia and Herzegovina, War Declaration, natural disasters, conflict of interests and professionalism, Oath to Bosnia-Herzegovina, flags, anthem and military insignia, and transitional and end orders.
History
The AFBiH was formed from three armies of the Bosnian War period: the Bosnian (dominantly Bosniak with numbers of Serbs and Croats) Army of the Republic of Bosnia and Herzegovina, the Bosnian Serb Army of Republika Srpska, and the Croat Defence Council.
The Army of the Republic of Bosnia And Herzegovina was created on 15 April 1992 during the early days of the Bosnian War. Before the ARBiH was formally created, there existed Territorial Defence, an official military force of Republic of Bosnia and Herzegovina, and a number of paramilitary groups such as the Green Berets, Patriotic League, and civil defense groups, as well as many criminal gangs and collections of police and military professionals. The army was formed under poor circumstances, with a very low number of tanks, APCs and no military aviation assets. The army was divided into Corps, each Corp was stationed in a territory. The first commander was Sefer Halilović.
The Army of Republika Srpska was created on 12 May 1992. Before the VRS was formally created, there were a number of paramilitary groups such as the Srpska Dobrovoljačka Garda, Beli Orlovi, as well as some Russian, Greek and other volunteers. The army was equipped with ex-JNA inventory. It had about 200 tanks, mostly T-55s and 85 M-84s, and 150 APCs with several heavy artillery pieces. The Air Defense of VRS has shot down several aircraft, like F-16, Mirage 2000, F-18 and one Croatian Air Force MiG-21. The VRS received support from the Yugoslav Army and FR Yugoslavia.
The Croatian Defence Council was the main military formation of the Croatian Republic of Herzeg-Bosnia during the Bosnian War. It was first organized military force to with the aim to control the Croat populated areas, created on 8 April 1992. They ranged from men armed with shotguns assigned to village defense tasks to organized, uniformed, and well-equipped brigade-sized formations that nevertheless employed part-time soldiers. As time went on, the HVO forces became increasingly better organized and more "professional", but it was not until early 1994, that the HVO began to form the so-called guards brigades, mobile units manned by full-time professional soldiers.
In 1995–96, a NATO-led international peacekeeping force (IFOR) of 60,000 troops served in Bosnia and Herzegovina, beginning on December 21, 1995, to implement and monitor the military aspects of the Dayton Peace Agreement. IFOR was succeeded by a smaller, NATO-led Stabilization Force or SFOR. The number of SFOR troops was reduced first to 12,000 and then to 7,000. SFOR was in turn succeeded by an even smaller, European Union-led European Union Force, EUFOR Althea. , EUFOR Althea numbered around 7,000 troops.
The Bosnian train and Equip Program
The program to train and equip the Bosnian Federation Army after the signing of the Dayton peace agreement in 1995 was a key element of the U.S. strategy to bring a stable peace to Bosnia. The Train and Equip Program also calmed the concerns of some Congressmen about committing U.S. troops to peacekeeping duty in Bosnia. Creating a stable and functioning Federation Army that could deter Serb aggression had the prospect of allowing NATO and U.S. troops to withdraw from Bosnia within the original 12-month mandate, which the administration assured Congress was all it would take to stabilize the country.
The program conducted an “international program review” in April 1998 to demonstrate to U.S. partners that it had been well managed and successful and to solicit additional contributions. The event was attended by 20 current and potential donor countries and an air of satisfaction prevailed.
The Dayton Peace Agreement left the country with three armies under two commands: the Bosniak and Bosnian Croat armies within the Federation of Bosnia and Herzegovina, facing their recent adversaries the Army of the Republika Srpska. These three forces together had around 419,000 personnel in regulars and reserves. This force size and orientation was totally at odds with the international peacemakers' vision. Slow reductions did take place. By 2004, the two warring factions had reduced their forces to 12,000 regulars and 240,000 reserves but had made virtually no progress in integrating the two into one new force, though the basis of a state defence ministry had been put in place via the Standing Committee on Military Matters (SCMM). Conscription for periods of around four months continued, the costs of which were weighing down both entities.
The restructuring of the three armies into the Armed Forces of Bosnia and Herzegovina represents part of a wider process of 'thickening' the central state institutions in Bosnia and Herzegovina. In order to mitigate some of the potential controversy around restructuring, the Office of the High Representative (OHR) made use of evidence of malpractice in Republika Srpska military institutions. Firstly, from 2002 onwards, OHR utilised a scandal around the provision of parts and assistance to Iraq in breach of a UN embargo (the so-called Orao affair) to support the cause for bringing governance of the armies under the level of central institutions. Following this, in 2004, the process was accelerated, drawing its justification from new evidence of material and other forms of support flowing from Republika Srpska armed forces to ICTY indictee Ratko Mladić. OHR condemned the ‘systematic connivance of high-ranking members of the RS military’ and noted that measures to tackle such systematic deficiencies were under consideration. This was quickly followed by the expansion of the mandate for a Defence Reform Commission, which ultimately resulted in the consolidation of three armed forces into one, governed at the level of the central state.
As the joint AFBiH began to develop, troops began to be sent abroad. Bosnia and Herzegovina deployed a unit of 37 men to destroy munitions and clear mines, in addition to 6 command personnel as part of the Multinational force in Iraq. The unit was first deployed to Fallujah, then Talil Air Base, and is now located at Camp Echo. In December 2006, the Bosnian government formally extended its mandate through June 2007. Bosnia and Herzegovina planned to send another 49 soldiers from the 6th Infantry Division to Iraq in August 2008, their mission being to protect/guard Camp Victory in Baghdad.
Structure
The Military units are commanded by the Armed Forces of Bosnia and Herzegovina Joint Staff in Sarajevo. There are two major commands under the Joint Staff: Operational Command and Support Command.
There are three regiments that are each formed by soldiers from the three ethnic groups of Bosnia and Herzegovina: Bosniaks, Croats and Serbs and trace their roots to the armies that were created during the war in BiH. These regiments have their distinct ethnic insignias and consist of three active battalions each. Headquarters of regiments have no operational authority. On the basis of the Law on Service in the Armed Forces of Bosnia and Herzegovina, the regimental headquarters have the following tasks: to manage the regimental museum, monitor financial fund, prepare, investigate and cherish the history of the regiment, the regiment publish newsletters, maintain cultural and historical heritage, give guidance on holding special ceremonies, give guidance on customs, dress and deportment Regiment, conduct officer, NCO and military clubs. Each regiments' three battalions are divided evenly between the three active brigades of the Army.
Joint Staff of the Armed Forces of Bosnia and Herzegovina
Operational Command
Overall the brigades are multinational with over 50% Bosniaks, 30% Serbs, 15% Croats and about 4% of other ethnic groups.
Operational Command, in Sarajevo
4th Infantry Brigade, in Čapljina
1st Infantry Battalion, in Livno (Croat troops)
2nd Infantry Battalion, in Bileća (Serb troops)
3rd Infantry Battalion, in Goražde (Bosniak troops)
Artillery Battalion, in Mostar
Reconnaissance Company, in Čapljina
Signals Platoon, in Čapljina
Military Police Platoon, in Čapljina
5th Infantry Brigade, in Tuzla
1st Infantry Battalion, in Zenica (Bosniak troops)
2nd Infantry Battalion, in Kiseljak (Croat troops)
3rd Infantry Battalion, in Bijeljina (Serb troops)
Artillery Battalion, in Žepče
Reconnaissance Company, in Tuzla
Signals Platoon, in Tuzla
Military Police Platoon, in Tuzla
6th Infantry Brigade, in Banja Luka
1st Infantry Battalion, in Banja Luka (Serb troops)
2nd Infantry Battalion, in Bihać (Bosniak troops)
3rd Infantry Battalion, in Orašje (Croat troops)
Artillery Battalion, in Doboj
Reconnaissance Company, in Banja Luka
Signals Platoon, in Banja Luka
Military Police Platoon, in Banja Luka
Tactical Support Brigade, in Sarajevo
Armored Battalion, in Tuzla
Engineer Battalion, in Derventa
Military Intelligence Battalion, in Sarajevo
Military Police Battalion, in Sarajevo
Demining Battalion, in Sarajevo
Signal Battalion, in Pale
CBRN Defense Company, in Tuzla
Air Force and Air Defense Brigade, at Sarajevo Air Base and Banja Luka Air Base
1st Helicopter Squadron, at Banja Luka Airport
2nd Helicopter Squadron, at Sarajevo Airport
Air Defense Battalion, at Sarajevo Airport
Surveillance and Early Warning Battalion, at Banja Luka Airport
Flight Support Battalion, at Sarajevo Airport and Banja Luka Airport
Brigades under the Support Command control
Within the armed forces, there are a number of services. These include a Technical Service, Air Technology service, Military Police service, Communications service, Sanitary service, a Veterans service, Civilian service, Financial service, Information service, Legal service, Religious service, and a Musical service.
Uniform and insignia
Armed Forces of Bosnia and Herzegovina were unified in 2005 and at that time they needed a uniform for the newly founded Armed Forces. MARPAT was designated as the future camouflage pattern to be used on combat uniforms of the AFBiH.
Insignia is found on military hats or berets, on the right and left shoulder on the uniform of all soldiers of the Armed Forces. All, except for generals, wear badges on their hats or berets with either the land force badge or air force badge. Generals wear badges with the coat of arms of Bosnia surrounded with branches and two swords. All soldiers of the armed forces have on their right shoulder a flag of Bosnia and Herzegovina. All members of the three regiments wear their regiment insignia on the left shoulder. There are other insignias, brigades or other institution are worn under the regiment insignia. The name of the soldiers is worn on the left part of the chest while the name "Armed Forces of BiH" is worn on the right part of the chest.
Equipment
References
Further reading
Dorschner, Jim (18 April 2007), "Endgame in Bosnia", Jane's Defence Weekly, pp. 24–29
External links
Ministry of Defense of Bosnia and Herzegovina
MILITARY INDUSTRY – Bosnia and Herzegovina
European Union Force in Bosnia and Herzegovina – EUFOR
OSCE Mission to Bosnia and Herzegovina
NATO Headquarters Sarajevo Security Sector Reform information |
3611 | https://en.wikipedia.org/wiki/Foreign%20relations%20of%20Bosnia%20and%20Herzegovina | Foreign relations of Bosnia and Herzegovina | The implementation of the Dayton Accords of 1995 has focused the efforts of policymakers in Bosnia and Herzegovina, as well as the international community, on regional stabilization in the countries-successors of the former Yugoslavia. Relations with its neighbors of Croatia, Montenegro and Serbia have been fairly stable since the signing of the Dayton Agreement in 1995.
Foreign relations
Overview
Bosnia and Herzegovina has no diplomatic relations with:
Bhutan
Kiribati, Micronesia Palau, Tonga, Papua New Guinea
Central African Republic, Lesotho, Madagascar
States with limited recognition
EU accession
The accession of Bosnia and Herzegovina to the European Union is one of the main political objectives of Bosnia and Herzegovina. The Stabilisation and Association Process (SAP) is the EU's policy framework. Countries participating in the SAP have been offered the possibility to become, once they fulfill the necessary conditions, member states of the EU. Bosnia and Herzegovina is therefore a potential candidate country for EU accession.
Foreign support
Bosnia and Herzegovina receives support from donor programs of:
European Bank for Reconstruction and Development (EBRD)
European Union
International Bank for Reconstruction and Development
International Monetary Fund
USAID
In the 3 years since the Dayton Accords were signed, over $4 billion in foreign aid has flown into Bosnia, about $800 million of it coming from SEED funds. As stated above, this support has been key to the growth and revitalization of the economy and infrastructure in the republic. However, most of this aid has been targeted at the Federation; the previous government of the RS was anti-Dayton and not assisted by the U.S. The election of the "Sloga" or "Unity" Coalition government, led by Prime Minister Dodik, has shifted the balance of power in the Republika Srpska (RS) to a pro-Dayton stance and will result in an upsurge of funding to the RS from the international community.
In addition to SEED funding, USAID programs have been crucial to the redevelopment of Bosnia and Herzegovina. USAID has programming in the following areas: economic policy reform and restructuring; private sector development (the Business Development Program); infrastructure rebuilding; democratic reforms in the media, political process and elections, and rule of law/legal code formulation; and training programs for women and diplomats.
International organizations
Bank for International Settlements, Council of Europe, Central European Initiative, EBRD,
Energy Community United Nations Economic Commission for Europe, FAO, Group of 77, IAEA, IBRD, ICAO, International Criminal Court, International Development Association, IFAD, International Finance Corporation, IFRCS, ILO, International Monetary Fund, International Maritime Organization, Interpol, IOC, International Organization for Migration (observer), ISO, ITU, Non-Aligned Movement (guest), Organization of American States (observer), OIC (observer), OPCW, Organization for Security and Co-operation in Europe, Southeast European Cooperative Initiative, United Nations, UNCTAD, UNESCO, UNIDO, UNMEE, UPU, WHO, WIPO, WMO, WToO, WTrO (observer)
Refugees and internally displaced persons
refugees (country of origin): 7,269 (Croatia)
IDPs: 131,600 (Bosnian Croats, Serbs, and Bosniaks displaced in 1992-95 war) (2007)
Illicit drugs
Increasingly a transit point for heroin being trafficked to Western Europe; minor transit point for cannabis; remains highly vulnerable to money-laundering activity given a primarily cash-based and unregulated economy, weak law enforcement, and instances of corruption.
See also
Bosnia and Herzegovina and the International Monetary Fund
List of diplomatic missions in Bosnia and Herzegovina
List of diplomatic missions of Bosnia and Herzegovina
Visa requirements for Bosnia and Herzegovina citizens
References
External links
Ministry of Foreign Affairs - policy priorities |
3612 | https://en.wikipedia.org/wiki/History%20of%20Botswana | History of Botswana | The Batswana, a term also used to denote all citizens of Botswana, refers to the country's major ethnic group (called the Tswana in Southern Africa). Prior to European contact, the Batswana lived as herders and farmers under tribal rule.
Before European contact
Khoesan-speaking peoples have lived in Botswana for many thousands of years. The Tsodilo Hills site in north-west Botswana, for example, was apparently continuously inhabited from 17 000 BC to about 1650 AD.
In October 2019, researchers reported that Botswana was the birthplace of all modern humans about 200,000-300,000 years ago. Sometime between 200 and 500 AD, the Bantu-speaking people who were living in the Katanga area (today part of the DRC and Zambia) crossed the Limpopo River, entering the area today known as South Africa as part of the Bantu expansion.
There were 2 broad waves of immigration to South Africa; Nguni and Sotho-Tswana. The former settled in the eastern coastal regions, while the latter settled primarily in the area known today as the Highveld—the large, relatively high central plateau of South Africa.
By 1000 AD the Bantu colonization of the eastern half of South Africa had been completed (but not Western Cape and Northern Cape, which are believed to have been inhabited by Khoisan people until Dutch colonisation). The Bantu-speaking society was highly a decentralized feudal society organized on a basis of kraals (an enlarged clan), headed by a chief, who owed a very hazy allegiance to the nation's head chief. According to Neil Parsons's online "Brief History of Botswana":
Bechuanaland Protectorate
In the late 19th century, hostilities broke out between the Shona inhabitants of Botswana and Ndebele tribes who were migrating into the territory from the Kalahari Desert. Tensions also escalated with the Boer settlers from the Transvaal. To block Boer and German expansionism the British Government on 31 March 1885 put "Bechuanaland" under its protection. The northern territory remained under direct administration as the Bechuanaland Protectorate and is today's Botswana, while the southern territory became British Bechuanaland which ten years later became part of the Cape Colony and is now part of the northwest province of South Africa; the majority of Setswana-speaking people today live in South Africa. The Tati Concessions Land, formerly part of the Matabele kingdom, was administered from the Bechuanaland Protectorate after 1893, to which it was formally annexed in 1911.
To safeguard the integrity of the Protectorate against the perceived threats from the British South Africa Company and Southern Rhodesia, the three Batswana leaders Khama III, Bathoen I, and Sebele I travelled to London in 1895 to ask Joseph Chamberlain and Queen Victoria for assurances.
When the Union of South Africa was formed in 1910 out of the main British colonies in the region, the Bechuanaland Protectorate (now Botswana), Basutoland (now Lesotho), and Swaziland (now Eswatini) (the "High Commission Territories") were not included, but provision was made for
their later incorporation. However, a vague undertaking was given to consult their inhabitants, and although successive South African governments sought to have the territories transferred, Britain kept delaying, and it never occurred. The election of the
National Party government in 1948, which instituted apartheid, and South Africa's withdrawal from the Commonwealth in 1961, ended any prospect of incorporation of the territories into South Africa.
An expansion of British central authority and the evolution of tribal government resulted in the 1920 establishment of two advisory councils representing Africans and Europeans. Proclamations in 1934 regularized tribal rule and powers. A European-African advisory council was formed in 1951, and the 1961 constitution established a consultative legislative council.
Independent Botswana
In June 1966, Britain accepted proposals for democratic self-government in Botswana. The seat of government was moved from Mafeking, South Africa, to newly established Gaborone in 1965. The 1965 constitution led to the first general elections and to independence on 30 September 1966. Seretse Khama, a leader in the independence movement and the legitimate claimant to the Ngwato chiefship, was elected as the first president, re-elected twice, and died in office in 1980. The presidency passed to the sitting vice president, Ketumile Masire, who was elected in his own right in 1984 and re-elected in 1989 and 1994. Masire retired from office in 1998. The presidency passed to the sitting vice president, Festus Mogae, who was elected in his own right in 1999 and re-elected in 2004. In April 2008, Excellency the former President Lieutenant General Dr Seretse Khama Ian Khama (Ian Khama), son of Seretse Khama the first president, succeeded to the presidency when Festus Mogae retired. On 1 April 2018 Mokgweetsi Eric Keabetswe Masisi was sworn in as the 5th President of Botswana succeeding Ian Khama. He represents the Botswana Democratic Party, which has also won a majority in every parliamentary election since independence. All the previous presidents have also represented the same party.
People of Botswana
All citizens of Botswana-regardless of colour, ancestry or tribal affiliation are known as Batswana (plural) or Motswana (singular). In the lingua franca of Tswana, tribal groups are usually denoted with the prefix 'ba', which means 'the people of...'.Therefore, the Herero are known as Baherero, and the Kgalagadi as Bakgalagadi, and so on. Botswana's eight major tribes are represented in the House of Chiefs, an advisory legislative body.
Tswana people
The Tswana are the largest ethnic group in Botswana.
Bakalanga
Botswana's second largest ethnic group are the Bakalanga, who mainly live in northeastern,north central as well as central parts of Botswana and Western Zimbabwe and speak Kalanga. In Botswana they are based mainly, although not exclusively, around Francistown. Modern Bakalanga are descended from the Kingdom of Butua.
Herero
The Herero probably originated from the eastern or central Africa and migrated across the Okavango River into northeastern Namibia in the early 16th century. In 1884 the Germans took possession of German south west Africa (Namibia) and systematically appropriated Herero grazing lands. The ensuing conflict between the Germans and the Herero was to last for years, only ending in a calculated act of genocide which saw the remaining of the tribe flee across the border into Botswana. The refugees settled among the Batawana and were initially subjugated, but eventually regained their herds and independence. These days the Herero are among the wealthiest herders in Botswana.
Basubiya
The Basubiya, Wayeyi and Mbukushu are all riverine peoples scattered around the Chobe and Linyanti rivers and across the Okavango pan-handle. Their histories and migrations are a text book example of the ebb and flow of power and influence. For a long time, the Basubiya were the dominant force, pushing the Wayeyi from the Chobe river and into the Okavango after a little spat over a lion skin, so tradition says. The Basubiya were agriculturists and as such proved easy prey for the growing Lozi Empire (from modern Zambia), which in turned collapsed in 1865. They still live in the Chobe district.
Wayeyi (Bayei)
Originally from the same areas in Namibia and Angola as the Mbukushu, the Wyeyi moved south from the Chobe river into the Okavango Delta in the mid-18 century to avoid the growing conflict with the Basubiya.
See also
Colonial heads of Botswana (Bechuanaland)
Heads of government of Botswana
History of Africa
History of Southern Africa
History of Gaborone
Timeline of Gaborone
List of presidents of Botswana
Politics of Botswana
Postage stamps and postal history of Bechuanaland Protectorate
References
Further reading
Acemoglu, Daron, Simon Johnson, and James A. Robinson. "An African success story: Botswana." (2002). online
Cohen, Dennis L. "The Botswana Political Elite: Evidence from the 1974 General Election," Journal of Southern African Affairs, (1979) 4, 347–370.
Colclough, Christopher and Stephen McCarthy. The Political Economy of Botswana: A Study of Growth and Income Distribution (Oxford University Press, 1980)
Edge, Wayne A. and Mogopodi H. Lekorwe eds. Botswana: Politics and Society (Pretoria: J.L. van Schaik, 1998)
Fawcus, Peter and Alan Tilbury. Botswana: The Road to Independence (Pula Press, 2000)
Good, Kenneth. "Interpreting the Exceptionality of Botswana," Journal of Modern African Studies (1992) 30, 69–95.
Good, Kenneth. "Corruption and Mismanagement in Botswana: A Best-Case Example?" Journal of Modern African Studies, (1994) 32, 499–521.
Parsons, Neil. King Khama, Emperor Joe and the Great White Queen (University of Chicago Press, 1998)
Parsons, Neil, Thomas Tlou and Willie Henderson. Seretse Khama, 1921-1980 (Bloemfontein: Macmillan, 1995)
Samatar, Abdi Ismail. An African miracle: State and class leadership and colonial legacy in Botswana development (Heinemann Educational Books, 1999)
Thomas Tlou & Alec Campbell, History of Botswana (Gaborone: Macmillan, 2nd edn. 1997)
Chirenje, J. Mutero, Church, State, and Education in Bechuanaland in the Nineteenth Century, International Journal of African Historical Studies, (1976)
Chirenje, J. Mutero, Chief Kgama and His Times, 1835-1923
External links
Brief History of Botswana
Bibliography of Botswana History
University of Botswana History Department - various resources |
3613 | https://en.wikipedia.org/wiki/Geography%20of%20Botswana | Geography of Botswana | Botswana is a landlocked country located in Southern Africa, north of South Africa. Botswana occupies an area of , of which are land. Botswana has land boundaries of combined length , of which the constituent boundaries are shared with Namibia, for ; South Africa ; Zimbabwe, and Zambia, . Much of the population of Botswana is concentrated in the eastern part of the country.
Sunshine totals are high all year round although winter is the sunniest period. The whole country is windy and dusty during the dry season.
Climate
Botswana is semi-arid, due to the short rain season. However, the relatively high altitude of the country and its continental situation gives it a subtropical climate. The country is remote from moisture-laden air flows for most of the year. The dry season lasts from April to October in the south and to November in the north where, however, rainfall totals are higher. The south of the country is most exposed to cold winds during the winter period (early May to late August) when average temperatures are around . The whole country has hot summers with average temperatures around . Sunshine totals are high all year round although winter is the sunniest period. The whole country is windy and dusty during the dry season.
Geography
The land is predominantly flat to gently undulating tableland, although there is some hilly country, where mining is carried out. The Kalahari Desert is in the central and the southwest. The Okavango Delta, one of the world's largest inland deltas, is in the northwest and the Makgadikgadi Pans, a large salt pan lies in the north-central area. The Makgadikgadi has been established as an early habitation area for primitive man; This large seasonal wetland is composed of several large component pans, the largest being Nwetwe Pan, Sua Pan and Nxai Pan. Botswana's lowest elevation point is at the junction of the Limpopo and Shashe Rivers, at a height of . The highest point is Monalanong Hill, at .
The country is divided into four drainage regions, which are sometimes indistinct due to the arid nature of the climate:
the Chobe River on the border with the Caprivi Strip of Namibia together with a small adjacent swampy area is part of the Zambezi basin;
most of the north and central region of the country is part of the Okavango inland drainage basin;
the easternmost part of the country falls into the Limpopo drainage basin;
the southern and southwestern regions, which are the driest of all, are drained by the Molopo river along the South African border and the Nossob river through the Kalahari Gemsbok National Park, and are technically part of the basin of the Orange River. None of these rivers normally flows as far as the Orange, however. (The last recorded confluence was in the 1880s.)
Except for the Chobe, Okavango, Boteti and Limpopo rivers, most of Botswana's rivers cease to flow during the dry and early rainy seasons.
Natural hazards
Botswana is affected by periodic droughts, and seasonal August winds blow from the west, carrying sand and dust, which can obscure visibility.
Environment
Current environmental issues in Botswana are overgrazing, desertification and the existence of only limited fresh water resources.
Research from scientists has found that the common practice of overstocking cattle to cope with drought losses actually depletes scarce biomass, making ecosystems more vulnerable. The study of the district predicts that by 2050 the cycle of mild drought is likely to become shorter —18 months instead of two years—due to climate change.
International agreements
Botswana is a party to the following international agreements: Biodiversity, Climate Change, Desertification, Endangered Species, Hazardous Wastes, Law of the Sea, Nuclear Test Organization, Ozone Layer Protection and Wetlands.
Extreme points
This is a list of the extreme points of Botswana, the points that are farther north, south, east or west than any other location.
Northernmost point - the border with Zambia upon the Zambezi River at Chobe District
Easternmost point - the tripoint with South Africa and Zimbabwe, Central District
Southernmost point - Bokspits, Kgalagadi District
Westernmost point - the western section of the border with Namibia*
Note: Botswana does not have a westernmost point as the western section is formed by the 22nd meridian of longitude east of Greenwich.
References
Climate change in Botswana |
3614 | https://en.wikipedia.org/wiki/Demographics%20of%20Botswana | Demographics of Botswana | This article is about the demographic features of the population of Botswana, including population density, ethnicity, education level, health of the populace, economic status, religious affiliations and other aspects of the population.
Botswana, like many nations in southern Africa, suffers from a high HIV infection rate, estimated among adults ages 15 to 49 to be 20.7%.
Population
Census results
Bechuanaland Protectorate
The seven censuses of Botswana before its independence happened irregularly. Due to the Anglo-Boer War, the first census of Bechuanaland Protectorate, originally set to occur in 1901, took place on 17 April 1904. The 1931 census was postponed to 1936 because of the Great Depression. The early censuses were unreliable and took several years to tabulate; the results were outdated by the time they were calculated.
Post-independence
There have been five censuses after the independence of Botswana, each occurring every ten years in the year ending in 1 (i.e. 1971, 1981, 1991, 2001, and 2011). The 1971 census was the first census in Botswana to use de facto enumeration; this method counts people based on how many people spent census night at a specific location. Previously, the citizens were counted based on their usual place of residence. The 2001 census was the first census in Botswana to comply with the SADC 2000 Census Project, the guidelines of which unify the demographic statistics in southern Africa. The most recent census was the 2011 Botswana Population and Housing Census, which occurred in August 2011.
UN estimates
According to the total population was in , compared to only 413,000 in 1950. The proportion of children below the age of 15 in 2020 was about 33.4%, 62.1% were between 15 and 65 years of age, while 4.5% of the population were 65 years or older.
Vital statistics
Registration of vital events is in Botswana not complete. The Population Departement of the United Nations prepared the following estimates.
Births and deaths
Source: Vital Statistics Report 2012.
Life expectancy at birth
Life expectancy from 1950 to 2020 (UN World Population Prospects):
Ethnic groups
Tswana or Setswana 79%, Kalanga 11%, Basarwa 3%, Other 7% (including Kgalagadi, Indians and Whites)
Languages
Setswana 77.3%, Sekalanga 7.4%, Shekgalagari 3.4%, English (official) 2.8%, Zezuru/Shona 2%, Sesarwa 1.7%, sotho1% Sembukushu 1.6%j, Ndebele 1%, other 2.8% (2011 est.)
Religions
Christian 79.1%, Badimo 4.1%, Other 1.4% (includes the Baháʼí Faith, Hindu, Islam, Rastafari), None 15.2%, Unspecified 0.3% (2011 est.)
Other demographic statistics
Demographic statistics according to the World Population Review in 2019.
One birth every 10 minutes
One death every 36 minutes
One net migrant every 180 minutes
Net gain of one person every 13 minutes
The following demographic statistics are from the CIA World Factbook.
Population
2,350,667 (July 2021 est.)
2,214,858 (July 2017 est.)
Age structure
0-14 years: 30.54% (male 357,065/female 350,550)
15-24 years: 18.31% (male 208,824/female 215,462)
25-54 years: 39.67% (male 434,258/female 484,922)
55-64 years: 5.92% (male 59,399/female 77,886)
65 years and over: 5.56% (male 53,708/female 75,159) (2020 est.)
Total fertility rate
The total fertility rate is 2.42 children born/woman (2021 est.) Country comparison to the world: 74th
Population growth rate
1.43% (2021 est.) Country comparison to the world: 67th
1.55% (2017 est.)
Birth rate
20.6 births/1,000 population (2021 est.) Country comparison to the world: 71st
22.1 births/1,000 population (2017 est.)
Death rate
9.12 deaths/1,000 population (2021 est.) Country comparison to the world: 61st
9.6 deaths/1,000 population (2017 est.)
Median age
Total: 25.7 years. Country comparison to the world: 157th
Male: 24.5 years
Female: 26.7 years (2020 est.)
Total: 24.5 years
Male: 23.5 years
Female: 25.6 years (2017 est.)
Net migration rate
2.85 migrants/1,000 population (2021 est.) Country comparison to the world: 38th
note: there is an increasing flow of Zimbabweans into Botswana and South Africa in search of better economic opportunities. Refer to below section on Migration.
Urbanization
Urban population: 70.9% of total population (2020)
Rate of urbanization: 2.87% annual rate of change (2015–20 est.)
Sex ratio
At birth: 1.03 male(s)/female
0-14 years: 1.02 male(s)/female
15-24 years: 0.97 male(s)/female
25-54 years: 0.9 male(s)/female
55-64 years: 0.76 male(s)/female
65 years and over: 0.71 male(s)/female
Total population: 0.93 male(s)/female (2020 est.)
Life expectancy at birth
Total population: 65.2 years
Male: 63.2 years
Female: 67.3 years (2021 est.)
Maternal mortality rate
144 deaths/100,000 live births (2017 est.) Country comparison to the world: 59th
HIV/AIDS
Adult prevalence rate: 22.2% (2019 est.)
People living with HIV/AIDS: 380,000 (2019 est.)
Deaths due to AIDS: 5,000 (2019 est.) Country comparison to the world: 25th
Physicians density
0.53 physicians/1,000 population (2016)
Hospital bed density
1.8 beds/1,000 population (2010)
Obesity - adult prevalence rate
18.9% (2016)
Major infectious diseases
Degree of risk: high (2020)
Food or waterborne diseases: bacterial diarrhea, hepatitis A, and typhoid fever
Vectorborne disease: malaria
Nationality
Noun: Motswana (singular), Batswana (plural)
Adjective: Motswana (singular), Batswana (plural)
Literacy
Definition: age 15 and over can read and write
Total population: 88.5%
Male: 88%
Female: 88.9% (2015 est.)
Education expenditure
8.7% of total GDP (2007)
Sanitation facility access
Improved:
Urban: 92.9% of population
Rural: 60.8% of population
Total: 82.8% of population
Unimproved:
Urban: 7.1% of population
Rural: 39.2% of population
Total: 17.2% of population (2017 est.)
Migrants
According to the United Nations, there were 110,596 international migrants in Botswana in 2019. Their most common countries of origin were as follows:
References
Botswana Demographics 2001 Central Statistics Office (Botswana), Census and Demographic Statistics for the year 2001. |
3615 | https://en.wikipedia.org/wiki/Politics%20of%20Botswana | Politics of Botswana | Politics of Botswana takes place in a framework of a parliamentary representative democratic republic, whereby the President of Botswana is both head of state and head of government, and of a multi-party system. Executive power is exercised by the government. Legislative power is vested in both the government and the Parliament of Botswana. The party system has been dominated by the Botswana Democratic Party (BDP), which has never lost power since independence. The Judiciary is independent of the executive and the legislature.
Botswana is formally a multiparty constitutional democracy. Each of the elections since independence in September 1966 has been freely and fairly contested and has been held on schedule. The country's small white minority and other minorities participate freely in the political process. There are two main rival parties and a number of smaller parties. General elections are held at least every five years.
The Botswana Democratic Party has ruled Botswana since gaining independence from the United Kingdom in 1966.
Legislative branch
The National Assembly has 57 elected and 4 appointed members; it is expanded following each census (every 10 years). After elections, the party that wins the majority elects the State President. The President then appoints the Vice President, but the appointment is subject to endorsement by the National Assembly.
There are 57 parliamentary constituencies in Botswana.
The advisory House of Chiefs represents the eight principal subgroups of the Batswana people, and four other members are elected by the subchiefs of four of the districts. A draft of any National Assembly bill of tribal concern must be referred to the House of Chiefs for advisory opinion. Chiefs and other leaders preside over customary, traditional courts, though all persons have the right to request that their case be considered under the formal British-based legal system.
Local government
Local government is administered by nine district councils and five town councils. District commissioners have executive authority and are appointed by the central government and assisted by elected and nominated district councilors and district development committees. There has been ongoing debate about the political, social, and economic marginalization of the San (Bushmen). The government's policies for remote area dwellers continue to spark controversy and may be revised in response to domestic and donor concerns.
Political parties and elections
Botswana Democratic Party has won a majority in every parliamentary election since independence. The presidents of Botswana have also always represented the party.
Judicial branch
The highest court of Botswana is the Court of Appeal, which is constituted under section 99 of these Constitution and consists of a President and such number of Justices of Appeal as may be prescribed by Parliament. There are currently eight judges of the Court of Appeal, who are all expatriates drawn from different parts of the Commonwealth. To date, no Motswana has ever been appointed to the Court of Appeal.
The High Court is a superior court of record with unlimited original jurisdiction to hear and determine any criminal and civil cases under any law. The High Court is constituted under section 95 of the Constitution, and consists of a Chief Justice and such number of other judges of the High Court as may be prescribed by Parliament. There are currently sixteen permanent judges of the High Court. Until 1992, the judges of the High Court were expatriate judges who were appointed on short-term contracts of two to three years. In 1992 the first citizen judges were appointed to the bench. There are three High Court divisions in Lobatse, Gaborone and Francistown.
There are also Magistrates' Courts in Botswana. These courts are subordinate to the High Court and hear a range of civil, criminal and family law matters. There are nineteen Magistrates' Courts in the country, with fifty magistrates of whom seventeen are expatriate.
Judges are appointed by the president and may be removed only for cause and after a hearing.
Judgments of the Botswana Court of Appeal
Judgments of the Botswana High Court
See also
Government of Botswana
Cabinet of Botswana
References
External links
Republic of Botswana - Government portal |
3616 | https://en.wikipedia.org/wiki/Economy%20of%20Botswana | Economy of Botswana | The economy of Botswana is currently one of the world's fastest growing economies, averaging about 5% per annum over the past decade. Growth in private sector employment averaged about 10% per annum during the first 30 years of the country's independence. After a period of stagnation at the turn of the 21st century, Botswana's economy registered strong levels of growth, with GDP growth exceeding 6-7% targets. Botswana has been praised by the African Development Bank for sustaining one of the world's longest economic booms. Economic growth since the late 1960s has been on par with some of Asia's largest economies. The government has consistently maintained budget surpluses and has extensive foreign-exchange reserves.
Botswana's impressive economic record compared to some of its neighbors has been built on a foundation of diamond mining, prudent fiscal policies, and a cautious foreign policy. Botswana's economy is mostly dependent on diamond mining. Diamond mining contributes to 50% of the government revenue mainly through its 50:50 joint venture with De Beers in the Debswana Diamond Company. It is rated as the least corrupt country in Africa in the Corruption Perceptions Index by international corruption watchdog Transparency International. It has the fourth highest gross national income per capita in purchasing power in Africa and above the world average.
Trade unions represent a minority of workers in the Botswana economy. In general they are loosely organised "in-house" unions, although the Botswana Federation of Trade Unions (BFTU) is consolidating its role as the sole national trade union centre in the country.
Although Botswana's economy is considered a model for countries in the region, its heavy dependence on mining and its high rate of HIV/AIDS infection (one in every three adults is seropositive) and unemployment could threaten its success in the future.
History
Agriculture still provides a livelihood for 70% of the rural population but supplies only about 50% of food needs and accounted for only 1.8% of GDP as of 2016. Subsistence farming and cattle raising predominate. The sector is plagued by erratic rainfall and poor soils. Diamond mining and tourism are also important to the economy. Substantial mineral deposits were found in the 1970s and the mining sector grew from 25% of GDP in 1980 to 38% in 1998. Unemployment officially stood at 21% as of 2000 but unofficial estimates placed it closer to 40%.
Economic growth slowed in 2005-2008 and turned negative in 2009 as a result of the Great Recession, contracting by 5.2%. This was exacerbated by a major global downturn in the industrial sector, which shrank by 30%, Botswana's steep economic downturn contrasted with most other African nations which experienced continued growth through this period.
Some of Botswana's budget deficits can be traced to relatively high military expenditures (about 4% of GDP in 2004, according to the CIA World Factbook). Some critics have criticized this level of military spending, given the low likelihood of international conflict, but these troops are also used for multilateral operations and assistance efforts.
Trade
Botswana is part of the Southern African Customs Union (SACU) with South Africa, Lesotho, Swaziland, and Namibia. The World Bank reports that in 2001 (the most recent year for which World Bank data is available), the SACU had a weighted average common external tariff rate of 3.6%. According to the U.S. Department of Commerce, "there are very few tariff or non-tariff barriers to trade with Botswana, apart from restrictions on licensing for some business operations, which are reserved for [Botswana] companies." Based on the revised trade factor methodology, Botswana's trade policy score is unchanged.
The main export of Botswana is diamonds. As of 2017 it is the world's second largest producer of diamonds after Russia. Due to Botswana's heavy reliance on diamonds, strong global demand is vital to the health of the economy. Diamond exports provide Botswana's economy with strong supplies of foreign exchange and have offered a basis for industrial development and stimulated improvements in Botswana's infrastructure. However, despite their preeminent role in Botswana's economy, there are concerns that diamond mines are not labour-intensive enough to provide sufficient employment for Botswana's workforce, and this mismatch has been cited as a factor in the country's structurally high unemployment rate.
Mining
Two large mining companies, Debswana (formed by the government and South Africa's De Beers in equal partnership) and Bamangwato Concessions, Ltd. (BCL, also with substantial government equity participation) operate in the country. BCL was placed in provisional liquidation in late 2016, following years of loss-making operations, and was placed into final liquidation by the High Court in June 2017.
Since early 1980s, the country has been one of the world's largest producers of gem diamonds. Four large diamond mines have opened since independence. De Beers prospectors discovered diamonds in northern Botswana in the early 1970s. The first mine began production at Orapa in 1972, followed by a smaller mine at Letlhakane. What has become the single richest diamond mine in the world opened in Jwaneng in 1982. The mine was discovered when termites looking for water brought grains of diamond to the surface. Botswana produced a total of 21.3 million carats of diamonds from the three Debswana mines in 1999, and is the highest producer of diamonds by value in the world. The Orapa 2000 Expansion of the existing Orapa mine was opened in 2000. According to Debswana, the Orapa 2000 Expansion project increase the Orapa's mine annual output from 6 million carats to 12 million carats and raised total production to 26 million carats. In 2003, Debswana opened the Damtshaa diamond mine about 220 kilometers (140 mi) west of the city of Francistown. The mine was placed into care and maintenance in December 2015 due to weak global demand but was scheduled to reopen in January 2018.
In 2008, Australia's Kimberley Diamond Company opened a mine in Lerala, Botswana's fifth mine and the first not operated by Debswana. However, Kimberley shut down the mine in May 2017, citing weak market conditions.
Most (70%) of Botswana's electricity is imported from South Africa's Eskom. 80% of domestic production is concentrated in one plant, Morupule Power Station near Palapye, operated by the Botswana Power Corporation. Debswana operates the nearby Morupule Colliery to supply coal to it. The Morupule mine exports coal to Zimbabwe, Zambia and the Democratic Republic of the Congo. In early 2008, the entire southern African region was hit hard by massive shortages of power, since the region works to share its power resources through the Southern African Power Pool, with most of its capacity coming from South Africa. Botswana has in turn put in place plans to become a net exporter of power to the regional pool, through governmental expansion of the Morupule power station, as well as encouraging private investment in the form of a 4 gigawatt power station by the Canadian greenfield company CIC Energy. In 2012, CIC Energy was acquired by India's Jindal Steel and Power. Jindal Africa currently aims to operate three surface mines in the coalfields of Mmamabula, as well as a power plant. According to the company, "the mine’s development will meet the demands of 600MW power stations and export region coal markets, with the potential to employ more than 2,000 people."
Botswana also produces soda ash through Botash, a joint venture between the government and South Africa's Chlor-Alkali Holdings (CAH) Group. Botash has been operating in the Sua Pan in northeastern Botswana since April 1991. Production of soda ash is estimated at around 420,000 per annum and is exported to South Africa, Zambia, Zimbabwe, Malawi and the Democratic Republic of the Congo.
Tourism
Tourism is an increasingly important industry in Botswana, accounting for almost 12% of GDP. One of the world's unique ecosystems, the Okavango Delta, is located in Botswana. The country offers excellent game viewing and birding both in the Delta and in the Chobe National Park—home to one of the largest herds of free-ranging elephants in the world. Botswana's Central Kalahari Game Reserve also offers good game viewing and some of the remotest and most unspoiled wilderness in southern Africa.
A number of national parks and game reserves, with their abundant wildlife and wetlands, are major tourist attractions.
The main safari destinations for tourism are Moremi Game Reserve in the Okavango Delta, and Chobe National Park. Botswana is also participating in community-based natural resource management projects by trying to involve villagers in tourism. One example is the village of Khwai and its Khwai Development Trust.
Botswana was the setting for the 1980 movie The Gods Must Be Crazy, although the movie was mostly filmed in South Africa.
The seventh season of The Amazing Race visited Botswana. Tourism has been stimulated by the series of detective novels by Alexander McCall Smith and the American dramatisation that followed them.
Agriculture
More than half of Botswana's population lives in rural areas and is dependent on subsistence crop and livestock farming. Agriculture meets only a small portion of food needs and contributes just 2.6% to GDP as of 2002—primarily through beef exports—but it remains a social and cultural touchstone. Cattle raising dominated Botswana's social and economic life before independence. The Botswana Meat Commission (BMC) has a monopoly on beef production. The national herd was about 2.5 million in the mid-1990s, though the government-ordered slaughter of the entire herd in Botswana's north-west Ngamiland District in 1995 has reduced the number by at least 200,000. The slaughter was ordered to prevent the spread of "cattle lung disease" to other parts of the country.
Botswana produced, in 2018:
102 thousand tons of root and tubers;
46 thousand tons of vegetable;
17 thousand tons of sorghum;
13 thousand tons of maize;
8 thousand tons of cabbage;
6 thousand tons of onion;
5 thousand tons of tomato;
In addition to smaller productions of other agricultural products.
Manufacturing
Manufacturing industries in Botswana include food processing, predominantly beef processing, diamond processing, textile and garment manufacturing, beverage making, jewellery making, metals and metal products, soap making, construction materials manufacturing, and glass production.
Science and technology
There is a growing science sector in Botswana. The number of publications by Botswanan scientists catalogued in international databases increased from 133 in 2009 to 210 in 2014. In 2018, Botswana produced 281 scientific and technical journal articles. The country has one of the highest levels of scientific productivity in Sub-Saharan Africa. The country also has a high-tech industry, being home to a number of information technology companies. In 2020, Botswana's high-tech exports were worth about $16.2 million.
Private sector development and foreign investment
Botswana seeks to diversify its economy away from minerals, the earnings from which have levelled off. In 1998–99, non-mineral sectors of the economy grew at 8.9%, partially offsetting a slight 4.4% decline in the minerals sector. Foreign investment and management have been welcomed in Botswana.
External investment in Botswana has grown fitfully. In the early 1990s, two American companies, Owens Corning and H.J. Heinz, made major investments in production facilities in Botswana. In 1997, the St. Paul Group purchased Botswana Insurance, one of the country's leading short-term insurance providers. An American Business Council (ABC), with over 30 member companies, was inaugurated in 1995.
Hyundai operated a car assembly plant in Botswana from 1994 to 2000.
Botswana seeks to further diversify its economy away from minerals, which account for a quarter of GDP, down from nearly half of GDP in the early 1990s. Foreign investment and management are welcomed in Botswana and, as a result, the financial and services sectors have increased at an exponential rate in the 2000s to replace mining as the leading industry. Botswana abolished foreign exchange controls in 1999, has a low corporate tax rate (15%), no prohibitions on foreign ownership of companies, and as of 2001 had a moderate inflation rate (6.6%).
The government considers private-sector participation as being critical to the success of the country's Tenth National Development Plan (2009–2016) and enhancing the role of research and development as being the most effective way to nurture entrepreneurship and private-sector growth. The government is considering additional policies to enhance competitiveness, including a new Foreign Direct Investment Strategy, Competition Policy, Privatisation Master Plan and National Export Development Strategy.
Botswana is known to have vast coal deposits making it possibly one of the most coal-rich countries in the world. Large coal mines, massive coal-fired power plants, as well as a coals to liquid plant (through the Fischer–Tropsch process) to produce synthetic automotive fuel have been planned.
With its proven record of good economic governance, Botswana was ranked as Africa's least corrupt country in the Corruption Perceptions Index in 2020, ahead of many European and Asian countries. The World Economic Forum rated Botswana as the third most economically competitive nation in Africa as of 2002. In 2001 Botswana was once again assigned "A" grade credit ratings by Moody's and Standard & Poor's. This ranks Botswana as by far the best credit risk in Africa and puts it on par with or above many countries in central Europe, East Asia, and Latin America.
U.S. investment in Botswana remains at relatively low levels but continues to grow. Major U.S. corporations, such as Coca-Cola and H.J. Heinz, are present through direct investments, while others, such as Kentucky Fried Chicken, are present via franchise. The sovereign credit ratings by Moody's and Standard & Poor's clearly indicate that, despite continued challenges such as small market size, landlocked location, and cumbersome bureaucratic processes, Botswana remains one of the best investment opportunities in the developing world.
Due to its history and geography, Botswana has long and deep ties to the economy of South Africa. The Southern Africa Customs Union (SACU), presently comprising Namibia, Botswana, Lesotho, Eswatini, and South Africa, dates from 1910. Under this arrangement, South Africa has collected levies from customs, sales, and excise duties for all five members, sharing out proceeds based on each country's portion of imports. The exact formula for sharing revenues and the decision-making authority over duties—held exclusively by the Government of South Africa—became increasingly controversial, and the members renegotiated the arrangement in 2001. The new structure has now been formally ratified and a SACU Secretariat has been established in Windhoek, Namibia. Following South Africa's accession to the World Trade Organization (WTO), Botswana also joined; many of the SACU duties are thus declining, making products from outside the area more competitive in Botswana. Currently, the SACU countries and the U.S. are negotiating a free trade agreement. Botswana is currently also negotiating a free trade agreement with Mercosur and an Economic Partnership Agreement with the European Union as part of SADC.
Gaborone is host to the headquarters of the fourteen-nation Southern African Development Community (SADC), a successor to the Southern African Development Coordination Conference (SADCC, established in 1980), which focused its efforts on freeing regional economic development from dependence on apartheid South Africa. SADC embraced the newly democratic South Africa as a member in 1994 and has a broad mandate to encourage growth, development, and economic integration in Southern Africa. SADC's Trade Protocol, which was launched on 1 September 2000, calls for the elimination of all tariff and non-tariff barriers to trade by 2012 among the 11 signatory countries. If successful, it will give Botswana companies free access to the far larger regional market. SADC's failure to distance itself from the Mugabe government in Zimbabwe has diminished the number of opportunities for cooperation between the U.S. and SADC.
Botswana has successfully carried an Action Programme on the Elimination of Child Labour, which was adopted in the period 2006–2007. Free the Children delisted Botswana as a nation harbouring child-labour facilities in 2008.
Financial sector
Botswana has a growing financial sector, and the country's national stock market, the Botswana Stock Exchange (BSE), based in Gaborone, is given the responsibility to operate and regulate the equities and fixed interest securities market. Formally established in 1989, the BSE continues to be pivotal to Botswana's financial system, and in particular the capital market, as an avenue on which government, quasi-government and the private sector can raise debt and equity capital. Although the BSE has just under 40 companies listed, it plays host to the most pre-eminent companies doing business in Botswana. These companies represent a spectrum of industries and commerce, from Banking and financial services to Wholesaling and Retailing, Tourism and Information Technology.
To date, the BSE is one of Africa's best performing stock exchanges, averaging 24% aggregate return in the past decade. This has allowed the BSE to be the third largest stock exchange, in terms of market capitalisation, in Southern Africa.
Given Botswana's lack of exchange controls, stable currency and exceptionally performing stock market, the financial sector has attracted a host of global investors seeking better returns.
Botswana's currency, the pula, is fully convertible and is valued against a basket of currencies heavily weighted toward the South African Rand. Profits and direct investment can be repatriated without restriction from Botswana. The Botswana Government eliminated all exchange controls in 1999. The Central Bank devalued the Pula by 7.5% in February 2004 in a bid to maintain export competitiveness against the real appreciation of the Pula. There was a further 12% devaluation in May 2005 and the policy of a "Crawling peg" was adopted.
The recently established Non-Bank Financial Institutions Regulatory Authority (NBFIRA) is responsible for the oversight of all non-banking financial services entities in the country. As of 2005, about 54% of Botswana's population had access to formal or informal financial services, and 43% is banked (with access to at least one formal banking product). The overall access ratio is still low, especially in rural areas, where there are 3.8 branches and 73 ATMs per 100,000 people. Mobile banking services have just started to be offered. In recent years the government and Central Bank have undertaken serious steps to modernize the country's payment system infrastructure. These efforts included the establishment of a code-line clearing system for the exchange of cheques and electronic funds as well as a Real Time Gross Settlement (RTGS) system, including SWIFT connection. The stock exchange implemented a Central Securities Depository in 2007. Remittance Flows for Botswana amounted to US$117 million in 2007, a figure that is higher than the total net value of official development assistance.
Gaborone is host to the headquarters of the 14-nation Southern African Development Community (SADC). A successor to the Southern African Development Coordination Conference (SADCC), which focused its efforts on freeing regional economic development from dependence on apartheid in South Africa, SADC embraced the newly democratic South Africa as a member in 1994 and has a broad mandate to encourage growth, development, and economic integration in Southern Africa. SADC's Trade Protocol, which was launched on 1 September 2000, calls for the elimination of all tariff and non-tariff barriers to trade by 2012 among the 11 signatory countries. If successful, it will give Botswana companies free access to the far larger regional market. The Regional Centre for Southern Africa (RCSA), which implements the U.S. Agency for International Development's (USAID) Initiative for Southern Africa (ISA), is headquartered in Gaborone as well.
Main indicators
The following table shows the main economic indicators in 1980–2017.
See also
Botswana
Education in Botswana
List of Botswana companies
Science and technology in Botswana
United Nations Economic Commission for Africa
References
External links
Botswana latest trade data on ITC Trade Map
MBendi Botswana overview
Botswana
Botswana |
3617 | https://en.wikipedia.org/wiki/Telecommunications%20in%20Botswana | Telecommunications in Botswana | Telecommunications in Botswana include newspapers, radio, television, fixed and mobile telephones, and the Internet.
In addition to the government-owned newspaper and national radio network, there is an active, independent press (six weekly newspapers). Foreign publications are sold without restriction in Botswana. Two privately owned radio stations began operations in 1999. Botswana's first national television station, the government-owned Botswana Television (BTV), was launched in July 2000. It began broadcasting with three hours of programming on weekdays and five on weekends, offering news in Setswana and English, entertainment, and sports, with plans to produce 60% of its programming locally. The cellular phone providers Orange and MTN cover most of the country.
Radio stations
2 state-owned national radio stations; 3 privately owned radio stations broadcast locally (2007);
AM 8, FM 13, shortwave 4 (2001).
Television stations
One state-owned and one privately owned; privately owned satellite TV subscription service is available (2007).
Television sets in use:
101,713 (2001);
98,568 (2003).
173,327 (2006)
297,233 (2008)
297,971 (2011)
365,650 (2014).
Telephones
Main lines in use:
160,500 lines, 134th in the world (2012);
136,900 (2006).
Mobile cellular in use:
3.1 million lines, 129th in the world (2012);
1.4 million lines (2007).
Telephone system
general assessment: Botswana is participating in regional development efforts; expanding fully digital system with fiber-optic cables linking the major population centers in the east as well as a system of open-wire lines, microwave radio relays links, and radiotelephone communication stations (2011);
domestic: fixed-line teledensity has declined in recent years and now stands at roughly 7 telephones per 100 persons; mobile-cellular teledensity now pushing 140 telephones per 100 persons (2011);
international: country code - 267; international calls are made via satellite, using international direct dialing; 2 international exchanges; digital microwave radio relay links to Namibia, Zambia, Zimbabwe, and South Africa; satellite earth station - 1 Intelsat (Indian Ocean) (2011).
ISDB-T
Features:
Supports ISDB-T broadcast (13 segments).
MPEG-2/ MPEG-4 AVC/ H.264 HD/ SD video.
DiVX Compatible with 480i / 480p / 720p / 1080i/ 1080p video formats. Auto and manually scan all available TV and radio channels.
Aspect ratio 16:9 and 4:3.
1000 channels memory.
Parental control.
Teletext / Bit map subtitle.
Compliant with ETSI.
Supported 7 days EPG function.
VBI Teletext support 6 MHz software setting Auto / Manual program search.
Multi language supported.
Internet
Internet top-level domain: .bw
Internet users:
241,272 users, 148th in the world; 11.5% of the population, 166th in the world (2012);
120,000 users, 154th in the world (2009);
80,000 users (2007).
Internet broadband:
16,407 fixed broadband subscriptions, 134th in the world; 0.8% of the population, 143rd in the world;
348,124 wireless broadband subscriptions, 102nd in the world; 16.6% of the population, 76th in the world.
Internet hosts:
1,806 hosts (2012);
6,374 hosts (2008).
Internet IPv4 addresses: 100,096 addresses allocated, less than 0.05% of the world total, 47.7 addresses per 1000 people (2012).
Internet Service Providers:
11 ISPs (2001);
2 ISPs (1999).
ADSL has been introduced in the following areas:
Gaborone, Tlkokweng, Mogoditsane, Phakalane, Francistown, Lobatse, Palapye, Maun, Kasane, Selibe-Phikwe, Letlhakane, Jwaneng, and Orapa.
See also
Botswana
Botswana TV
Media of Botswana
Internet in Botswana
Botswana Internet Exchange
Telephone numbers in Botswana
Botswana Communications Regulatory Authority
References
External links
Botswana Communications Regulatory Authority (BOCRA). |
3618 | https://en.wikipedia.org/wiki/Transport%20in%20Botswana | Transport in Botswana | Transportation in Botswana is provided by internal and extensive network of railways, highways, ferry services and air routes that criss-cross the country.
Rail transport
Railways
BR Express
All passenger services were discontinued in 2009, with the only remaining service being an international link to Zimbabwe from Francistown. Freight trains still operate. Passenger service was expected to resume in late 2015. Passenger services were later re-introduced in March 2016.
Freight trains
Over half of BRs freight traffic is in coal, grain and intermodal freight, and it also ships automative parts and assembled automobiles, sulphur, fertilizers, other chemicals, soda ash, forest products and other types of the commodities.
Regional trains
Botswana Railways run 2 nightly passenger trains, one from Lobatse to Francistown, and the other from Francistown to Lobatse, with stops in Gaborone, Mahalapye, Palapye, and Serule. The passenger train is termed the "BR Express" (Botswana Railways).
Commuter/Suburban trains
In Botswana, the (Botswana Railways) "BR Express" has a commuter train between Lobatse and Gaborone. The train is scheduled to depart in Lobatse at 0530hrs and arrive at Gaborone 0649hrs. This train return to Lobatse in the evening, well departing in Gaborone at 1800hrs. Arrival time at Lobatse is 1934hrs.
The train stops at Otse, Ramotswa and Commerce Park Halt.
BR Express Sleeping & Dining Department
The BR decided from the very beginning that it would operate its own sleeping cars. Bigger - sized berths and more comfortable surroundings were built. Providing and operating their own cars allowed better control of the service provided as well as revenue received, although profit was never a direct result of providing food to passengers. Rather, it was for those who could afford to travel great distances expected such facilities and favourable opinion would - well attracting others to Botswana and the BR's trains.
Locomotives
Diesel locomotives
As of March 2009
8 General Electric UM 22C diesel-electric locomotive, 1982.
20 General Motors Model GT22LC-2 diesel-electric locomotive, 1986.
10 General Electric UI5C diesel-electric locomotive, 1990.
8 new gt142aces delivered in 2017 from emd.
Network
total: 888 km (since 2015)
number of stations: 13
standard gauge: 1,067 mm (3 ft 6 in) cape gauge.
Railway links with adjacent countries
Existing
South Africa-yes- same gauge
Zimbabwe-yes- same gauge
Currently under construction
Zambia- being built at Kazungula Bridge in Kazungula.
Proposed
Namibia
Mozambique
Road transport
Vehicle Population
Botswana had 584,000 locally registered vehicles at the end of June 2019 - more than double the number from 10 years ago. This equates to around 250 vehicles per 1,000 people in the country.
30,583 vehicles were registered in the first 6 months of 2019.
Second hand imports from Asia (and the UK) are a significant source of vehicles in Botswana.
Highways
As of 1996, Botswana has 10,217 km of highway.
Roads;
total; 10,217 km
paved; 5,620 km
unpaved; 4,597 km (1996 est.)
Existing highways
A1 highway (Botswana)
A2 highway (Botswana)
A3 road (Botswana)
A10 road (Botswana)
A11 road (Botswana)
A12 highway (Botswana)
A14 road (Botswana)
A30 road (Botswana)
A32 road (Botswana)
A33 road (Botswana)
A35 road (Botswana)
Trans-Kalahari Corridor
Motorways
FEATURES
REGULATIONS
Motorways in Botswana have a set of restrictions, which prohibit certain traffic from using the road. The following classes of traffic are not allowed on Botswana motorways:
Learner drivers
Slow vehicles (i.e. not capable of reaching 60 km/h on a level road).
Invalid carriages (lightweight three-wheeled vehicles)
Pedestrians
Pedal-cycles (bicycles, etc.)
Vehicles under 50cc (e.g. mopeds)
Tractors
Animals
Rules for driving on motorways include the following:
The keep-left rule applies unless overtaking
No stopping at any time
No reversing
No hitchhiking
Only vehicles that travel faster than 80 km/h may use the outside lane
No driving on the hard-shoulder
The general motorway speed limit is 120 km/h.
Road Sign
Traditionally, road signs in Botswana used blue backgrounds rather than the yellow, white, or orange that the rest of the world uses on traffic warning signs. In the early 2010s, officials announced plans to begin phasing out the distinctive blue signs in favor of more typical signs in order to be more in line with the neighboring Southern African Development Community member states.
Interchanges
Existing
Thapama Interchange at the junction of A1 / Blue Jacket Street and A3 in Francistown.
Boatle Interchange in Boatle.
Under-construction
The Government of Botswana is building three interchanges along K.T Motsete Drive (Western Bypass) in Gaborone. This project started in August 2019, and deadline date is set 2022.
Longest Bridges
Botswana will have two longest bridges by span and the following are:
Existing
Kazungula Bridge in Kazungula.
Under Construction
Mohembo Bridge located in Mohembo.
Roadway links with adjacent countries
Existing
Namibia by Trans-Kalahari Corridor.
South Africa by A1 highway (Botswana), A2 highway (Botswana), A11 road (Botswana) and A12 highway (Botswana).
Zambia by A33 road (Botswana).
Zimbabwe by A1 highway (Botswana).
Mass Transit
Taxiscab
In most parts of Botswana, there are many taxiscabs of various colours and styles. Botswana has no limitation in taxicab design, so each taxicab company adopts their own design.
Minibus Taxis
Minibus Taxis is also known as Kombi are the predominant form of transport for people in urban areas of Botswana and mostly of them they're found within cities, towns, major villages and even least populated areas.
They also have their own minibus station within that particular area, they only transport people within that specific area, and all of them they have different routes. This is due to their availability and affordability to the public.
Most minibus taxis they do not have depart time that's allocated by the state and mostly of them they have 15 seaters. Currently, they're owned by many minibus owners.
Coach Bus
Coach buses are used for longer-distance services within and even outside Botswana. They're normally operated by private companies and they're the only ones that have depart time that's allocated by the ministry of transport.
All couch buses have different time for depart and they also have different routes, and they also have their couch bus stations all over Botswana.
Aviation
In 2004 there were an estimated 85 airports, 10 of which (as of 2005), were paved. The country's main international airport is Sir Seretse Khama International Airport in Gaborone. The government-owned Air Botswana operates scheduled flights to Francistown, Gaborone, Maun, and Selebi-Phikwe. There is international service to Johannesburg, South Africa; Mbabane, Swaziland; and Harare, Zimbabwe. A new international airport near Gaborone was opened in 1984. Air passengers arriving to and departing from Botswana during 2003 totalled about 183,000.
International Airports
Botswana has 4 international airports. The following are:
Existing
Sir Seretse Khama International Airport in Gaborone.
Francistown Airport in Francistown.
Kasane Airport in Kasane.
Maun Airport in Maun.
Proposed
"Mophane International Airport" is yet to be established in Palapye Sub-District near Moremi village.
Pipelines
Currently under construction
North-South Carrier
NSC is a pipeline in Botswana that carries raw water, south for a distance of to the capital city of Gaborone. It was done in phases. However, phase 1 was completed in 2000.
Phase 2 of the NSC, still under construction, will duplicate the pipeline to carry water from the Dikgatlhong Dam, which was completed in 2012.
A proposed extension to deliver water from the Zambezi would add another to the total pipeline length.
Lesotho-Botswana Water Transport
The Lesotho-Botswana Water Transfer is a project which is expected to provide Two Hundred Million Cubic Meters per year, to transfer water to the South-Eastern parts of Botswana is also ongoing.
The scheme involves the supply of water to Gaborone from Lesotho via a Six to Seven Hundred kilometer pipeline.
The project commenced on the 1 August 2018 and is set for completion in June, 2020.
Proposed
Sea Water Desalination Project
The Government of Botswana intends to sign the Sea Water Desalination Project from Namibia. The project is at a tendering stage.
Water transport
Waterways
Ferries
Kazungula Ferry is a pontoon ferry that crosses wide Zambezi River between Botswana and Zambia.
Border Posts
Bokspits Border Post
Kazungula Border Post
Ramatlabama Border Post
Ramokgwebana Border Post
Mamuno Border Post
Pandamatenga Border Post
Infrastructure
Pedestrian Elevated Walkway
Botswana has many pedestrian elevated walkways at different places.
Tour Boats
See also
Botswana
Sprint Couriers
External links
UN Map of Botswana
Air Botswana UK - The national airline of Botswana
References |
3620 | https://en.wikipedia.org/wiki/Foreign%20relations%20of%20Botswana | Foreign relations of Botswana | Botswana has put a premium on economic and political integration in southern Africa. It has sought to make the Southern African Development Community (SADC) a working vehicle for economic development, and it has promoted efforts to make the region self-policing in terms of preventive diplomacy, conflict resolution, and good governance. The SADC headquarters are located in Gaborone, the capital of Botswana. It has welcomed post-apartheid South Africa as a partner in these efforts. Botswana joins the African consensus on most major international matters and is a member of international organizations, such as the United Nations and the African Union. Botswana is also a member of the International Criminal Court with a Bilateral Immunity Agreement of protection for the US-military (as covered under Article 98).
Botswana has a small number of diplomatic missions abroad.
Bilateral relations
Botswana and the Commonwealth of Nations
Botswana has been a republic in the Commonwealth of Nations since independence in 1966.
See also
List of diplomatic missions in Botswana
List of diplomatic missions of Botswana
Notes
References
External links
Embassy of the Russian Federation in Gaborone
Botswana and the Commonwealth of Nations |
3631 | https://en.wikipedia.org/wiki/Geography%20of%20Brazil | Geography of Brazil | The country of Brazil occupies roughly half of South America, bordering the Atlantic Ocean. Brazil covers a total area of which includes of land and of water. The highest point in Brazil is Pico da Neblina at . Brazil is bordered by the countries of Argentina, Bolivia, Colombia, Guyana, Paraguay, Peru, Suriname, Uruguay, Venezuela, and France (overseas department of France, French Guiana).
Much of the climate is tropical, with the south being relatively temperate. The largest river in Brazil, the second longest in the world, is the Amazon.
Size and geographical location
Brazil occupies most of the eastern part of the South American continent and its geographic heartland, as well as various islands in the Atlantic Ocean. The only countries in the world that are larger are Russia, Canada, China, and the United States. The national territory extends from north to south (5°16'20" N to 33°44'32" S latitude), and from east to west (34°47'30" W to 73°59'32" W longitude). It spans four time zones, the westernmost of which is equivalent to Eastern Standard Time in the United States. The time zone of the capital (Brasília) and of the most populated part of Brazil along the east coast (UTC-3) is two hours ahead of Eastern Standard Time. The Atlantic islands are in the easternmost time zone.
Brazil possesses the archipelago of Fernando de Noronha, located northeast of its "horn", and several small islands and atolls in the Atlantic - Abrolhos, Atol das Rocas, Penedos de São Pedro e São Paulo, Trindade, and Martim Vaz. In the early 1970s, Brazil claimed a territorial sea extending from the country's shores, including those of the islands.
On Brazil's east coast, the Atlantic coastline extends . In the west, in clockwise order from the south, Brazil has of borders with Uruguay, Argentina, Paraguay, Bolivia, Peru, Colombia, Venezuela, Guyana, Suriname, and French Guiana (overseas department of France). The only South American countries with which Brazil does not share borders are Chile and Ecuador. A few short sections are in question, but there are no true major boundary controversies with any of the neighboring countries. Brazil has the 10th largest Exclusive Economic Zone of .
Brazil has six major ecosystems: the Amazon Basin, a tropical rainforest system; the Pantanal bordering Paraguay and Bolivia, a tropical wetland system; the Cerrado, a savanna system that covers much of the center of the country; the Caatinga or thorny scrubland habitat of the Northeast; the Atlantic Forest (Mata Atlântica) that extends along the entire coast from the Northeast to the South; and the Pampas or fertile lowland plains of the far South.
Geology, geomorphology and drainage
In contrast to the Andes, which rose to elevations of nearly in a relatively recent epoch and inverted the Amazon's direction of flow from westward to eastward, Brazil's geological formation is very old. Precambrian crystalline shields cover 36% of the territory, especially its central area. The dramatic granite sugarloaf mountains in the city of Rio de Janeiro are an example of the terrain of the Brazilian shield regions, where continental basement rock has been sculpted into towering domes and columns by tens of millions of years of erosion, untouched by mountain-building events.
The principal mountain ranges average elevations just under . The Serra do Mar Range hugs the Atlantic coast, and the Serra do Espinhaço Range, the largest in area, extends through the south-central part of the country. The highest mountains are in the Tumucumaque, Pacaraima, and Imeri ranges, among others, which traverse the northern border with the Guianas and Venezuela.
In addition to mountain ranges (about 0.5% of the country is above ), Brazil's Central Highlands include a vast central plateau (Planalto Central). The plateau's uneven terrain has an average elevation of . The rest of the territory is made up primarily of sedimentary basins, the largest of which is drained by the Amazon and its tributaries. Of the total territory, 41% averages less than in elevation. The coastal zone is noted for thousands of kilometers of tropical beaches interspersed with mangroves, lagoons, and dunes, as well as numerous coral reefs. A recent global remote sensing analysis also suggested that there were 5,389 km2 of tidal flats in Brazil, making it the 7th ranked country in terms of how much tidal flat occurs there.
The Parcel de Manuel Luís Marine State Park off the coast of Maranhão protects the largest coral reef in South America.
Brazil has one of the world's most extensive river systems, with eight major drainage basins, all of which drain into the Atlantic Ocean. Two of these basins—the Amazon and Tocantins-Araguaia account for more than half the total drainage area. The largest river system in Brazil is the Amazon, which originates in the Andes and receives tributaries from a basin that covers 45.7% of the country, principally the north and west. The main Amazon river system is the Amazonas-Solimões-Ucayali axis (the -long Ucayali is a Peruvian tributary), flowing from west to east. Through the Amazon Basin flows one-fifth of the world's fresh water. A total of of the Amazon are in Brazilian territory. Over this distance, the waters decline only about . The major tributaries on the southern side are, from west to east, the Javari, Juruá, Purus (all three of which flow into the western section of the Amazon called the Solimões), Madeira, Tapajós, Xingu, and Tocantins. On the northern side, the largest tributaries are the Branco, Japurá, Jari, and Rio Negro. The above-mentioned tributaries carry more water than the Mississippi (its discharge is less than one-tenth that of the Amazon). The Amazon and some of its tributaries, called "white" rivers, bear rich sediments and hydrobiological elements. The black-white and clear rivers—such as the Negro, Tapajós, and Xingu—have clear (greenish) or dark water with few nutrients and little sediment.
The major river system in the Northeast is the Rio São Francisco, which flows northeast from the south-central region. Its basin covers 7.6% of the national territory. Only of the lower river are navigable for oceangoing ships. The Paraná system covers 14.5% of the country. The Paraná flows south among the Río de la Plata Basin, reaching the Atlantic between Argentina and Uruguay. The headwaters of the Paraguai, the Paraná's major eastern tributary, constitute the Pantanal, the largest contiguous wetlands in the world, covering as much as .
Below their descent from the highlands, many of the tributaries of the Amazon are navigable. Upstream, they generally have rapids or waterfalls, and boats and barges also must face sandbars, trees, and other obstacles. Nevertheless, the Amazon is navigable by oceangoing vessels as far as upstream, reaching Iquitos in Peru. The Amazon river system was the principal means of access until new roads became more important. Hydroelectric projects are Itaipu, in Paraná, with 12,600 MW; Tucuruí, in Pará, with 7,746 MW; and Paulo Afonso, in Bahia, with 3,986 MW.
Natural resources
Natural resources include: bauxite, gold, iron ore, manganese, nickel, phosphates, platinum, tin, clay, rare earth elements, uranium, petroleum, hydropower and timber.
Rivers and lakes
List of rivers of Brazil
According to organs of the Brazilian government there are 12 major hydrographic regions in Brazil. Seven of these are river basins named after their main rivers; the other five are groupings of various river basins in areas which have no dominant river.
7 Hydrographic Regions named after their dominant rivers:
Amazonas
Paraguai
Paraná
Parnaíba
São Francisco
Tocantins
Uruguay
5 coastal Hydrographic Regions based on regional groupings of minor river basins (listed from north to south):
Atlântico Nordeste Ocidental (Western North-east Atlantic)
Atlântico Nordeste Oriental (Eastern North-east Atlantic)
Atlântico Leste (Eastern Atlantic)
Atlântico Sudeste (South-east Atlantic)
Atlântico Sul (South Atlantic)
The Amazon River is the widest and second longest river (behind the Nile) in the world. This huge river drains the greater part of the world's rainforests. Another major river, the Paraná, has its source in Brazil. It forms the border of Paraguay and Argentina, then winds its way through Argentina and into the Atlantic Ocean, along the southern coast of Uruguay.
Soil and vegetation
Brazil's tropical soils produce almost 210 million tons of grain crops per year, from about 70 million hectares of crops. The country also has the 5th largest arable land area in the world. Burning also is used traditionally to remove tall, dry, and nutrient-poor grass from pasture at the end of the dry season. Until mechanization and the use of chemical and genetic inputs increased during the agricultural intensification period of the 1970s and 1980s, coffee planting and farming, in general, moved constantly onward to new lands in the west and north. This pattern of horizontal or extensive expansion maintained low levels of technology and productivity and placed emphasis on quantity rather than the quality of agricultural production.
The largest areas of fertile soils, called terra roxa (red earth), are found in the states of Paraná and São Paulo. The least fertile areas are in the Amazon, where the dense rainforest is. Soils in the Northeast are often fertile, but they lack water, unless they are irrigated artificially.
In the 1980s, investments made possible the use of irrigation, especially in the Northeast Region and in Rio Grande do Sul State, which had shifted from grazing to soy and rice production in the 1970s. Savanna soils also were made usable for soybean farming through acidity correction, fertilization, plant breeding, and in some cases spray irrigation. As agriculture underwent modernization in the 1970s and 1980s, soil fertility became less important for agricultural production than factors related to capital investment, such as infrastructure, mechanization, use of chemical inputs, breeding, and proximity to markets. Consequently, the vigor of frontier expansion weakened.
The variety of climates, soils, and drainage conditions in Brazil is reflected in the range of its vegetation types. The Amazon Basin and the areas of heavy rainfall along the Atlantic coast have tropical rain forest composed of broadleaf evergreen trees. The rain forest may contain as many as 3,000 species of flora and fauna within a area. The Atlantic Forest is reputed to have even greater biological diversity than the Amazon rain forest, which, despite apparent homogeneity, contains many types of vegetation, from high canopy forest to bamboo groves.
In the semiarid Northeast, caatinga, a dry, thick, thorny vegetation, predominates. Most of central Brazil is covered with a woodland savanna, known as the cerrado (sparse scrub trees and drought-resistant grasses), which became an area of agricultural development after the mid-1970s. In the South (Sul), needle-leaved pinewoods (Paraná pine or araucaria) cover the highlands; grassland similar to the Argentine pampa covers the sea-level plains. The Mato Grosso swamplands (Pantanal Mato-grossense) is a Florida-sized plain in the western portion of the Center-West (Centro-Oeste). It is covered with tall grasses, bushes, and widely dispersed trees similar to those of the cerrado and is partly submerged during the rainy season.
Brazil, which is named after reddish dyewood (pau brasil), has long been famous for the wealth of its tropical forests. These are not, however, as important to world markets as those of Asia and Africa, which started to reach depletion only in the 1980s. By 1996 more than 90% of the original Atlantic forest had been cleared, primarily for agriculture, with little use made of the wood, except for araucaria pine in Paraná.
The inverse situation existed with regard to clearing for wood in the Amazon rain forest, of which about 15% had been cleared by 1994, and part of the remainder had been disturbed by selective logging. Because the Amazon forest is highly heterogeneous, with hundreds of woody species per hectare, there is considerable distance between individual trees of economic value, such as mahogany and Pereira. Therefore, this type of forest is not normally cleared for timber extraction but logged through high-grading or selection of the most valuable trees. Because of vines, felling, and transportation, their removal causes destruction of many other trees, and the litter and new growth create a risk of forest fires, which are otherwise rare in rainforests. In favorable locations, such as Paragominas, in the northeastern part of Pará State, a new pattern of timber extraction has emerged: diversification and the production of plywood have led to the economic use of more than 100 tree species.
Starting in the late 1980s, rapid deforestation and extensive burning in Brazil received considerable international and national attention. Satellite images have helped document and quantify deforestation as well as fires, but their use also has generated considerable controversy because of problems of defining original vegetation, cloud cover, and dealing with secondary growth and because fires, as mentioned above, may occur in old pasture rather than signifying new clearing. Public policies intended to promote sustainable management of timber extraction, as well as sustainable use of nontimber forest products (such as rubber, Brazil nuts, fruits, seeds, oils, and vines), were being discussed intensely in the mid-1990s. However, implementing the principles of sustainable development, without irreversible damage to the environment, proved to be more challenging than establishing international agreements about them.
Climate
Although 90% of the country is within the tropical zone, the climate of Brazil varies considerably from the mostly tropical North (the equator traverses the mouth of the Amazon) to temperate zones below the Tropic of Capricorn (23°27' S latitude), which crosses the country at the latitude of the city of São Paulo. Brazil has five climatic regions: equatorial, tropical, semiarid, highland tropical, and subtropical.
Temperatures along the equator are high, averaging above , but not reaching the summer extremes of up to in the temperate zones. There is little seasonal variation near the equator, although at times it can get cool enough for wearing a jacket, especially in the rain. At the country's other extreme, there are frosts south of the Tropic of Capricorn during the winter (June–August), and there is snow in the mountainous areas, such as Paraná, Rio Grande do Sul and Santa Catarina. Temperatures in the cities of São Paulo, Belo Horizonte, and Brasília are moderate (usually between ), despite their relatively low latitude, because of their elevation of approximately . Rio de Janeiro, Recife, and Salvador on the coast have warm climates, with average temperatures ranging from , but enjoy constant trade winds. The southern cities of Porto Alegre and Curitiba have a subtropical climate similar to that in parts of the United States and Europe, and temperatures can fall below freezing in winter.
Precipitation levels vary widely. Most of Brazil has moderate rainfall of between a year, with most of the rain falling in the winter (between December and April) south of the Equator. The Amazon region is notoriously humid, with rainfall generally more than per year and reaching as high as in parts of the western Amazon and near Belém. It is less widely known that, despite high annual precipitation, the Amazon rain forest has a three- to five-month dry season, the timing of which varies according to location north or south of the equator.
High and relatively regular levels of precipitation in the Amazon contrast sharply with the dryness of the semiarid Northeast, where rainfall is scarce and there are severe droughts in cycles averaging seven years. The Northeast is the driest part of the country. The region also constitutes the hottest part of Brazil, where during the dry season between May and November, temperatures of more than have been recorded. However, the sertão, a region of semidesert vegetation used primarily for low-density ranching, turns green when there is rain. Most of the Center-West has of rain per year, with a pronounced dry season in the middle of the year, while the South and most of the year without a distinct dry season.
Geographic regions
Brazil's 26 states and the Federal District (Distrito Federal) are divided conventionally into five regions: North (Norte), Northeast (Nordeste), Southeast (Sudeste), South (Sul), and Center-West (Centro-Oeste). In 2015 there were 5,570 municipalities (municípios), which have municipal governments. Many municipalities, which are comparable to United States counties, are in turn divided into districts (distritos), which do not have political or administrative autonomy. In 2015 there were 10,424 districts. All municipal and district seats, regardless of size, are considered officially to be urban. For purely statistical purposes, the municipalities were grouped in 1990 into 558 micro-regions, which in turn constituted 137 meso-regions. This grouping modified the previous micro-regional division established in 1968, a division that was used to present census data for 1970, 1975, 1980, and 1985.
Each of the five major regions has a distinct ecosystem. Administrative boundaries do not necessarily coincide with ecological boundaries, however. In addition to differences in physical environment, patterns of economic activity and population settlement vary widely among the regions. The principal ecological characteristics of each of the five major regions, as well as their principal socioeconomic and demographic features, are summarized below.
Center-West
The Center-West consists of the states of Goiás, Mato Grosso, Mato Grosso do Sul (separated from Mato Grosso in 1979) and the Federal District, where Brasília is located, the national capital. Until 1988 Goiás State included the area that then became the state of Tocantins in the North.
The Center-West has and covers 18.9% of the national territory. Its main biome is the cerrado, the tropical savanna in which natural grassland is partly covered with twisted shrubs and small trees. The cerrado was used for low-density cattle-raising in the past but is now also used for soybean production. There are gallery forests along the rivers and streams and some larger areas of forest, most of which have been cleared for farming and livestock. In the north, the cerrado blends into tropical forest. It also includes the Pantanal wetlands in the west, known for their wildlife, especially aquatic birds and caimans. In the early 1980s, 33.6% of the region had been altered by anthropic activities, with a low of 9.3% in Mato Grosso and a high of 72.9% in Goiás (not including Tocantins). In 1996 the Center-West region had 10.2 million inhabitants, or 6% of Brazil's total population. The average density is low, with concentrations in and around the cities of Brasília, Goiânia, Campo Grande, and Cuiabá. Living standards are below the national average. In 1994 they were highest in the Federal District, with per capita income of US$7,089 (the highest in the nation), and lowest in Mato Grosso, with US$2,268.
Northeast
The nine states that make up the Northeast are Alagoas, Bahia, Ceará, Maranhão, Paraíba, Pernambuco, Piauí, Rio Grande do Norte, and Sergipe. The Fernando de Noronha archipelago (formerly the federal territory of Fernando de Noronha, now part of Pernambuco state) is also included in the Northeast.
The Northeast, with , covers 18.3% of the national terrest concentration of rural population, and its living standards are the lowest in Brazil. In 1994 Piauí had the lowest per capita income in the region and the country, only US$835, while Sergipe had the highest average income in the region, with US$1,958.
North
The equatorial North, also known as the Amazon or Amazônia, includes, from west to east, the states of Rondônia, Acre, Amazonas, Roraima, Pará, Amapá, and, as of 1988, Tocantins (created from the northern part of Goiás State, which is situated in the Center-West). Rondônia, previously a federal territory, became a state in 1986. The former federal territories of Roraima and Amapá were raised to statehood in 1988.
With , the North is the country's largest region, covering 45.3% of the national territory. The region's principal biome is the humid tropical forest, also known as the rain forest, home to some of the planet's richest biological diversity. The North has served as a source of forest products ranging from "backlands drugs" (such as sarsaparilla, cocoa, cinnamon, and turtle butter) in the colonial period to rubber and Brazil nuts in more recent times. In the mid-twentieth century, nonforest products from mining, farming, and livestock-raising became more important, and in the 1980s the lumber industry boomed. In 1990, 6.6% of the region's territory was considered altered by anthropic (man-made) action, with state levels varying from 0.9% in Amapá to 14.0% in Rondônia.
In 1996 the North had 11.1 million inhabitants, only 7% of the national total. However, its share of Brazil's total had grown rapidly in the 1970s and early 1980s as a result of interregional migration, as well as high rates of natural increase. The largest population concentrations are in eastern Pará State and in Rondônia. The major cities are Belém and Santarém in Pará, and Manaus in Amazonas. Living standards are below the national average. The highest per capita income, US$2,888, in the region in 1994, was in Amazonas, while the lowest, US$901, was in Tocantins.
Southeast
The Southeast consists of the four states of Espírito Santo, Minas Gerais, Rio de Janeiro, and São Paulo. Its total area of corresponds to 10.9% of the national territory. The region has the largest share of the country's population, 63 million in 1991, or 39% of the national total, primarily as a result of internal migration since the mid-19th century until the 1980s. In addition to a dense urban network, it contains the megacities of São Paulo and Rio de Janeiro, which in 1991 had 18.7 million and 11.7 million inhabitants in their metropolitan areas, respectively. The region combines the highest living standards in Brazil with pockets of urban poverty. In 1994 São Paulo boasted an average income of US$4,666, while Minas Gerais reported only US$2,833.
Originally, the principal biome in the Southeast was the Atlantic Forest, but by 1990 less than 10% of the original forest cover remained as a result of clearing for farming, ranching, and charcoal making. Anthropic activity had altered 79.7% of the region, ranging from 75% in Minas Gerais to 91.1% in Espírito Santo. The region has most of Brazil's industrial production. The state of São Paulo alone accounts for half of the country's industries. Agriculture, also very strong, has diversified and now uses modern technology.
South
The three states in the temperate South: Paraná, Rio Grande do Sul, and Santa Catarina—cover , or 6.8% of the national territory. The population of the South in 1991 was 23.1 million, or 14% of the country's total. The region is almost as densely settled as the Southeast, but the population is more concentrated along the coast. The major cities are Curitiba and Porto Alegre. The inhabitants of the South enjoy relatively high living standards. Because of its industry and agriculture, Paraná had the highest average income in 1994, US$3,674, while Santa Catarina, a land of small farmers and small industries, had slightly less, US$3,405.
In addition to the Atlantic Forest and Araucaria moist forests, much of which were cleared in the post-World War II period, the southernmost portion of Brazil contains the Uruguayan savanna, which extends into Argentina and Uruguay. In 1982, 83.5% of the region had been altered by anthropic activity, with the highest level (89.7%) in Rio Grande do Sul, and the lowest (66.7%) in Santa Catarina. Agriculture—much of which, such as rice production, is carried out by small farmers—has high levels of productivity. There are also some important industries.
Data
In contrast to the Andes, which rose to elevations of nearly in a relatively recent epoch and inverted the Amazon's direction of flow from westward to eastward, Brazil's geological formation is very old. Precambrian crystalline shields cover 36% of the territory, especially its central area. The dramatic granite sugarloaf mountains in the city of Rio de Janeiro are an example of the terrain of the Brazilian shield regions, where continental basement rock has been sculpted into towering domes and columns by tens of millions of years of erosion, untouched by mountain-building events.
The principal mountain ranges average elevations just under . The Serra do Mar Range hugs the Atlantic coast, and the Serra do Espinhaço Range, the largest in area, extends through the south-central part of the country. The highest mountains are in the Tumucumaque, Pacaraima, and Imeri ranges, among others, which traverse the northern border with the Guianas and Venezuela.
In addition to mountain ranges (about 0.5% of the country is above ), Brazil's Central Highlands include a vast central plateau (Planalto Central). The plateau's uneven terrain has an average elevation of . The rest of the territory is made up primarily of sedimentary basins, the largest of which is drained by the Amazon and its tributaries. Of the total territory, 41% averages less than in elevation. The coastal zone is noted for thousands of kilometers of tropical beaches interspersed with mangroves, lagoons, and dunes, as well as numerous coral reefs.
The Parcel de Manuel Luís Marine State Park off the coast of Maranhão protects the largest coral reef in South America.
Brazil has one of the world's most extensive river systems, with eight major drainage basins, all of which drain into the Atlantic Ocean. Two of these basins—the Amazon and Tocantins-Araguaia account for more than half the total drainage area. The largest river system in Brazil is the Amazon, which originates in the Andes and receives tributaries from a basin that covers 45.7% of the country, principally the north and west. The main Amazon river system is the Amazonas-Solimões-Ucayali axis (the -long Ucayali is a Peruvian tributary), flowing from west to east. Through the Amazon Basin flows one-fifth of the world's fresh water. A total of of the Amazon are in Brazilian territory. Over this distance, the waters decline only about . The major tributaries on the southern side are, from west to east, the Javari, Juruá, Purus (all three of which flow into the western section of the Amazon called the Solimões), Madeira, Tapajós, Xingu, and Tocantins. On the northern side, the largest tributaries are the Branco, Japurá, Jari, and Rio Negro. The above-mentioned tributaries carry more water than the Mississippi (its discharge is less than one-tenth that of the Amazon). The Amazon and some of its tributaries, called "white" rivers, bear rich sediments and hydrobiological elements. The black-white and clear rivers—such as the Negro, Tapajós, and Xingu—have clear (greenish) or dark water with few nutrients and little sediment.
The major river system in the Northeast is the Rio São Francisco, which flows northeast from the south-central region. Its basin covers 7.6% of the national territory. Only of the lower river are navigable for oceangoing ships. The Paraná system covers 14.5% of the country. The Paraná flows south among the Río de la Plata Basin, reaching the Atlantic between Argentina and Uruguay. The headwaters of the Paraguai, the Paraná's major eastern tributary, constitute the Pantanal, the largest contiguous wetlands in the world, covering as much as .
Below their descent from the highlands, many of the tributaries of the Amazon are navigable. Upstream, they generally have rapids or waterfalls, and boats and barges also must face sandbars, trees, and other obstacles. Nevertheless, the Amazon is navigable by oceangoing vessels as far as upstream, reaching Iquitos in Peru. The Amazon river system was the principal means of access until new roads became more important. Hydroelectric projects are Itaipu, in Paraná, with 12,600 MW; Tucuruí, in Pará, with 7,746 MW; and Paulo Afonso, in Bahia, with 3,986 MW.
Natural resources include: bauxite, gold, iron ore, manganese, nickel, phosphates, platinum, tin, clay, rare earth elements, uranium, petroleum, hydropower and timber.
Locations
Brazil occupies most of the eastern part of the South American continent and its geographic heartland, as well as various islands in the Atlantic Ocean. The only countries in the world that are larger are Russia, Canada, China, and the United States. The national territory extends from north to south (5°16'20" N to 33°44'32" S latitude), and from east to west (34°47'30" W to 73°59'32" W longitude). It spans four time zones, the westernmost of which is equivalent to Eastern Standard Time in the United States. The time zone of the capital (Brasília) and of the most populated part of Brazil along the east coast (UTC-3) is two hours ahead of Eastern Standard Time. The Atlantic islands are in the easternmost time zone.
Brazil possesses the archipelago of Fernando de Noronha, located northeast of its "horn", and several small islands and atolls in the Atlantic - Abrolhos, Atol das Rocas, Penedos de São Pedro e São Paulo, Trindade, and Martim Vaz. In the early 1970s, Brazil claimed a territorial sea extending from the country's shores, including those of the islands.
On Brazil's east coast, the Atlantic coastline extends . In the west, in clockwise order from the south, Brazil has of borders with Uruguay, Argentina, Paraguay, Bolivia, Peru, Colombia, Venezuela, Guyana, Suriname, and French Guiana (overseas department of France). The only South American countries with which Brazil does not share borders are Chile and Ecuador. A few short sections are in question, but there are no true major boundary controversies with any of the neighboring countries. Brazil has the 10th largest Exclusive Economic Zone of .
Waters
List of rivers of Brazil
According to organs of the Brazilian government there are 12 major hydrographic regions in Brazil. Seven of these are river basins named after their main rivers; the other five are groupings of various river basins in areas which have no dominant river.
7 Hydrographic Regions named after their dominant rivers:
Amazonas
Paraguai
Paraná
Parnaíba
São Francisco
Tocantins
Uruguay
5 coastal Hydrographic Regions based on regional groupings of minor river basins (listed from north to south):
Atlântico Nordeste Ocidental (Western North-east Atlantic)
Atlântico Nordeste Oriental (Eastern North-east Atlantic)
Atlântico Leste (Eastern Atlantic)
Atlântico Sudeste (South-east Atlantic)
Atlântico Sul (South Atlantic)
The Amazon River is the widest and second longest river (behind the Nile) in the world. This huge river drains the greater part of the world's rainforests. Another major river, the Paraná, has its source in Brazil. It forms the border of Paraguay and Argentina, then winds its way through Argentina and into the Atlantic Ocean, along the southern coast of Uruguay.
References |
3633 | https://en.wikipedia.org/wiki/Politics%20of%20Brazil | Politics of Brazil | The politics of Brazil take place in a framework of a federal presidential representative democratic republic, whereby the President is both head of state and head of government, and of a multi-party system. The political and administrative organization of Brazil comprises the federal government, the 26 states and a federal district, and the municipalities.
The federal government exercises control over the central government and is divided into three independent branches: executive, legislative and judicial. Executive power is exercised by the President, advised by a cabinet. Legislative power is vested upon the National Congress, a two-chamber legislature comprising the Federal Senate and the Chamber of Deputies. Judicial power is exercised by the judiciary, consisting of the Supreme Federal Court, the Superior Court of Justice and other Superior Courts, the National Justice Council and the Regional Federal Courts.
The states are autonomous sub-national entities with their own governments that, together with the other federal units, form the Federative Republic of Brazil. Currently, Brazil is divided politically and administratively into 27 federal units, being 26 states and one federal district. The executive power is exercised by a governor elected to a four-year term. The judiciary is exercised by courts of first and second instance addressing the common justice. Each state has a unicameral legislature with deputies who vote on state laws. The Constitution of Brazil knows also two elements of direct democracy, stated in Article 14. The legislative assemblies supervise the activities of the Executive power of the states and municipalities.
The municipalities are minor federal units of the Federative Republic of Brazil. Each municipality has an autonomous local government, comprising a mayor, directly elected by the people to a four-year term, and a legislative body, also directly elected by the people.
Brazil has an unrestricted multiparty system with a large number of political parties. Some parties lack ideological consistency and it is common for congressmen to switch parties, weakening electoral coalitions. At same time, the high number of political parties makes the Executive need to gather alliances of different political parties must piece together diverse and often ideologically incoherent coalitions to pass legislation (this is known as coalition presidentialism). The Economist Intelligence Unit's Democracy Index rated Brazil as a "flawed democracy" in 2019 and 2020.
Constitution
Brazil has had seven constitutions:
Constitution of 1824 – the first Brazilian constitution, enacted by Emperor Pedro I. It was monarchic, hereditary, and highly centralized, permitting suffrage only to property-holders.
Constitution of 1891 – the republic was proclaimed in 1889, but a new constitution was not promulgated until 1891. This federalist, democratic constitution was heavily influenced by the U.S. model. However, women and illiterates were not permitted to vote.
Constitution of 1934 – when Getúlio Vargas came to power in 1930, he canceled the 1891 constitution and did not permit a new one until 1934. The Constitutionalist Revolution of 1932 forced Vargas to enact a new democratic constitution that permitted women's suffrage. Getúlio Vargas was indirectly elected president by the Constitutional Assembly to a four-year term, beginning in 1933.
Constitution of 1937 – Getúlio Vargas suppressed a Communist uprising in 1935 and two years later (November 10, 1937) used it as a pretext to establish autocratic rule. He instituted a corporatist constitution nicknamed the Polish, (because it was said to have been inspired by a Polish constitution), written by Francisco Campos.
Constitution of 1946 – in October, 1945, with World War II over, a civil-military coup ousted dictatorial Getúlio Vargas, an Assembly wrote a democratic constitution.
Constitution of 1967 – after the 1964 coup d'État against João Goulart, the military dictatorship passed the Institutional Acts, a supraconstitutional law. This strongly undemocratic constitution simply incorporated these Acts.
Constitution of 1988 – the current constituition, drafted in the process of redemocratization. It is marked by an reaction to the military dictatorship, guaranteeing individual rights, it is also more expansive than a typical constitution – many statutory acts in other countries are written into this constitution, like Social Security and taxes.
Political parties and elections
According to sociologist Marcelo Ridenti, Brazilian politics is divided between internationalist liberals and statist nationalists. The first group consists of politicians arguing that internationalization of the economy is essential for the development of the country, while the latter rely on interventionism, and protection of state enterprises. According to Ridenti, who cites the Fernando Henrique Cardoso administration as an example of the first group and the Luiz Inácio Lula da Silva administration as an example of the second, "we have it cyclically".
Lula's Workers' Party tended to the statist nationalist side, although there are privatizing forces within his party and government, while Cardoso's Social Democratic Party tended to favor the international private market side by taking neoliberal policies. Lula compares himself with Getúlio Vargas, Juscelino Kubitschek and João Goulart, presidents seen as statist nationalists.
As of May 2017, 16,668,589 Brazilians were affiliated with a political party. The largest parties are MDB (which accounts for 14.4% of affiliated voters), the PT (9.5% of affiliated voters), and PSDB (8.7% of affiliated voters).
In 2020, the scenario is that the country has more than 40 active political parties, and only one of them defines itself as a right-wing party (PSL), with a clear political imbalance. The country has several far-left parties like PSOL, PCO, PSTU, PCB, PC do B, left parties like PT, PSB, PDT, PV, Rede and Solidariedade and center-left like PSDB, DEM, PMN and Cidadania. Ten parties declare themselves as the center: MDB, PL, PSD, PTC, DC, PROS, Avante, Patriota, Podemos and PMB. Five parties declare themselves as center-right: PTB, Progressistas, PSC, PRTB and Republicanos. The only party that claims to be purely liberal, without further consideration, is Novo. When asked about their ideological spectrum, Brazilian parties tend to give obtuse and non-conclusive answers on the subject.
2018 general election results
2018 Congress election results
Government
Federal government
Brazil is a federal presidential constitutional republic, based on representative democracy. The federal government has three independent branches: executive, legislative, and judicial. Executive power is exercised by the executive branch, headed by the President, advised by a Cabinet. The President is both the head of state and the head of government. Legislative power is vested upon the National Congress, a two-chamber legislature comprising the Federal Senate and the Chamber of Deputies. Judicial power is exercised by the judiciary, consisting of the Supreme Federal Court, the Superior Court of Justice and other Superior Courts, the National Justice Council and the Regional Federal Courts.
States
The 26 Brazilian states are semi-autonomous self-governing entities organized with complete administration branches, relative financial independence and their own set of symbols, similar to those owned by the country itself. Despite their relative autonomy they all have the same model of administration, as set by the Federal Constitution.
States hold elections every four years and exercise a considerable amount of power. The 1988 constitution allows states to keep their own taxes, set up State Houses, and mandates regular allocation of a share of the taxes collected locally by the federal government.
The Executive role is held by the Governador (Governor) and his appointed Secretários (Secretaries); the Legislative role is held by the Assembléia Legislativa (Legislative Assembly); and the Judiciary role, by the Tribunal de Justiça (Justice Tribunal). The governors and the members of the assemblies are elected, but the members of the Judiciary are appointed by the governor from a list provided by the current members of the State Law Court containing only judges (these are chosen by merit in exams open to anyone with a law degree). The name chosen by the governor must be approved by the Assembly before inauguration. The 1988 Constitution has granted the states the greatest amount of autonomy since the Old Republic.
Each of the 26 state governors must achieve more than 50% of the vote, including a second round run-off between the top two candidates if necessary. In contrast to the federal level, state legislatures are unicameral, although the deputies are elected through similar means, involving an open-list system in which the state serves as one constituency. State level elections occur at the same time as those for the presidency and Congress. In 2002, candidates from eight different parties won the gubernatorial contest while 28 parties are represented in the country's state legislatures. The last set of elections took place in 2006.
Municipalities
Brazil has no clear distinction between towns and cities (in effect, the Portuguese word cidade means both). The only possible difference is regarding the municipalities that have a court of first instance and those that do not. The former are called Sedes de Comarca (seats of a comarca, which is the territory under the rule of that court). Other than that, only size and importance differs one from another.
The municipality (município) is a territory comprising one urban area, the sede (seat), from which it takes the name, and several other minor urban or rural areas, the distritos (districts). The seat of a municipality must be the most populous urban area within it; when another urban area grows too much it usually splits from the original municipality to form another one.
A municipality is relatively autonomous: it enacts its own "constitution", which is called organic law (Lei Orgânica), and it is allowed to collect taxes and fees, to maintain a municipal police force (albeit with very restricted powers), to pass laws on any matter that do not contradict either the state or the national constitutions, and to create symbols for itself (like a flag, an anthem and a coat-of-arms). However, not all municipalities exercise all of this autonomy. For instance, only a few municipalities keep local police forces, some of them do not collect some taxes (to attract investors or residents) and many of them do not have a flag (although they are all required to have a coat-of-arms).
Municipalities are governed by an elected prefeito (Mayor) and a unicameral Câmara de Vereadores (Councillors' Chamber). In municipalities with more than 200,000 voters, the Mayor must be elected by more than 50% of the valid vote. The executive power is called Prefeitura.
Brazilian municipalities can vary widely in area and population. The municipality of Altamira, in the State of Pará, with 161,445.9 square kilometres of area, is larger than many countries in the world. Several Brazilian municipalities have over 1,000,000 inhabitants, with São Paulo, at more than 9,000,000, being the most populous.
Until 1974 Brazil had one state-level municipality, the State of Guanabara, now merged with the State of Rio de Janeiro, which comprised the city of Rio de Janeiro solely.
Federal District
The Federal District is an anomalous unit of the federation, as it is not organized in the same manner as a municipality, does not possess the same autonomy as a state (though usually ranked among them), and is closely related to the central power.
It is considered a single and indivisible entity, constituted by the seat, Brasília and some of the satellite cities. Brasília and the satellite cities are governed by the Regional Administrators individually and as a whole are governed by the Governor of the Federal District.
History
Throughout its modern history, Brazil has struggled to build a democratic and egalitarian society because of its origins as a plantation colony and the strong influence of slavery.
Empire
In 1822 the Prince Pedro de Alcântara, son of King John VI of Portugal, proclaimed independence. He was the first Emperor (Pedro I) until his abdication in 1831 in favor of his elder son. Due to the son's age (five years) a regency was established and the country had its first elections, though voting was still restricted to a minority of the population.
Old Republic (1889–1930)
In 1889, Marshal Deodoro da Fonseca declared the republic, by a coup d'état.
When the republic succeeded the empire, Auguste Comte's motto "Order and Progress" appeared on the flag of the Republic and the 1891 Constitution was inspired by Auguste Comte's Course of Positive Philosophy and System of Positive Politics. The Republic's beginnings were marked by "coronelism", an equivalent of the caudillism of the Spanish-speaking countries. The "old republic" (1889-1930) is also known as the "oligarchic republic".
Until 1930, the Brazilian republic was formally a democracy, although the power was concentrated in the hands of powerful land owners.
Vargas years (1930–1945)
In 1930, a bloodless coup led Getúlio Vargas to power. For about 15 years, he controlled the country's politics, with a brief three-year constitutional interregnum from 1934 to 1937. A longer, heavier regime, the Estado Novo had loose ties with European fascism and spanned the years 1938 to 1945.
Populist years (1946–1964)
Like most of Latin America, Brazil experienced times of political instability after the Second World War. When Vargas was ousted from the presidency in another bloodless coup d'état, in 1945, a new and modern constitution was passed and the country had its first experience with an effective and widespread democracy. But the mounting tension between populist politicians (like Vargas himself and, later, Jânio Quadros) and the right led to a crisis that ultimately brought up the military coup d'état in 1964, now known, through declassified documents, to have been supported by the American Central Intelligence Agency.
Military dictatorship (1964–1985)
In 1964 a military-led coup d'état deposed the democratically elected president of Brazil, João Goulart. Between 1964 and 1985, Brazil was governed by the military, with a two-party system that comprised a pro-government National Renewal Alliance Party (ARENA) and an opposition Brazilian Democratic Movement (MDB). Thousands of politicians (including former president Juscelino Kubitschek) had their political rights suspended, and military-sanctioned indirect elections were held for most elected positions until political liberalization during the government of João Figueiredo.
New Republic (1985–1990)
In 1985, the military were defeated in an election according to the scheme they had set up as a consequence of the loss of political support among the elites. The opposition candidate, Tancredo Neves, was elected president, but died of natural causes before he was able to take office. Fearing a political vacuum that might stifle the democratic effort, Neves' supporters urged vice-president, José Sarney to take the oath and govern the country. Tancredo Neves had said that his election and the demise of military régime would create a "New Republic" and Sarney's term of government is often referred to by this name.
Sarney's government was disastrous in almost every field. The ongoing recession and the soaring external debt drained the country's assets while ravaging inflation (which later turned into hyperinflation) demonetized the currency and prevented any stability. In an attempt to revolutionize the economy and defeat inflation, Sarney carried on an ambitious "heterodox" economic plan (Cruzado) in 1986, which included price controls, default on the external debts and reduction of salaries. The plan seemed successful for some months, but it soon caused wholesale shortages of consumer goods (especially of easily exportable goods like meat, milk, automobiles, grains, sugar and alcohol) and the appearance of a black market in which such goods were sold for higher prices. Buoyed by the ensuing popularity from the apparent success of the plan, Sarney secured the largest electoral win in Brazilian history; the party he had just joined, Brazilian Democratic Movement Party (PMDB), won in 26 out of 27 states and in more than 3,000 municipalities. Just after the elections, Sarney's "corrections" to the economy failed to control inflation and the public perception that he had used an artificial control of inflation to win the elections proved to be his undoing. His popularity never recovered and he was plagued by vehement criticism from most sectors of society until the end of his term. Despite popular rejection, Sarney managed to extend his term from four to five years, and exerted pressure on the Constitutional Assembly that was drafting the new constitution to abort the adoption of Parliamentarism.
Collor government (1990–1992)
In 1989 Fernando Collor de Mello was elected president for the term from 1990 to 1994. The elections were marked by unanimous condemnation of José Sarney, with all candidates trying to keep distance from him.
Collor made some very bold statements, like saying that the Brazilian industry (of which the Brazilians used to be very proud) was mostly obsolete and polluting or that defaulting the debt was equal to not paying the rent. He also took quite revolutionary measures, like reducing the number of ministries to only 12 and naming Zélia Cardoso de Mello Minister of Economy or removing existing barriers to importing of goods.
His inflation control plan was based on an attempt to control prices and a complicated currency conversion process that prevented people from cashing their bank accounts for 18 months.
All of this made him quite unpopular and denied him support in the parliament that he needed since his own party held few seats. At the beginning of his third year in office, he resigned as a result of in a huge corruption scandal. The charges against him would later be dropped, some on mere technicalities, some for actually being irrelevant or false.
Collor desperately tried to resist impeachment by rallying the support of the youth and of the lower classes, but his call for help was answered by massive popular demonstrations, led mostly by students, demanding his resignation.
Itamar government (1992–1994)
In 1992, the vice-president, Itamar Franco, took office as president and managed to evade the most feared consequences of Collor's downfall. He had to face a country with hyper-inflation, high levels of misery and unemployment. Far-left organizations were trying to turn the anti-Collor campaign into a wider revolutionary fight to overthrow the regime. Itamar finally granted full powers to his Minister of Economy, Fernando Henrique Cardoso, so the minister could launch the Plano Real, a new economic plan that seemed to be just the same as the many unsuccessful plans launched by Sarney, Collor and their military predecessor. But the Real was a success because of Rubens Ricupero and essentially because of Ciro Gomes, according to Itamar Franco himself, and terminated inflation in a few months.
FHC government (1995–2003)
In 1994, Cardoso with Ricupero, Ciro Gomes and others launched their Plano Real, a successful economic reform that managed to permanently rid the country of the excessive inflation that had plagued it for more than forty years. The plan consisted of replacing the discredited old currency (cruzeiro and cruzeiro real) and pegging its value temporarily to the United States dollar. Inflation – which had become a fact of Brazilian life – was cut dramatically, a change that the Brazilians took years to get used to. Because of the success of Plano Real, Cardoso was chosen by his party to run for president and, with the strong support of Franco, eventually won, beating Luiz Inácio Lula da Silva, who had emerged as the favorite only one year earlier.
Cardoso's term was marked by other major changes in Brazilian politics and economy. Public services and state-owned companies were privatized (some for values supposedly too cheap according to his adversaries), the strong real made it easy to import goods, forcing Brazilian industry to modernize and compete (which had the side effect of causing many of them to be bought by foreign companies). During his first term, a constitutional amendment was passed to enable a sitting Executive chief to run for re-election, after which he again beat Lula in 1998.
Lula government (2003–2011)
In 2002, at his fourth attempt, Lula was elected president. In part his victory was derived from the considerable unpopularity of Cardoso's second term, which failed to decrease the economic inequality, and in part from a softening of his and the party's radical stance, including a vice-presidential candidate from the Liberal Party, acceptance of an International Monetary Fund (IMF) accord agreed to by the previous government and a line of discourse friendly to the financial markets.
Despite some achievements in solving part of the country's biggest problems, his term was plagued by multiple corruption scandals that rocked his cabinet, forcing some members to resign their posts.
In 2006 Lula regained part of his popularity and ran for re-election. After almost winning on the first round, he won the run-off against Geraldo Alckmin from the Brazilian Social Democracy Party (PSDB), by a margin of 20 million votes.
In 2010, Lula's handpicked successor, Dilma, was elected to the Presidency.
Dilma government (2011-2016)
In 2011, Dilma became the first woman to be elected president of Brazil.
In 2015 and 2016, many demonstrations were held against Dilma demanding for her to be impeached because of corruption scandals. According to studies by the Brazilian Institute of Public Opinion and Statistics (Ibope), 70-80% of demonstrators questioned supported harsher sentences for criminal offences, and a reduction of the age of criminal responsibility to 16. Between 2010 and 2016, support for the death penalty increased from 31% to 49%, and the number of people declaring themselves conservative from 49% to 59%.
The decline in poverty and the development of the middle class during the Lula years also allowed right-wing parties to address broader segments of the electorate on economic issues. "The new lower middle class dream of being entrepreneurs and consumers" according to the Perseu Abramo Foundation. "They are very sensitive to the meritocracy rhetoric of the right and the evangelical churches, and less affected by the PT message, which is still aimed at the poor".
Michel Temer (2016-2018)
Jair Bolsonaro (2019-present)
Political corruption
Operação Lava Jato (Operation Car Wash)
This was a set of investigations carried out by the Federal Police of Brazil, aimed at investigating a money laundering scheme that involved billions of reals in bribes. It resulted in more than a thousand search and seizure warrants, temporary arrests, preventive detentions and bench warrants. The operation started on March 17, 2014 and had 71 operational phases authorized, among others, by the then judge Sérgio Moro, during which more than one hundred people were arrested and convicted. It investigated crimes of active and passive corruption, fraudulent management, money laundering, criminal organization, obstruction of justice, fraudulent exchange operation and receipt of undue advantage. According to investigations and awarded claims, administrative members of the state-owned oil company Petrobras, politicians from the largest parties in Brazil, including presidents of the Republic, presidents of the Chamber of Deputies and the Senate, and state governors, as well as businessmen from large Brazilian companies, were involved. The Federal Police considers it the largest corruption investigation in the country's history.
Political conflicts
Brazil is one of the most dangerous countries for militant farmworkers, with sixty-five murders of farmworkers engaged in conflicts over the right to land in 2017 alone. Between 1985 and 2017, 1,722 activists of the Landless Movement were murdered.
In 2016, at least 49 people were murdered in Brazil defending the environment against companies or landowners.
International organization participation
African Development Bank
Customs Cooperation Council
United Nations Economic Commission for Latin America and the Caribbean
Food and Agriculture Organization
Group of 11
Group of 15
Group of 19
Group of 24
Group of 77
Inter-American Development Bank
International Atomic Energy Agency
International Bank for Reconstruction and Development (World Bank)
International Civil Aviation Organization
International Chamber of Commerce
International Criminal Court
International Red Cross and Red Crescent Movement
International Development Association
International Fund for Agricultural Development
International Finance Corporation
International Federation of Red Cross and Red Crescent Societies
International Hydrographic Organization
International Labour Organization
International Monetary Fund
International Maritime Organization
Inmarsat
International Telecommunications Satellite Organization
Interpol
International Olympic Committee
International Organization for Migration (observer)
International Organization for Standardization
International Telecommunication Union
International Trade Union Confederation
Latin American Economic System
Asociación Latinoamericana de Integración
Mercosur, Non-Aligned Movement (observer)
Nuclear Suppliers Group
Organization of American States
Agency for the Prohibition of Nuclear Weapons in Latin America and the Caribbean
Organisation for the Prohibition of Chemical Weapons
Permanent Court of Arbitration
Rio Group
United Nations
United Nations Conference on Trade and Development
United Nations Educational, Scientific, and Cultural Organization
Union of South American Nations
United Nations High Commissioner for Refugees
United Nations Industrial Development Organization
United Nations Mission of Observers in Prevlaka
United Nations Transitional Administration in East Timor
United Nations University
Universal Postal Union
World Federation of Trade Unions
World Health Organization
World Intellectual Property Organization
World Meteorological Organization
World Tourism Organization
World Trade Organization
References
External links
Global Integrity Report: Brazil Reports on anti-corruption efforts.
Reports on political culture and political news, with a focus on transparency and good government.
Essays on Brazilian politics and policies by leading intellectuals and public figures.
Reports on the politics and issues surrounding Brazilian soccer and the 2014 World Cup in Brazil.
Further reading
Goertzel, Ted and Paulo Roberto Almeida, The Drama of Brazilian Politics from Dom João to Marina Silva Amazon Digital Services. . |
3634 | https://en.wikipedia.org/wiki/Economy%20of%20Brazil | Economy of Brazil | The economy of Brazil is historically the largest in Latin America and Southern Hemisphere. The Brazililian economy is the second largest in the Americas, after only the United States, the largest economy in the world. The economy is a developing mixed economy that is the twelfth largest in the world by nominal gross domestic product (GDP) and eighth largest by purchasing power parity in 2020.
According to International Monetary Fund (IMF), Brazilian nominal GDP of 2021 was US$1.645 trillion, the country has a long history of being among the ten largest economies in the world. Brazil is the 83rd country in the world in GDP per capita, with a value of US$7,741.15 per inhabitant in 2021. Brazilian GDP per capita is expected to exceed US$12,000 this decade, and Brazil will be considered a developed country, a significant number of States of Brazil have already reached this level.
The country is rich in natural resources. From 2000 to 2012, Brazil was one of the fastest-growing major economies in the world, with an average annual GDP growth rate of over 5%. Its GDP surpassed that of the United Kingdom in 2012, temporarily making Brazil the world's sixth-largest economy. However, Brazil's economic growth decelerated in 2013 and the country entered a recession in 2014. The economy started to recover in 2017, with a 1% growth in the first quarter, followed by a 0.3% growth in second quarter compared to the same period of the previous year. It officially exited the recession.
According to the World Economic Forum, Brazil was the top country in upward evolution of competitiveness in 2009, gaining eight positions among other countries, overcoming Russia for the first time, and partially closing the competitiveness gap with India and China among the BRIC economies. Important steps taken since the 1990s toward fiscal sustainability, as well as measures taken to liberalize and open the economy, have significantly boosted the country's competitiveness fundamentals, providing a better environment for private-sector development.
In 2020, Forbes ranked Brazil as having the 7th largest number of billionaires in the world. Brazil is a member of diverse economic organizations, such as Mercosur, Prosur, G8+5, G20, WTO, Paris Club, Cairns Group, and is advanced to be a permanent member of the OECD.
From a colony focused on primary sector goods (sugar, gold and cotton), Brazil managed to create a diversified industrial base during the 20th century. The steel industry is a prime example of that, with Brazil being the 9th largest steel producer in 2018, and the 5th largest steel net exporter in 2018. Gerdau is the largest producer of long steel in the Americas, owning 337 industrial and commercial units and more than 45,000 employees across 14 countries. Petrobras, the Brazilian oil and gas company, is the most valuable company in Latin America.
History
When the Portuguese explorers arrived in the 16th century, the native tribes of current-day Brazil totaled about 2.5 million people and had lived virtually unchanged since the Stone Age. From Portugal's colonization of Brazil (1500–1822) until the late 1930s, the Brazilian economy relied on the production of primary products for exports.
In the Portuguese Empire, Brazil was a colony subjected to an imperial mercantile policy, which had three main large-scale economic production cycles – sugar, gold and from the early 19th century on, coffee. The economy of Brazil was heavily dependent on African slave labor until the late 19th century (about 3 million imported African slaves in total). In that period Brazil was also the colony with the largest number of European settlers, most of them Portuguese (including Azoreans and Madeirans) but also some Dutch (see Dutch Brazil), Spaniards, English, French, Germans, Flemish, Danish, Scottish and Sephardic Jews.
Subsequently, Brazil experienced a period of strong economic and demographic growth accompanied by mass immigration from Europe, mainly from Portugal (including the Azores and Madeira), Italy, Spain, Germany, Poland, Ukraine, Switzerland, Austria and Russia. Smaller numbers of immigrants also came from the Netherlands, France, Finland, Iceland to and the Scandinavian countries, Lithuania, Belgium, Bulgaria, Hungary, Greece, Latvia, England, Ireland, Scotland, Croatia, Czech Republic, Malta, North Macedonia and Luxembourg, the Middle East (mainly from Lebanon, Syria and Armenia), Japan, the United States and South Africa, until the 1930s.
In fact, international mass immigration to Brazil during the 19th century had positive effects on the country's human capital development. Immigrants usually exhibited better formal and informal training than native Brazilians and tended to have more entrepreneurial spirit. Their arrival was beneficial for the region, not only because of the skills and knowledge they brought to the country themselves, but also because of spillover effects of their human capital to the native Brazilian population. Human capital spillover effects were strongest in regions with the highest numbers of immigrants, and the positive effects are still observable today, in some regions.
In 2007, with a population of over 209 million and abundant natural resources, Brazil is one of the ten largest markets in the world, producing tens of millions of tons of steel, 26 million tons of cement, 3.5 million television sets, and 3 million refrigerators. In addition, about 70 million cubic meters of petroleum were being processed annually into fuels, lubricants, propane gas, and a wide range of hundreds of petrochemicals.
Brazil has at least 161,500 kilometers of paved roads, more than 150 gigawatts of installed electric power capacity and its real per capita GDP surpassed US$9,800 in 2017. Its industrial sector accounts for three-fifths of the Latin American economy's industrial production. The country's scientific and technological development is argued to be attractive to foreign direct investment, in 2019, Brazil occupied the 4th largest destination for foreign investments, behind only the United States, China and Singapore.
The agricultural sector, locally called the agronegócio (agro-business), has also been dynamic: for two decades this sector has kept Brazil among the most highly productive countries in areas related to the rural sector. The agricultural sector and the mining sector also supported trade surpluses which allowed for massive currency gains (rebound) and external debt paydown. Due to a downturn in Western economies, Brazil found itself in 2010 trying to halt the appreciation of the real.
Data from the Asian Development Bank and the Tax Justice Network show the untaxed "shadow" economy of Brazil is 39% of GDP.
One of the most important corruption cases in Brazil concerns the company Odebrecht. Since the 1980s, Odebrecht has spent several billion dollars in the form of bribes to bribe parliamentarians to vote in favour of the group. At the municipal level, Odebrecht's corruption was aimed at "stimulating privatisations", particularly in water and sewer management.
Data
The following table shows the main economic indicators in 1980–2019 (with FMI estimates for 2020-2026).
Components
The service sector is the largest component of the gross domestic product (GDP) at 67.0 percent, followed by the industrial sector at 27.5 percent. Agriculture represents 5.5 percent of GDP (2011). The Brazilian labor force is estimated at 100.77 million of which 10 percent is occupied in agriculture, 19 percent in the industry sector and 71 percent in the service sector.
Agricultural Sector
Brazil is the world's largest producer of sugarcane, soy, coffee, orange, guaraná, açaí and Brazil nut; is one of the top 5 producers of maize, papaya, tobacco, pineapple, banana, cotton, beans, coconut, watermelon and lemon; is one of the top 10 world producers of cocoa, cashew, avocado, tangerine, persimmon, mango, guava, rice, sorghum and tomato; and is one of the top 15 world producers of grape, apple, melon, peanut, fig, peach, onion, palm oil and natural rubber.
In the production of animal proteins, Brazil is today one of the largest countries in the world. In 2019, the country was the world's largest exporter of chicken meat. It was also the second largest producer of beef, the world's third largest producer of milk, the world's fourth largest producer of pork and the seventh largest producer of eggs in the world.
Agribusiness contributes to Brazil's trade balance, in spite of trade barriers and subsidizing policies adopted by the developed countries.
In the space of fifty five years (1950 to 2005), the population of Brazil grew from 51 million to approximately 187 million inhabitants, an increase of over 2 percent per year. Brazil created and expanded a complex agribusiness sector. However, some of this is at the expense of the environment, including the Amazon.
The importance given to the rural producer takes place in the shape of the agricultural and cattle-raising plan and through another specific subsidy program geared towards family agriculture Programa de Fortalecimento da Agricultura Familiar (Pronaf), which guarantees financing for equipment and cultivation and encourages the use of new technology. With regards to family agriculture, over 800 thousand rural inhabitants are assisted by credit, research and extension programs. A special line of credit is available for women and young farmers.
With The Land Reform Program, on the other hand, the country's objective is to provide suitable living and working conditions for families who live in areas allotted by the State, an initiative capable of generating jobs. Through partnerships, public policies and international partnerships, the government is working towards guaranteeing infrastructure for the settlements, following the examples of schools and health outlets. The idea is that access to land represents just the first step towards the implementation of a quality land reform program.
Over 600,000 km2 of land are divided into approximately five thousand areas of rural property; an agricultural area currently with three borders: the Central-western region (savannah), the northern region (area of transition) and parts of the northeastern region (semi-arid). At the forefront of grain crops, which produce over 110 million tonnes/year, is the soybean, yielding 50 million tonnes.
In the cattle-raising sector, the "green ox," which is raised in pastures, on a diet of hay and mineral salts, conquered markets in Asia, Europe and the Americas, particularly after the "mad cow disease" scare period. Brazil has the largest cattle herd in the world, with 198 million heads, responsible for exports of more than US$1 billion/year.
A pioneer and leader in the manufacture of short-fiber timber cellulose, Brazil has also achieved positive results within the packaging sector, in which it is the fifth largest world producer. In the foreign markets, it answers for 25 percent of global exports of raw cane and refined sugar; it is the world leader in soybean exports and is responsible for 80 percent of the planet's orange juice, and since 2003, has had the highest sales figures for beef and chicken.
Mining
In the mining sector, Brazil stands out in the extraction of iron ore (where it is the second world exporter), copper, gold, bauxite (one of the 5 largest producers in the world), manganese (one of the 5 largest producers in the world), tin (one of the largest producers in the world), niobium (concentrates 98% of reserves known to the world) and nickel. In terms of gemstones, Brazil is the world's largest producer of amethyst, topaz, agate and one of the main producers of tourmaline, emerald, aquamarine, garnet and opal.
In 2019, Brazil's figures were as follows: it was the world's largest producer of niobium (88.9 thousand tons); the 2nd largest world producer of tantalum (430 tons); the 2nd largest world producer of iron ore (405 million tons); the 4th largest world producer of manganese (1.74 million tons); the 4th largest world producer of bauxite (34 million tons); the 4th largest world producer of vanadium (5.94 thousand tons); the 5th largest world producer of lithium (2.4 thousand tons); the 6th largest world producer of tin (14 thousand tons); the 8th largest world producer of nickel (60.6 thousand tons); the 8th largest world producer of phosphate (4.7 million tons); the 12th largest world producer of gold (90 tons); the 14th largest world producer of copper (360 thousand tons); the 14th largest world producer of titanium (25 thousand tons); the 13th largest world producer of gypsum (3 million tons); the 3rd largest world producer of graphite (96 thousand tons); the 21st largest world producer of sulfur (500 thousand tons); the 9th largest world producer of salt (7.4 million tons); besides having had a chromium production of 200 thousand tons.
Industry
Brazil has the second-largest manufacturing sector in the Americas. Accounting for 28.5 percent of GDP, Brazil's industries range from automobiles, steel and petrochemicals to computers, aircraft, and consumer durables. With increased economic stability provided by the Plano Real, Brazilian and multinational businesses have invested heavily in new equipment and technology, a large proportion of which has been purchased from U.S. firms.
The World Bank lists the main producing countries each year, based on the total production value. According to the 2019 list, Brazil has the 13th most valuable industry in the world (US$173.6 billion). In the Americas, it is second only to the United States (2nd place) and Mexico (12th place). In the food industry, in 2019, Brazil was the second largest exporter of processed foods in the world. In 2016, the country was the 2nd largest producer of pulp in the world and the 8th producer of paper. In the footwear industry, in 2019, Brazil ranked 4th among world producers. In 2019, the country was the 8th producer of vehicles and the 9th producer of steel in the world. In 2018, the chemical industry of Brazil was the 8th in the world. In textile industry, Brazil, although it was among the 5 largest world producers in 2013, is very little integrated in world trade. In the aviation sector, Brazil has Embraer, the third largest aircraft manufacturer in the world, behind Boeing and Airbus.
Brazil has a diverse and sophisticated services industry as well. During the early 1990s, the banking sector accounted for as much as 16 percent of the GDP. Although undergoing a major overhaul, Brazil's financial services industry provides local businesses with a wide range of products and is attracting numerous new entrants, including U.S. financial firms. On 8 May 2008, the São Paulo Stock Exchange (Bovespa) and the São Paulo-based Brazilian Mercantile and Futures Exchange (BM&F) merged, creating BM&F Bovespa, one of the largest stock exchanges in the world. Also, the previously monopolistic reinsurance sector is being opened up to third-party companies.
31 December 2007, there were an estimated 21,304,000 broadband lines in Brazil. Over 75 percent of the broadband lines were via DSL and 10 percent via cable modems.
Proven mineral resources are extensive. Large iron and manganese reserves are important sources of industrial raw materials and export earnings. Deposits of nickel, tin, chromite, uranium, bauxite, beryllium, copper, lead, tungsten, zinc, gold, and other minerals are exploited. High-quality coking-grade coal required in the steel industry is in short supply.
Creative Industries
The first study into the impact of the Creative Industries on the Brazilian economy was published by FIRJAN. The creative economy in Latin America was termed the "Orange Economy" in a publication released by the Inter-American Development Bank (IDB). This 2013 study valued Brazil's Orange Economy at US$66.87 billion providing 5,280,000 jobs and responsible for US$9.414 million in exports, with the value of creative exports being higher than the US$8.016 million value of coffee exports over the same period.
A 2021 study into the Intellectual Property Intensive Sectors in the Brazilian Economy was undertaken as part of the National Strategy on Intellectual Property 2021–2030. The study found that 450 of the 673 economic classes could be classified as IP-intensive sectors that collectively employed 19.3 million people. The share of GDP between 2014 and 2016 across these economic classes amounted to R$2.1 trillion reais or 44.2% of GDP over this time.
Tourism
In the list of world tourist destinations, in 2018, Brazil was the 48th most visited country, with 6.6 million tourists (and revenues of 5.9 billion dollars). Tourism in South America as a whole is still underdeveloped: in Europe, for example, countries obtain annual tourism figures like $73.7 billion (Spain), receiving 82.7 million tourists or 67.3 billion (France), receiving 89.4 million tourists. While Europe received 710 million tourists in 2018, Asia 347 million and North America 142.2 million, South America received only 37 million, Central America 10.8 million and the Caribbean 25.7 million.
Largest companies
In 2017, 20 Brazilian companies were listed in the Forbes Global 2000 list – an annual ranking of the top 2000 public companies in the world by Forbes magazine based on a combination of sales, assets, profit, and market value. The 20 companies listed were:
Energy
The Brazilian government has undertaken an ambitious program to reduce dependence on imported petroleum. Imports previously accounted for more than 70% of the country's oil needs but Brazil became self-sufficient in oil in 2006–2007. Brazil was the 10th largest oil producer in the world in 2019, with 2.8 million barrels / day. Production manages to supply the country's demand. In the beginning of 2020, in the production of oil and natural gas, the country exceeded 4 million barrels of oil equivalent per day, for the first time. In January this year, 3.168 million barrels of oil per day and 138.753 million cubic meters of natural gas were extracted.
Brazil is one of the main world producers of hydroelectric power. In 2019, Brazil had 217 hydroelectric plants in operation, with an installed capacity of 98,581 MW, 60.16% of the country's energy generation. In the total generation of electricity, in 2019 Brazil reached 170,000 megawatts of installed capacity, more than 75% from renewable sources (the majority, hydroelectric).
In 2013, the Southeast Region used about 50% of the load of the National Integrated System (SIN), being the main energy consuming region in the country. The region's installed electricity generation capacity totaled almost 42,500 MW, which represented about a third of Brazil's generation capacity. The hydroelectric generation represented 58% of the region's installed capacity, with the remaining 42% corresponding basically to the thermoelectric generation. São Paulo accounted for 40% of this capacity; Minas Gerais by about 25%; Rio de Janeiro by 13.3%; and Espírito Santo accounted for the rest. The South Region owns the Itaipu Dam, which was the largest hydroelectric plant in the world for several years, until the inauguration of Three Gorges Dam in China. It remains the second largest operating hydroelectric in the world. Brazil is the co-owner of the Itaipu Plant with Paraguay: the dam is located on the Paraná River, located on the border between countries. It has an installed generation capacity of 14 GW for 20 generating units of 700 MW each. North Region has large hydroelectric plants, such as Belo Monte Dam and Tucuruí Dam, which produce much of the national energy. Brazil's hydroelectric potential has not yet been fully exploited, so the country still has the capacity to build several renewable energy plants in its territory.
according to ONS, total installed capacity of wind power was 20 GW, with average capacity factor of 58%.
While the world average wind production capacity factors is 24.7%, there are areas in Northern Brazil, specially in Bahia State, where some wind farms record with average capacity factors over 60%; the average capacity factor in the Northeast Region is 45% in the coast and 49% in the interior. In 2019, wind energy represented 9% of the energy generated in the country. In 2019, it was estimated that the country had an estimated wind power generation potential of around 522 GW (this, only onshore), enough energy to meet three times the country's current demand. In 2020 Brazil was the 8th country in the world in terms of installed wind power (17.2 GW).
Nuclear energy accounts for about 4% of Brazil's electricity. The nuclear power generation monopoly is owned by Eletronuclear (Eletrobrás Eletronuclear S/A), a wholly owned subsidiary of Eletrobrás. Nuclear energy is produced by two reactors at Angra. It is located at the Central Nuclear Almirante Álvaro Alberto (CNAAA) on the Praia de Itaorna in Angra dos Reis, Rio de Janeiro. It consists of two pressurized water reactors, Angra I, with capacity of 657 MW, connected to the power grid in 1982, and Angra II, with capacity of 1,350 MW, connected in 2000. A third reactor, Angra III, with a projected output of 1,350 MW, is planned to be finished.
according to ONS, total installed capacity of photovoltaic solar was 11.3 GW, with average capacity factor of 23%. Some of the most irradiated Brazilian States are MG ("Minas Gerais"), BA ("Bahia") and GO (Goiás), which have indeed world irradiation level records. In 2019, solar power represented 1,27% of the energy generated in the country. In 2020, Brazil was the 14th country in the world in terms of installed solar power (7.8 GW).
In 2020, Brazil was also the 2nd largest country in the world in the production of energy through biomass (energy production from solid biofuels and renewable waste), with 15,2 GW installed.
Transport
Transport in Brazil is basically carried out using the road mode, the most developed in the region. There is also a considerable infrastructure of ports and airports. The railway and fluvial sector, although it has potential, is usually treated in a secondary way.
Brazil has more than 1.7 million km of roads, of which 215,000 km are paved, and about 14,000 km are divided highways. The two most important highways in the country are BR-101 and BR-116. Due to the Andes Mountains, Amazon River and Amazon Forest, there have always been difficulties in implementing transcontinental or bioceanic highways. Practically the only route that existed was the one that connected Brazil to Buenos Aires, in Argentina and later to Santiago, in Chile. However, in recent years, with the combined effort of South American countries, new routes have started to emerge, such as Brazil-Peru (Interoceanic Highway), and a new highway between Brazil, Paraguay, northern Argentina and northern Chile (Bioceanic Corridor).
There are more than 2,000 airports in Brazil. The country has the second largest number of airports in the world, behind only the United States. São Paulo International Airport, located in the Metropolitan Region of São Paulo, is the largest and busiest in the country – the airport connects São Paulo to practically all major cities around the world. Brazil has 44 international airports, such as those in Rio de Janeiro, Brasília, Belo Horizonte, Porto Alegre, Florianópolis, Cuiabá, Salvador, Recife, Fortaleza, Belém and Manaus, among others. The 10 busiest airports in South America in 2017 were: São Paulo-Guarulhos (Brazil), Bogotá (Colombia), São Paulo-Congonhas (Brazil), Santiago (Chile), Lima (Peru), Brasília (Brazil), Rio de Janeiro (Brazil), Buenos Aires-Aeroparque (Argentina), Buenos Aires-Ezeiza (Argentina), and Minas Gerais (Brazil).
About ports, Brazil has some of the busiest ports in South America, such as Port of Santos, Port of Rio de Janeiro, Port of Paranaguá, Port of Itajaí, Port of Rio Grande, Port of São Francisco do Sul and Suape Port. The 15 busiest ports in South America are: Port of Santos (Brazil), Port of Bahia de Cartagena (Colombia), Callao (Peru), Guayaquil (Ecuador), Buenos Aires (Argentina), San Antonio (Chile), Buenaventura (Colombia), Itajaí (Brazil), Valparaíso (Chile), Montevideo (Uruguay), Paranaguá (Brazil), Rio Grande (Brazil), São Francisco do Sul (Brazil), Manaus (Brazil) and Coronel (Chile).
The Brazilian railway network has an extension of about 30,000 kilometers. It's basically used for transporting ores.
Among the main Brazilian waterways, two stand out: Hidrovia Tietê-Paraná (which has a length of 2,400 km, 1,600 on the Paraná River and 800 km on the Tietê River, draining agricultural production from the states of Mato Grosso, Mato Grosso do Sul, Goiás and part of Rondônia, Tocantins and Minas General) and Hidrovia do Solimões-Amazonas (it has two sections: Solimões, which extends from Tabatinga to Manaus, with approximately 1600 km, and Amazonas, which extends from Manaus to Belém, with 1650 km.
Almost entirely passenger transport from the Amazon basin is done by this waterway, in addition to practically all cargo transportation that is directed to the major regional centers of Belém and Manaus). In Brazil, this transport is still underutilized: the most important waterway stretches, from an economic point of view, are found in the Southeast and South of the country. Its full use still depends on the construction of locks, major dredging works and, mainly, of ports that allow intermodal integration.
Exports and imports
Products
Brazil was the 25th largest exporter in the world in 2020, with 1.1% of the global total.
In 2021, Brazil exported US$280.4 billion and imported US$219.4 billion, with a surplus of US$61 billion.
The country's top ten export products were:
Iron ore: US$42.2 billion
Soy: US$37.3 billion
Crude petroleum oils: US$27.4 billion
Sugar: US$8.5 billion
Beef: US$7.4 billion
Soybean meal: US$7.2 billion
Petroleum fuel oils: US$6.6 billion
Manufacturing Industry: US$6.4 billion
Chicken meat: US$6.3 billion
Cellulose: US$6.1 billion
The country also exports maize, coffee, cotton, tobacco, orange juice, footwear, airplanes, helicopters, cars, vehicle parts, gold, ethanol, semi-finished iron, among others.
Exports
The main countries to which Brazil exports in 2021 were:
China: US$87.6 billion (31.28%)
United States: US$31.1 billion (11.09%)
Argentina: US$11.8 billion (4.24%)
Netherlands: US$9.3 billion (3.32%)
Chile: US$6.9 billion (2.50%)
Singapore: US$5.8 billion (2.10%)
Mexico: US$5.5 billion (1.98%)
Germany: US$5.5 billion (1.97%)
Japan: US$5.5 billion (1.97%)
Spain: US$5.4 billion (1.94%)
The country's export model, until today, is excessively based on exports of basic or semi-manufactured products, generating criticism, since such model generates little monetary value, which prevents further growth in the country in the long run. There are several factors that cause this problem, the main ones being: the excessive collection of taxes on production (due to the country's economic and legislative model being based on State Capitalism and not on Free-Market Capitalism), the lack or deficiency of infrastructure (means of transport such as roads, railways and ports that are insufficient or weak for the country's needs, bad logistics and excessive bureaucracy) for export, high production costs (expensive energy, expensive fuel, expensive maintenance of trucks, expensive loan rates and bank financing for production, expensive export rates), the lack of an industrial policy, the lack of focus on adding value, the lack of aggressiveness in international negotiations, in addition to abusive tariff barriers imposed by other countries on the country's exports. Because of this, Brazil has never been very prominent in international trade.
Due to its size and potential, it would be able to be among the 10 largest exporters in the world, however, its participation in global commercial transactions usually oscillates between 0.5 and 2% only. In 2019, among the ten products that Brazil exports the most and that generate the most value, eight come from the agribusiness. Although still modest, the country's exports have evolved, and today they are more diversified than they were in the past. At the beginning of the 20th century, 70% of Brazilian exports were restricted to coffee. Overall, however, global trade still concentrates its few exports on low-tech products (mainly agricultural and mineral commodities) and, therefore, with low added value.
Imports
The main countries to which Brazil imports in 2021 were:
China: US$47.6 billion (21.72%)
United States: US$39.3 billion (17.95%)
Argentina: US$11.9 billion (5.45%)
Germany: US$11.3 billion (5.17%)
India: US$6.7 billion (3.07%)
Russia: US$5.7 billion (2.60%)
Italy: US$5.4 billion (2.50%)
Japan: US$5.1 billion (2.35%)
South Korea: US$5.1 billion (2.33%)
France: US$4.8 billion (2.19%)
Economic status
Sustainable growth
Portuguese explorers arrived in 1500, but it was only in 1808 that Brazil obtained a permit from the Portuguese colonial government to set up its first factories and manufacturers. In the 21st century, Brazil became the eighth largest economy in the world. Originally, its exports were basic raw and primary goods, such as sugar, rubber and gold. Today, 84% of exports are of manufactured and semi-manufactured products.
The period of great economic transformation and growth occurred between 1875 and 1975.
In the last decade, domestic production increased by 32.3%. Agribusiness (agriculture and cattle-raising), which grew by 47% or 3.6% per year, was the most dynamic sector – even after having weathered international crises that demanded constant adjustments to the Brazilian economy. The Brazilian government also launched a program for economic development acceleration called Programa de Aceleração do Crescimento, aiming to spur growth.
Brazil's transparency rank in the international world is 75th according to Transparency International.
Control and reform
Among measures recently adopted to balance the economy, Brazil carried out reforms to its social security (state and retirement pensions) and tax systems. These changes brought with them a noteworthy addition: a Law of Fiscal Responsibility which controls public expenditure by the executive branches at federal, state and municipal levels. At the same time, investments were made towards administration efficiency and policies were created to encourage exports, industry and trade, thus creating "windows of opportunity" for local and international investors and producers.
With these alterations in place, Brazil has reduced its vulnerability: it does not import the oil it consumes; it has halved its domestic debt through exchange rate-linked certificates and has seen exports grow, on average, by 20% a year. The exchange rate does not put pressure on the industrial sector or inflation (at 4% a year), and does away with the possibility of a liquidity crisis. As a result, the country, after 12 years, has achieved a positive balance in the accounts which measure exports/imports, plus interest payments, services and overseas payment. Thus, respected economists say that the country will not be deeply affected by the current world economic crisis.
In 2017, President Michel Temer refused to make public the list of companies accused of "modern slavery". The list, made public yearly since the presidency of Lula Da Silva in 2003, was intended to persuade companies to settle their fines and conform to labor regulations, in a country where corruption of the political class risked compromising respect for the law. The relations of the president-in-office with the "landowner lobby" were denounced by dismissed President Dilma Rousseff on this occasion.
Trade with the UK for Brazil can mean more investment, access to better skilled labour, sales of natural resources, tax exporting and access to Britains goods and services.
Consistent policies
Support for the productive sector has been simplified at all levels; active and independent, Congress and the Judiciary Branch carry out the evaluation of rules and regulations. Among the main measures taken to stimulate the economy are the reduction of up to 30 percent on manufactured products tax (IPI), and the investment of $8 billion on road cargo transportation fleets, thus improving distribution logistics. Further resources guarantee the propagation of business and information telecenters.
The policy for industry, technology and foreign trade, at the forefront of this sector, for its part, invests $19.5 billion in specific sectors, following the example of the software and semiconductor, pharmaceutical and medicine product, and capital goods sectors.
Mergers and acquisitions
Between 1985 and 2017, 11,563 mergers & acquisitions with a total known value of US$1,185 billion with the involvement of Brazilian firms were announced. The year 2010 was a new record in terms of value with $115 billion of transactions. It is worth noticing, that in the top 100 deals by value there are only four cases of Brazilian companies acquiring a foreign company. This reflects the strong interest in the country from a direct investment perspective.
Here is a list of the largest deals where Brazilian companies took on either the role of the acquiror or the target:
Entrepreneurship
According to a search of Global Entrepreneurship Monitor in 2011 Brazil had 27 million adults aged between 18 and 64 either starting or owning a business, meaning that more than one in four Brazilian adults were entrepreneurs. In comparison to the other 54 countries studied, Brazil was the third-highest in total number of entrepreneurs. The Institute of Applied Economic Research (Ipea), a government agency, found that 37 million jobs in Brazil were associated with businesses with less than 10 employees.
Even though Brazil ranks internationally as one of the hardest countries in the region to do business due to its complicated bureaucracy, there is a healthy number of entrepreneurs, thanks to the huge internal consumer market and various government programs.
The most recent research of Global Entrepreneurship Monitor revealed in 2013 that 50.4% of Brazilian new entrepreneurs are men, 33.8% are in the 35–44 age group, 36.9% completed high school and 47.9% earn 3–6 times the Brazilian minimum wage. In contrast, 49.6% of entrepreneurs are female, only 7% are in the 55–64 age group, 1% have postgraduate education and 1.7% earn more than 9 times the minimum wage.
Credit rating
Brazil's credit rating was downgraded by Standard & Poor's (S&P) to BBB in March 2014, just one notch above junk. It was further downgraded in January 2018 by S&P to BB-, which is 2 notches below investment grade.
See also
Economic history of Brazil
List of economic crises in Brazil
Brazilian Packaging Market
Brazil and the World Bank
Economy of São Paulo
List of Brazilian federative units by gross domestic product
2015–2017 Brazilian economic crisis
List of Latin American and Caribbean countries by GDP growth
List of Latin American and Caribbean countries by GDP (nominal)
List of Latin American and Caribbean countries by GDP (PPP)
References
Further reading
Furtado, Celso. Formação econômica do Brasil
Prado Junior, Caio. História econômica do Brasil
External links
Ministry of Finance (Brazil)
IBGE : Brazilian Institute of Geography and Statistics
World Bank Summary Trade Statistics Brazil
Brazil profile at the CIA World Factbook
Brazil profile at The World Bank
Brazil
de:Brasilien#Wirtschaft |
3635 | https://en.wikipedia.org/wiki/Telecommunications%20in%20Brazil | Telecommunications in Brazil | Brazil has both modern technologies in the center-south portion, counting with LTE, 3G HSPA, DSL ISDB based Digital TV. Other areas of the country, particularly the North and Northeast regions, lack even basic analog PSTN telephone lines. This is a problem that the government is trying to solve by linking the liberation of new technologies such as WiMax and FTTH) only tied with compromises on extension of the service to less populated regions.
Telephone system
Landline
The Brazilian landline sector is fully open to competition and continues to attract operators. The bulk of the market is divided between three operators: Telefónica, América Móvil, and Oi (controlled by Brazilian investors and Pharol SGPS). Telefónica operates through Telefónica Brasil, which has integrated its landline and mobile services under the brand name Vivo. The América Móvil group in Brazil comprises long distance incumbent Embratel, mobile operator Claro, and cable TV provider Net Serviços. The group has started to integrate its landline and mobile services under the brand name Claro, previously used only for mobile services. Oi offers landline and mobile services under the Oi brand name. GVT was the country's most successful alternative network provider, offering landline services only, until it was acquired by Telefónica in 2015 and integrated into Vivo.
National:
extensive microwave radio relay system and a national satellite system with 64 earth stations.
International:
country code - 55; landing point for a number of submarine cables, including Atlantis 2, that provide direct links to South and Central America, the Caribbean, the US, Africa, and Europe; satellite earth stations - 3 Intelsat (Atlantic Ocean), 1 Inmarsat (Atlantic Ocean region east), connected by microwave relay system to Mercosur Brazilsat B3 satellite earth station (2007)
Statistics
Served locations: 37,355
Installed terminals: 43,626,836
In service: 33,800,370
Public terminals: 1,128,350
Density: 22,798 Phones/100 Hab
Mobile
The history of mobile telephony in Brazil began on 30 December 1990, when the Cellular Mobile System began operating in the city of Rio de Janeiro, with a capacity for 10,000 terminals. At that time, according to Anatel (the national telecommunications agency), there were 667 devices in the country. The number of devices rose to 6,700 in the next year, to 30,000 in 1992. In November 2007 3G services were launched, and increased rapidly to almost 90% of the population in 2012 and the agreements signed as part of the auction specify a 3G coverage obligation of 100% of population by 2019. After the auction that took place in June 2012, LTE tests were undertaken in several cities, tourist locations and international conference venues. The first LTE-compatible devices became available in the local market and LTE services was commercially launched in 2013. Under the 4G licence terms, operators were required to have commercial networks in all twelve state capitals which are acting as host cities for the 2014 FIFA World Cup.
The mobile market is ruled by 4 companies:
Vivo, controlled by the Spanish Telefónica, is the leading wireless and fixed company in Brazil.
TIM, controlled by the Italian Telecom Italia. It recently overcame Claro as the second wireless company in Brazil.
Claro, controlled by the Mexican América Móvil (owned by Carlos Slim), ranks third in Brazilian wireless.
Oi, which is the second landline company in Brazil, is the smallest wireless player of the big four.
Statistics
Number of devices: 161,922,375
Percentage of prepaid lines: 81.91%
Density: 84.61 phones/100 hab
Technology distribution
International backbones
Submarine cables
Several submarine cables link Brazil to the world:
Americas II cable entered operations in September 2000, connecting Brazil (Fortaleza) to United States.
ATLANTIS-2, with around 12 thousand kilometers in extension, operating since 2000, it connects Brazil (Rio de Janeiro and Natal) to Europe, Africa and South America. This is the only cable that connects South America to Africa and Europe.
EMERGIA – SAM 1 cable connects all three Americas, surrounding it with a total extension of more than 25 thousand kilometers.
GLOBAL CROSSING - SAC Connects all Americas, surrounding them with a total extension of more than 15 thousand kilometers.
GLOBENET/360 NETWORK Another link from North America to South America.
UNISUR Interconnects Brazil, Uruguay and Argentina.
All these cables have a bandwidth from 20 Gbit/s to 80 Gbit/s, and some have a projected final capacity of more than 1 Tbit/s.
Satellite connections
List of business and satellites they operate (Brazilian Geostationary Satellites)
Television and radio
Under the Brazilian constitution, television and radio are not treated as forms of telecommunication, in order to avoid creating problems with a series of regulations that reduce and control how international businesses and individuals can participate. Brazil has the second largest media conglomerate in the world in terms of revenue, Grupo Globo.
Internet
The Internet has become quite popular in Brazil, with steadily growing numbers of users as well as increased availability. Brazil holds the 6th spot in number of users worldwide. Many technologies are used to bring broadband Internet to consumers, with DSL and cable being the most common (respectively, about 13 million and 9 million connections), and 3G technologies. 4G technologies were introduced in April 2013 and presently are available in over 90% of the country.
See also
List of telecommunications companies in Brazil
References
Brazil |
3636 | https://en.wikipedia.org/wiki/Transport%20in%20Brazil | Transport in Brazil | Transport infrastructure in Brazil is characterized by strong regional differences and lack of development of the national rail network. Brazil's fast-growing economy, and especially the growth in exports, will place increasing demands on the transport networks. However, sizeable new investments that are expected to address some of the issues are either planned or in progress. It is common to travel domestically by air because the price is low. Brazil has the second highest number of airports in the world, after the USA.
Railways
The Brazilian railway network has an extension of about . It is basically used for transporting ores. Usually, the railway sector was treated in a secondary way in Brazil, due to logistical, economic or political difficulties to install more railways.
The Brazilian railroad system had a great expansion between 1875 and 1920. The heyday of the railway modal was interrupted during the Getúlio Vargas government, which prioritized the road modal. In the 1940s, the railway network was already facing several problems, from low-powered locomotives to uneconomical layouts. In 1957, a state-owned company was created, the National Railroad Network (RFFSA), which started to manage 18 railroads in the Union. Several deficit railways were closed under the promise of state investment in new projects, which did not happen. The actions were centralized in the government until the opening of the market in 1990. So, the National Privatization Plan was instituted, with dozens of concessions being made. However, they ended up concentrating the railways, mainly, in three large business groups, América Latina Logística (ALL), Vale S.A. and MRS Logística. The refurbishment generated an increase in productivity (cargoes transported increased by 30% with the same railway line). However, the main problem was that the reform not only gave away the railway line, but also geographical exclusivity. This resulted in the non-creation of competitive incentives for the expansion and renewal of the existing network. With the State maintaining the opening of new railways a difficult, slow and bureaucratic process, as it maintains the total monopoly of power over this sector, the railways did not expand any further in the country, and the sector was very outdated.
In 2021, a New Framework for Railways was created, allowing the construction of railways by authorization, as occurs in the exploration of infrastructure in sectors such as telecommunications, electricity and ports. It's also possible to authorize the exploration of stretches not implemented, idle, or in the process of being returned or deactivated. With the change of rules in the sector, in December 2021, there were already requests to open of new tracks, in 64 requests for implementation of new railways. Nine new railroads had already been authorized by the Federal Government, in of new tracks.
Total actual network: 29,888 km of railroad and 1,411 km of subway and light rail
Broad gauge: 4,932 km gauge (939 km electrified)
Narrow gauge: 23,341 km gauge (24 km electrified)
Dual gauge: 396 km 1000 mm and 1600 mm gauges (three rails)
Standard gauge: 194 km gauge (2014)
Estrada de Ferro do Amapá in the middle of the Amazon Rainforest also used standard gauge.
A 12 km section of the former gauge Estrada de Ferro Oeste de Minas is retained as a heritage railway.
Cities with metros and light rail transit (combined)
Railway links with adjacent countries
International rail links exist between Brazil and Argentina, Bolivia and Uruguay.
Tramways
Brazil had a hundred tramway systems. Currently, there are vintage tramways operating in Belém, Campinas, Campos do Jordão, Itatinga, Rio de Janeiro and Santos.
Highways
Brazil has more than of roads, of which are paved (12,4%), and about are divided highways. The total of paved roads increased from 35,496 km (22,056 mi) in 1967 to 215,000 km (133,595 mi) in 2018. The two most important highways in the country are BR-101 and BR-116.
Although Brazil has the largest duplicated road network in Latin America, it's considered insufficient for the country's needs: in 2021, it was calculated that the ideal amount of duplicated roads would be something around from to . The main road axes also have problems because they often have inadequate geometry and constructive characteristics that don't allow quality long-distance flow (non-interference from local traffic and high speed). The Brazilian Federal Government has never implemented a National Highway Plan at the same level as developed countries such as the USA, Japan or European countries, which specifically aimed at inter-regional travel, and which should preferably be served by highways (which would differ from the common duplicated highways by geometric pattern, access control without access to neighboring lots, zero level crossings and returns, prohibition of circulation of non-motorized vehicles such as cyclists, animal traction or human propulsion, as per the Vienna Convention). The Brazilian State, despite some planning efforts, has been guided by a reactive action to the increase in demand (only duplicating some roads with old and inadequate layout) and not by a purposeful vision, directing occupation and economic density in the territory. Another problem is the lack of directing the Union Budget towards infrastructure works: in Brazil there is no law that guarantees funds from the Federal Budget for works on highways and other modes of transport (unlike what happens in sectors such as Education and Health), depending exclusively on the goodwill of the rulers. In the US, for example, the gasoline tax can only be used for transport infrastructure works. Brazil even invested 1.5% of the country's budget in infrastructure in the 1970s, being the time when the most investment was made in highways; but in the 1990s, only 0.1% of the budget was invested in this sector, maintaining an average of 0.5% in the 2000s and 2010, insufficient amounts for the construction of an adequate road network. For comparative purposes, the average investment of the USA and the European Union was 1% between 1995 and 2013, even though they already have a much more advanced road infrastructure than Brazil.
The country has a medium rate of car ownership of 471 per 1000 people, however in comparison to the other developing economies of the BRIC group Brazil exceeds India and China.
The country still has several states where paved access to 100% of the state's municipalities has not yet been reached. Some states have 100% of cities with asphalt access, such as Santa Catarina, which reached this goal in 2014; Paraíba, which reached this goal in 2017, and Alagoas, which reached this goal in 2021 In states like Rio Grande do Sul, in 2020, there were still 54 cities without asphalt access. In Paraná, in 2021, there were still 4 cities without asphalt access. In Minas Gerais, in 2016, there were still 5 cities without asphalt access.
Waterways
50,000 km navigable (most in areas remote from industry or population) (2012)
Among the main Brazilian waterways, two stand out: Hidrovia Tietê-Paraná (which has a length of 2,400 km, 1,600 on the Paraná River and 800 km on the Tietê River, draining agricultural production from the states of Mato Grosso, Mato Grosso do Sul, Goiás and part of Rondônia, Tocantins and Minas Gerais) and Hidrovia do Solimões-Amazonas (it has two sections: Solimões, which extends from Tabatinga to Manaus, with approximately 1600 km, and Amazonas, which extends from Manaus to Belém, with 1650 km. Almost entirely passenger transport from the Amazon plain is done by this waterway, in addition to practically all cargo transportation that is directed to the major regional centers of Belém and Manaus). In Brazil, this transport is still underutilized: the most important waterway stretches, from an economic point of view, are found in the Southeast and South of the country. Its full use still depends on the construction of locks, major dredging works and, mainly, of ports that allow intermodal integration.
Pipelines
condensate/gas 62 km
natural gas 11,696 km (1,165 km distribution, 4,794 km transport)
liquid petroleum gas 353 km (37 km distribution, 40 km transport)
crude oil 4,517 km (1,985 km distribution)
refined products 5,959 km (1,165 km distribution, 4,794 km transport)
Seaports and harbors
The busiest port in the country, and the 2nd busiest in all of Latin America, losing only to the Port of Colón, is the Port of Santos. Other high-movement ports are the Port of Rio de Janeiro, Port of Paranaguá, Port of Itajaí, Port of Rio Grande, Port of São Francisco do Sul and Suape Port.
Atlantic Ocean
Amazon river
Belém
Manaus
Santarém
Paraguay River (international water way)
Corumbá
Merchant marine
770 ships ( (or over) totaling /
ships by type: (1999, 2019 and 2021 est.)
Airports
The country has the second largest number of airports in the world, behind only the United States. São Paulo/Guarulhos, is the largest and busiest in the country. Brazil has 37 international airports, such as those in Rio de Janeiro, Brasília, Belo Horizonte, Porto Alegre, Florianópolis, Cuiabá, Salvador, Recife, Fortaleza, Belém and Manaus, among others.
Most international flights must go to São Paulo–Guarulhos International Airport or Rio de Janeiro–Galeão International Airport. Belo Horizonte is the main international airport outside Rio de Janeiro and São Paulo. A few go to Brasília, Recife, Natal, and just recently Fortaleza has accepted international flights.
As of 2020, Brazil had the eighth largest passenger air market in the world.
Airports - with paved runways
total: 698
over 3,047 m: 7
2,438 to 3,047 m: 27
1,524 to 2,437 m: 179
914 to 1,523 m: 436 (2017)
under 914 m: 39 (2017)
Airports - with unpaved runways
total: 3,395
1,524 to 2,437 m: 92
914 to 1,523 m: 1,619
under 914 m: 1,684 (2013)
Main airlines
Azul Brazilian Airlines
Gol Linhas Aéreas Inteligentes
LATAM Brasil
Voepass Linhas Aéreas
Heliports
16 (2007)
13 (2010)
13 (2013)
See also
Rail transport by country
References
CIA - The World Factbook - Brazil - Transportation
External links |
3637 | https://en.wikipedia.org/wiki/Brazilian%20Armed%20Forces | Brazilian Armed Forces | The Brazilian Armed Forces (, ) are the unified military forces of the Federative Republic of Brazil. Consisting of three service branches, it comprises the Brazilian Army (including the Brazilian Army Aviation), the Brazilian Navy (including the Brazilian Marine Corps and Brazilian Naval Aviation) and the Brazilian Air Force (including the Aerospace Operations Command).
Brazil's armed forces are the second largest in the Americas, after the United States, and the largest in Latin America and the Southern Hemisphere by the level of military equipment, with 334,500 active-duty troops and officers. Brazilian soldiers were in Haiti from 2004 until 2017, leading the United Nations Stabilization Mission (MINUSTAH).
Organization
The Armed Forces of Brazil are divided into 3 branches:
Brazilian Army
Brazilian Army Aviation Command
Brazilian Navy
Brazilian Marine Corps
Brazilian Naval Aviation
Brazilian Air Force
Aerospace Operations Command
The Military Police (state police) alongside the Military Firefighters Corps are described as an auxiliary and reserve force of the Army. All military branches are part of the Ministry of Defence.
The Brazilian Navy which is the oldest of the Brazilian Armed Forces, includes the Brazilian Marine Corps and the Brazilian Naval Aviation.
Service obligation and manpower
18–45 years of age for compulsory military service; conscript service obligation – 10 to 12 months; 17–45 years of age for voluntary service. An increasing percentage of the ranks are "long-service" volunteer professionals; women were allowed to serve in the armed forces beginning in the early 1980s when the Brazilian Army became the first army in South America to accept women into career ranks; women serve in Navy and Air Force only in Women's Reserve Corps.
Mission and challenges
South America is a relatively peaceful continent in which wars are a rare event; as a result, Brazil hasn't had its territory invaded since year 1865 during the Paraguayan War. Additionally, Brazil has no contested territorial disputes with any of its neighbours and neither does it have rivalries, like Chile and Bolivia have with each other. However, Brazil is the only country besides China and Russia that has land borders with 10 or more nations. Moreover, Brazil has of land borders and of coastline to be patrolled and defended. Overall, the Armed Forces have to defend 8.5 million km2 (around 3.2 million sq. mi.) of land and patrol 4.4 million km2 (around 1.7 million sq. mi.) of territorial waters – or Blue Amazon, as the Brazilian Navy calls them. To achieve this mission, significant manpower and funding is required.
Military history of Brazil
Since 1648 the Brazilian Armed Forces have been relied upon to fight in defense of Brazilian sovereignty and to suppress civil rebellions. The Brazilian military also has three times intervened militarily to overthrow the Brazilian government.
The Brazilian Armed Forces were subordinated to the Emperor, its Commander-in-Chief. He was aided by the Ministers of War and Navy in regard to matters concerning the Army and the Armada, respectively. Traditionally, the Ministers of War and Navy were civilians but there were some exceptions. The model chosen was the British parliamentary or Anglo-American system, in which "the country's Armed Forces observed unrestricted obedience to the civilian government while maintaining distance from political decisions and decisions referring to borders' security".
The military personnel were allowed to run and serve in political offices while staying on active duty. However, they did not represent the Army or the Armada but instead the population of the city or province where elected. Dom Pedro I chose nine military personnel as Senators and five (out of 14) to the State Council. During the Regency, two were chosen to the Senate and none to the State Council as there was no Council at the time. Dom Pedro II chose four military personnel to become Senators during the 1840s, two in the 1850s and three until the end of his reign. He also chose seven military personnel to be State Counselors during the 1840s and 1850s and three after that.
It has built a tradition of participating in UN peacekeeping missions such as in Haiti and East Timor. Below a list of some of the historical events in which the Brazilian Armed Forces took part:
Armed conflicts involving Brazil
First Battle of Guararapes (1648): Decisive Portuguese victory that helped end Dutch occupation. Due to this battle, the year 1648 is considered as the year of the foundation of the Brazilian Army.
Invasion of Cayenne (1809) (1809) : Was a combined military operation by an Anglo-Portuguese expeditionary force against Cayenne, capital of the French South American colony of French Guiana in 1809, during the Napoleonic Wars.
Luso-Brazilian invasion (1816–1820) : Was an armed conflict between the United Kingdom of Portugal, Brazil and the Algarves and the partisans of José Artigas over the Banda Oriental (Eastern Bank), present-day Uruguay.
Brazilian War of Independence (1822–1824): Series of military campaigns that had as objective to cement Brazilian sovereignty and end Portuguese resistance.
Confederation of the Equator (1824) : Was a short-lived rebellion that occurred in the northeastern region of Brazil during that nation's struggle for independence from Portugal.
Cisplatine War (1825–1828) : Armed conflict over an area known as Banda Oriental or "Eastern Shore" between the United Provinces of the Río de la Plata and Empire of Brazil in the aftermath of the United Provinces' emancipation from Spain.
Ragamuffin War (1835–1845) : Was a Republican uprising that began in southern Brazil, in the states of Rio Grande do Sul and Santa Catarina in 1835. The rebels, led by Generals Bento Gonçalves da Silva and Antônio de Sousa Neto with the support of the Italian fighter Giuseppe Garibaldi, surrendered to imperial forces in 1845.
Platine War (1851–1852): The Brazilian Empire and its allies went to war against the dictator Juan Manuel de Rosas of the Argentine Confederation.
Uruguayan War (1864–1865): Brazilian intervention in Uruguay. With support from Argentina, imperial forces deposed President Atanasio Aguirre from office and instated general Venancio Flores in his place.
Paraguayan War (1864–1870): Over 200,000 Brazilians fought on this conflict, which is considered as the most serious in Brazilian history.
Brazilian Naval Revolt (1893–1894) : Were armed mutinies promoted mainly by Admirals Custodio de Mello and Saldanha da Gama and their fleet of Brazilian Navy ships against unconstitutional staying in power of the central government in Rio de Janeiro.
War of Canudos (1893–1897): The deadliest rebellion of Brazil, the insurrectionists defeated the first 3 military forces sent to quell the rebellion.
Contestado War (1912–1916) : Was a guerrilla war for land between settlers and landowners, the latter supported by the Brazilian state's police and military forces. The war lasted from October 1912 to August 1916.
Brazil during World War I: Brazil entered into World War I in 1917 alongside the Triple Entente. Brazil's effort in World War I occurred mainly in the Atlantic campaign, with a smaller participation in the land warfare.
Constitutionalist Revolution (1932) : Was the armed movement occurred in the State of São Paulo, Brazil, between July and October 1932, which aimed at the overthrow of the Provisional Government of Getúlio Vargas and the promulgation of a new constitution for Brazil.
Brazil in World War II (1942–1945): Brazil declared war on Nazi Germany in August 1942 and in 1944 sent an Expeditionary Force of 25,334 soldiers to fight in Italy. Brazil also supplied vital raw materials for the war effort and ceded important airbases at Natal and Fernando de Noronha Archipel that made possible the North African invasion, i.e. Operation Torch, and had a key role in patrolling the South Atlantic sea lanes.
Brazilian Expeditionary Force, initially composed of an infantry division, eventually covered all Brazilian military forces who participated in the conflict, including the Brazilian Air Force who did a remarkable job in the last nine months of war with 445 missions executed. Offensive: 2546, Defensive: 4.
Brazilian military coups d'état
Although no military coups occurred during the 67 years of the Brazilian Empire, the Republican period experienced 4 military coups d'état in the 75 years between 1889 and 1964.
Proclamation of the Republic (1889): End of the Brazilian Empire, this was the first coup d'état performed by the Brazilian military.
Revolution of 1930: Second military overthrow of government, in which President Washington Luís was replaced by Getúlio Vargas, who became the Provisional President.
End of Estado Novo (1945): Then Dictator Getúlio Vargas is deposed by generals and later General Eurico Dutra was elected president.
1964 Brazilian coup d'état: President João Goulart is removed from office, leading to a military dictatorship which lasted until 1985.
Ministry of Defence
On 10 July 1999, the Ministry of Defence was created, with the abolition of the EMFA and the merger of all three ministries of the Armed Forces (Army, Navy and Air Force) into a singular ministry of the Cabinet.
Joint Staff of the Armed Forces
Joint Staff of the Armed Forces is an agency of the Ministry of Defense of Brazil, which centralizes the coordination of command of the armed forces: Army, Navy and Air Force. It was created by Complementary Law No. 136 of 25 August 2010, and has in Ordinance No. 1429 its operating guidelines.
Advising the Minister of Defense in the upper direction of the armed forces, aiming the organization, preparation and employment, in order to fulfill its constitutional mission and its subsidiaries assignments, with the goals strategic planning and the joint use of the military services.
It is up to JSAF plan together and integrated employment of staff of the Navy, Army and Air Force, optimizing the use of the military and logistical support in the defense of the country and in peacekeeping, humanitarian and rescue operations; border security; and civil defense actions.
The body has its powers and duties according to the Regimental Structure approved by Decree 7.9744, April 1, 2013. Since its inception, the JSAF has worked with the Central Administration of the Ministry of Defence, on the Esplanade of Ministries in Brasilia (DF).
The head of the JSAF is private of a general officer of the last post, active or reserve, designated by the Ministry of Defence and appointed by the president. Their hierarchical level is the same of the military commanders of the Navy, Army and Air Force. Under the coordination of the Joint Armed Forces also operates the Committee of Chiefs of Staffs of the military services.
The current head of JSAF is the Army General Laerte de Souza Santos.
Brazilian Army
The Army High Command of Brazil is formed by the Army Commander and other army generals in active service. The country current have sixteen active 4-star generals, several of then in command posts, in addition to a post in the Ministry of Defence. The mission of ACE include the selection of a list of candidates to the post of commander, the prospection of regional and global political situations, among others roles. All Brazilian generals are graduates of the Brazilian Superior War School.
Brazilian Navy
The navy (, ) has eight bases throughout Brazil.
Brazilian Air Force
The Brazilian Air Force (, , also known as FAB, or ) is the second-largest air force in the Americas (behind only the United States) and has around 70,000 active personnel. The FAB is subdivided into four operational commands.
Brazilian aerospace command
The Aerospace Operations Command is a Brazilian air and space command created in 2017 and is part of the Brazilian Air Force. It is responsible for planning, coordinating, executing and controlling the country's air and space operations. The Brazilian Navy and Brazilian Army also are part of the organization.
Troop relocation
Brazil has the need to patrol its of land borders. Since the 1990s Brazil has been relocating its forces in accordance to this national security requirement.
Between 1992 and 2008, the 1st, 2nd and 16th Jungle Infantry Brigades, the 3rd Infantry Battalion, the 19th Logistics Battalion, and the 22nd Army Police Platoon were transferred by the Army from the states of Rio de Janeiro and Rio Grande do Sul to the Amazon region in accordance with the friendship policy with Argentina. After those redeployments the number of Army troops in that region rose to 25,000. Also relocated from the state of Rio de Janeiro were the 1st and 3rd Combat Cars Regiment, now stationed in the city of Santa Maria, in the state of Rio Grande do Sul.
However, despite those efforts, the presence of the Armed Forces on the border regions of the Brazilian Amazon continues to be sparse and disperse, given the fact that the Army has just 28 border detachments in that area, a total of 1,600 soldiers, or 1 man for every of borders. More redeployments are expected since the states of Rio de Janeiro, Minas Gerais and Espírito Santo still concentrate over 49,000 soldiers. In May 2008, the Navy announced new plans to reposition its forces throughout Brazil.
Communications and territorial surveillance
The Brazilian territory corresponds to 47.3% of the South American continent, and its land border is over 16.000 km and 4,5 million km2 of sea territory. With the objective of ensuring Brazil's sovereignty, strategic monitoring and communications projects have been launched in recent years.
SGDC
The Geostationary Defense and Strategic Communications Satellites or SGDC, are geostationary communication satellites developed by the Brazilian Air Force and the Brazilian Space Agency, created with the objective of operating strategic military, government and civil communications, also offering broadband internet throughout the national territory. The first satellite called SGDC-1, was launched in 2017 and the SGDC-2 has planned to launch in 2022. The Space Operations Center (COPE) was inaugurated in 2020, subordinated to the Aerospace Operations Command, with the objective of operating the satellites.
SISFRON
The Integrated Border Monitoring System (SISFRON) is a border system developed by the Brazilian Army for supporting operational employment decisions, operating in an integrated manner with all defense systems in the country, whose purpose is to strengthen the presence and capacity for monitoring and action in the national land border strip. Was conceived at the initiative of the Army Command, as a result of the approval of the National Defense Strategy in 2008, which guides the organization of the Armed Forces. The SISFRON are deployed along the 16,886 kilometers of the border line, favoring the employment of organizations subordinate to the North, West, Southern and the Amazon military commands.
SisGAAz
The Blue Amazon Management System, is a surveillance system developed by the Brazilian Navy, in order to oversee the Blue Amazon, the country's exclusive economic zone and a resource-rich area covering about off the Brazilian coast. This area is home to a huge diversity of marine species, valuable metallic minerals and other mineral resources, petroleum, and the world's second largest rare-earth reserve. The SisGAAz integrates equipment and systems composed of radars incorporated on land and vessels, as well as high resolution cameras and features such as the fusion of information received from collaborative systems.
Link-BR2
The Link-BR2 is a datalink developed by the Air Force and the Brazilian defence company AEL Sistemas, this technology allow the exchange of data such radar information, videos and images with other units of the three branches anytime and anywere, using an advanced encrypted protocol with a high degree of security.
See also
Joint Staff of the Armed Forces
Brazilian Naval Aviation
Brazilian Navy
Brazilian Army
Brazilian Army Aviation
Brazilian Air Force
National Force of Public Safety
National Defense Council (Brazil)
Brazil and weapons of mass destruction
Policing in Brazil
Military Police of Brazilian States
Rondas Ostensivas Tobias de Aguiar: Military Police of the State of São Paulo.
BOPE: Special Police Operations Battalion of the Military Police of the State of Rio de Janeiro, Brazil.
Military Police of Rio de Janeiro State
List of Wars involving Brazil
Military of the Empire of Brazil
References
Bibliography
External links
Brazilian Ministry of Defence
Brazil military profile from the CIA World Factbook
Brazil military guide from GlobalSecurity.org |
3638 | https://en.wikipedia.org/wiki/Foreign%20relations%20of%20Brazil | Foreign relations of Brazil | The Ministry of Foreign Affairs is responsible for managing the foreign relations of Brazil. Brazil is a significant political and economic power in Latin America and a key player on the world stage. Brazil's foreign policy reflects its role as a regional power and a potential world power and is designed to help protect the country's national interests, national security, ideological goals, and economic prosperity.
Between World War II and 1990, both democratic and military governments sought to expand Brazil's influence in the world by pursuing a state-led industrial policy and an independent foreign policy. Brazilian foreign policy has recently aimed to strengthen ties with other South American countries, engage in multilateral diplomacy through the United Nations and the Organization of American States, and act at times as a countervailing force to U.S. political and economic influence in Latin America.
Overview
Brazil's international relations are based on article 4 of the Federal Constitution, which establishes non-intervention, self-determination, international cooperation and the peaceful settlement of conflicts as the guiding principles of Brazil's relationship with other countries and multilateral organizations. According to the Constitution, the President has ultimate authority over foreign policy, while Congress is tasked with reviewing and considering all diplomatic nominations and international treaties, as well as legislation relating to Brazilian foreign policy.
The Ministry of Foreign Affairs, also known as Itamaraty, is the government department responsible for advising the President and conducting Brazil's foreign relations with other countries and international bodies. Itamaraty's scope includes political, commercial, economic, financial, cultural and consular relations, areas in which it performs the classical tasks of diplomacy: represent, inform and negotiate. Foreign policy priorities are established by the President.
Foreign policy
Brazil's foreign policy is a by-product of the country's unique position as a regional power in Latin America, a leader among developing countries, and an emerging world power. Brazilian foreign policy has generally been based on the principles of multilateralism, peaceful dispute settlement, and non-intervention in the affairs of other countries. Brazil engages in multilateral diplomacy through the Organization of American States and the United Nations, and has increased ties with developing countries in Africa and Asia. Brazil is currently commanding a multinational U.N. stabilization force in Haiti, the MINUSTAH. Instead of pursuing unilateral prerogatives, Brazilian foreign policy has tended to emphasize regional integration, first through the Southern Cone Common Market (Mercosul) and now the Union of South American Nations. Brazil is also committed to cooperation with other Portuguese-speaking nations through joint-collaborations with the rest of the Portuguese-speaking world, in several domains which include military cooperation, financial aid, and cultural exchange. This is done in the framework of CPLP, for instance. Lula da Silva visit to Africa in 2003 included State visits to three Portuguese-speaking African nations (Angola, São Tomé and Príncipe, and Mozambique). Finally, Brazil is also strongly committed in the development and restoration of peace in East Timor, where it has a very powerful influence.
Brazil's political, business, and military ventures are complemented by the country's trade policy. In Brazil, the Ministry of Foreign Relations continues to dominate trade policy, causing the country's commercial interests to be (at times) subsumed by a larger foreign policy goal, namely, enhancing Brazil's influence in Latin America and the world. For example, while concluding meaningful trade agreements with developed countries (such as the United States and the European Union) would probably be beneficial to Brazil's long-term economic self-interest, the Brazilian government has instead prioritized its leadership role within Mercosul and expanded trade ties with countries in Africa, Asia and the Middle East.
Brazil's soft power diplomacy involves institutional strategies such as the formation of diplomatic coalitions to constrain the power of the established great powers. In recent years, it has given high priority in establishing political dialogue with other strategic actors such as India, Russia, China and South Africa through participation in international groupings such as BASIC, IBSA and BRICS. The BRICS states have been amongst the most powerful drivers of incremental change in world diplomacy and they benefit most from the connected global power shifts.
Workers Party administration
The Brazilian foreign policy under the Lula da Silva administration focused on the following directives: to contribute toward the search for greater equilibrium and attenuate unilateralism; to strengthen bilateral and multilateral relations in order to increase the country's weight in political and economic negotiations on an international level; to deepen relations so as to benefit from greater economical, financial, technological and cultural interchange; to avoid agreements that could jeopardize development in the long term.
These directives implied precise emphasis on: the search for political coordination with emerging and developing countries, namely India, South Africa, Russia and China; creation of the Union of South American Nations and its derivative bodies, such as the South American Security Council; strengthening of Mercosul; projection at the Doha Round and WTO; maintenance of relations with developed countries, including the United States; undertaking and narrowing of relations with African countries; campaign for the reform of the United Nations Security Council and for a permanent seat for Brazil; and defense of social objectives allowing for a greater equilibrium between the States and populations.
The foreign policy of the Rousseff administration sought to deepen Brazil's regional commercial dominance and diplomacy, expand Brazil's presence in Africa, and play a major role in the G20 on global warming and in other multilateral settings. At the United Nations, Brazil continues to oppose sanctions and foreign military intervention, while seeking to garner support for a permanent seat at the Security Council. Cooperation with other emerging powers remain a top priority in Brazil's global diplomatic strategy. On the recent airstrike resolution supporting military action in Libya, Brazil joined fellow BRICS in the Council and abstained. On the draft resolution condemning violence in Syria, Brazil worked with India and South Africa to try to bridge the Western powers' divide with Russia and China.
Post-Workers Party administration
After Rousseff's impeachment, Brazil started reconnecting with its western allies. When Jair Bolsonaro succeeded Michel Temer, the Brazilian foreign policy focused on a rapprochement with right-wing governments like the United States and Colombia in the Americas; Israel, Japan and South Korea in Asia; United Kingdom, Italy and Greece in Europe. The Brazil–Portugal relations were also strengthened, and despite disagreements over the crisis in Venezuela, Brazil remained close with the BRICS countries.
Regional policy
Over the past decade, Brazil has firmly established itself as a regional power. It has traditionally, if controversially, been a leader in the inter-American community and played an important role in collective security efforts, as well as in economic cooperation in the Western Hemisphere. Brazilian foreign policy supports economic and political integration efforts in order to reinforce long-standing relationships with its neighbors. It is a founding member of the Organization of American States (OAS) and the Inter-American Treaty of Reciprocal Assistance (Rio Treaty). It has given high priority to expanding relations with its South American neighbors and strengthening regional bodies such as the Latin American Integration Association (ALADI), the Union of South American Nations (UNASUR) and Mercosur. Although integration is the primary purpose of these organizations, they also serve as forums in which Brazil can exercise its leadership and develop consensus around its positions on regional and global issues. Most scholars agree that by promoting integration through organizations like Mercosur and UNASUR, Brazil has been able to solidify its role as a regional power. In addition to consolidating its power within South America, Brazil has sought to expand its influence in the broader region by increasing its engagement in the Caribbean and Central America., although some think this is still a fragile, ongoing process, that can be thwarted by secondary regional powers in South America.
In April 2019 Brazil left Union of South American Nations (Unasur) to become a member of Forum for the Progress and Development of South America (Prosur). In January 2020, Brazil suspended its participation in the Community of Latin American and Caribbean States, (Celac).
Brazil regularly extends export credits and university scholarships to its Latin American neighbors. In recent years, the Brazilian Development Bank (BNDES) has provided US$5 billion worth of loans to countries in the region. Brazil has also increasingly provided Latin American nations with financial aid and technical assistance. Between 2005 and 2009, Cuba, Haiti, and Honduras were the top three recipients of Brazilian assistance, receiving over $50 million annually.
In November 2019, Brazil made a historic move to break with the rest of Latin America on the U.S. embargo of Cuba, becoming the first Latin American country in twenty-six years to vote against condemning the U.S.-led embargo of Cuba at the United Nations General Assembly.
Diplomatic relations
Brazil has a large global network of diplomatic missions, and maintains diplomatic relations with every United Nations member state, in addition to UN observer states Palestine and the Holy See, as well as the Cook Islands and Niue. As of 2019, Brazil's diplomatic network consisted of 194 overseas posts.
Relations with non-U.N. member or observer states:
- Brazil does not recognize Kosovo as an independent state and has announced it has no plans to do so without an agreement with Serbia. However, Brazil accepts the Kosovan passport.
- Brazil does not recognize the Republic of China as it has recognized the People's Republic of China, although it has non-diplomatic relations and maintains a special office in Taiwan. Brazil also accepts the Taiwan passport.
United Nations politics
Brazil is a founding member of the United Nations and participates in all of its specialized agencies. It has participated in 33 United Nations peacekeeping missions and contributed with over 27,000 soldiers. Brazil has been a member of the United Nations Security Council ten times, most recently 2010–2011. Along with Japan, Brazil has been elected more times to the Security Council than any other U.N. member state.
Brazil is currently seeking a permanent seat on the United Nations Security Council. It is a member of the G4, an alliance among Brazil, Germany, India, and Japan for the purpose of supporting each other's bids for permanent seats on the Security Council. They propose the Security Council be expanded beyond the current 15 members to include 25 members. The G4 countries argue that a reform would render the body "more representative, legitimate, effective and responsive" to the realities of the international community in the 21st century.
Outstanding international issues
Two short sections of the border with Uruguay are in dispute - the Arroio Invernada area of the Quaraí River, and the Brazilian Island at the confluence of the Quaraí River and the Uruguay River.
Brazil declared in 1986 the sector between 28°W to 53°W Brazilian Antarctica (Antártica Brasileira) as its Zone of Interest. It overlaps Argentine and British claims
In 2004, the country submitted its claims to the United Nations Commission on the Limits of the Continental Shelf (CLCS) to extend its maritime continental margin.
Foreign aid
Overseas aid has become an increasingly important tool for Brazil's foreign policy. Brazil provides aid through the Brazilian Agency of Cooperation (Abbreviation: ABC; ), in addition to offering scientific, economical, and technical support. More than half of Brazilian aid is provided to Africa, whereas Latin America receives around 20% of Brazilian aid. The share of aid allocated to the Asian continent is small. Within Africa, more than 80% of Brazilian aid is received by Portuguese-speaking countries. Brazil concentrates its aid for Portuguese-speaking countries in the education sector, specially in secondary and post-secondary education, but it is more committed to agricultural development in other countries. Estimated to be around $1 billion annually, Brazil is on par with China and India and ahead of many more traditional donor countries. The aid tends to consist of technical aid and expertise, alongside a quiet non-confrontational diplomacy to development results. Brazil's aid demonstrates a developing pattern of South-South aid, which has been heralded as a 'global model in waiting'. Some studies have suggested that, by giving aid, Brazil could be trying to get access to mineral and energy resources.
Participation in international organizations
ACS • ACTO • AfDB • ALECSO • BIS • CAF-BDLA • Cairns Group • CAN • CDB • CPLP • FAO • G4 • BASIC countries • G8+5 • G15 • G20 • G20+ • G24 • G77 • IADB • IDB • IAEA • IBRD • IBSA •ICAO • ICC • ICRM • IDA • IFAD • IFC • IFRCS • IHO • ILO • IMF • IMO • Inmarsat •INSARAG • Intelsat • Interpol • IOC • IOM • ISO • ITU • LAES • LAIA • Mercosul • MINUSTAH • NAM • NSG • OAS • OEI • OPANAL • OPCW • PCA • Rio Group • Rio Treaty • UN • UNASUR • UNCTAD • UNESCO • UNHCR • UNIDO • UNITAR • UNMIL • UNMIS • UNMOVIC • UNOCI • UNTAET • UNWTO • UPU • WCO • WHO • WIPO • WMO • WTO • ZPCAS
Bilateral relations
Africa
Americas
Asia
Europe
Oceania
See also
Brazil and the European Union
Brazil and the United Nations
Brazil and weapons of mass destruction
Brazilian Antarctica
List of diplomatic missions in Brazil
List of diplomatic missions of Brazil
Mercosul
Ministry of Foreign Relations of Brazil
Union of South American Nations
Visa requirements for Brazilian citizens
References
Bibliography
External links
The Sino-Brazilian Principles in a Latin American and BRICS Context: The Case for Comparative Public Budgeting Legal Research Wisconsin International Law Journal, 13 May 2015
Ministério das Relações Exteriores - Official website of the Brazilian Ministry of Foreign Relations
Ministério das Relações Exteriores - Official website of the Brazilian Ministry of Foreign Relations
Brazilian Mission to the United Nations - Official website
Agência Brasileira de Cooperação - Official website of the Brazilian Agency of Cooperation
IBSA News and Media - IBSA Dialogue Forum | India, Brazil and South Africa | News, Opinion and Analysis |
3649 | https://en.wikipedia.org/wiki/Geography%20of%20the%20British%20Virgin%20Islands | Geography of the British Virgin Islands | The British Virgin Islands (BVI) are one of three political divisions of the Virgin Islands archipelago located in the Lesser Antilles, between the Caribbean Sea and the North Atlantic Ocean. The BVI are the easternmost part of the island chain. The land area totals () (about 0.9 times the size of Washington, DC) and comprises 16 inhabited and more than 20 uninhabited islands. The islands of Tortola (), Anegada (), Virgin Gorda () and Jost van Dyke () are the largest. Maritime claims include territorial sea and a exclusive fishing zone. In terms of land use, it is 20% arable land, 6.67% permanent crops and 73.33% other as of a 2005 figure.
It has strong ties to nearby U.S. Virgin Islands and Puerto Rico.
Terrain
The majority of the islands are steep and hilly due to their volcanic origin. The lowest point of the island chain is the Caribbean Sea while the highest point is Mount Sage at above sea level and there are of coastline. Other than Anegada, the islands are composed of pyroclastic rock and mixed deposits of diorite and tonalite Anegada is geologically distinct, being composed of carbonate reef deposits. The entire archipelago, together with Puerto Rico to the west, is the above-water high points on an underwater ridge that was once a continuous land mass during the Pleistocene epoch. This bank formed from tectonic forces at the boundary where the Caribbean Plate collides with the North American Plate.
Settlements
The capital of the territory and the main port of entry for yachts and cruise ships visiting the BVI is Road Town on Tortola. In 2010, The United Nations found that 83% or the BVI population lived on Tortola, making Road Town the largest population center of the islands.
Spanish Town on Virgin Gorda, also known as "The Valley", is the second largest settlement and the original capital of the territory. Virgin Gorda was mined for copper in the 17th through 19th centuries but declined when the mine closed in 1867. The creation of a yacht harbour and resort by Laurance Rockefeller in the early 1960's turned Spanish Town into a wealthy tourist destination.
Residents on Jost van Dyke, Anegada, Cooper lsland, Great Camanoe Island and other locations collectively make up just over 2% of the population.
Climate
The British Virgin Islands have a tropical savanna climate, moderated by the trade winds. Temperatures vary little throughout the year. In the capital, Road Town, typical daily maxima are around in the summer and in the winter. Typical daily minima are around in the summer and in the winter. Rainfall averages about per year, higher in the hills and lower on the coast. Rainfall can be quite variable, but the wettest months on average are September to November and the driest months on average are February and March. Hurricanes occasionally hit the islands, with the hurricane season running from June to November.
See also
List of Caribbean islands#British Virgin Islands
References |
3650 | https://en.wikipedia.org/wiki/Demographics%20of%20the%20British%20Virgin%20Islands | Demographics of the British Virgin Islands | This article is about the demographic features of the population of the British Virgin Islands, including population density, ethnicity, education level, health of the populace, economic status, religious affiliations and various other aspects.
Population
A July 2009 estimate placed the population of the British Virgin Islands at 24,491. In 2003, 21.9% of the population was under 15 (male 2,401; female 2,358), 73.1% between 15 and 64 (male 8,181; female 7,709), and 5% over 64 (male 578; female 503). 40% of the total population lived in urban areas, with an estimated 1.7% annual rate of urbanization. In 2014, the average woman produced 1.25 children.
The estimated population of is ().
Vital statistics
Health
In 2009, the infant mortality rate in the British Virgin Islands was 14.65/1000 births (16.61/1000 for females and 12.58/1000 for males). Life expectancy at birth was 77.26 years: 76.03 years for males and 78.55 years for females.
Education
The official language of the British Virgin Islands is English. In 1991, 97.8% of people aged 15 and over could read and write. Education expenditures represented 3.7% of total GDP in 2006.
Ethnicity
Religion
References
British Virgin Islands society |
3652 | https://en.wikipedia.org/wiki/Economy%20of%20the%20British%20Virgin%20Islands | Economy of the British Virgin Islands | The economy of the British Virgin Islands is one of the most prosperous in the Caribbean. Although tiny in absolute terms, because of the very small population of the British Virgin Islands, in 2010 the Territory had the 19th highest GDP per capita in the world according to the CIA World factbook. In global terms the size of the Territory's GDP measured in terms of purchasing power is ranked as 215th out of a total of 229 countries. The economy of the Territory is based upon the "twin pillars" of financial services, which generates approximately 60% of government revenues, and tourism, which generates nearly all of the rest.
Historically the British Virgin Islands has normally produced a Government budget surplus, but during the financial crisis of 2007–2008 the Territory began to run at a deficit, which continued after the global recession receded. In 2011 the Territory had its largest ever budget deficit, of US$29 million (approximately 2.6% of GDP). By 2012 public debt had quadrupled from pre-crisis levels to approximately US$113 million (approximately 10.3% of GDP). Nearly 84% of that public debt was attributable to a new public hospital built in Road Town between 2003 and 2014. The Economist argued that deteriorating economic conditions in the British Virgin Islands were caused "not [by] sagging revenues but public-sector profligacy". By 2014 public debt had been reduced to US$106 million and the annual deficit reduced to US$25 million (including budgeted capital expenditure).
By 2016, the Government had returned to a primary budget surplus, but public debt had increased to approximately US$141 million and debt service accounted for over US$12 million of the primary surplus. However, because of an ongoing aggressive capital investment programme, and budget overruns on key public projects, the Government ran dangerously low on available cash. Cash in the consolidated fund fell below US$7 million (with average monthly expenditure at nearly US$30 million), and Government accrued over US$13 million in due but unpaid invoices.
Business environment
In 2015, British Virgin Islands has been assessed as the 34th in terms of global financial centres. This was the highest ranking of any offshore financial centre, and of any Latin American country. The Territory scored strongly in areas such as local taxation, rule of law, regulatory environment and quality of law for human resources. It scored less highly on infrastructure, access to capital and access to labour.
The G-20 considers it a tax haven and its banking system is described as 'opaque'.
2017 Government Budget
The most recent national budget to be delivered was the 2017 budget (the Territory's fiscal year runs from 1 April to 31 March). That budget presented a picture of declining revenues and increasing costs. It was also delivered prior to the devastating effects of Hurricane Irma later in the year, which is likely to have a deleterious effect on the economy and on Government revenues.
The 2017 budget predicted that 2016 final revenue figures of $310,470,000 which was a decrease of 6.2% from the year before. It also predicted recurrent expenditure for 2016 at $288,640,000 which was an increase of 3.6% on the preceding year. That would mean a primary budget surplus of $21,830,000 which would be a decrease of 56.6% from the preceding year.
In addition there was an estimated $21,000,000 of capital expenditure in 2016 (down 38.3% from the previous year), and debt service of $20,200,000 leaving a primary deficit of $19,370,000. In 2017, after accounting for transfers to reserves, there is budgeted to be a structural deficit of $31,674,000. This was to be financed by new borrowing and transfers from the consolidated fund.
The Government's total borrowings were $106.5 million, but the Government has also underwritten significant loans made to the BVI Electricity Corporation and the BVI Ports Authority, meaning that the Government's total loan exposure is $178.3 million.
Much of the Government's increased expenditure arose from staffing costs. Staffing consumes 37.7% of Government expenditure, and increased in 2016 by 10.2% from the year before. The budget calls for it to increase again, but only by 2.6% in 2017.
The bulk of Government revenues (60%) comes from taxes on goods and services. The next largest segment is payroll taxes, which account for a further 16%. Property taxes account for less than 1% of revenue.
Tourism
In 2015, a total of 922,372 people visited the islands (of whom 529,354 were cruise ship passengers and 393,018 were overnight visitors), mainly from the United States. The bulk of the tourism income in the British Virgin Islands is generated by the yacht chartering industry. The Territory has relatively few large hotels compared to other tourism centres in the Caribbean. The British Virgin Islands also entertain cruise ships, although these generate relatively little revenue. However, cruise ship passengers are an important source of revenue for taxi drivers, who represent a politically important voice in the Territory.
Between 2007 and 2011, tourist visitors to be the British Virgin Islands declined by approximately 12.4%, largely due to the global recession which particularly affected North America, a key source of visitors for the Territory. However, by November 2013 tourist numbers had begun to recover.
According to the World Travel and Tourism Council:
In 2013, the direct contribution of travel and tourism to the Territory's GDP was US$274 million (accounting for 27.0% of total GDP), and was forecast to rise by 2.8% in 2014, and to rise by 2.7% per annum for the period 2014–2024.
The total contribution of travel and tourism to GDP was US$780.8 million (76.9% of GDP) in 2013, and is forecast to rise by 3.2% in 2014, and to rise by 2.6% per annum for the period 2014–2024.
In 2013, travel and tourism directly supported 3,300 jobs in the Territory (33.2% of total employment). This was expected to remain unchanged in 2014 and fall by 0.3% per annum to 3,000 jobs (29.6% of total employment) by 2024.
The total contribution to employment in 2013 (which includes jobs indirectly supported by the industry), was 90.1% of total employment (8,850 jobs). This was expected to rise by 1.9% in 2014 to 9,050 jobs, but fall by 0.2% per annum to 9,000 jobs in 2024 (80.9% of total).
Travel and tourism investment in 2013 was US$35.8 million, or 14.8% of total investment. This was expected to rise by 10.1% in 2014, and rise by 2.0% per annum over the next ten years to a total of US$48.2 million in 2024.
However, these statistics include travel as well as tourism, and so non-tourist related travel (i.e. travel relating to domestic consumption and other industries and services) are included and inflate the figures.
Financial services
In the mid-1980s, the government began offering offshore registration to companies wishing to incorporate in the islands, and incorporation fees now generate an estimated 51.4% of Government revenues. As of 2019, it costs $450 to form a company with fewer than 50,000 shares and another $450 a year to maintain registration.
According to official statistics 447,801 BVI companies were 'active' (i.e. incorporated and not yet struck-off, liquidated or dissolved) as at 30 June 2012. There are no recent official statistics on total numbers of incorporations (including struck, liquidated and dissolved companies) but these are estimated at approximately 950,000. Many of these companies were originally formed under the International Business Companies Act, 1984, but have now been consolidated into the BVI Business Companies Act, 2004.
In 2000, KPMG were commissioned by the British Government to produce a report on the offshore financial industry generally, and the report indicated that nearly 45% of the offshore companies in the world were formed in the British Virgin Islands. The British Virgin Islands is now one of the world's leading offshore financial centres, and boasts one of the highest incomes per capita in the Caribbean.
In addition to basic company incorporations, the British Virgin Islands also forms limited partnerships and trusts (including signature "VISTA" trusts) but these have not proved to be as popular as companies.
On 12 April 2007, the Financial Times reported that the British Virgin Islands was the second largest source of foreign direct investment in the world (behind Hong Kong) with over US$123,000,000,000. Almost all of these sums are directly attributable to investment through the Territory's offshore finance industry.
The British Virgin Islands also promotes a number of regulated financial services products. The most important of these is the formation and regulation of offshore investment funds. The Territory is also the second largest domicile for formation of offshore investment funds (behind the Cayman Islands) with 2,422 licensed open-ended funds as at 30 June 2012 (there is no official statistics for closed-ended funds which are not regulated in the British Virgin Islands).
The British Virgin Islands also operates as a domicile for captive insurance services, but a prolonged period of overzealous Government regulation combined with the Government's increasing pressure to hire only locals ("belongers") in the insurance industry decimated the industry. Official reports from the Financial Services Commission reflect as of 30 June 2012 only 161 captives remain registered in the jurisdiction.
History of financial services
Former president of the BVI's Financial Services Commission, Michael Riegels, recites the anecdote that the offshore finance industry commenced on an unknown date in the 1970s when a lawyer from a firm in New York telephoned him with a proposal to incorporate a company in the British Virgin Islands to take advantage of a double taxation relief treaty with the United States. Within the space of a few years, hundreds of such companies had been incorporated.
This eventually came to the attention of the United States government, who unilaterally revoked the Treaty in 1981.
In 1984, the British Virgin Islands, trying to recapture some of the lost offshore business, enacted a new form of companies legislation, the International Business Companies Act, under which an offshore company which was exempt from local taxes could be formed. The development was only a limited success until 1991, when the United States invaded Panama to oust General Manuel Noriega. At the time Panama was one of the largest providers of offshore financial services in the world, but the business fled subsequent the invasion, and the British Virgin Islands was one of the main beneficiaries.
Agriculture
Livestock raising is the most important agricultural activity; poor soils limit the islands' ability to meet domestic food requirements. Fewer than 0.6% are estimated to work in agriculture. Despite its tiny economic impact, agriculture has its own dedicated Government minister (unlike financial services).
Dollarisation
Because of traditionally close links with the U.S. Virgin Islands, the British Virgin Islands has used the US dollar as its currency since 1959.
Footnotes
See also
List of Commonwealth of Nations countries by GDP
List of Latin American and Caribbean countries by GDP (nominal)
List of Latin American and Caribbean countries by GDP (PPP) |
3653 | https://en.wikipedia.org/wiki/Telecommunications%20in%20the%20British%20Virgin%20Islands | Telecommunications in the British Virgin Islands | Country Code: +1284
International Call Prefix: 011 (outside NANP)
Calls from the British Virgin Islands to the US, Canada, and other NANP Caribbean nations, are dialled as 1 + NANP area code + 7-digit number. Calls from the British Virgin Islands to non-NANP countries are dialled as 011 + country code + phone number with local area code.
Number Format: nxx-xxxx
Telephones – main lines in use:
11,700 (2002)
Telephones – mobile cellular:
8,000 (2002)
Telephone system:
worldwide telephone service
general assessment:
worldwide telephone service
domestic:
NA
international:
Connected via submarine cable to Bermuda; the East Caribbean Fibre System (ECFS) submarine cable provides connectivity to 13 other islands in the eastern Caribbean (2007)
Radio stations:
AM 1, FM 5, shortwave 0 (2004)
ZBVI 780 Tortola
ZJKC-FM 90.9 Tortola (repeats WJKC 95.1 Christiansted, USVI)
ZGLD-FM 91.7 Tortola
ZCCR-FM 94.1 Todman's Peak
ZWVE-FM 97.3 Tortola
ZKNG-FM 100.9 Chalwell
ZROD-FM 103.7 Tortola
ZVCR-FM 106.9 Chalwell
Television stations:
1 (ZBTV), (plus one cable company) (1997)
Internet service providers (ISPs):
1 (1999)
Internet country code:
VG
Internet hosts:
465 (2008)
Internet users:
4,000 (2002)
See also : British Virgin Islands
Deregulation of the telephone market
In 2006, the British Virgin Islands government undertook a deregulation of the telephone industry. Prior to 2006, in common with many other Caribbean countries, Cable & Wireless (Caribbean) had a statutory monopoly on telephone and other electronic communications services. However, in the 1990s, a local company called CCT Boatphone, which had previously provided radio boatphones to tourists on charter boats, expanded into cellular (mobile) telecommunications for land-based users. Although technically in breach of the statutory monopoly, CCT Boatphone was backed by a powerful collection of local interests known as the BVI Investment Club. Negotiations between Cable & Wireless and CCT Boatphone led to a split of the monopolies, with Cable & Wireless retaining a monopoly over fixed line and internet services, and CCT Boatphone keeping a de facto monopoly over cellular telephones.
In 2007 the government abolished the previously existing monopolies under an order made pursuant to the new legislation. The process proved politically fraught, and the government's Minister for Communications and Works, Alvin Christopher, ended up leaving the government and joining the opposition party as a result of the furore. The process was also criticised as cumbersome and slow, the initial deregulation having been announced in 2004, and taking no less than three years to come to fruition through delays in legislation and regulation.
Although there have been no new entrants into the fixed line industry, the government issued three licences under the new regime to cellular telephone service providers. The existing provider, CCT Boatphone, obtained one licence. Bmobile, the cellular arm of Cable & Wireless, obtained a second. The third licence was obtained by BVI Cable TV, a local cable television service. The licence in favour of BVI Cable was controversial, as the Regulator had announced in advance that only three licences in total would be issued, and BVI Cable TV had crumbling cable television infrastructure, and was in no position to office cellular telephone services (and to date, has not offered any cellular telephone services, or anything other than simple cable television). However, bmobile's main regional competitor, Digicel, was rejected for a licence. The decision was regarded as highly controversial in the local media.
Digicel then issued court proceedings against the Regulator, arguing that he had acted improperly by imposing an arbitrary limit of three licences (although no complaint was made about the decision to prefer BVI Cable TV's improbable licence over Digicel). Bmobile was joined to the suit as an interested party. High Court Judge Rita Joseph-Olivetti found in favour of Digicel and quashed the original decision. Digicel commenced separate proceedings against Cable and Wireless (as bmobile's parent company) in the English courts, claiming that Cable & Wireless has unfairly stifled competition in several Caribbean jurisdictions. During the intervening period, bmobile has obtained a virtual stranglehold on the cellular telecommunications market in the British Virgin Islands by a combination of low prices and aggressive advertising, as well as significant investment in infrastructure and technology.
Digicel was finally granted a licence on 17 December 2007 and started operations in the BVI on 28 November 2008.
References
British Virgin |
3654 | https://en.wikipedia.org/wiki/Transport%20in%20the%20British%20Virgin%20Islands | Transport in the British Virgin Islands | The systems of transport in the British Virgin Islands include 113 kilometres of highway and a harbour at Road Town.
Roads
total: 200 km
paved: 200 km
unpaved: 0 km (2007)
Despite using left-hand traffic, most vehicles are left-hand-drive, being imported from the United States.
Ports and terminals
Road Town
Airports
4 (2008)
Paved runways
total: 2
914 to 1,523 m: 1
under 914 m: 1 (2008)
Unpaved runways
total: 2
914 to 1,523 m: 2 (2008)
Merchant Marine
registered in other countries: 1 (Panama) (2008)
References |
3658 | https://en.wikipedia.org/wiki/Geography%20of%20Brunei | Geography of Brunei | Brunei is a country in Southeast Asia, bordering the South China Sea and East Malaysia. Its geographical coordinates are . The country is small with a total size of . It is larger in size than Trinidad and Tobago. It is close to vital sea lanes through the South China Sea linking the Indian and Pacific Oceans. The country has two parts physically separated by Malaysia, making it almost an enclave within Malaysia.
Brunei shares a border with Malaysia and has a coastline.
Physical Geography
The terrain is a flat coastal plain that rises to mountainous in the east and hilly lowlands in the west. While earthquakes are quite rare, Brunei is located along the Pacific Ring of Fire.
Climate
The climate in Brunei is tropical equatorial and humid subtropical at higher altitudes with heavy rainfall. The municipality of Bandar Seri Begawan's climate is tropical equatorial with two seasons. Dry season is extremely hot (). Wet or rainy season is generally warm and wet (). Most of the country is a flat coastal plain with mountains in the east and hilly lowland in the west. The lowest point is at sea level and the highest is Bukit Pagon (). Brunei also experiences typhoons and flooding.
Climatic regions
Brunei-Muara District and Bandar Seri Begawan are humid tropical on the coast and lower altitude north and Humid subtropical in central Brunei-Muara District. ()
Tutong District is tropical, hot in the north and warm in the south. ()
Belait District is tropical, hot in the north and slightly warm in the south. ()
Temburong District is humid subtropical in the higher altitude south and humid tropical on the coast and lower altitude north. ()
Statistics
Area:
Total:
Land:
Water:
Maritime claims:
territorial sea:
exclusive economic zone:
and or to median line
Elevation extremes:
lowest point:
South China Sea 0 m
highest point:
Bukit Pagon 1,850 m
Natural resources:
petroleum, natural gas, timber
Land use:
arable land:
0.76%
permanent crops:
1.14%
other:
98.10% (2012)
Irrigated land:
(2003)
Total renewable water resources:
Freshwater withdrawal (domestic/industrial/agricultural)
total:
0.09 km3/yr (97%/0%/3%)
per capital:
301.6 m3/yr (2009)
Environment – current issues:
seasonal smoke/haze resulting from forest fires in Indonesia
Environment – international agreements:
party to:
Biodiversity, Climate Change, Endangered Species, Hazardous Wastes, Law of the Sea, Ozone Layer Protection, Ship Pollution
References |
3661 | https://en.wikipedia.org/wiki/Economy%20of%20Brunei | Economy of Brunei | The economy of Brunei, a small and wealthy country, is a mixture of foreign and domestic entrepreneurship, government regulation and welfare measures, and village traditions. It is almost entirely supported by exports of crude oil and natural gas, with revenues from the petroleum sector accounting for over half of GDP. Per capita GDP is high, and substantial income from overseas investment supplements income from domestic production. The government provides for all medical services and subsidizes food and housing. The government has shown progress in its basic policy of diversifying the economy away from oil and gas. Brunei's leaders are concerned that steadily increased integration in the world economy will undermine internal social cohesion although it has taken steps to become a more prominent player by serving as chairman for the 2000 APEC (Asia-Pacific Economic Cooperation) forum. Growth in 1999 was estimated at 2.5% due to higher oil prices in the second half.
Brunei is the third-largest oil producer in Southeast Asia, averaging about . It also is the ninth-largest producer of liquefied natural gas in the world.
Macro-economic trend
In the 1970s, Brunei invested sharply increasing revenues from petroleum exports and maintained government spending at a low and constant rate. Consequently, the government was able to build its foreign reserves and invest them around the world to help provide for future generations. Part of the reserve earnings were reportedly also used to help finance the government's annual budget deficit. Since 1986, however, petroleum revenues have decreased, and government spending has increased. The government has been running a budget deficit since 1988. The disappearance of a revenue surplus has made Brunei's economy more vulnerable to petroleum price fluctuations.
Brunei's gross domestic product (GDP) soared with the petroleum price increases of the 1970s to a peak of $5.7 billion in 1980. It declined slightly in each of the next 5 years, then fell by almost 30% in 1986.
This drop was caused by a combination of sharply lower petroleum prices in world markets and voluntary production cuts in Brunei. The GDP recovered somewhat since 1986, growing by 12% in 1987, 1% in 1988, and 9% in 1989. In recent years, GDP growth was 3.5% in 1996, 4.0% in 1997, 1.0% in 1998, and an estimated 2.5% in 1999. However, the 1999 GDP was still only about $4.5 billion, well below the 1980 peak.
The Asian financial crisis in 1997 and 1998, coupled with fluctuations in the price of oil have created uncertainty and instability in Brunei's economy. In addition, the 1998 collapse of Amedeo Development Corporation, Brunei's largest construction firm whose projects helped fuel the domestic economy, caused the country to slip into a mild recession.
This is a chart of trend of gross domestic product of Brunei Darussalam at market prices estimated by the International Monetary Fund with figures in millions of Bruneian dollars.
For purchasing power parity comparisons, the US dollar is exchanged at 1.52 Bruneian dollars only. Mean wages were $25.38 per man-hour in 2009.
The government regulates the immigration of foreign labor out of concern it might disrupt Brunei's society. Work permits for foreigners are issued only for short periods and must be continually renewed. Despite these restrictions, foreigners make up a significant portion of the work force. The government reported a total work force of 122,800 in 1999, with an unemployment rate of 5.5%.
Oil and natural gas account for almost all exports. Since only a few products other than petroleum are produced locally, a wide variety of items must be imported. Brunei statistics show Singapore as the largest point of origin of imports, accounting for 25% in 1997. However, this figure includes some transshipments, since most of Brunei's imports transit Singapore. Japan and Malaysia were the second-largest suppliers. As in many other countries, Japanese products dominate local markets for motor vehicles, construction equipment, electronic goods, and household appliances. The United States was the third-largest supplier of imports to Brunei in 1998.
Brunei's substantial foreign reserves are managed by the Brunei Investment Agency (BIA), an arm of the Ministry of Finance and Economy. BIA's guiding principle is to increase the real value of Brunei's foreign reserves while pursuing a diverse investment strategy, with holdings in the United States, Japan, western Europe, and the Association of South East Asian Nations (ASEAN) countries.
The Brunei Government actively encourages more foreign investment. New enterprises that meet certain criteria can receive pioneer status, exempting profits from income tax for up to 5 years, depending on the amount of capital invested. The normal corporate income tax rate is 30%. There is no personal income tax or capital gains tax.
One of the government's most important priorities is to encourage the development of Brunei Malays as leaders of industry and commerce. There are no specific restrictions of foreign equity ownership, but local participation, both shared capital and management, is encouraged. Such participation helps when tendering for contracts with the government or Brunei Shell Petroleum.
Companies in Brunei must either be incorporated locally or registered as a branch of a foreign company and must be registered with the Registrar of Companies. Public companies must have a minimum of seven shareholders. Private companies must have a minimum of two but not more than 50 shareholders. At least half of the directors in a company must be residents of Brunei.
The government owns a cattle farm in Australia that supplies most of the country's beef. At , this ranch is larger than Brunei itself. Eggs and chickens are largely produced locally, but most of Brunei's other food needs must be imported. Agriculture and fisheries are among the industrial sectors that the government has selected for highest priority in its efforts to diversify the economy.
The following table shows the main economic indicators in 1980–2017.
Oil and gas industry
Brunei Shell Petroleum (BSP), a joint venture owned in equal shares by the Brunei Government and the Royal Dutch/Shell group of companies, is the chief oil and gas production company in Brunei. It also operates the country's only refinery. BSP and four sister companies constitute the largest employer in Brunei after the government. BSP's small refinery has a distillation capacity of . This satisfies domestic demand for most petroleum products.
The French oil company Elf Aquitaine became active in petroleum exploration in Brunei in the 1980s. Its affiliate Elf Petroleum Asia BV has discovered commercially exploitable quantities of oil and gas in three of the four wells drilled since 1987, including a particularly promising discovery announced in early 1990. Recently, UNOCAL, partnered with New Zealand's Fletcher Challenge has been granted concessions for oil exploration. Brunei is preparing to tender concessions for deep water oil and gas exploration.
Brunei's oil production peaked in 1979 at over . Since then it has been deliberately cut back to extend the life of oil reserves and improve recovery rates. Petroleum production is currently averaging some . Japan has traditionally been the main customer for Brunei's oil exports, but its share dropped from 45% of the total in 1982 to 19% in 1998. In contrast, oil exports to South Korea increased from only 8% of the total in 1982 to 29% in 1998. Other major customers include Taiwan (6%), and the countries of ASEAN (27%). Brunei's oil exports to the United States accounted for 17% of the total exported.
Almost all of Brunei's natural gas is liquefied at Brunei Liquefied Natural Gas (LNG) plant, which opened in 1972 and is one of the largest LNG plants in the world. Over 82% of Brunei's LNG produced is sold to Japan under a long-term agreement renewed in 1993. The agreement calls for Brunei to provide over 5 million tons of LNG per year to three Japanese utilities. The Japanese company, Mitsubishi, is a joint venture partner with Shell and the Brunei Government in Brunei LNG, Brunei Coldgas, and Brunei Shell Tankers, which together produce the LNG and supply it to Japan. Since 1995, Brunei has supplied more than 700,000 tons of LNG to the Korea Gas Corporation as well. In 1999, Brunei's natural gas production reached 90 cargoes per day. A small amount of natural gas is used for domestic power generation. Brunei is the fourth-largest exporter of LNG in the Asia-Pacific region behind Indonesia, Malaysia, and Australia.
Brunei's proven oil and gas reserves are sufficient, as of 2015, to last until at least 2035. Deep sea exploration may find significant new reserves but can be prohibitively expensive. The government sought in the past decade to diversify the economy with limited success. Oil and gas and government spending still account for most of Brunei's economic activity. Brunei's non-petroleum industries include agriculture, forestry, fishing, and banking.
In 2015, Brunei registered its third year of economic recession, the only ASEAN nation to do so. Declining oil prices and a drop in production due to maintenance and repair work at major oil wells have dented the country's budget which will see a deficit in the fiscal years 2015-16 and 2016–17.
In 2020, more than 99% of produced electricity in Brunei was based on fossil fuels, while electricity produced from renewable energy accounted for less than 1%. It is advised for Brunei to diversify the economy away from the use of fossil fuels and focus more on renewable energy as part of climate change mitigation measures.
Petrochemical industry
In the western part of the country, Liang is currently experiencing a major development with the establishment of SPARK, which is a 271 hectare site developed to be a world class petrochemical hub. The first major investment at SPARK is the US$450 million Methanol plant developed by the Brunei Methanol Company, a joint venture between Petroleum Brunei and two leading Japanese companies, Mitsubishi Chemical Holdings and Itochu. The plant design will give an output of 2,500t of methanol per day (850,000t annually). The plant was officially launched by Sultan of Brunei Hassanal Bolkiah on the 25th of May 2010.
Halal brand
Brunei Darussalam in July 2009 launched its national halal branding scheme Brunei Halal which allows manufacturers in Brunei and in other countries to use the premium Brunei Halal trademark to help them penetrate lucrative markets in countries with significant numbers of Muslim consumers. The Brunei Halal brand is said to be the first proper attempt to put together a global halal brand that will reap the potential commercial returns of catering to the consumption needs of Muslims worldwide.
As envisioned by the Sultanate, the use of the Brunei Halal brand would signify to Muslim consumers the manufacturers' strict compliance with laws relating to Islamic teachings. Brunei also aims to build confidence in the brand through strategies that will both ensure the halal integrity of the products and unfaltering compliance with set rules governing the sourcing of raw materials, manufacturing process, logistics and distribution.
A new company, government-owned Brunei Wafirah Holdings Sdn Bhd, has been established as the owner of the Brunei Halal brand. Wafirah has entered into a joint venture with Brunei Global Islamic Investment and Hong Kong-based logistics firm Kerry FSDA Limited to form Ghanim International Food Corporation Sdn Bhd. Ghanim International manages the use of the Brunei Halal trademark. Producers that want to use the brand are required to first acquire the Brunei halal label (or the certification for compliance with accepted manufacturing and slaughtering practices under Islam) through the Department of Syariah Affairs' Halal Food Control Section. They can then approach Ghanim for their application to use the brand.
References
Brunei |
3662 | https://en.wikipedia.org/wiki/Telecommunications%20in%20Brunei | Telecommunications in Brunei |
Telecommunications
Telephone
Telephone service throughout the country is excellent; international service is good to Southeast Asia, Middle East, Western Europe, and the US
Main lines in use: 82,588 (2020)
Mobile phones: 565,949 (2020)
Landing points for the SEA-ME-WE-3, SJC, AAG, Lubuan-Brunei Submarine Cable via optical telecommunications submarine cables that provides links to Asia, the Middle East, Southeast Asia, Africa, Australia, and the US; satellite earth stations - 2 Intelsat (1 Indian Ocean and 1 Pacific Ocean) (2019)
IDD Country Code: +673
Mobile Telephone
Brunei has 3 major telco namely DST, Imagine (TelBru) and Progresif which offers prepaid and postpaid plan. UNN is the Single Wholesale Network with holds all the telecommunication infrastructures in Brunei.
Internet
Internet service providers: 3 (2020), Telbru, Progresif Cellular and DSTCom
Country code: .bn
Internet fixed subscriptions: 49,452 (2020)
Internet users: 410,800 (2019)
Broadband
Brunei's Internet service was monopolized by Telekom Brunei. ADSL speeds were ranging from 512 kbit/s to the maximum speed of 1 Mbit/s through ADSL2+ broadband. 1 Mbit/s was introduced in 2006 and was priced at BND$128 per month (Equivalent to Singapore currency). It was well known that the Brunei's broadband ranging from 512 kbit/s to 1 Mbit/s is one of the most expensive in the world. The limited market in Brunei means that new developments in the telecommunications sector is stagnant.
In 2002, Telekom Brunei was incorporated become Telekom Brunei Berhad (TelBru). In 2008, the internet were improved with dramatically with speeds ranging from 1Mbit/s to maximum speed of 5Mbit/s. Price starting from B$65 to B$105 per month respectively.
In 2012, Telekom Brunei started deploying its FTTH network capable of 100Mbit/s through a contract awarded to Huawei. They aimed to provide FTTH coverage to around 85% of the population by 2017.
In 2016 Telbru drastically reduced the price and increased the speeds of its broadband plans. Due to the fact that a significant number of people were now connected via FTTH and not via the old copper cables.
On 1 March 2018 Telbru rolled out their new 'high speed' broadband plans They also split the plans which have unlimited quota into 'unlimited plans'
In 2017 Forbes reported that Brunei had the 4th most expensive broadband service in the world
On 4 September 2019, The UNN took over all of the telecommunications infrastructure in Brunei. By doing so they aimed to provide equal infrastructure to all the isps in the country. This brought an end to a long held monopoly by Imagine Sdn Bhd (Formerly Known as Telbru) over the home broadband market with the introduction of Datastream Digital's 'Infinity' home broadband plans on 24 January 2020.
Television
Terrestrial TV Stations (Free to air)
In some areas residents may enjoy some of the Malaysian TV channels
RTB Perdana (Formerly known as RTB 1 and RTB 5) - An 17-hour national flagship channel of Radio Television Brunei aired news and information programs, with local and sinetron Indonesia series in 1080p HDTV.
RTB Aneka (Formerly known as RTB 2 and RTB 3 HD) - A 13-hour second channel of Radio Television Brunei airs entertainment programmes in 1080p HDTV.
RTB Sukmaindera (Formerly known as RTB 4) - A 24-hour international satellite television channel airing all of RTB programs both locally and internationally in 1080p HDTV.
Pay TV (Satellite TV) 1 - Kristal Astro
Radio
All radio stations in the country use FM. 5 radio stations are broadcast by the state controlled Radio Television Brunei. The British Forces Broadcast Service (BFBS) broadcasts 2 other stations in the country. Reception from some Malaysia stations can be received.
References
Brunei
Brunei |
3665 | https://en.wikipedia.org/wiki/Foreign%20relations%20of%20Brunei | Foreign relations of Brunei | Brunei joined ASEAN on 7 January 1984, one week after resuming full independence, and gives its ASEAN membership the highest priority in its foreign relations. Brunei joined the United Nations in September 1984. It is also a member of the Organisation of Islamic Cooperation (OIC), the Asia-Pacific Economic Cooperation (APEC) forum and the Commonwealth of Nations. Brunei hosted the APEC Economic Leaders' Meeting in November 2000. In 2005 it attended the inaugural East Asia Summit.
Brunei has a number of diplomatic missions abroad and has close relations with Singapore, sharing an interchangeable currency regime as well as close military relations with the latter island-state. Aside from relations with other ASEAN states, of which the Philippines, Indonesia, and Malaysia are key partners, Brunei also has extensive relations with the Muslim world and the Arab world outside its own region.
International organizations
Brunei became a member state of the Commonwealth in 1984, ASEAN, the United Nations and the Organisation of Islamic Cooperation, in 1984, a major player in BIMP-EAGA in 1994., and a founding member of the World Trade Organization (WTO) in 1995. Since 2009, Brunei and the Philippines signed a memorandum of understanding (MOU) that seeks to strengthen the bilateral co-operation of the two countries in the fields of agriculture and farm-related trade and investments.
Brunei and the Commonwealth of Nations
Brunei has been a fully independent member state of the Commonwealth of Nations since 1 January 1984, when it regained independence, having been under British protection and suzerainty since 1888.
Brunei is, along with Lesotho, Malaysia, Swaziland, and Tonga, a monarchy with its own monarch, the Sultan of Brunei.
Bruneians can take an appeal to the Judicial Committee of the Privy Council in London in civil cases only. The Judicial Committee of the Privy Council reports back to the Sultan in cases originating from the courts of Brunei.
Bilateral relations
See also
List of diplomatic missions in Brunei
List of diplomatic missions of Brunei
Visa requirements for Bruneian citizens
References
Brunei and the Commonwealth of Nations |
3668 | https://en.wikipedia.org/wiki/Geography%20of%20Bulgaria | Geography of Bulgaria | Bulgaria is a country situated in Southeast Europe and occupies the eastern quarter of the Balkan peninsula, being the largest country within its geographic boundaries. It is bordering Romania to the north, Serbia and North Macedonia to the west, Greece and Turkey to the south, and the Black Sea to the east. The northern border with Romania follows the river Danube until the city of Silistra. The land area of Bulgaria is (), slightly larger than that of Iceland or the U.S. state of Tennessee. Considering its relatively small size, Bulgaria has a great variety of topographical features. Even within small parts of the country, the land may be divided into plains, plateaus, hills, mountains, basins, gorges, and deep river valleys. The geographic center of Bulgaria is located in Uzana.
Bulgaria features notable diversity with the landscape ranging from the snow-capped peaks in Rila, Pirin and the Balkan Mountains to the mild and sunny Black Sea coast; from the typically continental Danubian Plain (ancient Moesia) in the north to the strong Mediterranean climatic influence in the valleys of Macedonia and in the lowlands in the southernmost of Thrace, the lowest parts of the Upper Thracian Plain, along the Maritsa River, the Southern Bulgarian Black Sea Coast. Most of the country is situated within the humid continental climate region, with Alpine climate in the highest mountains and subtropical climate in the southernmost regions.
The country has a dense river network but with the notable exception of the river Danube, they are mostly short and with low water flow. The average annual precipitation is 670 mm; the rainfall is lower in the lowlands and higher in the mountains. The driest region is Dobrudzha in the north-eastern part of the Danubian Plain (450 mm), while the highest rainfall has been measured in the upper valley of the river Ogosta in the western Balkan Mountains (2293 mm).
Bulgaria has substantial land in agriculture and forest. In 2006 land use and land cover was 5% intensive human use, 52% agriculture including pasture, 31% forest, 11% woodland-shrub, grassland, and non-vegetated, and 1% water.
Phytogeographically, Bulgaria straddles the Illyrian and Euxinian provinces of the Circumboreal Region within the Boreal Kingdom. The country falls within six terrestrial ecoregions of the Palearctic realm: Balkan mixed forests (main), Rodope montane mixed forests (main in the mountains), Euxine-Colchic deciduous forests, Aegean and Western Turkey sclerophyllous and mixed forests, East European forest steppe and Pontic–Caspian steppe.
Boundaries and territory
The borders of Bulgaria have a total length of 2,245 km; of them 1,181 km are land boundary and 686 km are formed by rivers. The coastline is 378 km.
The northern border with Romania is 609 km. Most of the frontier (470 km) is formed by the river Danube from the mouth of the river Timok in the west to the city of Silistra in the east. The land border from Silistra to Cape Sivriburun at the Black Sea is 139 km long. The Danube, with steep bluffs on the Bulgarian side and a wide area of swamps and marshes on the Romanian side, is crossed by two bridges – New Europe Bridge between Vidin and Calafat, and Danube Bridge between Ruse and Giurgiu. There are 48 Bulgarian and 32 Romanian islands along the river Danube; the largest one, Belene (41 km2), belongs to Bulgaria. The land frontier has three border crossings at Silistra, Kardam and Durankulak at the Black Sea. It is also crossed by a major gas pipeline transporting natural gas from Russia to Bulgaria.
The eastern border (378 km) is maritime and encompasses the Bulgarian Black Sea Coast from Cape Sivriburun in the north to the mouth of the Rezovo River in the south. Bulgaria's littoral forms 1/10 of the total Black Sea coastline, and includes two important gulfs, the Gulf of Varna and the Gulf of Burgas, harbouring the country's two major ports.
The southern border is 752 km long, of them 259 km are with Turkey and 493 km are with Greece. The Bulgaria–Turkey frontier runs from the mouth of the Rezovo River in the east through the Strandzha Mountains and the Dervent Heights, crosses the river Tundzha at the village of Matochina and ends at the river Maritsa at the village of Kapitan Andreevo. There are three border crossings at Malko Tarnovo, Lesovo and Kapitan Andreevo. The border with Greece runs from Kapitan Andreevo through several ridges of the Rhodope Mountains, generally following the watershed of the rivers Arda and Vacha on the Bulgarian side, runs through the Slavyanka Mountain, crosses the river Struma at the village of Kulata and runs through the crest of the Belasitsa Mountain to the Tumba Peak. There are six border checkpoints at Svilengrad, Ivaylovgrad, Makaza, Zlatograd, Ilinden and Kulata.
The western border is 506 km long, of them 165 km are with North Macedonia and 341 km are with Serbia. The frontier with North Macedonia runs from the Tumba Peak in the south through the mountains of Ograzhden, Maleshevo, Vlahina and Osogovo up to mount Kitka. There are three border crossings near the town of Petrich and at the villages of Logodazh and Gyueshevo. The border with Serbia runs from Kitka through the mountainous region Kraishte, including the Ruy Mountain, crosses the valley of the river Nishava, runs through the main watershed of the western Balkan Mountains and follows the river Timok for 15 km until its confluence with the Danube. There are five border checkpoints at Dolno Uyno, Strezimirovtsi, Kalotina, Vrashka Chuka and Bregovo.
Topography
The relief of Bulgaria is varied. In the relatively small territory of the country there are extensive lowlands, plains, hills, low and high mountains, many valleys and deep gorges. The main characteristic of Bulgaria's topography is four alternating bands of high and low terrain that extend east to west across the country. From north to south, those bands, called geomorphological regions, are the Danubian Plain, the Balkan Mountains, the Transitional region and the Rilo-Rhodope region. The easternmost sections near the Black Sea are hilly, but they gradually gain height to the west until the westernmost part of the country is entirely high ground.
Table, showing the distribution of the height zones in Bulgaria:
More than two-thirds of the country is plains, plateaus, or hilly land at an altitude less than 600 m. Plains (below 200 m) make up 31% of the land, plateaus and hills (200 to 600 m) 41%, low mountains (600 to 1,000 m) 10%, medium-high mountains (1,000 to 1,500 m) 10%, and high mountains (over 1,500 m) 3%. The average altitude of Bulgaria is 470 m.
The contemporary relief of Bulgaria is a result of continuous geological evolution. The Bulgarian lands were often submerged by ancient seas and lakes, some land layers rose others sank. Volcanic eruptions were common both on land and in the water basins. All three main groups of rocks, magmatic, sedimentary and metamorphic, are found in the country. The oldest rock formations in Bulgaria date from the Precambrian period than 500 million years ago. During the Archean, Proterozoic and Paleozoic eras (4.0 billion to 252 million years ago) the magmatic rocks were formed. Throughout most of that period the only land areas were Rila, Pirin and the western Rhodope Mountains. The Mesozoic era (252 million to 66 million years ago) saw the beginning of the Alpine orogeny that has formed the mountain ranges of the Alpide belt, including the Balkan Mountains and Sredna Gora. The Cenozoic era (since 66 million years ago) is characterized with active tectonic processes, the definitive formation of the Balkan Mountains, the formation of grabens and horsts in Rila, Pirin and Kraishte region.
Examples of rock formations in Bulgaria:
Exogenous processes such as weathering, erosion and sedimentation have an important impact on modelling the land surface and creating rock formations. The exogenous processes have formed stone rivers in Vitosha; screes in the Balkan Mountains, Rila and Pirin; earth pyramids in Melnik, Stob and Katina; landslides, mainly along the Danube banks and the northern Black Sea coast; fluvial terraces; aeolian forms, such as dunes; karst forms, including numerous caves, sinkholes, ponors, etc.
Danubian Plain
The Danubian Plain encompasses the Moesian plate and extends from the river Timok in the west to the Black Sea in the east and from the river Danube in the north to the Balkan Mountains in the south, covering 31,520 km2, or almost 1/3 of Bulgaria's total area. Its width varies from 25 to 30 km in the west to 120 km in the east. The highest point is Tarnov Dyal (502 m) on the Shumen Plateau; the average altitude is 178 m. As a result of the rock weathering processes the relief is uneven with fertile alluvial plains along the Danube (Vidinska, Chernopolska, Zlatia, Belenska, Pobrezhie, Aidemirska), and hilly terrain in the remaining area, including plateaus in the east. The altitude rises from west to east. The valleys of the rivers Vit and Yantra divide the Danubian Plain into three parts – western, central and eastern. The topography of the plain is characterized with hilly heights and plateaus. Most of the heights and all plateaus are situated in the eastern parts. There are 14 basalt mounds between Svishtov and the village of Dragomirovo.
The predominant soil types are loess in the north, reaching a depth of up to 100 m at the banks of the Danube, and chernozem in the south. The climate is temperate. The flat relief and the openness of plain to the north facilitate arrival of moist air masses in spring, summer and autumn. In winter the Danubian Plain falls under the influence of the Eastern European anticyclone, which brings cold Arctic air masses. The mean temperature in January is −1 °C and in July is 24 °C, making it the geomorphological region with the highest average annual amplitude in Bulgaria – 25 °C.
Balkan Mountains
The Balkan Mountains range is a geological continuation of the Carpathian Mountains, forming part of the Alpine-Himalayan orogenic belt. This region is subdivided into two geomorphological units, the Pre-Balkan and the Balkan Mountains, also known in Bulgarian as Стара Планина – "Old Mountain". Their average altitude is 370 m and 735 m, respectively. Its total area is 26,720 km2, of them the Pre-Balkan spans 15,730 km2 and the Balkan Mountains – almost 11,000 km2. The mountain range stretches from the valley of the river Timok in the west to Cape Emine at the Black Sea coast in the east, spanning a length of 555 km and width between 20 and 70 km. The Balkan Mountains are divided into western, central and eastern part by the Zlatitsa and Vratnik Passes. The range is highest in its central part, which includes Botev Peak at 2,376 m; the altitude drops slowly to the east until it reaches the sea. The relief is varied, with many mountain passes, gorges and landforms. The southern slopes are steeper than the northern. For the most part the Balkan Range defines the most important watershed in Bulgaria with rivers draining north to the Danube or south to the river Maritsa and the Aegean Sea. Several rivers in the east drain directly into the Black Sea. In the west, the river Iskar forms a 65-km long gorge that runs north through the mountains.
Transitional region
The Transitional geomorphological region encompasses the territory between the Balkan Mountains and the Rilo-Rhodope Massif and has complex, mosaic relief composed mainly of medium-high and low mountains, valleys and plains. The altitude decreases from west to east. This region includes the Sub-Balkan valleys; the mountains and valleys of the Kraishte region, such as Ruy Mountain, Miloslavska planina and Milevska Planina; the mountains Lyulin, Vitosha, Sredna Gora, Strandzha and Sakar; the Dervent Heights; as well as the fertile Upper Thracian Plain. The highest point is Cherni Vrah in Vitosha at 2,290 m.
The Sub-Balkan valleys include nine valleys, situated between the Balkan Mountains in the north and Vitosha and Sredna Gora in the south. With an area of 1,186 km2 and an average altitude of 550 m, Sofia Valley is the largest of the nine and contains the nation's capital, Sofia. The Rose Valley encompasses the valleys of Karlovo and Kazanlak and is renowned for its rose-growing industry, which has been thriving there for centuries, producing 85% of the world's rose oil. The Kazanlak Valley is also known as the Valley of the Thracian Kings due to the extremely high concentration and variety of monuments of the Thracian culture.
Srednogorie region stretches between the Sub-Balkan valleys in the north and the Rilo-Rhodope Massif in the south and from west to east includes the mountains Zavalska, Viskyar, Lyulin, Vitosha, Plana and Sredna Gora. The largest of these, Sredna Gora, is 280 km and reaches a maximum width of 50 km. Kraishte region covers the western parts of the Transitional geomorphological region and consists of two almost parallel mountain groups, Ruysko–Verilska and Konyavsko–Milevska, as well as numerous valleys.
The Upper Thracian Plain encompasses the middle valley of the river Maritsa and has a roughly triangular shape, situated between Sredna Gora in the north, the Rhodope Mountains in the south and Sakar Mountain in the east. The lowland is 180 km long and up to 50 km wide, spanning an area of 6,000 km2. To the east are located the Burgas Plain, Svetliyski Heights, Manastirski Heights, Dervent Heights, and the low mountains Sakar and Strandzha.
Rilo-Rhodope region
The Rilo-Rhodope geomorphological region covers the south-western regions of Bulgaria and includes the Rhodope Mountains, Rila, Pirin, Osogovo, Vlahina, Maleshevo, Ograzhden, Slavyanka and Belasitsa, as well as the valleys of the rivers Struma and Mesta. The Rhodopes are the most extensive mountain range in Bulgaria, spanning an area of 14,730 km2 with an average altitude of 785 m, characterized with gentle and densely forested slopes. Their length from west to east is 249 km and reach width of 100 km. The altitude decreases from west to east.
To the west are located Rila and Pirin, Bulgaria's two highest mountains. Rila includes Mount Musala, whose 2,925 m peak is the highest in the Balkan Peninsula, while Pirin's highest peak Vihren at 2,915 m is the third-highest in the Balkans. Both Rila and Pirin have rocky peaks, stony slopes, extensive Alpine zone and hundreds glacial lakes. Further west is the Osogovo–Belasitsa mountain group along the border with North Macedonia, whose highest peak is Ruen in Osogovo at 2,251 m.
Black Sea coast
The Bulgarian Black Sea Coast has a total length of 378 km from Durankulak in the north to the mouth of the river Rezovska in the south. The northernmost section between the Bulgarian-Romanian border to Shabla has extensive sandy beaches and several coastal lakes, then the elevation rises as the coast reaches Cape Kaliakra, with 70 m high vertical cliffs. Near Balchik and Kavarna the limestone rocky coast is cut by wooded valleys. The landscape around the coast resorts of Albena and Golden Sands is hilly, with a clearly expressed land slides. Dense forests at the mouth of the river Batova mark the beginning of Frangensko plateau. South of Varna the coastline is densely wooded, especially at the alluvial longose groves of the Kamchia Biosphere Reserve. Cape Emine marks the end of the Balkan Mountain and divides the Bulgarian Black Sea coast in northern and southern parts. The southern section has wide and long beaches, with a number of small bays and headlands. All Bulgarian Black Sea islands are situated in the southern coast: St. Anastasia, St. Cyricus, St. Ivan, St. Peter and St. Thomas. Sandy beaches occupy 34% of the Bulgarian coastline. The two most important gulf are the Gulf of Varna in the north and the Gulf of Burgas in the south, which is the largest in the Bulgarian Black Sea coast.
Climate
Considering its relatively small area, Bulgaria has variable and complex climate. The country occupies the southernmost part of the continental climatic zone, with small areas in the south falling within the Mediterranean climatic zone. The continental zone is predominant, because continental air masses flow easily into the unobstructed Danubian Plain. The continental influence, stronger during the winter, produces abundant snowfall; the Mediterranean influence increases during the second half of summer and produces hot and dry weather. Bulgaria is subdivided into five climatic zones: continental zone (Danubian Plain, Pre-Balkan and the higher valleys of the Transitional geomorphological region); transitional zone (Upper Thracian Plain, most of the Struma and Mesta valleys, the lower Sub-Balkan valleys); continental-Mediterranean zone (the southernmost areas of the Struma and Mesta valleys, the eastern Rhodope Mountains, Sakar and Strandzha); Black Sea zone along the coastline with an average length of 30–40 km inland; and alpine zone in the mountains above 1000 m altitude (central Balkan Mountains, Rila, Pirin, Vitosha, western Rhodope Mountains, etc.).
Despite the large distance, the most important climate-forming factor is the Atlantic Ocean through the atmospheric circulation of the Icelandic cyclone and the Azores anticyclone, which bring cool and rainy weather in summer and relatively mild weather with abundant snowfall in winter. The influence of the Mediterranean Sea is strongest in the southern parts of Bulgaria, mainly through the Mediterranean cyclones. Due to its small area, the influence of the Black Sea only affects a 30–40 km long strip along the coastline, mainly in summer, when the daily breeze circulation is most pronounced.
Another important factor is the relief. The Bulgarian mountains and valleys act as barriers or channels for air masses, causing sharp contrasts in weather over relatively short distances. The Balkan Mountains form a barrier which effectively stops the cool air masses coming from the north and the warm masses from the south. The barrier effect of the Balkan Mountains is felt throughout the country: on the average, northern Bulgaria is about one degree cooler and receives about 192 mm more rain than lowlands of southern Bulgaria. The Rilo-Rhodope Massif bars the warm Mediterranean air masses and limits the Mediterranean influence to the southern valleys of the rivers Struma, Mesta, Maritsa and Tundzha, despite the close proximity of the Aegean Sea.
The mean annual temperature in Bulgaria is 10.6 °C and varies from 2.9 °C at the nation's highest peak Musala to 13.9 °C at the town of Sandanski in the southern Struma valley. The average temperature in the Danubian Plain is 11.4 °C, in the Upper Thracian Plain 13.9 °C, in the lower mountains 8.1 °C and in the higher mountains 2.4 °C. The highest absolute temperature was measured at the town of Sadovo in 1916 45.2 °C; the lowest absolute temperature was measured at the town of Tran in 1947 –38.3 °C. The highest temperature in the lowlands and the hilly regions is in June, while in the higher mountains the warmest month is August. The lowest temperature is measured in January and February, respectively. Many valleys experience regular temperature inversions and fogs in winter. The country's lowest absolute temperature was measured during an inversion in the Tran valley.
The average precipitation in Bulgaria is about 670 mm. It is uneven in terms of seasons and territory. In northern Bulgaria the highest precipitation is in May–June, while in southern Bulgaria it is in winter. The average amount of precipitation also varies in term of altitude – from 450 to 850 mm in the plains to 850–1200 mm. The lowest mean precipitation is in the eastern part of Dobrudzha and the Burgas Plain (450 mm) and in the area between Plovdiv and Pazardzhik (500 mm); the highest rainfall falls in the mountains – the Petrohan Pass in the western Balkan Mountains and Zlatograd in the Rhodope Mountains. The highest annual rainfall was measured in 1957 in the upper valley of the river Ogosta in the western Balkan Mountains (2293 mm); the highest daily rainfall was recorded at Saints Constantine and Helena resort (342 mm) near Varna in 1951. The total annual amount of the rainfall is 74 billion km3; of them 70% evaporate, 20% flow into the rivers and 10% soak into the soil. Most of the country is affected by droughts in June and August. The snow cover lasts from 20 to 30 days in the lowlands to 9 months in the highest mountains.
Hydrography
Bulgaria has a dense network of about 540 rivers, but with the notable exception of the Danube, most have short length and low water-level. The density is highest in the mountain areas and lowest in Dobrudzha, the Danubian Plain and the Upper Thracian Plain. There are two catchment basins: the Black Sea (57% of the territory and 42% of the rivers) and the Aegean Sea (43% of the territory and 58% of the rivers) basins.
The Balkan Mountains divide Bulgaria into two nearly equal drainage systems. The larger system drains northward to the Black Sea, mainly by way of the Danube. This system includes the entire Danubian Plain and a stretch of land running 48–80 km inland from the coastline in the south. The Danube gets slightly more than 4% of its total volume from its Bulgarian tributaries. As it flows along the northern border, the Danube averages 1.6 to 2.4 km in width. The river's highest water levels usually occur during the May floods; it is frozen over an average of 40 days per year. The longest river located entirely in Bulgarian territory, the Iskar, with a length of 368 km and a catchment area of 8,640 km2, is the only Bulgarian Danubian tributary that does not rise in the Balkan Mountains. Instead, the Iskar has its origin in the Rila Mountains. It passes through Sofia's eastern suburbs and crosses the Balkan Mountains through a spectacular 65 km–long gorge. Other important tributaries of the Danube include the rivers Lom, Ogosta, Vit, Osam and Yantra. The longest river flowing directly to the Black Sea is the Kamchiya (254 km), while other rivers include the Batova, Provadiya, Aheloy, Ropotamo, Veleka and Rezovo.
The Aegean Sea catchment basin drains the Thracian Plain and most of the higher lands to the south and southwest. Several major rivers flow directly to the Aegean Sea. Most of these streams fall swiftly from the mountains and have cut deep, scenic gorges. The 480 km–long Maritsa (of them 321 km in Bulgaria) and its tributaries drain all of the western Thracian Plain, all of Sredna Gora, the southern slopes of the Balkan Mountains, and the northern slopes of the eastern Rhodopes. After it leaves Bulgaria, the Maritsa forms most of the Greco-Turkish border. Maritsa's major tributaries are the Tundzha, Arda, Topolnitsa, Vacha, etc. The other Bulgarian rivers flowing directly to the Aegean are the Struma and the Mesta.
Bulgaria has around 400 natural lakes with a total area of 95 km2 and volume of 278 million km3. The limans and lagoons along the Black Sea coast include from north to south Lake Durankulak, Lake Shabla, Lake Varna, Lake Beloslav, Lake Pomorie, Lake Atanasovsko, Lake Burgas and Lake Mandrensko. Of them, Lake Burgas is the most extensive with 27,6 km2 and Lake Varna has the largest volume with 165,5 million km3. The lakes along the Danube were dried to clear land for agriculture with the notable exception of the UNESCO World Heritage Site Lake Srebarna. There are 170 glacial lakes in Rila and 164 in Pirin. They are an important tourist asset. The most renown lakes include the Seven Rila Lakes, Popovo Lake, Banderishki Lakes, Vasilashki Lakes, Vlahini Lakes, etc. Swamps and marshes include Alepu, Arkutino, Aldomirovtsi Marsh, Dragoman Marsh, etc. There are around 2,200 reservoirs with a total volume of c. 7 billion km3. The largest ones are Iskar Reservoir, Ogosta Reservoir, Dospat Reservoir, Batak Reservoir, Kardzhali Reservoir, Ivaylovgrad Reservoir, Studen Kladenets, Koprinka Reservoir, Ticha Reservoir, etc.
Bulgaria is rich in mineral waters, with 225 mineral springs and a total discharge of 5000 L/s, mainly in the south-western and central parts of the country along the faults between the mountains. Most of them, 148, are situated in southern Bulgaria, while the other 77 are in the northern part of the country. The springs in the north tend to be with cool water, while those to the south are mainly warm and hot. The hottest spring in Bulgaria and the Balkans is situated in Sapareva Banya and reaches 101.4 °C. The Bulgarian word for spa, баня, transliterated as banya, appears in some of the names of more than 50 spa towns and resorts. They are located in several zones: Balkan Mountains zone (Varshets, Shipkovo, Voneshta Voda), Srednogorie zone (Sofia, Ovcha kupel, Bankya, Pancharevo, Strelcha, Hisarya, Banya, Pavel Banya), Maritsa zone (Kostenets (town), Kostenets (village), Dolna Banya, Momin Prohod), Rilo-Rhodope zone (Devin, Velingrad, Banite, Beden, Mihalkovo, Sapareva Banya), Struma zone (Kyustendil, Sandanski, Ognyanovo, Marikostinovo, Dobrinishte).
Soils
The soil cover of Bulgaria is diverse. The soil resources of the country are adequately researched and include 17 soil types and 28 sub-types. Of them, six types form 88.7% of the soil cover: cinnamon soils (22.0%); chernozem (20.4%); grey forest soils (17.0%); brown forest soils (14.8%); alluvial soils (9.0%) and smolnitsi (5.4%).
There are three soil zones. The Northern forest-steppe zone covers the Danubian Plain and the Pre-Balkan up to 600–700 m altitude. The Danubian Plain is characterised by the fertile black earth chernozem, that accounts for 54% of the zone's area, while the Pre-Balkan is dominated by grey forest soils (39%), which have good physical characteristics but are low in organic matter and phosphorus. The Southern xerothermal zone encompasses Southern Bulgaria up to 700–800 m altitude and includes several specific soil types due to the more diverse topography and climate. The most common soil types are the cinnamon forest soils with acidic (cinnamonic) traces, smolnitsi and yellow-podzolic soils. The Mountain zone covers the mountainous regions above 700–800 m altitude and has a zonal soil cover. The brown forest soils are distributed at altitudes of 1000–2000 m, the dark mountain forest soils can be found at 1700–2200 m altitude and the mountain meadow soils – above 1700 m. These soils are typically shallow and prone to erosion and are usually acid to strongly acid.
Mineral resources
There are approximately 60 types of minerals that are extracted commercially in Bulgaria. The mineral resources are divided into three groups: fossil fuels, metals and industrial minerals.
The fossil fuels include coal, petroleum and natural gas. Bulgaria possesses significant reserves of coal estimated at 4,8 billion tons. More than 92% of them, or 4,5 billion tons, is lignite, which is the lowest rank of coal due to its relatively low heat content but is widely used for electricity generation. With reserves of 2,856 billion tons Maritsa Iztok, situated in the Upper Thracian Plain, is by far the largest coal basin in the country which powers Maritsa Iztok Complex, the largest energy complex in South-Eastern Europe. Other lignite basins include Sofia valley (reserves of 870 million tons), Elhovo (656 million tons), Lom (277 million tons), Maritsa Zapad (170 million tons). The reserves of sub-bituminous coal are 300 million tons, situated mainly near Bobov Dol, Pernik and Burgas. The recoverable reserves of bituminous coal and anthracite are insignificant – only 10 and 2,5 million tons respectively. However, there is a huge basin of bituminous coal in Southern Dobruja with estimated reserves of over 1 billion tons but its large depth (1370–1950 m) is an obstacle for its commercial exploitation.
The Bulgarian exclusive economic zone has a total size of in the Black Sea. Petroleum and natural gas are found in northern Bulgaria and its EEZ in the Black Sea. Crude oil is extracted in Dolni Dabnik and Gigen in Pleven Province and in Tyulenovo, Dobrich Province. The proven reserves are 20 million tons but there are prospects for new discovering in the EEZ. Gas fields have been discovered off cape Kaliakra (reserves of 3 billion m3), Deventsi (6 billion m3), between Lovech and Etropole (est. 22 billion m3), as well as near Devetaki and Butan. It is estimated that the 14,220 m2 Khan Asparukh Block in the northern section of the Bulgarian EEZ has natural gas reserves of 100 billion m3.
Bulgaria has significant reserves of metal ores, especially copper, zinc and lead, situated mainly in the southern half of the country. The two largest iron ore mines are located in Kremikovtsi near Sofia and Krumovo, Yambol Province with total reserves of 430 million tons. Manganese ore is extracted near Obrochishte in Dobrich Province (reserves of 85 million tons), as well as in the provinces of Sofia and Varna. The reserves of chromium are small and are scattered in the Rhodope Mountains. Bulgaria possesses important reserves of lead and zinc, of them 60% are situated in the southern reaches of the Rhodope Mountains along the border with Greece at Madan, Zlatograd, Madzharovo, Rudozem, Laki, etc. Other mines are located near Ustrem and Gyueshevo. The reserves of copper ore are also significant, situated mainly at Asarel Medet near Panagyurishte, Elatsite mine near Etropole (650 million tons), Elshitsa, Medni Rid near Burgas, etc. There is gold near Tran, Chelopech and Madzharovo, as well as small quantities of platinum, silver, molybdenum, nickel and tungsten.
Bulgaria is rich in industrial minerals, with 70 types being mined. There are important reserves of rock salt near the town of Provadia (4,4 billion tons). Solnitsata, an ancient town located nearby is believed by Bulgarian archaeologists to be the oldest in Europe and was the site of a salt production facility approximately six millennia ago. The reserves of kaolinite are estimated at 70 million tons, situated mainly in north-eastern Bulgaria – Kaolinovo, Todor Ikonomovo, Senovo and Vetovo. Marble is extracted in the mountainous regions – Pirin, Rhodopes, Strandzha, the western Balkan Mountains. There are important quantities of limestone, gypsum, baryte, perlite, feldspar, granite, etc.
Biodiversity
The interaction of complex climatic, hydrological, geological and topographical conditions make Bulgaria one of the most biologically diverse countries of Europe. Phytogeographically, Bulgaria straddles the Illyrian and Euxinian provinces of the Circumboreal Region within the Boreal Kingdom. The country falls within six terrestrial ecoregions of the Palearctic realm: Balkan mixed forests, Rodope montane mixed forests, Euxine-Colchic deciduous forests, Aegean and Western Turkey sclerophyllous and mixed forests, East European forest steppe and Pontic–Caspian steppe. Around 35% of Bulgaria's land area consists of forests, which include some of the oldest trees in the world, such as Baikushev's pine and the Granit oak. Bulgaria's flora contains between 3,800 and 4,200 vascular plant species of which 170 are endemic and 150 are considered endangered. There more than 6,500 species of non-vascular plants and fungi.
Bulgaria's vertebrate fauna is among the most diverse in Europe. The zoogeographical regions are three: the Eurosiberian region, encompassing the Danubian Plain and the mountainous regions of the country; the Irano-Turanian Region encompassing Southern Dobrudzha; and the Mediterranean region that includes the Upper Thracian Plain, the lower Struma valley and the Black Sea coast. Bulgaria is inhabited by around 100 mammal species, including brown bears, grey wolves, Eurasian lynxes, golden jackals, red deer and roe deer among other. The avian fauna is represented by 426 species of birds, which is the second highest number in Europe. Important conservation species are the eastern imperial eagle, the cinereous vulture, the great white pelican, the Dalmatian pelican, etc. The reptiles and the amphibians found in Bulgaria are 38 and 20 species respectively. The ichthyofauna of the country has not been fully researched. As of 2000 there are 207 fish species. There are an estimated 27,000 species of insects and other invertebrates.
Concern about biodiversity conservation remains strong within the country. In 1998 the Government of Bulgaria approved the National Biological Diversity Conservation Strategy, which was inspired by the Pan European Strategy for Biological and Landscape Diversity. Bulgaria has some of the largest Natura 2000 areas in the European Union covering 33.8% of its territory. The national policy for governing and management of the protected areas is implemented by the Ministry of Environment and Water. Bulgaria's biodiversity is conserved in three national parks, 11 nature parks and 54 nature reserves. Of them, Pirin National Park and Srebarna Nature Reserve are included in the UNESCO World Heritage List. Spanning a territory of 1,161 square kilometres Strandzha Nature Park is the largest protected area in the country. Established in 1936 Vitosha Nature Park is the oldest in Bulgaria and in the Balkan Peninsula.
See also
Extreme points of Bulgaria
Reservoirs and dams in Bulgaria
Rivers of Bulgaria
List of cities in Bulgaria
List of mountains in Bulgaria
List of islands of Bulgaria
Livingston Island
Geography of Europe
Footnotes
Citations
References
Sources
External links
bn:বুলগেরিয়া#ভূগোল |
3670 | https://en.wikipedia.org/wiki/Politics%20of%20Bulgaria | Politics of Bulgaria | The politics of Bulgaria take place in a framework of a parliamentary representative democratic republic, whereby the Prime minister is the head of government, and of a multi-party system. Executive power is exercised by the government. Legislative power is vested in both the government and the National Assembly. The Judiciary is independent of the executive and the legislature.
After 1989, after forty-five years of single party system, Bulgaria had an unstable party system, dominated by democratic parties and opposition to socialists - the Union of Democratic Forces and several personalistic parties and the post-communist Bulgarian Socialist Party or its creatures, which emerged for a short period of time in the past decade, personalistic parties could be seen as the governing Simeon II's NDSV party and Boyko Borisov's GERB party.
Bulgaria has generally good freedom of speech and human rights records as reported by the US Library of Congress Federal Research Division in 2006, while Freedom House listed it as "free" in 2020, giving it scores of 33 for political rights and 45 for civil liberties. However, in 2014, there was some concern that the proposed new Penal Code would limit freedom of the press and assembly, and as a consequence freedom of speech.
Developments since 1990
Parliamentary
After the fall of the communism in 1989, the former communist party was restructured and succeeded by the Bulgarian Socialist Party (BSP), which won the first post-communist elections for the Constitutional Assembly in 1990 with a small majority. Meanwhile, Zhelyu Zhelev, a communist-era dissident from the new democratic party - Union of Democratic Forces (abbreviated in Bulgarian as SDS), was elected president by the Assembly in 1990. In the first years after the change of regime, Bulgarian politics had to (re)establish the foundations of a democratic society in the country after nearly fifty years of de facto totalitarian communism. The so-called period of transition (from a Soviet socialist model to an economic structure focused on development through economic growth) began in the early 1990s. The politics of Bulgaria was aimed at joining the European Union and the NATO fold, as the alliances were recognised to have political agendas similar to the goals of the new Bulgarian democracy.
In contemporary Bulgaria, the government and its leader - the Prime Minister, have more political influence and significance than the President. Thus, the parliamentary elections set the short-term social and political environment in the country since the cabinet (chosen by the Prime Minister and approved by the parliament) decides how the country is governed while the President can only make suggestions and impose vetoes.
In the first parliamentary elections held under the new constitution of Bulgaria, in October 1991, the Union of Democratic Forces (SDS) party won a plurality of the seats, having won 110 out of the 240 seats, and created a cabinet alone with the support of the Movement for Rights and Freedoms—a liberal party (in Bulgarian abbreviated: DPS) which is widely perceived as a party of the ethnic Turks minority in Bulgaria. Yet, their government collapsed in late 1992, and was succeeded by a technocratic team put forward by the Bulgarian Socialist Party (BSP), which served until 1994 when it also collapsed. The President dissolved the government and appointed a provisional one to serve until early parliamentary elections could be held in December.
BSP won convincingly these elections in December 1994 with a majority of 125 seats out of the 240. Due to the severe economic crisis in Bulgaria during their government, BSP's cabinet collapsed and in 1997 a caretaker cabinet was appointed by the President, again, to serve until early parliamentary elections could be held in April 1997.
The April 1997 elections resulted in a landslide victory for the SDS, winning a majority of 137 seats in parliament, and allowing them to form the next government. This proved to be the first post-communist government that did not collapse and served its full 4-year term until 2001.
In 2001, the former monarch of Bulgaria Simeon Saxe-Coburg-Gotha returned to power, this time as Prime Minister with his National Movement Simeon II (in Bulgarian abbreviated: NDSV), having won half (120) of the seats. His party entered a coalition with the DPS and invited two functionaries of the BSP (who sat as independents). In opposition were the two previously governing parties - the Socialist Party and the Union of Democratic Forces. In the four years in opposition the SDS suffered the defection of numerous splinter groups. The ruling party NDSV itself ruptured into a pro-right core and a pro-liberal fringe group. Bulgaria entered NATO in 2004.
In the aftermath, the BSP won the parliamentary elections in 2005 with 82 out of the 240 seats, but as it didn't get the majority of the seats, a coalition government was formed by the three biggest parties - BSP, NDSV and DPS. The elections also put in parliament some of the right-wing parties, as well as the extreme-right nationalist coalition led by the party Ataka as an answer to the former coalition government of NDSV with DPS. Bulgarian entered the European Union in 2007.
In the parliamentary elections of 2009, the centre-right party of Boyko Borisov, the mayor of Sofia, GERB, won with 117 seats. The party formed a minority government with the support of the right-wing parties. Once the governing party - the National Movement Simeon II did not amass enough votes to enter the parliament. The austerity measures required in the stagnation of the Global Financial Crisis led to massive protests and the resignation of the cabinet in early 2013, months before the end of GERB's term.
In the early elections the former opposition party BSP received highest vote from the people. However, as GERB received only 84 of the 240 seats, and failed to make a coalition, they refused the mandate, handing it down to the next party BSP. The socialist party chose the non-party former Minister of Finance Plamen Oresharski to form a cabinet. His cabinet was supported by the BSP and the DPS, opposed by GERB, while Ataka was absent.
Only two weeks after its initial formation the Oresharski government came under criticism and had to deal with large-scale protests some with more than 11 000 participants. One of the main reasons for these protests was the controversial appointment of media mogul Delyan Peevski as a chief of the National Security State Agency. The protests continued over the lifetime of the Oresharski government. In all, the government survived 5 votes of no-confidence before voluntarily resigning. Following an agreement from the three largest parties (GERB, BSP and DPS) to hold early parliamentary elections for 25 March 2016, the cabinet agreed to resign, with the resignation of the cabinet becoming a fact on 13 January 2016. The next day parliament voted 180-8 (8 abstained and 44 were absent) to accept the government's resignation. Following the vote, President Plevneliev offered the mandate to GERB to try and form government, but it was refused. The next day the BSP returned the mandate as well. On 21 January, the DPS refused the mandate as well. Finally, on 26 January, a caretaker government led by Georgi Bliznashki was sworn into office and the Oresharski government was officially dissolved.
As agreed, parliamentary elections were held on 25 March 2016 to elect the 43rd National Assembly. GERB remained the largest party, winning 84 of the 240 seats with around a third of the vote. A total of eight parties won seats, the first time since the beginning of democratic elections in 1990 that more than seven parties entered parliament. After being tasked by President Rosen Plevneliev to form a government, Borisov's GERB formed a coalition with the Reformist Bloc, had a partnership agreement for the support of the Alternative for Bulgarian Revival, and also had the outside support of the Patriotic Front. The cabinet of twenty ministers was approved by a majority of 136-97 (with one abstention). With the support of the coalition partner (the Reformist Bloc) members of the parties in the Bloc (Democrats for a Strong Bulgaria (DSB), Union of Democratic Forces (SDS), Bulgaria for Citizens Movement (DBG) and Bulgarian Agrarian National Union (BZNS)) were chosen for Minister positions. The vice chairman of the Alternative for Bulgarian Revival party Ivaylo Kalfin was voted for Depute Prime Minister and Minister of Labor and Social Policy.
In May 2017, Boyko Borisov was re-elected as Prime Minister of Bulgaria for the second time. Borisov had resigned and called early elections after his conservative GERB party lost the presidential elections previous year. He formed a coalition government with nationalist VMRO-BND and National Front for Salvation of Bulgaria. The Socialist Party and the Turkish DPS party formed the opposition.
The 2020–2021 Bulgarian protests were triggered on 9 July 2020 when the Presidency of Bulgaria was raided by police and prosecutors as a result of a long-lasting conflict between the prime minister Boyko Borisov and the president Rumen Radev. In April 2021, Borisov's party, center-right, pro-European GERB won the parliamentary election. It was again the largest party of the parliament but it did not get the absolute majority, indicating difficult coalition talks. All other parties refused to form a government, and after a brief deadlock, another elections were called for July 2021, with Stefan Yanev serving as an interim Prime Minister of a caretaker cabinet until then.
In July 2021 snap election, anti-elite party called There Is Such a People (ITN) finished first with 24.08 percent and former Prime Minister Boyko Borisov's GERB-led coalition was the second with 23.51 percent of the vote. The next snap election was in November same year, Kiril Petkov's PP party emerged as surprise victors over the conservative GERB party, which dominated Bulgarian politics in the last decade. In December 2021, Bulgaria’s parliament formally elected Kiril Petkov as the country's next prime minister, ending a months-long political crisis. The new centrist-led government - a coalition led by Petkov’s anti-corruption We Continue The Change party (PP) and three other political groups - the left-wing Bulgarian Socialist Party, the anti-elite There Is Such A People party, and the liberal group Democratic Bulgaria. They together control 134 seats in Bulgaria’s 240-seat parliament.
Presidential
In 1992, Zhelyu Zhelev won Bulgaria's first presidential elections and served as president until 1997. In the second, the winning President was another member of the Union of Democratic Forces, Petar Stoyanov, who served until 2002. In 2001, the leader of the Bulgarian Socialist Party, Georgi Parvanov defeated Stoyanov. He took office in 2002 and served until 2012, becoming the first president to be reelected, after his successful 2006 campaign. In 2011 GERB candidate Rosen Plevneliev was elected to serve as president from 2012 until January 2017. In 2016 Socialist party candidate, former air force commander Rumen Radev won the presidential election. On 18 January 2017, Rumen Radev was sworn in as the new President of Bulgaria. President Rumen Radev, a vocal critic and rival of prime minister Borisov, announced that he will run for a second five-year term in autumn 2021 presidential elections. In Novembrer 2021, President Rumen Radev was easily re-elected in the presidential election with a very low turnout of 34 per cent.
Executive branch
The president of Bulgaria is directly elected for a 5-year term with the right to one re-election. The president serves as the head of state and commander in chief of the armed forces. The President's main duties are to schedule elections and referendums, represent Bulgaria abroad, conclude international treaties, and head the Consultative Council for National Security. The President may return legislation to the National Assembly for further debate—a kind of veto—but the legislation can be passed again by an absolute majority vote.
The Council of Ministers is the principal organ of the executive branch. It is usually formed by the majority party in Parliament, if one exists, or by the largest party in Parliament along with coalition partners. Chaired by the Prime Minister, it is responsible for carrying out state policy, managing the state budget, and maintaining law and order. The Council must resign if the National Assembly passes a vote of no confidence in the council or the Prime Minister or rejects a vote of confidence.
The current government is a coalition between the center-right GERB party and the populist nationalist United Patriots.
Legislative branch
The Bulgarian unicameral parliament, the National Assembly or Narodno Sabranie, consists of 240 deputies who are elected for 4-year-terms by popular vote. The votes are for party or coalition lists of candidates for each of the 28 administrative divisions. A party or coalition must garner a minimum of 4% of the vote in order to enter parliament. Parliament is responsible for enactment of laws, approval of the budget, scheduling of presidential elections, selection and dismissal of the prime minister and other ministers, declaration of war, deployment of troops outside of Bulgaria, and ratification of international treaties and agreements.
Elections
Parliamentary elections
Presidential elections
Judicial branch
The Bulgarian judicial system consists of regional, district and appeal courts, as well as a Supreme Court of Cassation and one Specialized Criminal Court. In addition, there is a Supreme Administrative Court and a system of military courts. The Presidents of the Supreme Court of Cassation and the Supreme Administrative Court as well as the Prosecutor General are elected by a qualified majority of two-thirds from all the members of the Supreme Judicial Council and are appointed by the President of the Republic. The Supreme Judicial Council is in charge of the self-administration and organisation of the Judiciary.
A qualified majority of two-thirds of the membership of the Supreme Judicial Council elects the Presidents of the Supreme Court of Cassation and of the Supreme Administrative Court, as well as the Prosecutor General, from among its members; the President of the Republic then appoints those elected.
The Supreme Judicial Council has charge of the self-administration and organization of the Judiciary.
The Constitutional Court of Bulgaria supervises the review of the constitutionality of laws and statutes brought before it, as well as the compliance of these laws with international treaties that the Government has signed. Parliament elects the 12 members of the Constitutional Court by a two-thirds majority. The members serve for a nine-year term.
Administrative divisions
The territory of the Republic of Bulgaria is divided into provinces and municipalities. In all Bulgaria has 28 provinces, each headed by a provincial governor appointed by the government. In addition, there are 263 municipalities.
Other data
Political pressure groups and leaders:
Confederation of Independent Trade Unions of Bulgaria or CITUB
Confederation of Labour Podkrepa
numerous regional, ethnic, and national interest groups with various agendas
See also
Prime Minister of Bulgaria
List of prime ministers of Bulgaria
List of heads of state of Bulgaria
List of ministries of Bulgaria
Foreign relations of Bulgaria
Flag of Bulgaria
References |
3671 | https://en.wikipedia.org/wiki/Economy%20of%20Bulgaria | Economy of Bulgaria | The economy of Bulgaria functions on the principles of the free market, having a large private sector and a smaller public one. Bulgaria is an industrialised upper-middle-income country according to the World Bank, and is a member of the European Union (EU), the World Trade Organization (WTO), the Organization for Security and Co-operation in Europe (OSCE) and the Organization of the Black Sea Economic Cooperation (BSEC). The Bulgarian economy has experienced significant growth (538%), starting from $13.15 billion (nominal, 2000) and reaching estimated gross domestic product (GDP) of $86 billion (nominal, 2022 est.) or $203 billion (PPP, 2022 est.), GDP per capita of $31,148 (PPP, 2022 est.), average gross monthly salary of 1,676 leva (857 euro) (December 2021), and average net monthly salary of $1,838 (adjusted for living costs in PPP) (2021). The national currency is the lev (plural leva), pegged to the euro at a rate of 1.95583 leva for 1 euro. The lev is the strongest and most stable currency in Eastern Europe.
The strongest sectors in the economy are energy, mining, metallurgy, machine building, agriculture and tourism. Primary industrial exports are clothing, iron and steel, machinery and refined fuels.
Sofia is the capital and economic heart of Bulgaria and home to most major Bulgarian and international companies operating in the country, as well as the Bulgarian National Bank and the Bulgarian Stock Exchange. Plovdiv is the second-largest city and has one of the largest economies in Bulgaria. Varna is the third largest city in Bulgaria and the largest city and seaside resort on the Bulgarian Black Sea Coast. Situated strategically in the Gulf of Varna, economically, Varna is among the best-performing and fastest-growing Bulgarian cities.
The Bulgarian economy has developed significantly in the last 26 years, despite all difficulties after the disband of Comecon in 1991. In the early 1990s, the country's slow pace of privatization, contradictory government tax and investment policies, and bureaucratic red tape kept the foreign direct investment (FDI) among the lowest in the region. Total FDI from 1991 through 1996 was $831 million.
In December 1996, Bulgaria joined the World Trade Organization. In the years since 1997, Bulgaria begun to attract substantial foreign investment. In 2004 alone, over 2.72 billion euro ($3.47 billion) were invested by foreign companies. In 2005, economists observed a slowdown to about 1.8 billion euro ($2.3 billion) in the FDI, which is attributed mainly to the end of the privatization of the major state owned companies.
After joining the European Union in 2007, Bulgaria registered a peak in foreign investment of about 6 bln euro.
Low productivity and competitiveness on the European and world markets alike due to inadequate R&D funding, however, still remain a significant obstacle for foreign investment.
Nevertheless, according to the latest Annual report of the Economic Research Institute at the Bulgarian Academy of Sciences, the average salary in Bulgaria is a quarter (1/4) of the average salary in the European Union, and should be two times higher when the labour productivity is calculated in the formula.
During the Great Recession, Bulgaria saw its economy decline by 5.5% in 2009, but quickly restored positive growth levels to 0.2% in 2010, in contrast to other Balkan countries. However, the growth continued to be weak in the following years, and GDP only reached pre-crisis levels in 2014.
History
Beginning of the 20th century and until 1990
The first modern factory in Bulgaria was set up in Sliven in 1836; since then and especially after the 1860s, the economy of Bulgaria as a whole was in a state of upswing, this being particularly felt in the early 20th century and especially in the 1920s. During the 1930s, the Bulgarian economy was described as an economy militarily bound to Germany. In the early 1940s, as Germany began to lose the Second World War, the Bulgarian economy suffered a decline. As a whole, the period between the 1880s and 1945 was marked by strong industrialization (during the 17th and 18th century Bulgaria had a largely undeveloped industry with agriculture, crafts, and partly trade being the only developed industry sectors). During the Socialism era, Bulgarian economy continued to be industrialized, although free market trade substantially decreased, as private market initiatives became state-regulated. Still, the Bulgarian economy made significant overall progress in modernizing road infrastructure, airline transportation, as well as developing the tourism sector by building tourist resorts along the Black sea coast and the mountain regions.
From the end of World War II until the widespread change of regime in Eastern Europe in November 1989, the Bulgarian Communist Party (BCP) exerted complete economic, social and political control in Bulgaria. The party's ascent to power in 1944 had marked the beginning of economic change towards planned economy. During that time, Bulgaria followed the Soviet model of economic development more closely than any other member of the Eastern Bloc, while becoming one of the first members of Comecon. The new regime shifted the economy type from a predominantly agrarian one towards an industrial economy, while encouraging the relocation of the labour force from the countryside to the cities, thus providing workers for the newly built large-scale industrial complexes. At the same time, the focus of Bulgarian international trade shifted from Central Europe to Eastern Europe and the USSR.
These new policies resulted in impressive initial rates of economic development. Bulgarian economy closely resembled that of the Soviet Union. Soviet-style centralised planning formed by consecutive five-year plan periods had more immediate benefits there compared to the other Eastern European states where it was first applied in the early 1950s. Throughout the postwar period, economic progress was also substantially assisted by a level of internal political stability unseen in other Eastern European countries during the same period. That represented a change on the Bulgarian political scene as political turbulence was common before BCP's ascent to power.
Nonetheless, beginning in the early 1960s, low capital and labour productivity, as well as expensive material inputs, plagued the Bulgarian economy. With disappointing rates of growth came a high degree of economic experimentation. This experimentation took place within the socialist economic framework, although never approaching a market-based economy.
In the late 1980s, continuing poor economic performance intensified economic hardship. By that time, the misdirection and irrationality of BCP economic policies had become quite clear. Bulgaria's economy contracted dramatically after 1987, shortly before Comecon, with which the Bulgarian economy had integrated closely, dissolved in 1991. On 10 November 1989, at the November plenum of BCP, Todor Zhivkov was dismissed from his long-held party leader and head of state positions. The communist regime gave way to democratic elections and government. Unlike the communist parties in most other Eastern European states, the BCP (changing its name to Bulgarian Socialist Party) retained power by winning the first free national elections in June 1990. That was made possible by changes in party leadership, programme, reduction of its power base and other moves which permitted economic re-orientation toward a market system. This difficult transition combined with political vagueness and unpreparedness of the Bulgarian people for social and economic changes led to dramatically worsening economic conditions during the early 1990s.
1990–2000
Economic performance declined dramatically at the beginning of the 1990s after the disbandment of the Comecon system and the loss of the Soviet and Comecon market, to which the country had been entirely tied. Also, as a result of political unrest with the first attempts to re-establish a democratic political system and free market economy the standard of living fell by about 40%, and only started to stabilize significantly after 1998 after the fall of Jean Videnov's socialist government. It regained pre-1989 levels by June 2004.
First signs of recovery showed in 1994 when GDP grew by 1.4%. This progress continued with a 2.5% rise in 1995. Inflation, which surged to 122% in 1994, fell to normal rates of 32.9% in 1995. During 1996, however, the economy collapsed during Jean Videnov's government. That was due to the Bulgarian Socialist Party's inability to introduce vital economic reforms and failure to set legislative standards for banking and financial institutions, thus forcing an unstable banking system. All this led to an inflation rate of 311%, and the collapse of the lev. In the spring 1997, the pro-reform United Democratic Forces coalition came to power with its ambitious economic reform package. The reforms included introduction of a currency board regime, which was agreed to with the International Monetary Fund and the World Bank, and allowed the economy to stabilize. The 2000s saw a steady pace of growth and budget surpluses, but shaky inflation.
Successful foreign direct investment and successive governments have demonstrated a commitment to economic reforms and responsible fiscal planning that have contributed greatly to the Bulgarian economy, with a historical growth rate average of 6% a year. Corruption in the public administration and a weak judiciary have continued to be long-term problems, with presence of organized crime remaining very high.
Although politicians were giving warranties that the late-2000s recession would not hit Bulgaria, the economy suffered a 5.5% GDP decline in that period. Unemployment rose for at least five-quarters bringing Bulgaria's worst recession since the early 1990s. Still, economic circumstances were not too severe when compared to the rest of Europe. Future prospects are tied to the country's increasingly important integration with the European Union member states.
Reforms of the 1990s and early 2000s
Members of the government promised to move forward on cash and mass privatization upon taking office in January 1995 but were slow to act. United Nations sanctions against Yugoslavia and Iraq (1990–2003), two of the country's most significant trading partners, took a heavy toll on the Bulgarian economy. The first signs of recovery emerged in 1994 when the GDP grew and inflation fell. The first round of mass privatisation finally began in January 1996, and auctions began toward the end of that year. The second and third rounds were conducted in Spring 1997 under a new government. In July 1998, the UDF-led government and the IMF reached an agreement on a 3-year loan worth about $800 million, which replaced the 14-month stand-by agreement that expired in June 1998. The loan was used to develop financial markets, improve social safety net programmes, strengthen the tax system, reform agricultural and energy sectors, and further liberalise trade. The European Commission, in its 2002 country report, recognised Bulgaria as a functioning market economy, acknowledging the progress made by Prime Minister Ivan Kostov's government toward market-oriented reforms.
Rebound from the February 1997 crisis
In April 1997, the Union of Democratic Forces (SDS) won pre-term parliamentary elections and introduced an IMF currency board system which succeeded in stabilizing the economy. The triple digit inflation of 1996 and 1997 has given way to an official economic growth, but forecasters predicted accelerated growth over the next several years. The government's structural reform program includes:
privatization and, where appropriate, liquidation of state-owned enterprises (SOEs);
liberalization of agricultural policies, including creating conditions for the development of a land market;
reform of the country's social insurance programs; and
reforms to strengthen contract enforcement and fight crime and corruption.
Despite reforms, weak control over privatization led many successful state enterprises to bankruptcy. The SDS government also failed to stop the growing negative account balance, which has since then continued to increase, reaching a negative of $12.65 billion in 2008. The government elected in 2001 pledged to maintain the fundamental economic policy objectives adopted by its predecessor in 1997, specifically: retaining the Currency Board, implementing sound financial policies, accelerating privatisation, and pursuing structural reforms. Both governments failed to implement sound social policies.
The economy really took off between 2003 and 2008 and growth figures quickly shot up, fluctuating between figures as high as 6.6% (2004) and 5.0% (2003). Even in the last pre-crisis year, 2008, the Bulgarian economy was growing rapidly at 6.0%, despite significantly slowing down in the last quarter.
Part of the European Union
On 1 January 2007 Bulgaria entered the European Union. This led to some immediate international trade liberalization, but there was no shock to the economy. The government ran annual surpluses of above 3%. This fact, together with annual GDP growth of above 5%, has brought the government indebtedness to 22.8% of GDP in 2006 from 67.3% five years earlier. This is to be contrasted with enormous current account deficits. Low interest rates guaranteed availability of funds for investment and consumption. For example, a boom in the real estate market started around 2003. At the same time annual inflation in the economy was variable and during the last five years (2003–2007) has seen a low of 2.3% and high of 7.3%. Most importantly, this poses a threat to the country's accession to the Eurozone. The Bulgarian government originally planned to adopt the Euro no sooner than 2015. Although Bulgaria will have to adopt the euro as a condition to membership, plans have since been postponed for better economic times. From a political point of view, there is a trade-off between Bulgaria's economic growth and the stability required for early accession to the monetary union. Bulgaria's per-capita PPP GDP is still only about a half of the EU27 average, while the country's nominal GDP per capita is about 20% of the EU27 average. However, Bulgaria ranks 38th (2015) in the Ease of Doing Business rank list, higher than most other Eastern European states, and 40th (2012) in the Economic Freedom of the World index, outperforming Belgium, Spain, Poland, Hungary, Portugal. Bulgaria also has the lowest personal and corporate income tax rates in the EU, as well as the second lowest public debt of all European Union member states at 16.2% of GDP in 2010.
Financial crisis of 2007–2008
The country suffered a difficult start to 2009, after gas supplies were cut in the Russia-Ukraine gas dispute. Industrial output suffered, as well as public services, exposing Bulgaria's overdependence on Russian raw materials.
The financial crisis of 2007–2008 applied downward pressure on growth and employment by the last quarter of 2008. The real estate market, although not plummeting, ground to a halt and growth was significantly lower in the short-to-medium run.
During 2009, the grim forecasts for the effects of the Great Recession on the Bulgarian economy largely materialized. Although suffering less than the worst-hit countries, Bulgaria recorded its worst economic results since the 1997 meltdown. GDP shrank by around 5% and unemployment jumped. Consumer spending and foreign investment dropped dramatically and depressed growth in 2010 to 0.3%. Unemployment remains consistently high at around 10%.
New government and fiscal discipline
The government of Boyko Borisov elected in 2009 undertook steps to restore economic growth, while attempting to maintain a strict financial policy. The fiscal discipline set by Finance Minister Djankov proved successful and together with reduced budget spending it placed Bulgarian economy on the stage of steadily though slowly growing in the midst of world crisis. On 1 December 2009, Standard & Poor's upgraded Bulgaria's investment outlook from "negative" to "stable," which made Bulgaria the only country in the European Union to receive positive upgrade that year. In January 2010 Moody's followed with an upgrade of its rating perspective from "stable" to "positive."
Bulgaria was expected to join the Eurozone in 2013 but after the rise of some instability in the zone Bulgaria is withholding its positions towards the Euro, combining together positive and realistic attitudes. The Bulgarian lev is anyway bound to the euro. Bulgaria regards becoming a member of the Eurozone at present as too risky. The 2012 Transatlantic Trends poll found that 72 percent of Bulgarians did not approve of the economic policy pursued by the government of the (then) ruling center-right GERB party and Prime Minister Boyko Borisov.
Economic statistics
Data
Data
The following table shows the main economic indicators in 1980–2017. Inflation under 2% is in green.
Actual Current and Past Data
Household income or consumption by percentage share:
lowest 10%: 2.9%
highest 10%: 25.4% (25.4)
Distribution of family income - Gini index:
36.6% (2013)
Industrial production growth rate:
11.3% (Third Quarter)
Electricity:
production: 45.7 TWh (2006)
consumption: 37.4 TWh (2006)
exports: 7.8 TWh (2006)
imports: 0 TWh (2006)
Electricity - production by source:
fossil fuel: 47.8%
hydro: 8.1%
nuclear: 44.1%
other: 0% (2001)
Oil:
production: 3,000 bbl/day (2005 est.)
consumption: 131,400 bbl/day (2005 est.)
exports: 51,000 (2005 est.)
imports: 138,800 (2004 est.)
proved reserves: 15 million bbl (1 January 2006)
Natural gas:
production: 407,000 cu m (2005 est.)
consumption: 5.179 billion cu m (2005 est.)
exports: 0 cu m (2005 est.)
imports: 5.8 billion cu m (2005)
proved reserves: 5.703 billion cu m (1 January 2006 est.)
Agriculture - products:
vegetables, fruits, tobacco, livestock, wine, wheat, barley, sunflowers, sugar beets
Current account balance:
$ -5.01 billion (2006 est.)
Reserves of foreign exchange & gold:
$11.78 billion (2006 est.)
Exchange rates:
Sectors
Industry and construction
Much of Bulgaria's communist-era industry was heavy industry, although biochemicals and computers were significant products beginning in the 1980s. Because Bulgarian industry was configured to Soviet markets, the end of the Soviet Union and the Warsaw Pact caused a severe crisis in the 1990s. After showing its first growth since the communist era in 2000, Bulgaria's industrial sector has grown slowly but steadily in the early 2000s. The performance of individual manufacturing industries has been uneven, however. Food processing and tobacco processing suffered from the loss of Soviet markets and have not maintained standards high enough to compete in Western Europe. Textile processing generally has declined since the mid-1990s, although clothing exports have grown steadily since 2000.
Oil refining survived the shocks of the 1990s because of a continuing export market and the purchase of the Burgas refinery by the Russian oil giant LUKoil. The chemical industry has remained in good overall condition but is subject to fluctuating natural gas prices. Growth in ferrous metallurgy, which is dominated by the Kremikovtsi Metals Combine, has been delayed by a complex privatization process and by obsolete capital equipment. Non-ferrous metallurgy has prospered because the Pirdop copper smelting plant was bought by Union Minière of Belgium and because export markets have been favourable.
The end of the Warsaw Pact alliance and the loss of Third World markets were grave blows to the defence industry. In the early 2000s, the industry's plan for survival has included upgrading products to satisfy Western markets and doing cooperative manufacturing with Russian companies. The electronics industry, which also was configured in the 1980s to serve Soviet markets, has not been able to compete with Western computer manufacturers. The industry now relies on contract agreements with European firms and attracting foreign investment. The automotive industry has ceased the manufacture of cars, trucks, and buses. Manufacture of forklifts, a speciality in the communist era, also has stopped. In the early 2000s, shipbuilding has prospered at the major Varna and Ruse yards because of foreign ownership (Ruse) and privatization (Varna).
Only in recent years electronics and electric equipment production has regained higher levels. The largest centres include Sofia, Plovdiv and the surrounding area, Botevgrad, Stara Zagora, Varna, Pravets and many other cities. Household appliances, computers, CDs, telephones, medical and scientific equipment are being produced. In 2008 the electronics industry shipped more than $260 million in exports, primarily of components, computers and consumer electronics.
Many factories producing transportation equipment still do not operate at full capacity. Plants produce trains (Burgas, Dryanovo), trams (Sofia), trolleys (Dupnitsa), buses (Botevgrad), trucks (Shumen), motor trucks (Plovdiv, Lom, Sofia, Lovech). Lovech has an automotive assembly plant. Rousse serves as the main centre for agricultural machinery. Bulgarian arms production mainly operates in central Bulgaria (Kazanlak, Sopot, Karlovo).
Construction output fell dramatically in the 1990s as industrial and housing construction declined, but a recovery began in the early 2000s. The sector, now dominated by private firms, has resumed the foreign building programs that led to prosperity in the communist era. The Glavbolgarstroy firm has major building projects in Kazakhstan, Russia, and Ukraine as well as domestic contracts.
One of the biggest Romanian investments in Bulgaria is in the construction/retail industry, namely the Budmax brand of construction supply stores (owned by Arabesque).
Energy
Bulgaria relies on imported oil and natural gas (most of which comes from Russia), together with domestic generation of electricity from coal-powered and hydro plants, and the Kozloduy nuclear plant. Bulgaria imports 97% of its natural gas from Russia. The economy remains energy-intensive because conservation practices have developed slowly. The country is a major regional electricity producer. Bulgaria produced 38.07 billion kWh of electricity in 2006
(in comparison, Romania, which has a population nearly three times larger than Bulgaria, produced 51.7 billion kW·h in the same year). The domestic power-generating industry, which was privatized in 2004 by sales to interests from Europe, Japan, Russia, and the United States, suffers from obsolete equipment and a weak oversight agency. To solve the latter problem, in 2008 the government set up a state-owned energy holding-company (Bulgarian Energy Holding EAD), composed of gas company Bulgargaz, Bulgartransgaz, power company NEK EAD, Electricity System Operator EAD, Kozloduy nuclear power station, Maritza-Iztok II thermal power station, the Mini Maritza Iztok (Maritza Iztok mines), and Bulgartel EAD. The state holds a 100% stake in the holding company. Most of Bulgaria's conventional power stations will require large-scale modernization in the near future. Bulgaria has some 64 small hydroelectric plants, which together produce 19 percent of the country's power output.
The Kozloduy nuclear plant, which in 2005 supplied more than 40 percent of Bulgaria's electric power, will play a diminishing role because two of its remaining four reactors (two were closed in 2002) must be closed by 2007 to comply with European Union (EU) standards. Kozloduy, which exported 14 percent of its output in 2006, was expected to cease all exportation in 2007. Construction of the long-delayed Belene nuclear plant resumed in 2006 but will not be complete until at least 2011. Belene, planned in the 1980s but then rejected, was revived by the safety controversy at Kozloduy.
Oil exploration is ongoing offshore in the Black Sea (the Shabla block) and on the Romanian border, but Bulgaria's chief oil income is likely to come as a transfer point on east–west and north–south transit lines. Burgas is Bulgaria's main oil port on the Black Sea. Bulgaria's largest oil refinery, Neftochim, was purchased by Russian oil giant LUKoil in 1999 and underwent modernization in 2005. Bulgaria's only significant coal resource is low-quality lignite, mainly from the state-owned Maritsa-Iztok and Bobov Dol complexes and used in local thermoelectric power stations.
Thermal power stations (TPPs) provide a significant amount of energy, with most of the capacity concentrated in the Maritsa Iztok Complex. The largest TPPs include:
"Maritsa Iztok 2" - 1,450 MW
"Varna" - 1,260 MW
"Maritsa Iztok 3" - 870 MW
"Bobov Dol" - 630 MW
"Ruse Iztok" - 600 MW
"Maritsa Iztok 1/ TETS Galabovo" - 650 MW
A$1.4 bln. project for the construction of an additional block for the Maritza Iztok 1 Thermal Power Station was completed on 3 June 2011.
Bulgaria ranks as a minor oil producer (97th in the world) with a total production of 3,520 bbl/day.
Prospectors discovered Bulgaria's first oil field near Tyulenovo in 1951. Proved reserves amount to .
Natural gas production halted in the late 1990s. Proved reserves of natural gas amount to 5.663 bln. cu m. The LUKOIL Neftochim oil refinery is Bulgaria's largest refining facility with annual revenues amounting to more than 4 billion leva (2 billion euro).
have seen a steady increase in electricity production from renewable energy sources such as wind and solar power. Wind energy has large-scale prospects, with up to 3,400 MW of installed capacity potential. Bulgaria operates more than 70 wind turbines with a total capacity of 112.6 MW, and plans to increase their number nearly threefold to reach a total capacity of 300 MW in 2010.
From 2010 to 2017, the import of waste for energy production increased for almost five times. Since 2014, the European Commission financed the installation of a plant for cogeneration of heat and electricity from refuse-derived fuel to be located in Sofia. In 2017, the Bulgaria’s Ministry of Environment and Waters reported to the Basel convention that Bulgaria had imported "69,683 tonnes of waste for incineration in a form of RDF, SRF, pretreated mixed waste and mixed contaminated plastics."
As of March 2021, the total amount of tons of waste annually imported is substantially unknown.
Services and tourism
Although the contribution of services to gross domestic product (GDP) has more than doubled in the post-communist era, a substantial share of that growth has been in government services, and the qualitative level of services varies greatly. The Bulgarian banking system, which was weak in the first post-communist years, was fully reformed in the late 1990s, including stronger oversight from the National Bank of Bulgaria and gradual privatisation. In 2003 the banking system was fully privatised, and substantial consolidation began making the system more efficient in 2004. Several smaller banks grew substantially between 2004 and 2006. These processes increased public confidence in the banks. Although the system still requires consolidation, loan activity to individuals and businesses increased in the early 2000s. The insurance industry has grown rapidly since a market reform in 1997, with the help of foreign firms. An example is the Bulgarian Insurance Group (BIG), a pension-fund and insurance management company owned by the Dutch-Israeli TBI Holding Company and the European Bank for Reconstruction and Development (EBRD). The introduction of health and pension insurance plans has expanded the private insurance industry. A series of reform laws in the early 2000s enabled the Bulgarian Stock Exchange to begin regular operation. As of 2005, stock market activity was limited by lack of transparency, although the growth rate increased beginning in 2004.
After a decline in the 1990s, in the 21st century the tourism industry has grown rapidly. In 2016 some 10 million foreigners visited Bulgaria, up from 4 million in 2004 and 2.3 million in 2000. This trend is based on a number of attractive destinations, low costs, and restoration of facilities. Most of the industry had been privatised by 2004. Infrastructure items such as recreation facilities and booking services require improvement. Development of Bulgaria's retail sales sector was slow until the early 2000s, when a large number of Western-style outlets began to appear, and Sofia developed as a retail center. By 2006, several major European retail chains had opened stores, and others planned to enter the Bulgarian market.
Bulgaria has attracted considerable investment from foreigners buying property either for their own use or for investment. In 2006, more than 29% of property deals were signed by foreigners, more than half of whom were British citizens. Various companies, such as Bulgarian Dreams, actively marketed Bulgarian properties to buyers overseas.
In 2007 Bulgaria was visited by 5,200,000 tourists, ranking 39th in the world. Tourists from Greece, Romania and Germany account for 40% of visitors. Significant numbers of British (+300,000), Russian (+200,000), Serbian (+150,000), Polish (+130,000) and Danish (+100,000) tourists also visit Bulgaria. Most of them are attracted by the varying and beautiful landscapes, well-preserved historical and cultural heritage, and the tranquility of rural and mountain areas.
In Easter of 2018 it was reported that around 90% of tourists in Varna, one of Bulgaria's largest tourism locations, came from Romania.
Main destinations include the capital Sofia, coastal resorts Sunny Beach, Albena, Sozopol, Sveti Vlas; winter resorts Bansko, Pamporovo, Chepelare and Borovetz. Arbanasi and Bozhentsi are rural tourist destinations with well-preserved ethnographic traditions. Other popular attractions are the 10th century Rila Monastery and the 19th century Euxinograd château.
Agriculture, forestry, and fishing
In the communist era, Bulgaria's agriculture was heavily centralized, integrated with agriculture-related industries, and state-run. In the postcommunist era, the process of restoring agricultural land to private owners has been in a form that ensures productivity has been slow. Bank investment and insecurity in the land market contributed to slow development in the 1990s. By 2004 some 98 percent of the workforce and output of Bulgaria's agricultural sector was private, including a number of large private cooperative enterprises. A significant amount of food also is produced for direct consumption by non-farmers on small plots, which are an important support for parts of the population. In 2000 and 2003, droughts limited agricultural production, and floods had the same effect in 2005. Bulgaria's main field crops are wheat, corn, and barley. The main industrial crops are sugar beets, sunflowers, and tobacco. Tomatoes, cucumbers, and peppers are the most important vegetable exports. Production of apples and grapes, Bulgaria's largest fruit products, has decreased since the communist era, but the export of wine has increased significantly. The most important types of livestock are cattle, sheep, poultry, pigs, and buffaloes, and the main dairy products are yogurt, cow and sheep cheese. Bulgaria is the world's 13th largest sheep milk producer and is the 15th largest producer of tobacco and 13th largest producer of raspberries in Europe. Specialized equipment amounts to some 25,000 tractors and 5,500 combine harvesters, with a fleet of light aircraft.
In 2004 an estimated one-third of Bulgaria's land mass was covered by forests, of which about 40 percent was conifers. Between 1980 and 2000, the forested area increased by 4.6 percent. In 2002 a total of 4,800 tons of timber was harvested, 44 percent of which was fuel wood and 20 percent, pulpwood. Although nominal state timber standards are very strict, in 2004 an estimated 45 percent of Bulgaria's timber harvest was logged illegally because of corruption in the forest service. Some 7.5 percent of forests are protected from all uses, and 65 percent are designated for ecological and commercial use. In 2005 about 70 percent of the total forest resource was rated economically viable.
Since Bulgaria stopped high-seas fishing in 1995, the country has imported increasing amounts of fish. The fish farming industry (particularly sturgeon) has expanded in the early 2000s, and some environmental improvements in the Black Sea and the Danube River, the principal sources of fish, may increase the take in future years. However, the catch from those sources has decreased sharply in recent decades, yielding only a few species of fish for domestic markets in 2004. Between 1999 and 2001, Bulgaria's total fish harvest, wild and cultivated, dropped from 18,600 tons to 8,100 tons, but in 2003 the harvest had recovered to 16,500 tons.
Production of the most important crops (according to the Food and Agriculture Organization) in 2006 (in '000 tons) amounted to: wheat 3301.9; sunflower 1196.6; maize 1587.8; grapes 266.2; tobacco 42.0; tomatoes 213.0; barley 546.3; potatoes 386.1; peppers 156.7; cucumbers 61.5; cherries 18.2; watermelons 136.0; cabbage 72.7; apples 26.1; plums 18.0; strawberries 8.8.
Mining and minerals
Bulgaria's mining industry has declined in the post-communist era. Many deposits have remained underdeveloped because of a lack of modern equipment and low funding. Mining has contributed less than 2 percent of GDP and engaged less than 3 percent of the workforce in the early 2000s. Bulgaria has the following estimated deposits of metallic minerals: 207 million tons of iron ore, 127 million tons of manganese ore, 936 million tons of copper ore, 238 million tons of chromium ore, and 150 million tons of gold ore. Several of Bulgaria's minerals are extracted commercially; 80 percent of mining is done by open-pit excavation. Iron extraction at Kremikovtsi and elsewhere is not sufficient to support the domestic steel industry, but copper, lead, and zinc deposits fully supply the nonferrous metallurgy industries. A British firm has exploratory gold mines at Dikanyite and Gornoseltsi, and a domestic copper and gold mine operates at Chelopech. About 50 nonmetallic minerals are present in significant amounts. Substantial amounts of uranium are present in the Rhodope Mountains, but no extraction has occurred in the last 10 years.
Despite the poor performance of the mining sector, productivity has increased in recent years. Mining remains one of the most important sources of export earnings and is still a significant contributor to economic growth. The mining industry is worth $760 mln, and, along with related industries, employs 120,000 people. The rising global prices of gold, lead and copper in 2010, as well as investments in zinc and coal production, have boosted economic growth in the mining sector after the Financial crisis of 2007–2008. As of 2010 Bulgaria ranks as the 19th largest coal producer in the world, 9th largest bismuth producer, 19th largest copper producer, and the 26th largest zinc producer. In Europe, the country ranks fourth in gold production and sixth in coal production.
The "Elatsite" copper mine and reprocessing facility, built during Vulko Chervenkov's rule, takes its place as one of the largest in South-Eastern Europe. It extracts 13 million tonnes of ore annually, producing about 42,000 tonnes of copper, 1.6 tonnes of gold and 5.5 tonnes of silver.
Ferrous metallurgy has major importance. Much of the production of steel and pig iron takes place in Kremikovtsi and Stomana steel in Pernik, with a third metallurgical base in Debelt. In production of steel and steel products per capita the country heads the Balkans. the fate of Kremikovtsi steel factories has come under debate because of serious pollution in the capital, Sofia.
The largest refineries for lead and zinc operate in Plovdiv, Kardzhali and Novi Iskar; for copper in Pirdop and Eliseina (now defunct); for aluminium in Shumen. In production of many metals per capita, such as zinc and iron, Bulgaria ranks first in Eastern Europe.
Infrastructure
Bulgaria's national road network has a total length of , of which are paved. The motorways in Bulgaria, such as Trakia, Hemus, Struma and Maritsa, are being improved and elongated to a total length of as of November 2015. Railroads are a major mode of freight transportation, although highways carry a progressively larger share of freight. Bulgaria also has of railway track and plans to construct a high-speed railway by 2017, at a cost of €3 bln. Sofia and Plovdiv are major air travel hubs, while Varna and Burgas are the principal maritime trade ports.
Bulgaria has an extensive, but antiquated telecommunications network which requires substantial modernization. Telephone service is available in most villages, and a central digital trunk line connects most regions. Currently there are three active mobile phone operators - A1 Bulgaria, Telenor and Vivacom. Since 2000, a rapid increase in the number of Internet users has occurred – from 430,000 they grew to 1,545,100 in 2004, and 3.4 million (48% penetration rate) in 2010. In 2017, the Internet users in Bulgaria are 4.2 million people (59.8% penetration rate).
Bulgaria had the 3rd fastest Average Broadband Internet Speed in the world, after Romania and South Korea, in 2011.
In 2017, Bulgaria ranks 27th in the world in the Mean Download Speed chart with 17.54 Mbit/s, ranks 31st in the world in the Average Monthly Broadband Cost chart with $28.81, and holds the 18th position in the world in the Speed/Cost Ratio with as much as 0.61.
Science and technology
In 2010, Bulgaria spent 0.25% of its GDP on scientific research, which represents one of the lowest scientific budgets in Europe.
Chronic underinvestment in the sector since 1990 forced many scientific professionals to leave the country. As a result, Bulgaria's economy scores low in terms of innovation, competitiveness and high added value exports. Nevertheless, Bulgaria ranked 8th in the world in 2002 by total number of ICT specialists, outperforming countries with far larger populations, and it operates the only supercomputer in the Balkan region, an IBM Blue Gene/P, which entered service in September 2008.
The Bulgarian Academy of Sciences (BAS) is the leading scientific institution in the country and employs most of Bulgaria's researchers in its numerous branches. The principal areas of research and development are energy, nanotechnology, archaeology and medicine.
With major-general Georgi Ivanov flying on Soyuz 33 in 1979, Bulgaria became the 6th country in the world to have an astronaut in space. Bulgaria has deployed its own experiments on various missions, such as the RADOM-7 dosimeters on the International Space Station and Chandrayaan-1 and the space greenhouse (a Bulgarian invention) on the Mir space station. In 2011 the government announced plans to reboot the space program by producing a new microsatellite and joining the European Space Agency.
From June 2017, Bulgaria will have its first geostationary communications satellite. BulgariaSat-1 is a geostationary communications satellite operated by Bulgaria Sat and manufactured by SSL, based on the space-proven SSL 1300 satellite platform.
BulgariaSat-1 is the first in the history of the country geostationary communications satellite at the Bulgarian orbital position and it is designed to provide Direct-to-Home (DTH) television service and data communications services to the Balkans and other European regions.
In this way, Bulgaria will be among other European countries with their satellites, namely Belarus, France, Greece, Italy, Luxembourg, Norway, Russia, Spain, Sweden, Turkey and the United Kingdom.
Due to its large-scale computing technology exports to COMECON states, in the 1980s Bulgaria became known as the Silicon Valley of the Eastern Bloc.
Labour
In 2005 the labour force was estimated at 3.3 million; in 2004, 11 percent worked in agriculture, 33 percent in industry, and 56 percent in services. The unemployment rate has been in double digits throughout the post-communist era, reaching a high point of 19 percent in 2000. Since then, the rate has decreased substantially with the creation of new jobs in private and state enterprises. In 2005 the official figure was 11.5 percent, compared with 16.9 percent at the end of 2002. However, in 2003 an estimated 500,000 Bulgarians were unemployed but not officially counted because they were not seeking work. In January 2005, the government raised the minimum wage by 25 percent, to US$90 per month. The largest labour unions are Podkrepa (Support) and the Confederation of Independent Trade Unions in Bulgaria. They represent labour in the National Council for Tripartite Partnership, in which they join government and business representatives to discuss issues of labour, social security, and living standards. The unions were an important political force in the fall of the Zhivkov regime. In late autumn of 2016 reported an unemployment rate of 7%. In 2016, the government increased the minimum wage to 215 euros per month. At the end of 2016 the average monthly salary is about 480 euros a month, but there are differences in the regions of the country.
The average monthly gross salary has reached the value of 1,036 leva (530 euro) in March 2017. According to the latest Annual report of the Institute of Economic Studies at the Bulgarian Academy of Sciences, the average salary in Bulgaria is only a quarter (1/4) of the average salary in the EU, and should be two times higher when the labour productivity is calculated in the formula.
Currency and inflation
Bulgaria's unit of currency is the lev (pl., leva). In October 2006, the U.S. dollar was worth 1.57 leva. In 1999 the value of the lev was pegged to that of the German Deutschmark, which was replaced by the euro in 2001. Following Bulgaria's admission to the EU, the lev is scheduled to be replaced by the euro.
In 2003 Bulgaria's inflation rate was estimated at between 2.3 and 3 percent. The rate was 6 percent in 2004 and 5 percent in 2005. In 2015 and 2016 it was recorded minimum level of deflation.
Taxation, state budget and debt
As of 1 January 2008 the income tax for all citizens is set to a flat rate of 10%. This flat tax is one of the lowest income rates in the world and the lowest income rate in the European Union. The reform was done in pursue for higher GDP growth and greater tax collection rates. Some called it a "revolution" in taxation, but the changes were met with mild discussions and some protests by affected working classes. The proposal was modified to allow for compensating the perceived losers from the changes in the tax formula. The corporate income tax is also 10% as of 1 January 2007 which is also among the lowest in Europe. Currently this taxation is kept while other countries raised their taxes during the crisis. However, most of the state revenues come from VAT and excises, but share of income and corporate taxes in the revenues is increasing.
For 2005 Bulgaria's estimated state revenues totaled US$11.2 billion, and its estimated state expenditures, including capital expenditures, were US$10.9 billion, yielding a surplus of US$300 million. In 2004 revenues totaled US$10.1 billion and expenditures US$9.7 billion, for a surplus of US$400 million.
After the political changes, in 1991, Bulgaria had a US$11.25 billion state debt, which represented 180% of the GDP. The state debt peaked in 1994, when it reached US$14.4 billion. During 1998-2008 Bulgaria maintained policy of budget surpluses, which reduced the state debt to 5.07 billion euro. Combined with the economic growth in that period, the state debt dropped to a record low of 13.7% of GDP, one of the lowest in the European Union. In 2008 Bulgaria also maintained 4.286 billion euro fiscal reserve, meaning that net state debt at this moment was only 0.784 billion euro. After the 2008 financial crisis Bulgaria turned to policy of budget deficits and at the end of 2013 the state debt rose up to 7.219 billion euro, representing 18.1% of the GDP. In 2015, the debt rate increased further to 26.7% of the GDP, still remaining the third lowest in EU after Estonia and Luxembourg. Part of the increase was driven by the collapse of Corporate Commercial Bank in 2014, the fourth largest bank in the country, and the subsequent paying out of guaranteed deposits.
Foreign economic relations
In the 1990s, Bulgaria moved gradually away from dependence on markets in the former Soviet sphere, increasing its exports to the European Union (EU). In 1999 Bulgaria joined the Central European Free-Trade Agreement (CEFTA), with whose members (Croatia, the Czech Republic, Hungary, Poland, Romania, Slovakia, and Slovenia; Macedonia was added in 2006) it has established important trade relations. The admission of all but Croatia and Romania to the EU in 2004 reduced the significance of CEFTA trade, however. In 2004 some 54 percent of Bulgaria's import trade and 58 percent of its export trade was with EU member countries. Bulgaria has bilateral free-trade agreements with Albania, Croatia, Estonia, Israel, Latvia, Lithuania, Macedonia, Moldova, and Turkey.
In the early 2000s, hydrocarbon fuels remained an important import, although beginning in the late 1990s those commodities' share of total imports decreased significantly, from 29 percent in 1996 to 13 percent in 2004. During that period, the diversification of imported products
improved as the volume of machinery and equipment, consumer products, and automobiles increased. A large percentage of imports is accounted for by raw materials such as cloth, metal ore, and petroleum, which are processed and re-exported. The most important imports in 2005 were machinery and equipment, metals and ores, chemicals and plastics, fuels, and minerals. The major sources of imports, in order of volume, were Germany, Russia, Italy, Turkey, and Greece. In 2005 Bulgaria's largest export markets, in order of volume, were Italy, Germany, Turkey,
Greece, and Belgium. The most important export commodities were clothing, footwear, iron and steel, machinery and equipment, and fuels. In 2005 Bulgaria's exports totaled US$11.7 billion and its imports totaled US$15.9 billion, incurring a trade deficit of US$4.2 billion. The trade deficit is especially severe with Russia, where markets for Bulgarian goods have shrunk drastically in the early 2000s.
In the first half of 2006, Bulgaria had a current account deficit of US$2.3 billion, a substantial increase over the deficit for the same period of 2005, which was some US$1.4 billion. Its trade deficit was US$2.78 billion, foreign direct investment totaled US$1.8 billion, and the financial account balance was US$2.29 billion. In mid-2006 the overall balance of payments was US$883 million, compared with US$755 million for the same period of 2005.
Bulgaria's large foreign debt has been an economic burden throughout the postcommunist era. At the end of 2005, Bulgaria reported an external debt of US$15.2 billion, an increase in value but a decrease as a percentage of gross domestic product (GDP) compared with 2002 and previous years. As a percentage of GDP, the external debt remained constant between 2004 and 2005.
Beginning in the late 1990s, investment from the West and from Russia has contributed significantly to recovery from the economic crisis of 1996–97, but the rate of investment has remained lower than that in other countries of Eastern Europe. In 2003 the largest national sources of foreign direct investment, in order of volume, were Austria, Greece, Germany, Italy, and the Netherlands. In 1997 the Belgian Solve company bought the Deny Soda Combine, and in 1999 LUKoil of Russia bought the Neftochim Oil Refinery at Burgas. Union Minière, a Belgian mining company, bought the large Pirdop copper-smelting plant, giving an important boost to Bulgarian nonferrous metallurgy. A number of foreign companies have invested in the chemical fertilizer and food-processing industries in the early 2000s, China invested in the Bulgarian electronics industry. Some cooperative agreements have been made for manufacture of vehicle components. Daimler-Chrysler of Germany has a contract to update Bulgaria's military transport vehicles between 2003 and 2015. The French Eurocopter company has a bilateral protocol involving a variety of machinery, computer software, and other industrial products. In 2004 Bulgarian oil reserves attracted interest from Melrose Resources of Edinburgh. Russia's natural gas giant, Gazprom, has pledged investment in Bulgaria's natural gas infrastructure in exchange for increased purchase of its product. A three-company Israeli consortium agreed in 2004 to work with the domestic Overgas company (which is half-owned by Gazprom) on a major natural-gas distribution network in Bulgaria. In 2005 three European consortia submitted bids for construction of the Belene nuclear power plant. One such investor is the Italian ENEL energy consortium, which also owns the Maritsa–Iztok–3 thermal power plant. In 2006 Russia's Gazprom company bid against several European energy companies for ownership of newly privatized regional heating utilities, and the Austrian Petromaxx Energy Group invested US$120 million in a new oil refinery at Silistra.
In December 1996, Bulgaria joined the World Trade Organization. In the early 1990s Bulgaria's slow pace of privatization, contradictory government tax and investment policies, and bureaucratic red tape kept foreign investment among the lowest in the region. Total direct foreign investment from 1991 through 1996 was $831 million. In the years since 1997, however, Bulgaria has begun to attract substantial foreign investment. In 2004 alone over 2.72 billion Euro (3.47 billion US dollars) were invested by foreign companies. In 2005 economists observed a slowdown to about 1.8 billion euros (2.3 billion US dollars) in FDI which is attributed mainly to the end of the privatization of the major state owned companies. After joining the EU in 2007 Bulgaria registered a peak in foreign investment of about 6 billion euros.
Miscellaneous data
Bulgarian households with Internet access at home
The data on ICT usage in households and by individuals are based on an annual sample survey which is part of the European Community Statistical Programme. The methodology and the statistical tools are completely harmonized to Eurostat requirements and Regulation No.808/2004 of the European Parliament and the council. The aim of the survey is to collect and disseminate reliable and comparable information on the use of Information and Communication Technologies in households at European level and covers the following subjects:
access to and use of ICT systems by individuals and/or in households;
use of internet for different purposes by individuals and/or in households;
ICT security;
ICT competence;
e-Commerce;
barriers to use of ICT and the internet;
perceived effects of ICT usage on individuals and/or in households.
See also
List of Bulgarian provinces by GDP
Bulgarian National Bank
Bulgarian Stock Exchange
Economy of Europe
Starting a Business in Bulgaria
References
''This article incorporates public domain material Bulgaria country profile (October 2006) from websites or documents of the Library of Congress Federal Research Division.
External links
CIA World Factbook
Tax rates and tax revenue
Bulgaria
Bulgaria
Bulgaria |
3672 | https://en.wikipedia.org/wiki/Telecommunications%20in%20Bulgaria | Telecommunications in Bulgaria | Telecommunications in Bulgaria include radio, television, fixed and mobile telephones, and the Internet.
Radio and television
Radio broadcast stations: AM 31, FM 63, shortwave 2 (2001).
Radio broadcast hours: 525,511 (2003).
Television broadcast stations: 39 (2001).
Television broadcast hours: 498,091 (2003).
Telephones
Main lines in use: 1.6 million (2015 est).
Mobile cellular: 8.98 million lines (2016).
Telephone system:
General assessment: an extensive but antiquated telecommunications network inherited from the Soviet era; quality has improved; the Bulgaria Telecommunications Company's fixed-line monopoly terminated in 2005 when alternative fixed-line operators were given access to its network; a drop in fixed-line connections in recent years has been more than offset by a sharp increase in mobile-cellular telephone use fostered by multiple service providers; the number of cellular telephone subscriptions now exceeds the population
Domestic: a fairly modern digital cable trunk line now connects switching centers in most of the regions; the others are connected by digital microwave radio relay
International: country code – 359; submarine cable provides connectivity to Ukraine and Russia; a combination submarine cable and land fiber-optic system provides connectivity to Italy, Albania, and North Macedonia; satellite earth stations – 3 (1 Intersputnik in the Atlantic Ocean region, 2 Intelsat in the Atlantic and Indian Ocean regions) (2007).
Internet
Top-level domains: .bg and .бг (proposed, Cyrillic).
Internet users:
4.1 million users (2016)
3.9 million users, 72nd in the world; 55.1% of the population, 74th in the world (2012);
3.4 million users, 63rd in the world (2009);
1.9 million users (2007).
Fixed broadband: 1.2 million subscriptions, 52nd in the world; 17.6% of population, 53rd in the world (2012).
Wireless broadband: 2.8 million, 55th in the world; 40.3% of the population, 41st in the world (2012).
Internet hosts:
976,277 hosts, 47th in the world (2012);
513,470 (2008).
IPv4: 4.2 million addresses allocated, 0.1% of the world total, 589.7 addresses per 1000 people, 51st in the world (2012).
See also
Internet Society – Bulgaria
List of internet service providers in Bulgaria
Bulgaria
References |
3673 | https://en.wikipedia.org/wiki/Transport%20in%20Bulgaria | Transport in Bulgaria | Transport in Bulgaria is dominated by road transport, despite nearly half of all paved roads belonging to the lowest category of roads. As of December 2015, the country had 829 kilometers of highways.
Buses play a significant role in long-distance public transport, coaches are operated by private companies. Sofia has three major national bus terminals, the Central, the Western and the Southern Terminals. In the countryside share taxis are in operation between smaller settlements.
Railway systems are mostly outdated, and the average speed is comparatively low; however, upgrading projects are underway. BDŽ is the national railway company, but private freight operators are also present. The Sofia Metro has three lines as of 2020.
Air traffic has been growing since the 2000s, which was facilitated by the opening of a second terminal at Sofia Airport, as well as the implementation of new destinations and routes. The flag carrier is Bulgaria Air, but a number of private charter companies also exist, operating domestic and international flights.
Ports along the Danube and the Black Sea are the most important concerning Bulgaria's water transport system. The two largest ports are in Varna and in Burgas.
Air transport
After the second terminal of International Airport Sofia was built the total number of passengers for the country rose and reached 6,595,790 in 2008, and in April 2011 Airport Sofia serviced 282 694 passengers, 13% more than the same period of 2009, when the record was 250 000 passengers. In 2011 passenger traffic at Bulgaria's three major airports - Sofia, Varna and Bourgas - grew up to near 10% on the year to 3.89 million in the first half of 2011, due to rise of customers using international routes and launch of new destinations. In 2014, Bulgarian airports served 7,728,612 passengers and handled 23,101 tons of goods.
In the past aviation compared with road and railroad transport used to be a minor mode of freight movement, and only 860,000 passengers used Bulgarian airlines in 2001. In 2013 Bulgaria had 68 airports, 57 of which had paved runways. Two airports, Sofia Airport and Burgas Airport, had a runway longer than 3,000 meters, and there were four heliports. The second- and third-largest airports, Varna Airport and Burgas Airport, serve mainly charter flights and have regular domestic links with the capital. In the early 2000s, Sofia Airport received substantial renovation, with aid from a Kuwaiti-led consortium, in anticipation of increased air connections with Europe. A three-phase expansion was scheduled for completion in 2010. The communist-era state airline, Balkan Airlines, was replaced by Bulgaria Air, which was privatised in 2006. In 2004 Bulgaria Air transported 365,465 passengers to international destinations, including all major European cities, while in 2014 this number was at 897,422.
Railways
In 2005 Bulgaria had some 6,238 kilometers of open access track owned by the state company "National Company Railway Infrastructure", including a 125 kilometers long 760 mm narrow gauge railway - the Septemvri-Dobrinishte narrow gauge line and 4,316 km were considered main lines. Sofia, Plovdiv and Gorna Oriahovitsa are the hubs of the domestic system and of international rail connections.
Bulgaria's rail system has not expanded since the 1980s, in 2014 there were 4,023 kilometers of main lines. There are upgrading projects underway. After the completion of the Plovdiv - Dimitrovgrad high-speed line on 1 July 2012 the top operating speed was raised to 200 km/h and the national top speed record of 197 km/h set between Iskar and Elin Pelin with a leased Siemens Taurus electric locomotive is soon expected to be broken. There are also plans for upgrading for high speed operation and doubling (where needed) of the Plovdiv - Burgas railway. By the end of 2013, a total of 461 km of high-speed lines were expected to be built.
In the mid-2000s, railways remained a major mode of freight transportation, but with increasing problems with the maintenance of the infrastructure and lowering speeds, highways carried a progressively larger share of freight. The national passenger and freight operator is called Bulgarian State Railways, but there are also a number of private operators including Bulgarian Railway Company and DB Schenker Rail Bulgaria.
In 2014 the Bulgarian railways carried 14,225,000 tons of freight and 21.3 million passengers in 2019.
Sofia Metro
In 1998 the first six kilometres of an often-interrupted 52 km standard gauge subway project (the Sofia Metro) opened in Sofia. Additional stations were later built, and in 2012 a second line opened. By April 2015 the total length was 36 km with 31 stations and Line 2 serving Sofia Airport. In 2016 the expansion of the network continued, as construction works on the third line commenced, and the system reached a total length of 40 km, with 35 stations along its two lines. In 2021, the metro was expanded to 52 km total length with 47 stations on 4 lines. Further expansions are expected in the period 2021-2027.
Road transport
In the early 2000s, Bulgaria had some 37,300 kilometers of roads, but nearly half of which (18,000 kilometers) fell into the lowest international rating for paved roads. 324 kilometers of high-speed highways were in service in 2000. As of December 2014, of national roads and of motorways are in service and 98% of all national roads are paved. Another of highways are under various stages of construction. Roads have overtaken the railroads as the chief mode of freight transportation.
Long-term plans call for upgrading higher-quality roads and integrating the road system into the European grid. The focus is on improving road connectors with the neighbouring countries and domestic connections linking Sofia, Plovdiv, Burgas and Varna. Bulgaria has delayed building some key highway connections since the 1990s, but European Union membership is a strong incentive for completion. A 114-kilometer link between eastern Bulgaria and the Turkish border is scheduled for completion in 2013. As of 2004, two international highways passed through Bulgaria, and a major highway ran from Sofia to the Black Sea coast. Proposed international corridors would pass from north to south, from Vidin to the border with Greece and from Ruse to the border with Greece, and west to east, from Serbia through Sofia to Burgas, Varna, and Edirne (Turkey). The Vidin-Calafat bridge was completed in 2013, relieving road and railroad traffic to Romania.
Motorways and expressways
Trakia motorway - Sofia - Plovdiv - Stara Zagora - Yambol - Karnobat - Burgas (completed)
Hemus motorway - Sofia - Yablanitsa - Shumen - Varna (Yablanitsa to Shumen remaining)
Struma motorway - Sofia - Pernik - Blagoevgrad - Kulata (Greece) (under construction)
Maritsa motorway - Chirpan to Kapitan Andreevo (Turkey) (completed)
Cherno More motorway - Varna to Burgas (planned)
Europe motorway - Sofia - Kalotina (Serbia) (under construction)
Veliko Tarnovo–Ruse motorway Veliko Tarnovo - Rousse (Romania) (planned)
Major roads
I-1 road
I-2 road
I-3 road
I-4 road
I-5 road
I-6 road
I-7 road
I-8 road
I-9 road
Sofia ring road
Long-distance public transport
Buses are frequently used in Bulgaria for long-distance travel. Long-distance coaches depart from Sofia from the Central, West and South Bus Stations, international routes are served by the Serdika Station. Besides public buses, coaches are also operated by private companies, like Union-Ivkoni, Biomet or Etap-Grup. Tickets can be purchased at the offices of these companies, at stations and from the bus driver. Some companies offer online booking. International destinations include Saloniki, Istanbul, Bucharest, Skopje and Belgrad. Share taxis called marshrutka operate in Sofia, and in the countryside between smaller settlements.
Waterways
470 km (2006) along the 2,300 km long Pan-European corridor VII along the Danube River. Other smaller rivers, as Kamchiya and Ropotamo, are navigable only for recreational uses.
Pipelines
In 2005, Bulgaria had 2,425 kilometers of natural gas pipelines, 339 kilometers of oil pipelines, and 156 kilometers of pipelines for refined products. The pipeline system was scheduled for substantial changes and additions, however. The 279-kilometer Burgas-Alexandroupolis Pipeline, still under negotiation among Bulgaria, Greece, and Russia in 2006, would provide a bypass of the overloaded Bosporus Strait. The line would enable Russian oil arriving at the Bulgarian oil port of Burgas to reach Greece's Mediterranean port at Alexandroupolis. A 900-kilometer U.S.- financed alternate route, known as the AMBO pipeline, would bring oil from Burgas across Bulgaria and North Macedonia to the Albanian port of Vlore on the Adriatic Sea, bypassing both the Bosporus and Greece. As of October 2006, approval of both pipelines was expected. With international investment, Bulgaria began constructing a new domestic gas transportation network beginning in 2005. The Russian Gazprom company planned a gas pipeline from Dimitrovgrad in eastern Bulgaria across Serbia, reaching the Adriatic Sea in Croatia. Some 400 kilometers of the planned Nabucco Pipeline, bringing gas from Azerbaijan and Iran to Central Europe, were to cross Bulgaria sometime before 2011.
Ports and harbours
River ports
Lom, Nikopol, Oryahovo, Ruse, Silistra, Svishtov, Tutrakan, Vidin are river ports on the Danube river.
Sea ports
Sea ports
Ahtopol, Balchik, Burgas, Nesebar, Pomorie, Sozopol, Tsarevo, Varna
Container terminals
The major and largest ports with international significance are Varna and Burgas.
Yacht ports
Balchik, Burgas, Byala, Golden Sands, Nesebar, Sozopol, Sveti Vlas, Varna
Merchant marine
total: 31 ships
ships by type:
bulk carrier: 31 ships grouped by volume of 24,000 - 13,000 DWT, 35,000 - 25,000 DWT and 43,000 - 36,000 DWT
Urban transport
While most urban and suburban transport in Bulgaria is composed of buses (using an increasing number of CNG vehicles), around a dozen cities also have trolley bus networks. The capital Sofia also has a tram and an underground network.
See also
Bulgaria
List of bridges in Bulgaria
Executive Agency for Exploration and Maintenance of the Danube River
Sofia Public Transport
Pan-European corridors
International E-road network
Trans-European Transport Network
List of the busiest airports in Europe
List of metro systems
List of tram and light rail transit systems
List of highest paved roads in Europe by country
List of highest paved roads in Europe
References
''This article incorporates public domain material from
External links
Bulgarian road quality map — Google Maps
Prime Minister Borisov vows to build seven new highways
Truck transport Bulgaria
Executive Agency Marinetime Administration
Executive agency for Exploration and Maintenance of the Danube river |
3674 | https://en.wikipedia.org/wiki/Bulgarian%20Armed%20Forces | Bulgarian Armed Forces | The Bulgarian Army () is the military of Bulgaria. The commander-in-chief is the president of Bulgaria, who since January 2017 is Rumen Radev. The Ministry of Defense is in charge of political leadership while overall military command remains in the hands of the Defence Staff, headed by the Chief of the Defense (formerly called the Chief of the General Staff). There are three main branches of the Bulgarian military, named literally the Land Forces, the Air Forces and the Naval Forces (the term "Bulgarian Army" refers to them encompassed all together).
Throughout history, the Army has played a major role in defending the country's sovereignty. Only several years after its inception in 1878, Bulgaria became a regional military power and was involved in several major wars – Serbo-Bulgarian War (1885), First Balkan War (1912–13), Second Balkan War (1913), First World War (1915–1918) and Second World War (1941–1945), during which the Army gained significant combat experience. During the Cold War the People's Republic of Bulgaria maintained one of the largest militaries in the Warsaw Pact, numbering an estimated 152,000 troops in 1988. Since the Fall of Communism, the political leadership has decided to pursue a pro-NATO policy, thus reducing military personnel and weaponry. Bulgaria joined the North Atlantic Treaty Organisation on 29 March 2004 and currently maintains a total 776 deployed troops in three countries.
The patron saint of the Bulgarian Army is St. George. The Armed Forces Day or St. George's Day (6 May) is an official holiday in Bulgaria.
History of the Bulgarian Army
Medieval Period
The modern Bulgarian military dates back to 1878. On 22 July 1878 (10 July O.S.) a total of 12 battalions of opalchentsi who participated in the Liberation war, formed the Bulgarian armed forces. According to the Tarnovo Constitution, all men between 21 and 40 years of age were eligible for military service. In 1883 the military was reorganised in four infantry brigades (in Sofia, Pleven, Ruse and Shumen) and one cavalry brigade.
Serbo-Bulgarian war
The Serbo-Bulgarian War was the first armed conflict after Bulgaria's liberation. It was a result of the unification with Eastern Rumelia, which happened on 6 September 1885. The unification was not completely recognised, however, and one of the countries that refused to recognise the act was the Kingdom of Serbia. The Austro-Hungarian Empire had been expanding its influence in the Balkans and was particularly opposed. Serbia also feared this would diminish its dominance in the region. In addition, Serbian ruler Milan Obrenović IV was annoyed that Serbian opposition leaders like Nikola Pašić, who had escaped persecution after the Timok Rebellion, had found asylum in Bulgaria. Lured by Austria-Hungary's promises of territorial gains from Bulgaria (in return for concessions in the western Balkans), Milan IV declared war on Bulgaria on 14 November 1885.
Military strategy relied largely on surprise, as Bulgaria had moved most of its troops near the border with the Ottoman Empire, in the southeast. As it happened, the Ottomans did not intervene and the Serbian army's advance was stopped after the Battle of Slivnitsa. The main body of the Bulgarian army travelled from the Ottoman border in the southeast to the Serbian border in the northwest to defend the capital, Sofia. After the defensive battles at Slivnitsa and Vidin, Bulgaria began an offensive that took the city of Pirot. At this point the Austro-Hungarian Empire stepped in, threatening to join the war on Serbia's side if Bulgarian troops did not retreat. Fighting lasted for only 14 days, from 14–28 November. A peace treaty was signed in Bucharest on 19 February 1886. No territorial changes were made to either country, but Bulgarian unification was recognised by the Great Powers.
First Balkan War
Instability in the Balkan region in the early 1900s quickly became a precondition for a new war. Serbia's aspirations towards Bosnia and Herzegovina were thwarted by the Austrian annexation of the province in October 1908, so the Serbs focused their attention onto their historic cradle, Kosovo, and to the south for expansion. Greek officers, revolting in August 1909, had secured the appointment of a progressive government under Eleftherios Venizelos, which they hoped would resolve the Cretan issue in Greece's favor and reverse their defeat of 1897 by the Ottomans. Bulgaria, which had secured Ottoman recognition of its independence in April 1909 and enjoyed the friendship of Russia, also looked to districts of Ottoman Thrace and Macedonia for expansion.
In March 1910 an Albanian insurrection broke out in Kosovo. In August Montenegro followed Bulgaria's precedent by becoming a kingdom. In 1911 Italy launched an invasion of Tripolitania, which was quickly followed by the occupation of the Dodecanese Islands. The Italians' decisive military victories over the Ottoman Empire greatly influenced the Balkan states to prepare for war against Turkey. Thus, in the spring of 1912 consultations among the various Christian Balkan nations resulted in a network of military alliances that became known as the Balkan League. The Great Powers, most notably France and Austria-Hungary, reacted to this diplomatic sensation by trying to dissuade the League from going to war, but failed.
In late September both the League and the Ottoman Empire mobilised their armies. Montenegro was the first to declare war, on 25 September (O.S.)/ 8 October. The other three states, after issuing an impossible ultimatum to the Porte on 13 October, declared war on Turkey on 17 October. The Balkan League relied on 700,000 troops, 370,000 of whom were Bulgarians. Bulgaria, often dubbed "the Prussia of the Balkans", was militarily the most powerful of the four states, with a large, well-trained and well-equipped army. The peacetime army of 60,000 troops was expanded during the war to 370,000, with almost 600,000 men mobilized in total out of a population of 4,300,000. The Bulgarian field army consisted of nine infantry divisions, one cavalry division and 1,116 artillery units. Commander-in-Chief was Tsar Ferdinand, while the actual command was in the hands of his deputy, Gen. Mikhail Savov. The Bulgarians also possessed a small navy of six torpedo boats, which were restricted to operations along the country's Black Sea coast.
Bulgaria's war aims were focused on Thrace and Macedonia. For the latter, Bulgaria had a secret agreement with Serbia to divide it between them, signed on 13 March 1912 during the negotiations that led to the establishment of the Balkan League. However, it was not a secret that Bulgaria's target was the fulfillment of the never-materialized Treaty of San Stefano, signed after the Russo-Turkish War, 1877–78. They deployed their main force in Thrace, forming three armies. The First Army, under Gen. Vasil Kutinchev with three infantry divisions, was deployed to the south of Yambol, with direction of operations along the Tundzha River. The Second Army, under Gen. Nikola Ivanov with two infantry divisions and one infantry brigade, was deployed west of the First and was assigned to capture the strong fortress of Adrianople (now Edirne). According to the plans, the Third Army, under Gen. Radko Dimitriev, was deployed east of and behind the First and was covered by the cavalry division hiding it from the Turkish view. The Third Army had three infantry divisions and was assigned to cross the Stranja mountain and to take the fortress of Lozengrad (Kirk Kilisse). The 2nd and 7th divisions were assigned independent roles, operating in western Thrace and eastern Macedonia, respectively.
The first great battles were at the Adrianople–Kirk Kilisse defensive line, where the Bulgarian 1st and 3rd Armies (together 110,000 men) defeated the Ottoman East Army (130,000 men) near Gechkenli, Seliolu and Petra. The fortress of Adrianople was besieged and Kirk Kilisse was taken without resistance under the pressure of the Bulgarian Third Army. The initial Bulgarian attack by First and Third Army defeated the Turkish forces, numbering some 130,000, and reached the Sea of Marmara. However, the Turks, with the aid of fresh reinforcements from the Asian provinces, established their third and strongest defensive position at the Chataldja Line, across the peninsula where Constantinople is located. New Turkish forces landed at Bulair and Şarköy, but after heavy fighting they were crushed by the newly formed 4th Bulgarian Army under the command of Gen Stiliyan Kovachev. The offensive at Chataldja failed, too. On 11 March the final Bulgarian assault on Adrianople began. Under the command of Gen. Georgi Vazov the Bulgarians, reinforced with two Serb divisions, conquered the "untakeable" city. On 17/30 May a peace treaty was signed between Turkey and the Balkan Alliance. The First Balkan War, which lasted from October 1912-May 1913, strengthened Bulgaria's position as a regional military power, significantly reduced Ottoman influence over the Balkans and resulted in the formation of an independent Albanian state.
Second Balkan War
The peace settlement of the First Balkan War proved unsatisfactory for both Serbia and Bulgaria. Serbia refused to cede a part of the territories in Macedonia, which it occupied and promised to give to Bulgaria according to a secret agreement. Serbia, on its side, was not satisfied with the independence of Albania and sought a secret alliance with Greece. Armed skirmishes between Serbian and Bulgarian troops occurred.
On 16 June 1913, just a few months after the end of the first war, the Bulgarian government ordered an attack on Serbian and Greek positions in Macedonia, without declaring war. Almost all of Bulgaria's 500,000-man standing army was positioned against these two countries, on two fronts—western and southern—while the borders with Romania and the Ottoman Empire were left almost unguarded. Montenegro sent a 12,000-strong force to assist the Serbs. Exhausted from the previous war, which took the highest toll on Bulgaria, the Bulgarian army soon turned to the defensive. Romania attacked from the north and northeast and the Ottoman Empire also intervened in Thrace. Allied numerical superiority was almost 2:1. After a month and two days of fighting, the war ended as a moral disaster for Bulgaria, and at the same time its economy was ruined and its military demoralised.
First World War
The Kingdom of Bulgaria participated in World War I on the side of the Central Powers between 15 October 1915, when the country declared war on Serbia, and 29 September 1918, when the Armistice of Thessalonica was signed. In the aftermath of the Balkan Wars, Bulgarian opinion turned against Russia and the western powers, whom the Bulgarians felt had done nothing to help them. The government of Vasil Radoslavov aligned the country with Germany and Austria-Hungary, even though this meant also becoming an ally of the Ottomans, Bulgaria's traditional enemy. However, Bulgaria now had no claims against the Ottomans, whereas Serbia, Greece and Romania (allies of Britain and France) were all in possession of lands perceived in Bulgaria as its own.
In 1915 Germany promised to restore the boundaries according to the Treaty of San Stefano and Bulgaria, which had the largest army in the Balkans, declared war on Serbia in October of that year. In the First World War Bulgaria decisively asserted its military capabilities. The second Battle of Doiran, with Gen. Vladimir Vazov as commander, inflicted a heavy blow on the numerically superior British army, which suffered 12,000 casualties against 2,000 from the opposite side. One year later, during the third battle of Doiran, the United Kingdom, supported by Greece, once again suffered a humiliating defeat, losing 3,155 men against just about 500 on the Bulgarian side. The reputation of the French army also suffered badly. The Battle of the Red Wall was marked by the total defeat of the French forces, with 5,700 out of 6,000 men killed. The 261 Frenchmen who survived were captured by Bulgarian soldiers.
Despite the outstanding victories, Germany was near defeat, which meant that Bulgaria would be left without its most powerful ally. The Russian Revolution of February 1917 had a great effect in Bulgaria, spreading antiwar and anti-monarchist sentiment among the troops and in the cities. In June Radoslavov's government resigned. In 1919 Bulgaria officially left the war with the Treaty of Neuilly-sur-Seine.
The army between the World Wars
The Treaty of Neuilly-sur-Seine proved to be a severe blow to Bulgaria's military. According to the treaty, the country had no right to organize a conscription-based military. The professional army was to be no more than 20,000 men, including internal forces and border guards. Equipping the army with tanks, submarines, bombers and heavy artillery was strictly prohibited, although Bulgaria managed to get around some of these prohibitions. Nevertheless, on the eve of World War II the Bulgarian army was still well-trained and well-equipped. In fact, the Bulgarian Army had been expanded in 1935.
World War II
The government of the Kingdom of Bulgaria under Prime Minister Bogdan Filov declared a position of neutrality upon the outbreak of World War II. Bulgaria was determined to observe it until the end of the war but it hoped for bloodless territorial gains, especially in the lands with a significant Bulgarian population occupied by neighbouring countries after the Second Balkan War and World War I. However, it was clear that the central geopolitical position of Bulgaria in the Balkans would inevitably lead to strong external pressure by both World War II factions. Turkey had a non-aggression pact with Bulgaria. On 7 September 1940 Bulgaria succeeded in negotiating a recovery of Southern Dobruja with the Treaty of Craiova (see Second Vienna Award). Southern Dobruja had been part of Romania since 1913. This recovery of territory reinforced hopes for resolving other territorial problems without direct involvement in the war. The country joined the Axis Powers in 1941, when German troops preparing to invade Yugoslavia and Greece reached the Bulgarian borders and demanded permission to pass through its territory.
On 1 March 1941, Bulgaria signed the Tripartite Pact and Tsar Boris III officially joined the Axis bloc. After a short period of inaction, the army launched an operation against Yugoslavia and Greece. The goal of reaching the shores of the Aegean Sea and completely occupying the region of Macedonia was successful. Even though Bulgaria did not send any troops to support the German invasion of the Soviet Union, its navy was involved in a number of skirmishes with the Soviet Black Sea Fleet, which attacked Bulgarian shipping. Besides this, Bulgarian armed forces garrisoned in the Balkans battled various resistance groups. The Bulgarian government declared a token war on the United Kingdom and the United States near the end of 1941, an act that resulted in the bombing of Sofia and other Bulgarian cities by Allied aircraft.
Some communist activists managed to begin a guerrilla movement, headed by the underground Bulgarian Communist Party. A resistance movement called Otechestven front (Fatherland front, Bulgarian: Отечествен фронт) was set up in August 1942 by the Communist Party, the Zveno movement and a number of other parties to oppose the elected government, after a number of Allied victories indicated that the Axis might lose the War. In 1943 Tsar Boris III died suddenly. In the summer of 1944, after having crushed the Nazi defense around Iaşi and Chişinău, the Soviet Army was approaching the Balkans and Bulgaria. On 23 August 1944 Romania quit the Axis Powers, declared war on Germany and allowed Soviet forces to cross its territory to reach Bulgaria. On 26 August 1944 the Fatherland Front made the decision to incite an armed rebellion against the government, which led to the appointment of a new government on 2 September. Support for the government was withheld by the Fatherland Front, since it was composed of pro-Nazi elements, in a desperate attempt to hold on to power. On 5 September 1944 the Soviet Union declared war and invaded Bulgaria. On 8 September 1944 the Bulgarian army joined the Soviet Union in its war against Germany.
Cold War era
As the Red Army invaded Bulgaria in 1944 and installed a communist government, the armed forces were rapidly forced to reorganise following the Soviet model, and were renamed the Bulgarian People's Army (Bălgarska Narodna Armiya, BNA). Moscow quickly supplied Bulgaria with T-34-85 tanks, SU-100 guns, Il-2 attack planes and other new combat machinery. As the country was a Soviet satellite, it was a part of the Eastern Bloc and entered the Warsaw Pact as one of its founders. By this time the army had expanded to over 200,000 men with hundreds of thousands of more reserve troops. Military service was obligatory. A special defensive line, known as the Krali Marko defensive line, was constructed along the entire border with Turkey. It was heavily fortified with concrete walls and turrets of T-34, Panzer III and Panzer IV tanks.
The army was involved in a number of border skirmishes from 1948 to 1952, repulsing several Greek attacks, and took part in the suppression of the Prague Spring events. In the meantime, during the rule of Todor Zhivkov, a significant military-industrial complex was established, capable of producing armored vehicles, self-propelled artillery, small arms and ammunition, as well as aircraft engines and spare parts. Bulgaria provided weapons and military expertise to Algeria, Yemen, Libya, Iraq, Nicaragua, Egypt and Syria. Some military and medical aid was also supplied to North Korea and North Vietnam in the 1950s and 1960s. During the 1970s the Air Force was at the apogee of its power, possessing at least 500 modern combat aircraft in its inventory. Training in the Bulgarian People's Army was exhaustive even by Soviet standards; however, it was never seen as a major force within the Warsaw Pact. In 1989, when the Cold War was coming to its end, the army (the combined number of ground, air and naval forces) numbered about 120,000 men, most of them conscripts. There were, however, a number of services which, while falling outside of Ministry of Defense jurisdiction in peacetime, were considered part of the armed forces. These were foremost the Labour Troops (construction forces), the People's Militia (the police forces of the country, which fell under Ministry of the Interior jurisdiction, but the ministry was itself a militarized structure) and, more importantly, its Interior Troops, the Border Troops—which in different periods fell under either Ministry of Defense or Ministry of the Interior control—Civil Defense Service, the Signals Troops (government communications) and the Transport Troops (mostly railway infrastructure maintenance), which were two separate services under the Postal and Communications Committee (a ministry), etc. The combined strength of the Bulgarian People's Army and all those services reached well over 325,000 troops.
Modern era
With the collapse of the Warsaw Pact and the end of the Cold War, Bulgaria could no longer support a vast military. A rapid reduction in personnel and active equipment was to be carried out in parallel with a general re-alignment of strategic interests. In 1990, Bulgaria had a total of more than 2,400 tanks, 2,000 armored vehicles, 2,500 large caliber artillery systems, 300 fighter and bomber aircraft, 100 trainer aircraft, more than 40 combat and 40 transport helicopters, 4 submarines, 6 fast missile craft, 2 frigates, 5 corvettes, 6 torpedo boats, 9 patrol craft, 30 minesweepers and 21 transport vessels. Due to the economic crisis that affected most former Eastern bloc countries, a steady reform in the military could not be carried out; much of the equipment fell into disrepair and some of it was smuggled and sold to the international black market. Inadequate payments, fuel and spare part shortages and the disbandment of many capable units led to an overall drop in combat readiness, morale and discipline.
After partially recovering from the 1990s crisis, the Bulgarian military became a part of the collective defensive system of NATO. As a member, Bulgaria sent a total of 485 soldiers to Iraq (2003–2008) as a participant in the Iraq War, and currently maintains a 608-strong force in Afghanistan as part of ISAF. Bulgaria had a significant missile arsenal, including 67 SCUD-B, 50 FROG-7 and 24 SS-23 ballistic missiles. In 2002, Bulgaria disbanded the Rocket Forces despite nationwide protests, and has disbanded its submarine component. Bulgaria is to have 27,000 standing troops by 2014, consisting of 14,310 troops in the land forces, 6,750 in the air force, 3,510 in the navy and 2,420 in the joint command. In 2018, the Bulgarian Armed Forces numbers around 33,150 soldiers, 73 aircraft, 2234 vehicles including 531 tanks, and 29 naval assets.
Organization
Defence Staff
The Bulgarian Armed Forces are headquartered in Sofia, where most of the Defence staff is based. Until recently the supreme military institution was the General Staff and the most senior military officer was known as the Chief of the General Staff. After the latest military reform has been implemented the General Staff became a department within the Ministry of Defence and for that matter its name had to be changed to match the new situation. For that reason the former GS became the Defence Staff and the supreme military commander became the Chief of Defence. Currently headed by Chief of Defence admiral Emil Eftimov, the Defence Staff is responsible for operational command of the Bulgarian Army and its three major branches. Deputies: Vice Admiral Petar Petrov, General Atanas Zaprianov, General Dimitar Zekhtinov.
General rank positions in the Bulgarian Army:
Ministry of Defence
Defense Staff
Chief of Defence - General/ Admiral
Deputy Chief of Defence - Lieutenant-General/ Vice-Admiral
Deputy Chief of Defence - Major-General/ Rear-Admiral
Director, "Operations and Readiness" Directorate - Brigade General/ Commodore
Director, "Strategical Planning" Directorate - Brigade General/ Commodore
Director, "Communication and Information Systems" Directorate - Brigade General/ Commodore
Director, "Logistics" Directorate - Brigade General/ Commodore
Joint Forces Command
Commander, Joint Forces Command – Lieutenant-General/ Vice-Admiral
Deputy Commander, Joint Forces Command – Major-General/ Rear-Admiral
Chief of Staff, Joint Forces Command – Brigade General/ Commodore
Land Forces
Commander, Land Forces - Major-General
Deputy Commander, Land Forces - Brigade General
Chief of Staff, Land Forces – Brigade General
Commander, 2nd Mechanised Brigade – Brigade General
Commander, 61st Mechanised Brigade – Brigade General
Air Forces
Commander, Air Forces - Major-General
Deputy Commander, Air Forces - Brigade General
Commander, 3rd Air Base – Brigade General
Commander, 24th Air Base – Brigade General
Navy
Commander, Naval Forces - Rear-Admiral
Deputy Commander, Naval Forces - Commodore
Commander Naval Base - Commodore
Military Police Service, directly subordinated to the Minister of Defense
Director, Military Police Service - Brigade General/ Commodore
Military Intelligence Service, directly subordinated to the Minister of Defense
Director, Military Intelligence Service - civil servant, equal in rank to a Brigade General/ Commodore
Military education institutions, directly subordinated to the Minister of Defense
Chief of the "Georgy Stoykov Rakovski" Military Academy - Major-General/ Rear-Admiral
Chief of the Military Medical Academy and the Armed Forces Medical Service - Major-General/ Rear-Admiral
Chief of the "Vasil Levski" National Military University - Brigade General
Other positions at the Ministry of Defense
Military Advisor on Military Security Matters to the Supreme Commander-in-Chief, the President of the Republic of Bulgaria - Major-General/ Rear-Admiral
Military Representative of the Chief of Defense at the NATO Military Committee and at the EU Military Committee - Lieutenant-General/ Vice-Admiral
Director of the Cooperation and Regional Security Directorate at the NATO Military Committee - Major-General/ Rear-Admiral
Deputy Commander of the NATO Rapid Deployment Corps - Greece (Thessaloniki) - Major-General/ Rear-Admiral
National Military Representative at the NATO Supreme Headquarters Allied Powers Europe - Major-General/ Rear-Admiral
In addition to the aforementioned positions, there are general rank positions in the National Intelligence Service and the National Close Protection Service (the bodyguard service to high-ranking officials and visiting dignitaries). These two services are considered part of the Armed Forces of the Republic of Bulgaria, but are directly subordinated to the President of Bulgaria and fall out of the jurisdiction of the Ministry of Defense.
National Intelligence Service
Director, National Intelligence Service - Major-General/ Rear-Admiral
Deputy Director, National Intelligence Service - Brigade General/ Commodore
National Close Protection Service
Director, National Close Protection Service - Major-General/ Rear-Admiral
Deputy Director, National Close Protection Service - Brigade General/ Commodore
With the establishment of the State Agency for National Security - SANS (Bulgarian: Darzhavna Agentsiya za Natsionalna Sigurnost - DANS, Държавна агенция за национална сигурност - ДАНС) part of the military security personnel came under its authority. Before that the security aspects of the armed forces were handled by a unified organisation under the General Staff - the "Military Service of Security and Military Police". After the formation of SANS the service was split, with the military counter-intelligence personnel entering the newly formed structure and the military police personnel staying under Ministry of Defense subordination. While technically civilian servants not part of the armed forces, the military counter-intelligence personnel of the State Agency of National Security retain their military ranks.
Ministry of Defence
Ministry of Defence
The organisation of the Ministry of Defence includes:
General Administration
Specialised Administration
Inspectorate of the Ministry of Defence
Protocol Unit of the Ministry of Defence
Financial Control and Material Accountability Unit
Internal Audit Directorate of the Ministry of Defence
Information Security Directorate of the Ministry of Defence
Defence Staff
Structures directly subordinated to the Ministry of Defence include:
Military Information Service, Sofia (commanded by a Major-General/ Rear-Admiral)
Director
Directorate
Information Division
Analysis Division
Resources Supply Division
Military Police Service, Sofia (commanded by a Brigade General/ Commodore)
Military Police Command
Military Police Operational Company (MRAV Sand Cat)
Regional Military Police Service Sofia
Regional Military Police Service Plovdiv
Regional Military Police Service Pleven
Regional Military Police Service Varna
Regional Military Police Service Sliven
Military Police Service Logistics and Training Centre, Sofia
Military Geographical Service
MGS Headquarters
Geographical Information Support Centre
Geodesic Observatory (GPS Observatory)
Military Geographical Centre
Information Security Unit
Financial Comptroller
Stationary Communications and Information System
Communications and Information Centre
Government Communications Support Centre,
Operational Centres
Engineering and CIS recovery Centre
Stationary Communications Network
National Guards Unit, Sofia (commanded by a Colonel)
Headquarters
1st Guards Battalion
2nd Mixed Guards Battalion
National Guards Unit Representative Military Band
Armed Forces Representative Dance Company
Guardsmen Training Centre
Logistics Support Company
Military Medical Academy, Sofia (commanded by a Major-General/ Rear-Admiral)
Chief of the MMA, Chief of the MATH - Sofia and General Surgeon of the Bulgarian Armed Forces
Deputy Chief for Diagnostics and Medical Treatment Activities
Deputy Chief for Education and Scientific Activities
Deputy Chief for Medical Support of Military Units and Overseas Military Missions
Multiprofile Active Treatment Hospital - Sofia
Multiprofile Active Treatment Hospital (informally known as the Naval Hospital)- Varna
Multiprofile Active Treatment Hospital - Plovdiv
Multiprofile Active Treatment Hospital - Sliven
Multiprofile Active Treatment Hospital - Pleven
Follow-up Long-term Treatment and Rehabilitation Hospital "Saint George the Victorious" - Pomorie
Follow-up Long-term Treatment and Rehabilitation Hospital "Caleroya" - Hisar
Follow-up Long-term Treatment and Rehabilitation Hospital - Bankya
Military Medical Quick Reaction Force (expeditionary disaster and crisis relief unit)
Psychological Health and Prevention Centre
Scientific and Application Centre for Military Medical Expertise and Aviation and Seaborne Medicine
Scientific and Application Centre for Military Epidemiology and Hygiene
Military Academy "Georgi Stoykov Rakovski", Sofia (commanded by a Major-General/ Rear-Admiral)
Command
Commandant of the Military Academy
Deputy Chief for Study and Scientific Activities
Deputy Chief for Administrative Activities and Logistics
Administrative Units
Personnel and Administrative Support Department
Logistics Department
Study and Scientific Activities Department
Financial Department
Library and Publishing Activities Sector
Public Relations, International Activities and Protocol Sector
Training Units
National Security and Defence College
Command Staff College
Peacekeeping Operations and Computer Simulations Sector
Foreign Languages Studies Department
Perspective Defence Research Institute
National Military University "Vasil Levski", Veliko Tarnovo (commanded by a Brigade General)
Combined Arms Education Department, Veliko Tarnovo
Artillery and Communication Systems Education Department, Shumen
NCO School, Veliko Tarnovo
Foreign Languages and Computer Systems Education Department, Shumen
Higher Air Force School "Georgi Benkovski", Dolna Mitropoliya (commanded by a Brigade General, temporarily a faculty of the NMU, reinstated on January 20, 2020)
Higher Naval School "Nikola Yonkov Vaptsarov", Varna (commanded by a Commodore)
Chief of the Higher Naval Officer School
Deputy Chief for Administration and Logistics
Deputy Chief for Studies and Schience Activities
Navigation Department
Engineering Department
Post-Graduate Qualification Department
Professional Petty Officers College
Defence Institute, Sofia
The Defence Institute is the research and development administration of the MoD. It includes the:
Administration and Financial Management Department
Military Standardisation, Quality and Certification Department
Armament, Equipment and Materials Development Department
Armament, Equipment and Materials Testing and Control Department
C4I Systems Development Department
Commandment Service of the Ministry of Defence, Sofia
The Commandment Service is an institution in charge of real estate management, transportation, library services, documentation publishing and communications support for the central administration of the MoD, transportation support to the immediate MoD personnel, classified information, cryptographic and perimeter security for the MoD administration buildings.
Director
Deputy Director
Chief Legal Advisor
Financial Comptroler
Administrative Department
Financial Department
Business Department
Transportation Support Department
Support Department
CIS Support Department
Technical Centre for Armed Forces Information Security
Executive Agency for the Military Clubs and Recreational Activities, Sofia
National Museum of Military History, Sofia
Defence Staff
The Defence Staff, formerly called the General Staff of the Bulgarian Army, is the supreme professional institution for military expertise and command and supervision of the armed forces under the Ministry of Defence umbrella. It includes:
Operations and Preparedness Directorate
Logistics Directorate
Strategical Planning Directorate
Communication and Information Systems Directorate
Office of the Cabinet of the Chief of Defence
Office for Joint Military Installations
Joint Forces Command
Land Forces Command
Air Forces Command
Naval Forces Command
Joint Forces Command
In 2010 the Ministry of Defence completed a thorough study of the defence policy and issued a White Book, or a White Paper on Defence, calling for a major overhaul of the structure of Defence Forces. According to the document the military of the Republic of Bulgaria should include two mechanized brigades, four regiments (Logistics, Artillery, Engineering, SpecOps), four battalions (Reconnaissance, Mechanized, NBC, psychological operations) in the Land Forces; two air bases, SAM air defense base and Air force training base in the Air Force; and one naval base consisting of two homeports in the Navy. There are seven brigade level formations, including the two mechanised brigades and the special forces brigade of the army, the two air bases of the air force, the naval base and the logistical brigade of the JOC. Currently deployed units are as follows:
Joint Forces Command
Military Command Centre
Centre for Radiological, Chemical, Biological and Ecological Environment Monitoring and Control
Support Centre of the JFC
Mobile Communication and Information System
Logistics Brigade
Brigade Headquarters
1st Transport Battalion, Sofia
2nd Transport Battalion, Burgas
Central Supply Base, Negushevo
repair and maintenance bases
depots, storage facilities and technical inspection units
Movement Control Headquarters
Centre for Documentation Support of the JFC
Operational Archive of the Bulgarian Army
Joint Forces Training Range "Novo Selo"
National Military Study Complex "Charalitsa"
The three armed services of the Bulgarian Army - the Land, Air and Naval Forces are subordinated to the recently formed Joint Forces Command:
Land Forces Command
Naval Forces Command
Air Forces Command
The previous 62nd Signals Brigade at Gorna Malina was responsible for maintaining the higher military communication lines. Next to the functions of the Signals Regiment in the Sofia suburb of Suhodol, the brigade had at least three dispersed signals regiments for government communications, such as the 75th Signals Regiment (Lovech), the 65th Signals Regiment (Nova Zagora) and at least one additional unknown Signals Regiment in the Rila-Pirin mountain massif. The modern successor of the 62nd Signals Brigade are the Stationary Communication and Information System (Стационарна Комуникационна Информационна Система (СКИС)) of the Defence Staff (which fulfills also the tasks of SIGINT and Cyber Defence next to its strategic communications mission) and the Mobile Communication and Information System (Мобилна Комуникационна Информационна Система (МКИС)) of the Joint Forces Command.
Joint Special Operations Command
The 68th Special Forces Brigade left the Land Forces on 1 February 2017, de facto becoming the country's fourth combat service. Unlike Bulgaria's Land, Air and Naval Forces however it fell outside of the Joint Forces Command structure, having been assigned directly under the authority of the Chief of Defence. The brigade was transformed into the JSOC, taking effect on November 1, 2019 and its commander, Brigade General Yavor Mateev was promoted to a major general as the chief of the new command.
Personnel and education
Bulgaria's total military personnel as of 2014 is 37,100, of which 30,400 (80.1%) are active military personnel and 8,100 (11.9%) are civilian personnel. The Land Forces are the largest branch, with at least 18,000 men serving there. In terms of percentage, 53% of all Army personnel are in the Land Forces, 25% are in the Air Force, 13% are in the Navy and 9% are in the Joint Forces Command. Annual spending per soldier amounts to 30,000 leva (~ 15,000 euro) and is scheduled to increase to 43,600 leva by 2014.
Unlike many former Soviet bloc militaries, discipline and morale problems are not common. During the Communist era, the army members enjoyed extensive social privileges. After the fall of Communism and Bulgaria's transition to a market economy, wages fell severely. For almost a decade social benefits were virtually non-existent, and some of them have been restored but recently. Nikolai Tsonev, defence minister under the 2005–2009 cabinet, undertook steps to provide the members of the military and their families with certain privileges in terms of healthcare and education, and to improve living conditions.
Military education in Bulgaria is provided in military universities and academies. Due to cuts in spending and manpower some universities have been disbanded and their campuses were included as faculties of other, larger educational entities. The largest institutions of military education in Bulgaria are:
Vasil Levski National Military University
Rakovski Defence and Staff College
Nikola Vaptsarov Naval Academy
Military Medical Academy – a mixed military academy/hospital institution
Training
The Land Forces practice extensive year-round military training in various conditions. Cooperative drills with the United States are very common, the last series of them conducted in 2008. Bulgaria's most recent full-scale exercise simulating a foreign invasion was carried out in 2009. It was conducted at the Koren range, and included some 1,700 personnel with tanks, ATGMs, attack aircraft, AA guns and armored vehicles. The combat skills of individual soldiers are on a very high level, on par with troops of the U.S. Army.
Until recent years the Air Force suffered somewhat from fuel shortages; a problem which was overcome in 2008. Fighter pilots have year-round flights, but gunship pilots do not fly often due to the yet unfulfilled modernization of the Mi-24 gunships. Due to financial difficulties fighter pilots have 60 hours of flying time per year, only a third of the national norm of 180 hours.
The Navy also has some fuel shortage problems, but military training is still effective. The most recent overseas operation of the Navy was along the coast of Libya as part of Operation Unified Protector.
Budget
After the collapse of the Warsaw pact, Bulgaria lost the ability to acquire cheap fuel and spares for its military. A large portion of its nearly 2,000 T-55 tanks fell into disrepair, and eventually almost all of them were scrapped or sold to other countries. In the early 1990s the budget was so small, that regulars only received token-value payments. Many educated and well-trained officers lost the opportunity to educate younger soldiers, as the necessary equipment and basis lacked adequate funding. Military spending increased gradually, especially in the last 10 years. As of 2005, the budget was no more than $400 mln., while military spending for 2009 amounted to more than $1.3 bln. – almost a triple increase for 4 years. Despite this growth, the military still does not receive sufficient funds for modernisation. An example of bad spending plans is the large-scale purchasing of transport aircraft, while the Air Force has a severe need of new fighters (the MiG-29s, even though modernised, are nearing their operational limits). The planned procurement of 2–4 Gowind class corvettes has been cancelled. As of 2009, military spending was about 1.98% of GDP. In 2010 the budget is to be only 1.3% due to the international financial crisis.
Land Forces
The Land Forces are functionally divided into Deployable and Reserve Forces. Their main functions include deterrence, defence, peace support and crisis management, humanitarian and rescue missions, as well as social functions within Bulgarian society. Active troops in the land forces number about 18,000 men, and reserve troops number about 13,000.
The equipment of the land forces is impressive in terms of numbers, but most of it is nonoperational and scheduled to be scrapped or refurbished and exported to other nations. Bulgaria has a military stockpile of about 5,000,000 small arms, models ranging from World War II-era MP 40 machine pistols to modern Steyr AUG, AK-74, HK MP5, HK416 and AR-M12F assault rifles.
National guard unit
The National Guard of Bulgaria, founded in 1879, is the successor to the personal guards of Knyaz Alexander I. On 12 July of that year, the guards escorted the Bulgarian knyaz for the first time; today the official holiday of the National Guard is celebrated on 12 July. Throughout the years the structure of the guards has evolved, going from convoy to squadron, to regiment and, subsequent to 1942, to division. Today it includes military units for army salute and wind orchestra duties.
In 2001, the National Guard unit was designated an official military unit of the Bulgarian army and one of the symbols of state authority, along with the flag, the coat of arms and the national anthem. It is a formation, directly subordinate to the Minister of Defence and while legally part of the armed forces, it is totally independent from the Defence Staff.
Statistics and equipment
Note: This table shows combined active and reserve force.Most are listed here.
In 2019 what remained from the scrapping of the previous new equipment some but not all of the T-72 Main battle tanks were sent for mechanical service for the first time in years.
Most of the equipment that should be battle ready is in dire condition, old, rusty or non-functional, the rest about 50,000 tons of what was sold as scrap" can be found in some of the scrap depots near the railroad in Sofia including battle tanks, artillery, and other battle soviet era equipment.
Navy
The Navy has traditionally been the smallest component of the Bulgarian military. Established almost simultaneously with the Ground forces in 1879, initially it consisted of a small fleet of boats on the Danube river. Bulgaria has a coastline of about 354 kilometres – thus, naval warfare is not considered a priority.
After the downturn in 1990, the Navy was largely overlooked and received almost no funding. No projects for modernisation were carried out until 2005, when a Wielingen class frigate (F912 Wandelaar) was acquired from Belgium. By 2009, Bulgaria acquired two more frigates of the same class. The first of them was renamed 41 Drazki and took part in several operations and exercises, most notably the UNIFIL Maritime Patrol along the coast of Lebanon in 2006, and Operation Active Endeavour. It also participated in the enforcement of the naval blockade against Muammar Gaddafi's regime off the coast of Libya from 2011 until 2012.
The equipment is typical for a small navy, consisting mostly of light multi-purpose vessels – four frigates, three corvettes, five minesweepers, three fast missile craft and two landing ships. Other equipment includes a coastal defence missile battalion armed with locally modified P-15 Termit missiles, a coastal artillery battery, a naval helicopter airbase and a marine special forces unit.
The Bulgarian Navy is centered in two main bases – in Varna and in Burgas.
Air Force
In the past decade Bulgaria has been trying actively to restructure its army as a whole and a lot of attention has been placed on keeping the aging Russian aircraft operational. Currently the attack and defence branches of the Bulgarian air force are mainly MiG-29s and Su-25s. About 15 MiG-29 fighters have been modernised in order to meet NATO standards. The first aircraft arrived on 29 November 2007 and final delivery was due in 03/09. In 2006 the Bulgarian government signed a contract with Alenia Aeronautica for the delivery of five C-27J Spartan transport aircraft in order to replace the Soviet made An-24 and An-26, although the contract was later changed to only three aircraft. Modern EU-made transport helicopters were purchased in 2005 and a total of 12 Eurocopter Cougar have been delivered (eight transport and four CSAR).Three Eurocopter AS565 Panther for the Bulgarian Navy in 2016.
Branches of the Air Force include: fighter aviation, assault aviation, intelligence aviation and transportation aviation, aid defence troops, radio-technical troops, communications troops, radio-technical support troops, logistics and medical troops.
The Bulgarian Ministry of Defense has announced plans to withdraw and replace the MiG-29 fighters with new F-16V Fighting Falcon by 2025–2026.
Aircraft inventory
With the exception of the Navy's small helicopter fleet, the Air Forces are responsible for all military aircraft in Bulgaria. The Air Forces' inventory numbers <50 aircraft, including combat jets and helicopters. Aircraft of western origin have only begun to enter the fleet, numbering of the total in service.Most is unusable, old and inactive
Bulgarian-American cooperation
The Bulgarian-American Joint Military Facilities were established by a Defence Cooperation Agreement signed by the United States and Bulgaria in April 2006. Under the agreement, U.S. forces can conduct training at several bases in the country, which remain under Bulgarian command and under the Bulgarian flag. Under the agreement, no more than 2,500 U.S. military personnel can be located at the joint military facilities.
Foreign Policy magazine lists Bezmer Air Base as one of the six most important overseas facilities used by the USAF.
Deployments
Both during Communist rule and after, Bulgaria has deployed troops with different tasks in various countries. The table below lists Bulgarian military deployments in foreign countries. Active missions are shown in bold.
See also
Defense industry of Bulgaria
Bulgaria and weapons of mass destruction
Medieval Bulgarian Army
References
Sources
Бяла книга на Въоръжените сили (White Paper of the Armed Forces), Ministry of Defence of Bulgaria, 2011.
Wikisource:Great Battles of Bulgaria
Bibliography
External links
Ministry of Defence of Bulgaria
Equipment holdings in 1996
https://web.archive.org/web/20110528070137/http://www.wikileaks.ch/cable/2007/10/07SOFIA1271.html – U.S. Embassy Sofia views via United States diplomatic cables leak on appropriate future equipment purchases, 2007
http://www.mediafire.com/download/heyrxhrnpqx06mz/Bulgarian_Military.docx and http://www.mediafire.com/download/ba571l7jiid2tf8/Bulgarian+Military.pdf - Download the word file and a pdf file for the Bulgarian Military's equipment list and specific details.
Military of Bulgaria
Permanent Structured Cooperation |
3677 | https://en.wikipedia.org/wiki/Geography%20of%20Burkina%20Faso | Geography of Burkina Faso | Burkina Faso (formerly Upper Volta) is a landlocked Sahel country that shares borders with six nations. It lies between the Sahara desert and the Gulf of Guinea, south of the loop of the Niger River, mostly between latitudes 9° and 15°N (a small area is north of 15°), and longitudes 6°W and 3°E. The land is green in the south, with forests and fruit trees, and semi-arid in the north. Most of central Burkina Faso lies on a savanna plateau, above sea level, with fields, brush, and scattered trees. Burkina Faso's game preserves – the most important of which are Arly, Nazinga, and W National Park—contain lions, elephants, hippopotamus, monkeys, common warthogs, and antelopes. Previously the endangered painted hunting dog, Lycaon pictus occurred in Burkina Faso, but, although the last sightings were made in Arli National Park, the species is considered extirpated from Burkina Faso.
Area
Burkina Faso has a total area of , of which is land and water. Comparatively, it is slightly larger than New Zealand and Colorado. Its borders total : Benin , Ivory Coast , Ghana , Mali , Niger , and Togo . It has no coastline or maritime claims.
Extreme points
This is a list of the extreme points of Burkina Faso, the points that are farther north, south, east or west than any other location.
Northernmost point – unnamed location on the border with Mali, Sahel Region
Easternmost point – unnamed location on the border with Benin immediately south of the Burkina Faso-Benin-Niger tripoint, Est Region
Southernmost point – unnamed location on the border with Ivory Coast immediately south of the village of Kpuere, Sud-Ouest Region
Westernmost point – the tripoint with Mali and Ivory Coast, Cascades Region
Terrain
It is made up of two major types of countryside. The larger part of the country is covered by a peneplain, which forms a gently undulating landscape with, in some areas, a few isolated hills, the last vestiges of a Precambrian massif. The southwest of the country, on the other hand, forms a sandstone massif, where the highest peak, Ténakourou, is found at an elevation of . The massif is bordered by sheer cliffs up to high. The average altitude of Burkina Faso is and the difference between the highest and lowest terrain is no greater than . Burkina Faso is therefore a relatively flat country. Its elevation extremes are a lowest point at the Mouhoun (Black Volta) River () and highest point at Tena Kourou ().
Administrative divisions
The country is divided into 13 administrative regions. These regions encompass 45 provinces and 351 departments.
Hydrography
The country owes its former name of Upper Volta to three rivers which cross it: the Black Volta (or Mouhoun), the White Volta (Nakambé) and the Red Volta (Nazinon). The Black Volta is one of the country's only two rivers which flow year-round, the other being the Komoé, which flows to the southwest. The basin of the Niger River also drains 27% of the country's surface.
The Niger's tributaries – the Béli, the Gorouol, the Goudébo and the Dargol – are seasonal streams and flow for only four to six months a year. They still, however, can cause large floods. The country also contains numerous lakes – the principal ones are Tingrela, Bam and Dem. The country contains large ponds, as well, such as Oursi, Béli, Yomboli and Markoye. Water shortages are often a problem, especially in the north of the country.
Climate
Burkina Faso has a primarily tropical climate with two very distinct seasons. In the rainy season, the country receives between 600 and 900 millimetres (23.6 and 35.4 in) of rainfall; in the dry season, the harmattan – a hot dry wind from the Sahara – blows. The rainy season lasts approximately four months, May/June to September, and is shorter in the north of the country. Three climatic zones can be defined: the Sahel, the Sudan-Sahel, and the Sudan-Guinea. The Sahel in the north typically receives less than of rainfall per year and has high temperatures, .
A relatively dry tropical savanna, the Sahel extends beyond the borders of Burkina Faso, from the Horn of Africa to the Atlantic Ocean, and borders the Sahara to its north and the fertile region of the Sudan to the South. Situated between 11°3' and 13°5' north latitude, the Sudan-Sahel region is a transitional zone with regards to rainfall and temperature. Further to the south, the Sudan-Guinea zone receives more than of rain each year and has cooler average temperatures.
Resources and environment
Burkina Faso's natural resources include manganese, limestone, marble, phosphates, pumice, salt and small deposits of gold. 21.93% of its land is arable, and 0.26% has permanent crops as of 2012. As of 2003, 250 km2 were irrigated. Its total renewable water resources as of 2011 were 12.5 m3, with a total freshwater withdrawal of 0.72 km3/yr (46% domestic, 3% industrial, 51% agricultural; this amounts to a per-capita withdrawal of 54.99 m3/yr.
Burkina Faso's fauna and flora are protected in two national parks and several reserves: see List of national parks in Africa, Nature reserves of Burkina Faso.
Recurring droughts and floods are a significant natural hazard. Current environmental issues include: recent droughts and desertification severely affecting agricultural activities, population distribution, and the economy; overgrazing; soil degradation; deforestation.
Burkina Faso is party to the following international environmental agreements: Biodiversity, Climate Change, Desertification, Endangered Species, Hazardous Wastes, Marine Life Conservation, Ozone Layer Protection, Wetlands. It has signed, but not ratified, the Law of the Sea and the Nuclear Test Ban.
See also
2010 Sahel famine
:Category:Treaties of Burkina Faso
Line note references
External links
Soil Maps of Burkina Faso European Digital Archive on the Soil Maps of the world |
3678 | https://en.wikipedia.org/wiki/Demographics%20of%20Burkina%20Faso | Demographics of Burkina Faso | This article is about the demographic features of the population of Burkina Faso, including population density, ethnicity, education level, health of the populace, economic status, religious affiliations and other aspects of the population.
Burkina Faso's million people belong to two major West African cultural groups—the Gur (Voltaic) and the Mandé. The Voltaic are far more numerous and include the Mossi, who make up about one-half of the population. The Mossi claim descent from warriors who migrated to present-day Burkina Faso and established an empire that lasted more than 800 years. Predominantly farmers, the Mossi are still bound by the traditions of the Mogho Naba, who hold court in Ouagadougou.
About 12,000 Europeans reside in Burkina Faso, the majority of whom are French.
Most of Burkina Faso's population is concentrated in the south and center of the country, with a population density sometimes exceeding . This population density, high for Africa, causes annual migrations of hundreds of thousands of Burkinabé to Ivory Coast and Ghana for seasonal agricultural work. About a third of Burkinabé adhere to traditional African religions. The introduction of Islam to Burkina Faso was initially resisted by the Mossi rulers. Christians, predominantly Roman Catholics, are largely concentrated among the urban elite.
Few Burkinabé have had formal education. Schooling is free but not compulsory, and only about 29% of Burkina's primary school-age children receive a basic education. The University of Ouagadougou, founded in 1974, was the country's first institution of higher education. The Polytechnic University of Bobo-Dioulasso in Bobo-Dioulasso was opened in 1995.
Population
According to the United Nations' Population Division, the total population was 20,903,000 in 2020, compared to only 4,284,000 in 1950. The proportion of children below the age of 15 in 2020 was 44.4%, 53.2% of the population was between 15 and 65 years of age, while 2.4% was 65 years or older.
Vital statistics
Registration of vital events is in Burkina Faso not complete. The Population Departement of the United Nations prepared the following estimates.
Fertility and births
Total Fertility Rate (TFR) (Wanted Fertility Rate) and Crude Birth Rate (CBR):
Fertility data as of 2013 (DHS Program):
Life expectancy at birth
Other demographic statistics
Demographic statistics according to the World Population Review in 2019.
One birth every 42 seconds
One death every 3 minutes
One net migrant every 21 minutes
Net gain of one person every 55 seconds
The following demographic statistics are from the CIA World Factbook, unless otherwise indicated.
Demographic profile
Burkina Faso has a young age structure – the result of declining mortality combined with steady high fertility – and continues to experience rapid population growth, which is putting increasing pressure on the country's limited arable land. More than 65% of the population is under the age of 25, and the population is growing at 3% annually. Mortality rates, especially those of infants and children, have decreased because of improved health care, hygiene, and sanitation, but women continue to have an average of almost 6 children. Even if fertility were substantially reduced, today's large cohort entering their reproductive years would sustain high population growth for the foreseeable future. Only about a third of the population is literate and unemployment is widespread, dampening the economic prospects of Burkina Faso's large working-age population.
Population
21,382,659 (July 2021 est.)
Note: estimates for this country explicitly take into account the effects of excess mortality due to AIDS; this can result in lower life expectancy, higher infant mortality and death rates, lower population and growth rates, and changes in the distribution of population by age and sex than would otherwise be expected
Age structure
0-14 years: 43.58% (male 4,606,350/female 4,473,951)
15-24 years: 20.33% (male 2,121,012/female 2,114,213)
25-54 years: 29.36% (male 2,850,621/female 3,265,926)
55-64 years: 3.57% (male 321,417/female 423,016)
65 years and over: 3.16% (male 284,838/female 374,057) (2020 est.)
0-14 years: 44.88% (male 4,519,960/female 4,503,937)
15-24 years: 20.07% (male 2,024,501/female 2,012,053)
25-54 years: 29.42% (male 2,999,941/female 2,915,264)
55-64 years: 3.2% (male 284,374/female 359,159)
65 years and over: 2.43% (male 181,996/female 306,324) (2017 est.)
Median age
Total: 17.9 years Country comparison to the world: 216th
Male: 17.0 years
Female: 18.7 years (2020 est.)
Total: 17.3 years
Male: 17.1 years
Female: 17.4 years (2017 est.)
Population growth rate
2.58% (2020 est.) Country comparison to the world: 14th
3% (2017 est.)
Birth rate
34.34 births/1,000 population (2021 est.) Country comparison to the world: 20th
Death rate
7.92 deaths/1,000 population (2021 est.) Country comparison to the world: 89th
Net migration rate
-0.62 migrant(s)/1,000 population (2021 est.) Country comparison to the world: 131st
Mother's mean age at first birth
19.4 years (2010 est.)
note: median age at first birth among women 25-29
Total fertility rate
4.39 children born/woman (2021 est.) Country comparison to the world: 18th
Contraceptive prevalence rate
32.5% (2018/19)
Urbanization
Urban population: 30.6% of total population (2020)
Rate of urbanization: 4.99% annual rate of change (2015-20 est.)
Sex ratio
At birth: 1.03 male(s)/female
0-14 years: 1.03 male(s)/female
15-24 years: 1.00 male(s)/female
25-54 years: 0.87 male(s)/female
55-64 years: 0.76 male(s)/female
65 years and over: 0.76 male(s)/female
Total population: 0.96 male(s)/female (2020 est.)
Life expectancy at birth
Total population: 63.06 years
Male: 61.28 years
Female: 64.89 years (2021 est.)
HIV/AIDS
Adult prevalence rate: 0.8% (2019 est.) County comparison to the world: 51st
People living with HIV/AIDS: 100,000 (2019 est.) Country comparison to the world: 44th
Deaths: 3,100 (2019 est.) Country comparison to the world: 33rd
Major infectious diseases
Degree of risk: very high
Food or waterborne diseases: bacterial and protozoal diarrhea, hepatitis A, and typhoid fever
Vectorborne disease: malaria and dengue fever
Water contact disease: schistosomiasis
Respiratory disease: meningococcal meningitis
Animal contact diseases: rabies (2020)
Nationality
Noun: Burkinabé (singular and plural)
Adjective: Burkinabé
Ethnic groups
Mossi 52%, Fulani 8.4%, Gurma 7%, Bobo 4.9%, Gurunsi 4.6%, Senufo 4.5%, Bissa 3.7%, Lobi 2.4%, Dagara 2.4%, Tuareg/Ikelan 1.9%, Dioula 0.8%, Unspecified/No answer 0.3%, Other 7.2% (including Europeans) (2010 est.)
Religions
Islam 61.5%, Roman Catholic 23.3%, Traditional/Animist 7.8%, Protestant 6.5%, Other/No Answer 0.2%, None 0.7% (2010 est.)
Languages
French(official), native African languages belonging to Sudanic family spoken by 90% of the population
Literacy
Definition: age 15 and over can read and write
Total population: 41.2%
Male: 50.1%
Female: 32.7% (2018 est.)
Education expenditure
5.4% of GDP (2018)
Slavery
In 2018, an estimated 82,000 people in the country were living under "modern slavery" according to the Global Slavery Index. News reports also indicate that "most child slaves on cocoa farms (Ivory Coast and Ghana) come from Mali and Burkina Faso, two of the poorest nations on Earth. The children, some as young as ten, are sent by their families or trafficked by agents with the promise of money. They are made to work long hours for little or no money."
References
External links
Institut National de la Statistique et de la Démographie
Burkinabé society |
3679 | https://en.wikipedia.org/wiki/Politics%20of%20Burkina%20Faso | Politics of Burkina Faso | The Politics of Burkina Faso takes place in a framework of a semi-presidential republic, whereby the Prime Minister of Burkina Faso is the head of government, and of a multi-party system. The President of Burkina Faso is the head of state. Executive power is exercised by both the President and the Government. Legislative power is vested in both the government and parliament. The party system was dominated by the Congress for Democracy and Progress (CDP) until the 2014 Burkinabé uprising. Since then, the CDP has lost influence. The Judiciary is independent of the executive and the legislature.
In a coup on January 24, 2022, mutinying soldiers arrested President Roch Marc Christian Kaboré following gunfire. The military and its "Patriotic Movement for Safeguard and Restoration" (MPSR) declared itself to be in power.
Political history
In 1990, the Popular Front held its first National Congress, which formed a committee to draft a national constitution. The constitution was approved by referendum in 1991. In 1992, Blaise Compaoré was elected president, running unopposed after the opposition boycotted the election because of Compaoré's refusal to accede to demands of the opposition such as a Sovereign National Conference to set modalities. The opposition did participate in the following year's legislative elections, in which the ODP/MT won a majority of the seats contested for.
The government of the Fourth Republic includes a strong presidency, a prime minister, a Council of Ministers presided over by the president, a National Assembly, and the judiciary. The legislature and judiciary are independent but remain susceptible to outside influence.
In 1995, Burkina held its first multiparty municipal elections since it gained independence. The president's ODP/MT won over 1,100 of some 1,700 councilor seats being contested.
In February 1996, the ruling ODP/MT merged with several small opposition parties to form the Congress for Democracy and Progress (CDP). This effectively co-opted much of what little viable opposition to Compaoré existed. The remaining opposition parties regrouped in preparation for 1997 legislative elections and the 1998 presidential election. The 1997 legislative elections, which international observers pronounced to be substantially free, fair, and transparent, resulted in a large CDP majority—101 to 111 seats.
In January 2022 a coup d'état took place, the military announced on television that Kaboré had been deposed from his position as President. After the announcement, the military declared that the parliament, government and constitution had been dissolved. On 31 January, the military junta restored the constitution and appointed Paul-Henri Sandaogo Damiba as interim president.
Government
Executive branch
|President
|Paul-Henri Sandaogo Damiba
|Military
|31 January 2022
|-
|Prime Minister
|Vacant
|None
|24 December 2022
|}
The president is elected by popular vote for a five-year term and may serve up to two terms. The prime minister is appointed by the president with the consent of the legislature. The constitution of 2 June 1991, established a semi-presidential government with a parliament () which can be dissolved by the President of the Republic, who is elected for a term of 5 years. The year 2000 saw a constitutional amendment reducing the presidential term from 7 to 5 years, which was enforced during the 2005 elections. Another change according to the amendment would have prevented sitting president Blaise Compaoré from being re-elected. However, notwithstanding a challenge by other presidential candidates, in October 2005, the constitutional council ruled that because Compaoré was already a sitting president in 2000, the amendment would not apply to him until the end of his second term in office, thereby clearing the way for his candidacy in the 2005 election. On 13 November Compaoré was reelected in a landslide due to a divided political opposition. In 2010, Compaoré was once again re-elected, and the term limit requirement was held to not apply to him. A proposed constitutional amendment in 2014 would have permitted him to run again, but public resistance led to the 2014 Burkinabé uprising, and Compaoré resigned on 31 October 2014. A transitional government headed by President Michel Kafondo and Prime Minister Isaac Zida took power for a one-year mandate. Elections were to have been held in October 2015, but members of the Regiment of Presidential Security launched a coup on 16 September 2015, detaining President Kafando and Prime Minister Zida. RSP commander Gilbert Diendéré named himself the head of the new military junta, but popular resistance, backed by army and gendarmerie forces not aligned with the RSP, forced his resignation and the restoration of the transitional government a week later.
Legislative branch
According to the constitution, the Parliament votes on the law, consents to taxation, and controls the actions of the government under provisions of the constitution. The Parliament, which is made up of the National Assembly and Senate, meets each year in two ordinary sessions, each of which may not exceed ninety days. The first session opens on the first Wednesday of March and the second the last Wednesday of September. If either of these days lands on a holiday, the session opens the next first working day. Each chamber of Parliament meets in extraordinary session on request of the President, demand of the Prime Minister, or of an absolute majority of half of the Deputies or Senators on a specific agenda and closes at the completion of said agenda.
The National Assembly (Assemblée Nationale) has 111 members, named Deputies, and are elected for a five-year term by proportional representation.
The Senate, as described in the Constitution of Burkina Faso, would consist of representatives from local government divisions, customary and religious authorities, workers, employers, Burkinabes abroad and people appointed by the President of Burkina Faso and serve a term of six years. The constitution requires that anyone elected or appointed must be 45 years old by the day of the ballot.
In May 2013, then-President Compaoré announced the establishment of a new Senate with 89 members, 29 of which would be selected by the president themselves, and the rest appointed by local officials. With Senate elections being held in July 2013, government opposition groups warned against a legislative body with a majority of handpicked sympathizers by the president. Compaoré was successful in appointing 1/3rd of the Senate, prompting protesters rallying in the streets of Bobo-Dioulasso and the capital Ouagadougou to protest the establishment of the Senate, which has since been postponed.
The Presidents of both the Senate and National Assembly are elected for the duration of the legislator by an absolute majority of half the chamber in the first round of voting, or a simple majority in the second round. Their functions can be terminated during the course of a legislature at the demand of two-fifths and a vote of the absolute majority of the members of the Assembly. In the case of vacancy of the presidency of either chamber of Parliament by death, resignation, or other reason, said chamber elects a new president by the same method. Each chamber has financial autonomy, with the President of the said chamber managing the credits allocated to them for the functioning of the chamber, but with a vote of the absolute majority, the chamber can dismiss the President for incompetence in managing finances.
Unless discovered in flagrante delicto, any member of Parliament can only be prosecuted or arrested in a penal or criminal matter with the authorization of at least one-third members of the chamber which they reside.
Political parties and elections
2020 Burkinabé general election
Political pressure groups
Burkinabé General Confederation of Labor (CGTB); Burkinabé Movement for Human Rights (HBDHP); Group of 14 February; National Confederation of Burkinabé Workers (CNTB); National Organization of Free Unions (ONSL); watchdog/political action groups throughout the country in both organizations and communities
Administrative divisions
Burkina Faso is divided into 13 regions and 45 provinces:
Regions:
Boucle du Mouhoun, Cascades, Centre, Centre-Est, Centre-Nord, Centre-Ouest, Centre-Sud, Est, Hauts-Bassins, Nord, Plateau-Central, Sahel, Sud-Ouest
Provinces:
Balé, Bam, Banwa, Bazega, Bougouriba, Boulgou, Boulkiemde, Comoé, Ganzourgou, Gnagna, Gourma, Houet, Ioba, Kadiogo, Kenedougou, Komondjari, Kompienga, Kossi, Koulpelogo, Kouritenga, Kourweogo, Leraba, Loroum, Mouhoun, Namentenga, Nahouri, Nayala, Noumbiel, Oubritenga, Oudalan, Passore, Poni, Sanguie, Sanmatenga, Séno, Sissili, Soum, Sourou, Tapoa, Tuy, Yagha, Yatenga, Ziro, Zondoma, Zoundweogo
International organization participation
ACCT, ACP, AfDB, AU, ECA, ECOWAS, Entente, FAO, G-77, IAEA, IBRD, ICAO, ICC, ITUC, ICRM, IDA, IDB, IFAD, IFC, IFRCS, ILO, IMF, Intelsat, Interpol, IOC, ITU, NAM, OAU, OIC, OPCW, PCA, UN, UNCTAD, UNESCO, UNIDO, UPU, WADB, WADB (regional), WAEMU, WCO, WFTU, WHO, WIPO, WMO, WTOO, WTrO.
International relationships
The ambassador of Burkina Faso to Canada is Juliette Bonkoungou.
The ambassador of Burkina Faso to Mexico is Jonathan Hodgson.
The former ambassador of Burkina Faso to the United States was Tertius Zongo, he left his post when appointed Prime Minister in July 2007; the US Ambassador to Burkina Faso is Andrew Robert Young.
See also
2019 Burkina Faso government resignation
Notes
References |
3680 | https://en.wikipedia.org/wiki/Economy%20of%20Burkina%20Faso | Economy of Burkina Faso | The economy of Burkina Faso is based primarily on subsistence farming and livestock raising. Burkina Faso has an average income purchasing-power-parity per capita of $1,900 and nominal per capita of $790 in 2014. More than 80% of the population relies on subsistence agriculture, with only a small fraction directly involved in industry and services. Highly variable rainfall, poor soils, lack of adequate communications and other infrastructure, a low literacy rate, and a stagnant economy are all longstanding problems of this landlocked country. The export economy also remained subject to fluctuations in world prices.
The country has a high population density, few natural resources, and a fragile soil. Industry remains dominated by unprofitable government-controlled corporations. Following the African franc currency devaluation in January 1994 the government updated its development program in conjunction with international agencies, and exports and economic growth have increased. Maintenance of its macroeconomic progress depends on continued low inflation, reduction in the trade deficit, and reforms designed to encourage private investment.
The Burkinabé financial system represents 30% of the country's GDP and is dominated by the banking sector, which accounts for 90% of total financial system assets. Eleven banks and five non-bank financial institutions operate in the country.
The banking sector is highly concentrated, with the three largest banks holding nearly 60% of total financial sector assets. Banks are generally adequately capitalized, but remain vulnerable due to their overexposure to the cotton sector, the prices of which are subject to significant oscillations.
A December 2018 report from the World Bank indicates that cotton had become the most important cash crop, while gold exports were increasing in recent years. In 2017, economic growth increased to 6.4% in 2017 (vs. 5.9% in 2016) primarily due to gold production and increased investment in infrastructure. The increase in consumption linked to growth of the wage bill also supported economic growth. Inflation remained low, 0.4% that year but the public deficit grew to 7.7% of GDP (vs. 3.5% in 2016). The government was continuing to get financial aid and loans to finance the debt. To finance the public deficit, the Government combined concessional aid and borrowing on the regional market. The World Bank said that the economic outlook remained favorable in the short and medium term, although that could be negatively impacted. Risks included high oil prices (imports), lower prices of gold and cotton (exports) as well as terrorist threat and labour strikes.
Macro-economic trend
This is a chart of trend of gross domestic product of Burkina Faso at market prices estimated by the International Monetary Fund with figures in millions of CFA Francs.
For purchasing power parity comparisons, the US Dollar is exchanged at 470.70 CFA Francs only. Mean wages were $0.56 per man-hour in 2009.
Current GDP per capita of Burkina Faso grew 13% in the Sixties reaching a peak growth of 237% in the Seventies. But this proved unsustainable and growth consequently scaled back to 23% in the Eighties. Finally, it shrank by 37% in the Nineties. Average wages in 2007 hover around 2 to 3 dollars per day.
Although handicapped by an extremely resource-deprived domestic economy, Burkina Faso remains committed to the structural adjustment program it launched in 1991. It has largely recovered from the devaluation of the CFA in January 1994, with a 1996 growth rate of 5.9%.
Many Burkinabé migrate to neighbouring countries for work, and their remittances provide a substantial contribution to the balance of payments. Burkina Faso is attempting to improve the economy by developing its mineral resources, improving its infrastructure, making its agricultural and livestock sectors more productive and competitive, and stabilizing the supplies and prices of cereals.
The agricultural economy remains highly vulnerable to fluctuations in rainfall. The Mossi Plateau in north central Burkina Faso faces encroachment from the Sahara. The resultant southward migration means heightened competition for control of very limited water resources south of the Mossi Plateau. Most of the population ekes out a living as subsistence farmers, living with problems of climate, soil erosion, and rudimentary technology. The staple crops are pearl millet, sorghum, maize, and rice. The cash crops are cotton, groundnuts, karite (shea nuts), and sesame. Livestock, once a major export, has declined.
A 2018 report by the African Development Bank Group discussed a macroeconomic evolution: "higher investment and continued spending on social services and security that will add to the budget deficit". This group's prediction for 2018 indicated that the budget deficit would be reduced to 4.8% of GDP in 2018 and to 2.9% in 2019. Public debt associated with the National Economic and Social Development Plan was estimated at 36.9% of GDP in 2017.
Agriculture
Burkina Faso produced in 2018:
1.9 million tons of sorghum;
1.7 million tons of maize;
1.1 million tons of millet;
630 thousand tons of cowpea (3rd largest producer in the world, losing only to Niger and Nigeria);
490 thousand tons of sugar cane;
482 thousand tons of cotton;
329 thousand tons of peanut;
253 thousand tons of sesame seed (8th largest producer in the world);
240 thousand tons of vegetable;
160 thousand tons of rice;
103 thousand tons of cashew nuts (12th largest producer in the world);
In addition to smaller productions of other agricultural products.
External trade
Industry, still in an embryonic stage, is located primarily in Bobo-Dioulasso, Ouagadougou, Banfora, and Koudougou. Manufacturing is limited to food processing, textiles, and other import substitution heavily protected by tariffs. Some factories are privately owned, and others are set to be privatized. Burkina Faso's exploitable natural resources are limited, although a manganese ore deposit is located in the remote northeast. Gold mining has increased greatly since the mid-1980s and, along with cotton, is a leading export moneyearner. However, both gold and cotton are listed as goods produced mostly by child labor and forced labor according to a recent U.S. Department of Labor report.
See also
Agriculture in Burkina Faso
List of companies based in Burkina Faso
United Nations Economic Commission for Africa
List of banks in Burkina Faso
References
External links
West African Agricultural Market Observer/Observatoire du Marché Agricole (RESIMAO), a project of the West-African Market Information Network (WAMIS-NET), provides live market and commodity prices from fifty seven regional and local public agricultural markets across Benin, Burkina Faso, Côte d'Ivoire, Guinea, Niger, Mali, Senegal, Togo, and Nigeria. Sixty commodities are tracked weekly. The project is run by the Benin Ministry of Agriculture, and a number of European, African, and United Nations agencies.
Burkina Faso latest trade data on ITC Trade Map
Burkina Faso
Burkina Faso |
3681 | https://en.wikipedia.org/wiki/Telecommunications%20in%20Burkina%20Faso | Telecommunications in Burkina Faso | Telecommunications in Burkina Faso include radio, television, fixed and mobile telephones, and the Internet.
The telephony market in Burkina Faso is still relatively underdeveloped.
Although mobile penetration is just over 100%, it is still below the African average. Fixed-line telephony and internet connections are very low, due in large part to poor network infrastructure.
The government has a number of policies intended to improve the levels of investment and usage of networks but the impact of the SARS-Cov2 pandemic has hampered such efforts.
Radio is the country's most popular communications medium. Use of telecommunications in Burkina Faso are extremely low, limited due to the low penetration of electricity, even in major cities. There were just 141,400 fixed line phones in use in 2012, in a country with a population of 17.4 million. Use of mobile phones has skyrocketed from 1.0 million lines in 2006 to 10 million in 2012. Internet use is also low, with only 3.7 users per 100 inhabitants in 2012, just over 643,000 users total. The Internet penetration rate in Africa as a whole was 16 users per 100 inhabitants in 2013.
Regulation and control
The constitution and law provide for freedom of speech and of the press, and the government generally respects these rights in practice.
All media are under the administrative and technical supervision of the Ministry of Communications, which is responsible for developing and implementing government policy on information and communication. The Superior Council of Communication (SCC), a semiautonomous body under the Office of the President, monitors the content of radio and television programs, newspapers, and Internet Web sites to ensure compliance with professional ethics standards and government policy. The SCC may summon journalists and issue warnings for subsequent violations. Hearings may concern alleged libel, disturbing the peace, inciting violence, or violations of state security.
Journalists occasionally face criminal libel prosecutions and other forms of harassment and intimidation. In addition to the prohibition against insulting the head of state, the law also prohibits the publication of shocking images and lack of respect for the deceased. Although the government does not attempt to impede criticism, some journalists practice self-censorship.
The Burkinabé government, in its telecommunications development strategy, has stated its aim to make telecommunications a universal service accessible to all. A large portion of this strategy is the privatization of the National Telecommunications Office (ONATEL), with an additional focus on a rural telephony promotion project. In 2006 the government sold a 51 percent stake in the national telephone company, ONATEL, and ultimately planned to retain only a 23 percent stake in the company.
Radio and television
Radio stations: 2 AM, 26 FM, and 3 shortwave stations; state-owned radio runs a national and regional network; substantial number of privately owned radio stations; transmissions of several international broadcasters available in Ouagadougou (2007).
Television stations: 1 state-owned and 1 privately owned (2007).
Radio is the country's most popular communications medium. Dozens of private and community radio stations and a handful of private TV channels operate alongside their state-run counterparts. The BBC World Service, Voice of America, and Radio France Internationale are all on the air in the capital, Ouagadougou.
Telephones
Calling code: +226
International call prefix: 00<ref>[http://www.itu.int/dms_pub/itu-t/opb/sp/T-SP-E.164C-2011-PDF-E.pdf Dialing Procedures (International Prefix, National (Trunk) Prefix and National (Significant) Number) (in Accordance with ITY-T Recommendation E.164 (11/2010))], Annex to ITU Operational Bulletin No. 994-15.XII.2011, International Telecommunication Union (ITU, Geneva), 15 December 2011. Retrieved 2 January 2014.</ref>
Main lines:
141,400 lines in use (2012);
94,800 lines in use, 144th in the world (2006).
Mobile cellular:
10.0 million lines, 79th in the world (2012);
1.0 million lines, 123rd in the world (2006).
Telephone system: system includes microwave radio relay, open-wire, and radiotelephone communication stations; fixed-line connections stand at less than 1 per 100 persons; mobile-cellular usage, fostered by multiple providers, is increasing rapidly from a low base (2011).
Satellite earth stations: 1 Intelsat (Atlantic Ocean) (2011).
Communications cables: Burkina Faso is linked to the global submarine cable network and the international Internet backbone through Senegal's Sonatel fibre-optic transmission network.
Early Development of the Mobile Market
The state-run Office National Des Telecommunications (ONATEL) launched the first mobile network based on CDMA2000 technology in 1998.
Competition was introduced to the mobile telephone segment in 2000 with the introduction of new GSM network operators Celtel, Télécel Faso and ONATEL's Telmob. This pushed rates down even as density and coverage area increased.
Use of mobile phones grew quickly in the 2000s, growing from 2,700 subscribers in 1998, to 1.0 million in 2006, to 10.0 million in 2012. and to 21.4 million in 2020.
ARPU remained low, however, as mobile subscribers adopted behaviours such as "flashing" to minimize their costs and Burkina Faso's ancient oral tradition and talking drum culture harmonized with the introduction of mobile phone technologies. Additionally, mobile phone owners acquired status by being able to lend their phones to others in their communities.
International Group Involvement
In 2006, Maroc Telecom(itself part of Etisalat group) took a majority stake in ONATEL, which it increased to 61% in 2018 and from July 1, 2019 Maroc Telecom consolidated Onatel, Mauritel, Gabon Télécom, Sotelma, Casanet, AT Côte d'Ivoire, Etisalat Benin, AT Togo, AT Niger, AT Centrafrique, and Tigo Tchad in its accounts.
In January 2021, Maroc Telecom rebranded all of its African subsidiaries as Moov Africa.
In 2005 Celtel was acquired by the Kuwaiti Zain Group.
In 2010 Zain Group decided to sell most of the Celtel group to Indian group Bharti Airtel, which rebranded Celtel as Airtel Burkina Faso.
In June 2016 Orange S.A. acquired the network and 4.6M subscribers of Airtel Burkina Faso. Following an ambitious network modernization plan, 9 months later the network rebranded as Orange Burkina Faso boasting a subscriber base of 6.3M.
According to the website of the Communication Regulator of Burkina Faso, at the end of 2020 the Mobile Telecommunications Market (21.4M subscriptions) was shared as follows:
Orange BF S.A. 9,403,367 subscriptions (43.72%)
Onatel S.A. 9,086,709 subscriptions (42.24%)
Télécel Faso S.A 2,946,469 subscriptions (13.70%)
Internet
Top-level domain: .bf
Internet users:
643,504 users, 127th in the world; 3.7% of the population, 194th in the world (2012);"Percentage of Individuals using the Internet 2000-2012", International Telecommunications Union (Geneva), June 2013, retrieved 22 June 2013
178,100 users, 144th in the world (2009);
80,000, 146th in the world (2006).
Fixed broadband: 14,166 subscriptions, 139th in the world; 0.1% of population, 169th in the world (2012)."Fixed (wired)-broadband subscriptions per 100 inhabitants 2012", Dynamic Report, ITU ITC EYE, International Telecommunication Union. Retrieved on 29 June 2013.
Wireless broadband: Unknown (2012).
Internet hosts:
1,795, 164th in the world (2012);
193 hosts, 178th in the world (2007).
IPv4: 32,512 addresses allocated, less than 0.05% of the world total, 1.9 addresses per 1000 people (2012).Population, The World Factbook, United States Central Intelligence Agency. Accessed on 2 April 2012. Note: Data are mostly for 1 July 2012.
Internet Service Providers: 1 ISP (1999).
Internet use is low, but the sector began to improve following installation of a 22 Mbit/s fiber optic international link, a vast improvement over the previous 128 kbit/s link. Secondary access nodes began to appear in major cities, and cybercafés were providing Internet access to a broader spectrum of end users.
ONATEL's FasoNet is the country's leading wired Internet service provider, dominating the broadband market with its ADSL and EV-DO fixed-wireless offerings.
The mobile operators are offering data services using GPRS and EDGE technology, and third generation (3G) mobile broadband technology was not introduced until 2013 by Bharti Airtel.
A March 2013 ITU Study on international Internet connectivity in sub-Saharan Africa'' reports that the Burkina Faso "Internet market is not sufficiently dynamic and competitive" and that the high costs for Internet capable mobile phones (more than six times the cost of a basic mobile phone) and mobile Internet subscriptions (up to seven times the cost for basic mobile) limit the number of Internet users.
Internet censorship and surveillance
There are no government restrictions on access to the Internet; however, the Superior Council of Communication (SCC) monitors Internet Web sites and discussion forums to ensure compliance with existing regulations. For example, in May 2012 the SCC issued a warning to a Web site on which a user had allegedly insulted President Compaore in an Internet forum.
The constitution and law provide for freedom of speech and of the press, and the government generally respects these rights in practice. The law prohibits persons from insulting the head of state or using derogatory language with respect to the office; however, individuals criticize the government publicly or privately without reprisal.
The constitution and law prohibit arbitrary interference with privacy, family, home, or correspondence, and the government generally respects these prohibitions in practice. In cases of national security, however, the law permits surveillance, searches, and monitoring of telephones and private correspondence without a warrant.
See also
Radio Télévision du Burkina, national broadcaster of Burkina Faso.
Maroc Telecom, a 51% owner of ONATEL since December 2006.
List of terrestrial fibre optic cable projects in Africa
Media in Burkina Faso
Economy of Burkina Faso
References
External links
Autorité de régulation des communications électroniques (ARCE, Regulatory authority for electronic communications) , registrar for the .bf domain. |
3682 | https://en.wikipedia.org/wiki/Transport%20in%20Burkina%20Faso | Transport in Burkina Faso | Transport in Burkina Faso consists primarily of road, air and rail transportation. The World Bank classified country's transportation as underdeveloped but noted that Burkina Faso is a natural geographic transportation hub for West Africa.
Highways
In 2002, there were a total of of highway in Burkina Faso, of which are paved.
In 2000, the Government of Burkina Faso classified 15,000 kilometers of road as part of the national road network managed under the Ministry of Infrastructures Transport and Housing (MITH) through the Directorate of Roads (DGR). This network includes main inter-city roads and access roads for départments' capital cities. Only ten of the network's main roads are even partially paved, and the paved roads are plagued by dangerous potholes, missing signage, missing barriers and guardrails near roadside hazards, and no pavement markings to separate traffic moving in opposite directions.
As of May 2011 the country's road infrastructure was rated by the World Bank to be in relatively good condition and noted that country was regional hub with paved roads linking the country to Mali, Ivory Coast, Ghana, Togo, and Niger. Nevertheless, "trucking cartels and red tape contribute to high transportation costs and diminished international competitiveness." 58% of firms in Burkina Faso identified roads as major business constraint, maintenance and rehabilitation needs of the main road network are said to be underfunded.
Air transport
There are international airports at Ouagadougou and Bobo-Dioulasso and numerous smaller airfields. In 2004, the number of airports totaled 23, only 2 of which had paved runways as of 2005. Air Burkina, which began in 1967, is government-run and has a monopoly on domestic service but also flies to neighboring countries.
Ouagadougou airport handles about 98% percent of all scheduled commercial air traffic in Burkina Faso. Air Burkina and Air France handle about 60% of all scheduled passenger traffic. Between 2005 and 2011, air passenger traffic at Ouagadougou airport grew at an average annual rate of 7.0 percent per annum reaching about 404,726 passengers in 2011 and was estimated to reach 850,000 by 2025. In 2007 Ouagadougou airport was the fifteenth busiest airport in West Africa in passenger volume, just ahead of Port Harcourt (Nigeria) and behind Banjul (Gambia). The total air cargo at Ouagadougou airport grew 71% from 4,350 tons in 2005 to about 7,448 tons in 2009.
The government plans to close the Ouagadougou airport upon construction of the new Ouagadougou-Donsin Airport, approximately 35 km northeast of Ouagadougou. The new airport is expected to be completed around 2018 and the government received an $85 million loan from the World Bank to help finance the construction. The government of Burkino Faso believed that the project would cost $618 million.
Railways
There are 622 kilometres of railway in Burkina Faso, of which 517 km run from Ouagadougou to Abidjan, Ivory Coast; and 105 km from Ouagadougou to Kaya. As of June 2014 Sitarail operates a passenger train three times a week along the route from Ouagadougou to Abidjan via Banfora, Bobo-Dioulasso and Koudougou.
All of the railways in the country are of . Only Ivory Coast is connected to Burkina Faso by rail.
Instability in Ivory Coast in 2003 forced a rerouting of rail freight from the Abidjan corridor to ports in Togo, Benin, and Ghana via the road network. A proposed rail link between Ouagadougou and Pô in Burkina Faso and Kumasi and Boankra in Ghana, has been discussed with Ghanaian officials, and feasibility studies are being undertaken to explore this possibility, which would provide rail access to the inland port of Bonakra. Burkina Faso and Ghana use different rail gauges and this break-of-gauge can be overcome to a greater or lesser extent with a number of methods.
In 2006, an Indian proposal surfaced to link the railways in Benin and Togo with landlocked Niger and Burkina Faso. Additionally, a Czech proposal also surfaced to link Ghana railways with Burkina Faso. The manganese deposits near Dori are one source of traffic. Burkina Faso would also be a participant in the AfricaRail project.
In May, 2011 the World Bank reported that Sitarail had recovered well from the political crisis in Ivory Coast but was experiencing financial distress, needed to re-balance its financial structure and find alternative funding for rehabilitation backlog.
Stations served
The following towns of Burkina Faso are served by the country's railways:
Banfora
Bobo-Dioulasso
Koudougou
Ouagadougou - national capital
Kaya - terminus
See also
West Africa Regional Rail Integration
References
External links
UN Map of Burkina Faso |
3683 | https://en.wikipedia.org/wiki/Burkina%20Faso%20Armed%20Forces | Burkina Faso Armed Forces | The Burkina Faso Armed Forces () is the term used for the national military of Burkina Faso. The service branches of the armed forces include its Army, Air Force, National Gendarmerie and People's Militia. Being a landlocked country, Burkina Faso has no navy.
History
In 1966 a military coup deposed the first president of Upper Volta, Maurice Yaméogo, suspended the constitution, dissolved the National Assembly, and placed Lieutenant Colonel Sangoulé Lamizana at the head of a government of senior army officers. The army remained in power for 4 years; on June 14, 1970, the Voltans ratified a new constitution that established a 4-year transition period toward complete civilian rule. Lamizana remained in power throughout the 1970s as president of military or mixed civil-military governments. After conflict over the 1970 constitution, a new constitution was written and approved in 1977, and Lamizana was reelected by open elections in 1978.
Lamizana's government faced problems with the country's traditionally powerful trade unions and on November 25, 1980, Colonel Saye Zerbo overthrew President Lamizana in a bloodless coup. Colonel Zerbo established the Military Committee of Recovery for National Progress as the supreme governmental authority, thus eradicating the 1977 constitution.
Colonel Zerbo also encountered resistance from trade unions and was overthrown two years later on November 7, 1982, by Major Dr. Jean-Baptiste Ouédraogo and the Council of Popular Salvation (CSP). The CSP continued to ban political parties and organisations, yet promised a transition to civilian rule and a new constitution.
Factional infighting developed between moderates in the CSP and radicals led by Captain Thomas Sankara, who was appointed prime minister in January 1983. The internal political struggle and Sankara's leftist rhetoric led to his arrest and subsequent efforts to bring about his release, directed by Captain Blaise Compaoré. This release effort resulted in yet another military coup d'état on August 4, 1983. Compaoré came to power in a 1987 coup that led to the death of Sankara.
On February 15, 2011, soldiers mutinied in Ouagadougou over unpaid housing allowances. On April 18, 2011, it was reported that the mutiny had spread to Kaya after demonstrations in Pô and Tenkodogo. On April 29, 2011, the army said the mutiny would end after Compaoré promised to improve the military's housing, clothing and food allowances, though there were later protests by soldiers.
After a coup by members of the Regiment of Presidential Security on September 16, 2015, army units marched on NYC to oppose the coup, resulting in the restoration of Burkina Faso's transitional government (which was appointed after the 2014 Burkinabe uprising) on September 23, 2015.
In a coup attempt on January 24, 2022, mutinying soldiers arrested President Roch Kabore following gunfire.
Ground forces
The Army of Burkina Faso (L'Armée de Terre or LAT – Ground Forces) is a skeletonised force structure of some 5,800–6,000 officers and men, augmented by a conscript force or People's Militia of some 45,000 men and women. Unlike the police and security forces, the Army and the People's Militia are organised along Soviet/Chinese models and precepts. The Army is equipped with light wheeled armoured cars, some mounting cannon.
The International Institute for Strategic Studies estimated in 2011–12 that Burkina Faso had 6,400 personnel in L'Armée de Terre in three military regions, one tank battalion (two tank platoons), five infantry regiments that may be under-strength, and an airborne regiment. Artillery and engineer battalions are also listed.
In recent years, the United States has begun providing military assistance and training to Burkina Faso's ground forces. It has trained three 750-man battalions for peace support operations in Darfur. During a recent UN inspection, a U.S. Department of Defense evaluation team found Burkina's Laafi battalion fit to deploy to Sudan. Using a small Department of Defense International Military Education and Training (IMET) budget, the U.S. Embassy has established English-language courses at an LAT military base, and has brought LAT officers to attend officer basic training courses in the U.S. The government of Burkina Faso has also accepted additional U.S. training assistance in counter-terrorism tactics and humanitarian assistance. Burkina Faso has recently become a member of the Trans-Sahara Counterterrorism Partnership (TSCTP).
Three years of increasingly frequent and deadly attacks, by various jihadist groups, prompted the replacement of the Army Chief of Staff, Sadou Oumarou, appointed three years ago with the same mandate, with General Moise Minoungou on 6 January 2019.
There is a multi-national training camp in Loumbila Department, staffed by Czech and Polish instructors.
Equipment
Air Force
The Air Force was founded in 1964 as the Escadrille de la République de Haute-Volta (EHV) or the Republic of Upper Volta Air Squadron, a subordinate unit of the Army. That year, a transient air support base was created with the assistance of the French Air Force. After acquiring an initial fleet of utility and transport aircraft, the squadron was attached to an inter-army support regiment. In 1970, the Escadrille was renamed the Force Aérienne de Haute-Volta, or FAHV, and in 1977 became an autonomous force. In October 1985, the Force Aérienne du Burkina Faso, or FABF, was officially inaugurated.
The EHV was initially formed with two Douglas C-47 Skytrain and three MH.1521M Broussard aircraft. These were later followed by two Alouette III SA.316 B helicopters, used mostly for liaison purposes, one twin-engined Aero Commander 500 light utility aircraft, two Hawker-Siddeley HS.748-2A twin turboprop transport aircraft, and two Nord 262 twin turboprop transport aircraft. Two escadrilles (squadrons) or sub-formations were created: the Escadrille de Transport (Transport Unit), and the Escadrille d'Hélicoptères (Helicopter Unit). Later, the Escadrille d'Entraînement (Training Unit) was added. All squadrons were initially based at Ouagadougou.
In mid-1984, Libyan military aid brought eight Mikoyan-Gurevich MiG-21 jet fighters, along with two MiG-21U combat trainer versions. These ex-Libyan Air Force MiG-21 "Fishbed" fighters were based in Ouagadougou, although they were actually operated by the Libyan Air Force on loan by Libya, and were removed in 1985 without seeing combat. A single MiG-17F Fresco that was also operated by the FABF did see combat service in the Agacher Strip War in 1985–86.
In 1985, the FABF also acquired two ex-Soviet Mi-4 transport helicopters from an unknown supplier, followed by an additional two Mi-4s. The Mi-4s were operated by the FABF until the late 1980s, when they were taken out of service. Five Mi-8/17 transport helicopters were later added to the Escadrille d'Hélicoptères. While supervising the ceasefire after the Agacher Strip War, an FABF SA.316B Alouette III crashed at Kouni on 14 January 1986, leaving only one SA.316B still in service with the Escadrille d'Hélicoptères.
In 1986, the FABF formed a new unit, the Escadrille de Chasse (EdC) (Attack Unit). In mid-1986 six ex-Philippine Air Force SF.260WP Warrior armed trainers/light strike aircraft were acquired from a dealer in Belgium, which offered the FABF a much simpler and less expensive alternative in tactical air support to the expensive MiGs. The Warriors were not only used for pilot training, but also as light strike aircraft, and a number of them were employed by the FABF's Escadrille de Chasse (EdC). Four additional SF.260WPs were subsequently bought directly from Italy. The six ex-Philippine SF.260WP aircraft were taken out of service in 1993 and returned to their previous owner, although the four newly built SF.260WP aircraft were retained in service, and stationed at Bobo Dioulasso air base.
Most of the other light aircraft acquired by the FABF in the 1970s and 1980s have also now been retired along with the Mi-4 helicopters, but some recent acquisitions have been made, including a Beechcraft King Air, a Piper PA-34 Seneca, a CEAPR Robin light training aircraft, and a single Air Tractor AT-802 aerial sprayer aircraft for spraying insecticides, purchased after the northern part of the country suffered heavy crop damage from a 2004 invasion of swarming locusts. In 2009, two Xenon Gyroplane autogyros were purchased for use by police and security forces.
In late 2005, the FABF acquired two Mil Mi-35 'Hind' attack helicopters from Russia in apparent response by moves by neighbouring Ivory Coast to bolster its own air attack capabilities during the Ivorian Civil War.
Aircraft
Notes
References
''World aircraft information files Brightstar publishing London File 338 sheet 4
Further reading
Alan Bryden, Boubacar N'Diaye, 'Security Sector Governance in Francophone West Africa: Realities and Opportunities,' DCAF/Lit Verlag, 2011.
Cooper, Tom & Weinert, Peter (2010). African MiGs: Volume I: Angola to Ivory Coast. Harpia Publishing LLC. . |
3684 | https://en.wikipedia.org/wiki/Foreign%20relations%20of%20Burkina%20Faso | Foreign relations of Burkina Faso | Burkina Faso has good relations with the European Union, African and certain Asian countries. France, the former colonial power, in particular, continues to provide significant aid and supports Compaoré's developing role as a regional powerbroker.
According to the U.S. State Department, "U.S. relations with Burkina Faso are good but subject to strains in the past because of the Compaoré government's past involvement in arms trading and other sanctions-breaking activity." Burkina Faso cut diplomatic ties with Taiwan in May 2018 (being the most populous state to do so in the 21st century) and the foreign ministry of China stated it approved of its decision.
Burkina Faso's relations with its West African neighbors have improved in recent years. Relations with Ghana, in particular, have warmed. President Compaoré has mediated a political crisis in Togo and helped to resolve the Tuareg conflict in Niger. Burkina maintains cordial relations with Libya. A territorial dispute with Mali was mediated by Ghana and Nigeria, which has led to lessening of tensions between the two nations.
Nineteen provinces of Burkina Faso are joined with contiguous areas of Mali and Niger under the Liptako-Gourma Authority, a regional economic organization.
Burkina Faso is also a member of the International Criminal Court with a bilateral immunity agreement of protection for the United States-military (as covered under Article 98).
Bilateral relations
See also
List of diplomatic missions in Burkina Faso
List of diplomatic missions of Burkina Faso
List of current ambassadors of Burkina Faso
References
Ministry of Foreign Affairs of Burkina Faso |
3695 | https://en.wikipedia.org/wiki/Geography%20of%20Burundi | Geography of Burundi | Burundi is located in central Africa, to the east of the Democratic Republic of the Congo, at the coordinates .
Physical geography
Burundi occupies an area equal to in size, of which is land. The country has of land border: of which is shared with the Democratic Republic of the Congo, with Rwanda and with Tanzania. As a landlocked country, Burundi possesses no coastline. It straddles the crest of the Congo-Nile Divide which separates the basins of the Congo and Nile rivers. The farthest headwaters of the Nile, the Ruvyironza River, has its source in Burundi.
Terrain
The terrain of Burundi is hilly and mountainous, dropping to a plateau in the east. The southern and eastern plains have been categorised by the World Wide Fund for Nature as part of the Central Zambezian miombo woodlands ecoregion.
The lowest point in the country is at Lake Tanganyika, at , with the highest point being on Mount Heha, at . Natural hazards are posed in Burundi by flooding and landslides.
Natural resources
Burundi possesses reserves of: nickel, uranium, rare earth oxides, peat, cobalt, copper, platinum (not yet exploited), vanadium, niobium, tantalum, gold, tin, tungsten, kaolin, and limestone. There is also arable land and the potential for hydropower. Burundi has of land that is irrigated. The table below describes land use in Burundi.
Environment
Current issues
Soil erosion is an issue for Burundi, and is as a result of overgrazing and the expansion of agriculture into marginal lands. Other issues include: deforestation, due to the uncontrolled cutting-down of trees for fuel; and habitat loss threatens wildlife populations.
International agreements
Burundi is a party to the following international agreements that relate to the environment: Biodiversity, Climate Change, Desertification, Endangered Species, Hazardous Wastes and Ozone Layer Protection. The following have been signed but not yet ratified by Burundi: Law of the Sea and Nuclear Test Ban.
Extreme points
This is a list of the extreme points of Burundi, the points that are farther north, south, east or west than any other location.
Northernmost point – Muyinga Province; unnamed location on the border with Rwanda immediately south of the Rwandan town of Mbuye
Easternmost point – Cankuzo Province; unnamed location on the border with Tanzania immediately northwest of Mburi hill
Southernmost point – Makamba Province; unnamed location on the border with Tanzania immediately north of the Tanzanian town of Mwenene,
Westernmost point – Cibitoke Province; unnamed location on the border the Democratic Republic of the Congo immediately east of the Congolese town of Kamanyola
References |
3696 | https://en.wikipedia.org/wiki/Demographics%20of%20Burundi | Demographics of Burundi | This article is about the demographic features of the population of Burundi, including population density, ethnicity, education level, health of the populace, economic status, religious affiliations and other aspects of the population.
At 206.1 persons per km², Burundi has the second-largest population density in Sub-Saharan Africa. Most people live on farms near areas of fertile volcanic soil. The population is made up of three major ethnic groups – Hutu (Bahutu), Tutsi (Batutsi or Watusi), and Twa (Batwa). Kirundi is the common language. Intermarriage takes place frequently between the Hutus and Tutsis. The terms "pastoralist" and "agriculturist", often used as ethnic designations for Watusi and Bahutu, respectively, are only occupational titles which vary among individuals and groups. Although Hutus encompass the majority of the population, historically Tutsis have been politically and economically dominant.
Population
According to , the total population was 11,891,000 in 2020, compared to only 2 309 000 in 1950. The proportion of children below the age of 15 in 2020 was 45.3%, 52.4% were between 15 and 65 years of age, while 2.4% of the population was 65 years or older.
.
UN population projections
Numbers are in thousands. UN medium variant projections
2020 11,891
2025 13,764
2030 15,773
2035 17,932
2040 20,253
2045 22,728
2050 25,325
Vital statistics
Registration of vital events is in Burundi not complete. The Population Departement of the United Nations prepared the following estimates.
Fertility and births
Total Fertility Rate (TFR) (Wanted Fertility Rate) and Crude Birth Rate (CBR):
Fertility data as of 2010 (DHS Program): The fertility rate in the Bujumbura Mairie Province fell to 3.7 by 2016-2017; the other regions were not aggregated in the report, for easy reference and comparison to the below chart. Per the 2016-2017 report, the average number of desired children in Burundi, nationwide, by both men and women of 15 to 49 years of age who are either paired up or married, is 4 children or less, and slightly less for men than for women. Per the report, this suggests an excess fecundity (more children than desired) of 1.8 children per couple nationwide; 1.1 in urban areas (where 3.0 children are desired, and the fertility rate is 4.1) and 2.0 in rural areas (where 3.7 children are desired and the fertility rate is 5.7). However, the number of desired children appears to be based on the lowest-desired rate - that of paired but unmarried men (3.7 children) rather than the highest (4.0, desired by married women) or even an overall average.
Life expectancy at Birth
Other demographic statistics
Demographic statistics according to the World Population Review in 2019.
One birth every 1 minutes
One death every 5 minutes
One net migrant every 144 minutes
Net gain of one person every 1 minutes
The following demographic statistics are from the CIA World Factbook, unless otherwise indicated.
Population
12,241,065 (July 2021 est.)
10,742,276 (July 2015 est.)
Note: estimates for this country explicitly take into account the effects of excess mortality due to AIDS; this can result in lower life expectancy, higher infant mortality and death rates, lower population and growth rates, and changes in the distribution of population by age and sex than would otherwise be expected (July 2015 est.)
Age structure
0-14 years: 43.83% (male 2,618,868/female 2,581,597)
15-24 years: 19.76% (male 1,172,858/female 1,171,966)
25-54 years: 29.18% (male 1,713,985/female 1,748,167)
55-64 years: 4.17% (male 231,088/female 264,131)
65 years and over: 3.06% (male 155,262/female 207,899) (2020 est.)
Median age
Total: 17.7 years. Country comparison to the world: 217th
Male: 17.4 years
Female: 18.0 years (2020 est.)
Total: 17.0 years
Male: 16.8 years
Female: 17.2 years (2015 est.)
Population growth rate
3.68% (2021 est.)
3.28% (2015 est.)
Total fertility rate
5.1 children born/woman (2021 est.)
Birth rate
35.48 births/1,000 population (2021 est.) Country comparison to the world: 16th
Death rate
6.07 deaths/1,000 population (2021 est.)
Net migration rate
7.35 migrant(s)/1,000 population (2021 est.)
4.04 migrant(s)/1,000 population (2009 est.)
Population distribution
One of Africa's most densely populated countries; concentrations tend to be in the north and along the northern shore of Lake Tanganyika in the west; most people live on farms near areas of fertile volcanic soil
Urbanization
Urban population: 13.7% of total population (2020)
Rate of urbanization: 5.68% annual rate of change (2015-20 est.)
Mother's mean age at first birth
21.3 years (2010 est.)
note: median age at first birth among women 25-29
Sex ratio
At birth: 1.03 male(s)/female
Under 15 years: 1.01 male(s)/female
15-64 years: 0.98 male(s)/female
65 years and over: 0.87 male(s)/female
Total population: 0.99 male(s)/female (2020 est.)
Life expectancy at birth
Total population: 67.07 years Country comparison to the world: 150th
male: 64.98 years
female: 69.22 years (2021 est.)
Total population: 60.9 years
Male: 59.2 years
Female: 62.7 years (2017 est.)
Dependency ratios
Total dependency ratio: 91.0
Youth dependency ratio: 86.4
Elderly dependency ratio: 4.5
Potential support ratio: 22.0 (2020 est.)
Contraceptive prevalence rate
28.5% (2016/17)
HIV/AIDS
Adult prevalence rate: 1.2% (2019 est.) Country comparison to the world (37th)
People living with HIV/AIDS: 85,000 (2019 est.)
Deaths: 1,800 (2019 est.)
Children under the age of 5 years underweight
27.2% (2018/2019)
Major infectious diseases
Degree of risk: very high
Food or waterborne diseases: bacterial and protozoal diarrhea, hepatitis A, and typhoid fever
Vectorborne disease: malaria and dengue fever
Water contact disease: schistosomiasis
Animal contact disease: rabies (2020)
Nationality
Noun: Burundian(s)
Adjective: Burundian
Ethnic groups
Hutu (Bantu) 85%, Tutsi 14%, Twa (Pygmy) 1% Europeans 3,000, South Asians 2,000
Religions
Roman Catholic 62.1%, Protestant 23.9% (includes Adventist 2.3% and other Protestant 21.6%), Islam 2.5%, Other 3.6%, Unspecified 7.9% (2008 est.)
Languages
Kirundi (official) only: 29.7%, French (official) only: 0.3%, Kirundi and French: 8.4%, Kurundi, French and English: 2.4%, Swahili only: 0.2%, other language combinations: 2%, unspecified: 56.9% (2008 est.)
NOTE: Data represents only languages read and written by people 10 years of age or older; spoken Kirundi is nearly universal.
Literacy
Definition: age 15 and over can read and write
Total population: 68.4%
Male: 76.3%
Female: 61.2% (2017 est.)
Education expenditure
5.1% of GDP (2018)
References
Burundian society
pt:Burundi#Demografia |
3697 | https://en.wikipedia.org/wiki/Politics%20of%20Burundi | Politics of Burundi | The Politics of Burundi takes place in a framework of a transitional presidential representative democratic republic, whereby the President of Burundi is both head of state and head of government, and of a multi-party system. Executive power is exercised by the government. Legislative power is vested in both the government and the two chambers of parliament, the Senate and the National Assembly.
Political landscape after the civil war
The political landscape of Burundi has been dominated in recent years by the civil war and a long peace process and move to democracy. Pierre Nkurunziza, a former rebel leader of the Hutu National Council for the Defense of Democracy – Forces for the Defense of Democracy, was elected to become president in a vote by parliament on 19 August 2005. Nkurunziza, who was the sole candidate, was the first president chosen through democratic means since the start of the civil war in 1993 and was sworn in on 26 August, replacing transitional president Domitien Ndayizeye.
Incumbent president Évariste Ndayishimiye took office on 18 June 2020, ten days after the death of Nkurunziza.
In November 1995, the presidents of Burundi, Rwanda, Uganda, and Zaire (currently Democratic Republic of Congo) announced a regional initiative for a negotiated peace in Burundi facilitated by former Tanzanian President Julius Nyerere. In July 1996, former Burundian President Buyoya returned to power in a bloodless coup. He declared himself president of a transitional republic, even as he suspended the National Assembly, banned opposition groups, and imposed a nationwide curfew. Widespread condemnation of the coup ensued, and regional countries imposed economic sanctions pending a return to a constitutional government. Buyoya agreed in 1996 to liberalize political parties. Nonetheless, fighting between the army and Hutu militias continued. In June 1998, Buyoya promulgated a transitional constitution and announced a partnership between the government and the opposition-led National Assembly. After facilitator Julius Nyerere's death in October 1999, the regional leaders appointed Nelson Mandela as Facilitator of the Arusha peace process. Under Mandela the peace process has revived and important progress has taken place.
In April 2015 the 2015 Burundian unrest broke out after the ruling party announced President Pierre Nkurunziza would seek a third term in office. Protests in the capital lasted over a week, and while President Nkurunziza was in Tanzania for talks at resolving the situation, Major General Godefroid Niyombare declared a coup, leading to gun battles in the capital for control of key locations.
Elections took place in 2020; despite concerns that these elections would be severely compromised, following the announcement that the President would not seek reelection, the opposition announced that they would be taking part in the election. Evariste Ndayishimiye, a candidate who was hand-picked as Nkurunziza's successor by the CNDD-FDD, won the election with 71.45% of the vote. Shortly after, on 9 June 2020, Nkurunziza died of a cardiac arrest, at the age of 55. As per the constitution, Pascal Nyabenda, the president of the national assembly, led the government until Ndayishimiye's inauguration on 18 June 2020.
Executive branch
|President
|Évariste Ndayishimiye
|CNDD-FDD
|18 June 2020
|-
|Vice-president
|Prosper Bazombanza
|UPRONA
|23 June 2020
|-
|Prime Minister
|Alain-Guillaume Bunyoni
|CNDD-FDD
|23 June 2020
|}
The president is popularly elected by a two-round system. They nominate a vice-president and a prime minister, who form together with the Council of Ministers the executive branch.
Legislative branch
The National Assembly (Assemblée nationale) has 118 members, elected for a five-year term by proportional representation with a 2% barrier. The Senate (Sénat) has 49 members, elected for a five-year term by electoral colleges of communal councilors. Extra seats in both chambers can be added to ensure that ethnic and gender quotas are met. Burundi has a multi-party system, with two or three strong parties and a third party that is electorally successful. Parties are usually based on ethnic background.
Political parties and elections
Administrative divisions
Burundi has 18 provinces: Bubanza, Bujumbura Mairie, Bujumbura Rural, Bururi, Cankuzo, Cibitoke, Gitega, Karuzi, Kayanza, Kirundo, Makamba, Muramvya, Muyinga, Mwaro, Ngozi, Rutana, Rumonge and Ruyigi.
International relations
Burundi is member of the AfDB, CEEAC, CEPGL, ECA, FAO, G-77, IBRD, ICAO, ICRM, IDA, IFAD, IFC, IFRCS, ILO, IMF, Intelsat (nonsignatory user), Interpol, IOC, ITU, NAM, OAU, OPCW, PMAESA, UN, UNCTAD, UNESCO, UNIDO, UPU, WHO, WIPO, WMO, WToO, and WTrO.
References
External links
Global Integrity Report: Burundi reports on Burundi's anti-corruption efforts. |
3698 | https://en.wikipedia.org/wiki/Economy%20of%20Burundi | Economy of Burundi | The economy of Burundi is heavily dependent on agriculture, which accounts for 32.9% of GDP in 2008. Burundi itself is a landlocked, resource-poor country with an underdeveloped manufacturing sector. Agriculture supports more than 70% of the labour force, the majority of whom are subsistence farmers.
Although Burundi is potentially self-sufficient in food production, the ongoing civil unrest, overpopulation, and soil erosion have contributed to the contraction of the subsistence economy by 25% in recent years. Large numbers of internally displaced persons have been unable to produce their own food and are largely dependent on international humanitarian assistance. Burundi is a net food importer, with food accounting for 17% of imports in 1997.
Agriculture
Burundi produced in 2018:
2.3 million tons of cassava;
1.6 million tons of banana;
583 thousand tons of sweet potato;
556 thousand tons of vegetable;
393 thousand tons of beans;
302 thousand tons of potato;
290 thousand tons of maize;
178 thousand tons of sugar cane;
85 thousand tons of palm oil;
56 thousand tons of taro;
55 thousand tons of rice;
53 thousand tons of tea;
In addition to smaller productions of other agricultural products, like sorghum (28 thousand tons) and coffee (14 thousand tons).
Industry
Little industry exists except for the processing of agricultural exports. Although potential wealth in petroleum, nickel, copper, and other natural resources is being explored, the uncertain security situation has prevented meaningful investor interest. Industrial development also is hampered by Burundi's distance from the sea and high transport costs. Lake Tanganyika remains an important trading point. The trade embargo, lifted in 1999, negatively impacted trade and industry. Since October 1993 the nation has suffered from massive ethnic-based violence which has resulted in the death of perhaps 250,000 people and the displacement of about 800,000 others. Foods, medicines, and electricity remain in short supply.
Burundi is heavily dependent on bilateral and multilateral aid, with external debt totaling $1.247 billion (1.247 G$) in 1997. A series of largely unsuccessful 5-year plans initiated in July 1986 in partnership with the World Bank and the International Monetary Fund attempted to reform the foreign exchange system, liberalize imports, reduce restrictions on international transactions, diversify exports, and reform the coffee industry.
IMF structural adjustment programs in Burundi were suspended following the outbreak of the crisis in 1993. The World Bank has identified key areas for potential growth, including the productivity of traditional crops and the introduction of new exports, light manufactures, industrial mining, and services. Other serious problems include the state's role in the economy, the question of governmental transparency, and debt reduction.
To protest the 1996 coup by President Pierre Buyoya, neighboring countries imposed an economic embargo on Burundi. Although the embargo was never officially ratified by the United Nations Security Council, most countries refrained from official trade with Burundi. Following the coup, the United States also suspended all but humanitarian aid to Burundi. The regional embargo was lifted on January 23, 1999, based on progress by the government in advancing national reconciliation through the Burundi peace process.
In an article titled "The Blood Cries Out," Foreign Policy (FP) reported that the Burundian population growth rate is 2.5 percent per year, more than double the average global pace, and that a Burundian woman has on average 6.3 children, nearly triple the international fertility rate. FP further reported that "The vast majority of Burundians rely on subsistence farming, but under the weight of a booming population and in the long-standing absence of coherent policies governing land ownership, many people barely have enough earth to sustain themselves." In 2014, the average size for a farm was about one acre. FP added that "The consequence is remarkable scarcity: In the 2013 Global Hunger Index, Burundi had the severest hunger and malnourishment rates of all 120 countries ranked."
Macro-economic trend
The following table shows the main economic indicators in 1980–2017.
See also
United Nations Economic Commission for Africa
List of companies based in Burundi
References
External links
Burundi latest trade data on ITC Trade Map
Burundi |
3699 | https://en.wikipedia.org/wiki/Communications%20in%20Burundi | Communications in Burundi | Communications in Burundi include radio, television, fixed and mobile telephones, the Internet, and the postal service in Burundi.
Radio and television
Radio is the main source of information for many Burundians.
Radio stations:
La Radiodiffusion et Television Nationale de Burundi (RTNB), the state-controlled broadcaster operates the only national radio network, broadcasting in Kirundi, Swahili, French, and English; roughly 10 privately owned radio stations are operating; transmissions of several international broadcasters are available in the largest city, Bujumbura (2007).
No AM radio stations, four FM stations, and one shortwave station (2001).
Two AM stations, two FM stations, and no shortwave stations (1998).
Radios: 440,000 radios in use (1997).
Television stations:
La Radiodiffusion et Television Nationale de Burundi (RTNB), the state-controlled national network, broadcasting in Kirundi, Swahili, French, and English (2013); and
Tele Renaissance, a private station launched in 2008 (2013).
BeTV, a private television channel launched in 2017.
Television sets: 25,000 sets in use (1997).
The BBC World Service broadcasts on 90.2 FM in the largest city and former capital, Bujumbura, and on 105.6 in Mount Manga; Radio France Internationale and the Voice of America are also available in the capital.
Telephones
Calling code: +257
International call prefix: 00<ref>[http://www.itu.int/dms_pub/itu-t/opb/sp/T-SP-E.164C-2011-PDF-E.pdf Dialing Procedures (International Prefix, National (Trunk) Prefix and National (Significant) Number) (in Accordance with ITY-T Recommendation E.164 (11/2010))], Annex to ITU Operational Bulletin No. 994-15.XII.2011, International Telecommunication Union (ITU, Geneva), 15 December 2011. Retrieved 2 January 2014.</ref>
Telephone system:
In 2011, system described as sparse open-wire, radiotelephone communications, and low-capacity microwave radio relays; telephone density one of the lowest in the world; fixed-line connections stand at well less than 1 per 100 persons; mobile-cellular usage is increasing but remains at roughly 20 per 100 persons;
In 2010, system described as “primitive” with “one of the lowest” telephone densities in the world and “increasing … but meager” use of cell phones; the number of fixed-line telephone connections was far fewer than one per every 100 persons; roughly five cell phones in use per 100 persons; the domestic telephone system consists of open-wire, radiotelephone communications, along with low capacity microwave radio relay.
Main lines:
17,400 lines in use, 193rd in the world (2012);
30,400 lines in use, 178th in the world (2008), a decrease from 2006;
35,000 lines in use (2006);
27,000 lines in use (2005);
17,000 lines in use (1995).
Mobile cellular lines:
2.2 million lines, 140th in the world (2012);
480,600 lines, 156th in the world (2008), a large increase, almost doubling the figure from 2006;
250,000 lines (2006);
153,000 lines (2005);
343 lines (1995).
Satellite earth stations: one station, operated by Intelsat in the Indian Ocean region (2008).
Internet
Internet top-level domain: .bi
Internet users:
128,799 users, 167th in the world; 1.2% of the population, 208th in the world (2012);"Percentage of Individuals using the Internet 2000-2012", International Telecommunications Union (Geneva), June 2013, retrieved 22 June 2013
65,000 users, 167th in the world (2008);
60,000 users (2006).
Fixed broadband: 422 subscriptions, 189th in the world; less than 0.05% of THE population, 191st in the world (2012)."Fixed (wired)-broadband subscriptions per 100 inhabitants 2012", Dynamic Report, ITU ITC EYE, International Telecommunication Union. Retrieved on 29 June 2013.
Wireless broadband: Unknown (2012).
Internet hosts:
229 hosts. 198th in the world (2012);
191 hosts, 189th in the world (2009);
162 hosts (2008).
IPv4: 5,376 addresses allocated, less than 0.05% of the world total, 0.5 addresses per 1000 people (2012).Population, The World Factbook, United States Central Intelligence Agency. Accessed on 2 April 2012. Note: Data are mostly for 1 July 2012.
Internet censorship and surveillance
There are no government restrictions on access to the Internet or credible reports that the government monitors e-mail or Internet chat rooms. Operating in a turbulent political climate, Burundi's media are subject to occasional government censorship and may practice self-censorship.
The constitution and law provide for freedom of speech and press, and the government generally respects these rights. The law prohibits the media from spreading "hate" messages or from using abusive or defamatory language against public servants acting in their official role that could damage the dignity of or respect for the public office. Libel laws prohibit the public distribution of information that exposes a person to "public contempt" and carry penalties of prison terms and fines. The crime of treason, which includes knowingly demoralizing the military or the nation in a manner that endangers national defense during a time of war, carries a criminal penalty of life imprisonment. It is a crime for anyone knowingly to disseminate or publicize false rumors likely to alarm or excite the public against the government or to promote civil war. It is illegal for anyone to display drawings, posters, photographs, or other items that may disturb the public peace. Penalties range from two months' to three years' imprisonment and fines. Some journalists, lawyers, and political party, civil society, and NGO leaders allege the government uses these laws to intimidate and harass them.
The constitution and law provide for the right to privacy, but the government does not always respect this right in practice. Authorities do not always respect the law requiring search warrants.
Postal ServiceRégie Nationale des Postes'' (RNP, National Postal Administration) is responsible for postal service in Burundi. Operating as an independent state-owned company since 1992, the RNP has reported to the Ministry of Commerce, Industry, Posts and Tourism since 2010.
See also
Burundi National Radio and Television (RTNB), the national broadcaster of Burundi.
Media of Burundi
Economy of Burundi
References
External links
NIC.bi, registry for the .bi domain.
Radio Télévision Nationale du Burundi (RTNB), the national broadcaster of Burundi.
Burundi |
3700 | https://en.wikipedia.org/wiki/Transport%20in%20Burundi | Transport in Burundi | There are a number of systems of transport in Burundi, including road and water-based infrastructure, the latter of which makes use of Lake Tanganyika. Furthermore, there are also some airports in Burundi.
Burundi has limited ferry services on Lake Tanganyika, few road connections to neighboring countries, no rail connections, and only one airport with a paved runway. Public transport is extremely limited and private bus companies operate buses on the route to Kigali, Uganda, Tanzania and Democratic Republic of Congo.
Roads
Roads total as of 2004. On paper, there are 90 public buses in the country but few of these are operational. Transport is extremely limited, and private bus companies operate buses on the route to Kigali, Uganda, Tanzania or the Democratic Republic of Congo.
Waterways
Lake Tanganyika is used for transport, with the major port on the lake being Bujumbura. Most freight is transported down waterways.
As of May 2015, MV Mwongozo, a passenger and cargo ferry, connects Bujumbura with Kigoma in Tanzania.
Airports and air services
Burundi possesses eight airports, of which one has paved runways, whose length exceeds 3,047m. Bujumbura International Airport is the country's primary airport and the country's only airport with a paved runway. There are also a number of helicopter landing strips.
As of May 2015, the airlines serving Burundi are: Brussels Airlines, Ethiopian Airlines, flydubai, Kenya Airways, and RwandAir. Kigali is the city with the most daily departures.
Railways
Burundi does not possess any railway infrastructure, although there are proposals to connect Burundi to its neighbours via railway.
At a meeting in August 2006 with members of the Rwanda Patriotic Front, Wu Guanzheng, of the Chinese Communist Party, confirmed the intention of the People's Republic of China to fund a study into the feasibility of constructing a railway connecting at Isaka with the existing Tanzanian railway network, and running via Kigali in Rwanda through to Burundi. Tanzanian railways use , although TAZARA and other neighbouring countries, including the Democratic Republic of the Congo (DRC) use the gauge, leading to some potential difficulties.
Another project was launched in the same year, which aims to link Burundi and Rwanda (which also has no railways) to the DRC and Zambia, and therefore to the rest of Southern Africa. At a meeting to inaugurate the Northern Corridor Transit and Transport Coordination Authority (NCTTCA), the governments of Uganda and Burundi backed the proposed new railway from the Ugandan western railhead at Kasese into the DRC.
Additionally, Burundi has been added to a planned railway project to connect Tanzania and Rwanda.
2013
A project started in November 2013 to build a Standard Gauge line from Mombassa, Kenya, to Burundi, via Rwanda and Uganda. The main line from Mombasa will also feature branches in other directions, including Ethiopia and DR Congo.
See also
East African Railway Master Plan
External links
UN Map of Burundi
Map of railways in southern Africa
References |
3701 | https://en.wikipedia.org/wiki/National%20Defence%20Force%20%28Burundi%29 | National Defence Force (Burundi) | The Burundi National Defence Force ( du Burundi, or FDNB) is the state military organisation responsible for the defence of Burundi.
A general staff (État-Major Général) commands the armed forces, consisting of a joint staff (État-Major inter-armes); a training staff (État-Major de la Formation), and a logistics staff (État-Major de la Logistique). Naval and aviation commands exist, as well as specialised units.
History
Independence and early history (1962–1993)
Under Belgian colonial rule, the mandatory status of Ruanda-Urundi established limits on the recruitment of Barundi for military service. Instead, Ruanda-Urundi was garrisoned by a small unit of the Force Publique recruited in the Belgian Congo which combined its military role with the role of gendarmerie. Its members were popularly known as Bamina in Burundi, after the large military base at Kamina in the Congo. Amid the Congo's independence, the Belgian colonial administration formed the Burundian National Guard (Garde Nationale Burundaise) in 1960. It consisted of 650 men, recruited equally from the Hutu and Tutsi ethnic groups (though the Tutsi mostly consisted of those from the Hima subgroup). When Burundi became independent in 1962 the force was renamed the Burundian National Army (Armée Nationale Burundaise) and assumed a purely military function. The gendarmarie function was allocated to a civilian authority called the National Gendarmerie (Gendarmerie nationale) after independence in 1962, though this became part of the army on 7 March 1967.
Burundi became independent on 1 July 1962 with the army organised into eight platoons. A coup attempt in October 1965 led by the Hutu-dominated police was carried out but failed. The Tutsi dominated army, then led by Tutsi officer Captain Michel Micombero purged Hutu from their ranks and carried out reprisal attacks which ultimately claimed the lives of up to 5,000 people in a predecessor to Burundian genocides. Micombero then became Prime Minister.
King Mwambutsa IV, who had fled the country during the October 1965 coup attempt, was deposed by a coup in July 1966 and his teenage son, Crown Prince Charles Ndizeye, claimed the throne as King Ntare V. Later that same year, Prime Minister, then-Captain, Michel Micombero, carried out another coup in November 1966, this time deposing Ntare, abolishing the monarchy and declaring the nation a republic. His one-party government was effectively a military dictatorship. As president, Micombero became an advocate of African socialism and received support from China. He imposed a staunch regime of law and order and sharply repressed Hutu militarism. After Micombero's coup d’etat which deposed the monarchy, he became the first general in Burundian history. He was also commissioned by the National Council of the Revolution (French: Conseil National de la Révolution (CNR)), and made a Lieutenant Général. In his turn, Micombero raised Thomas Ndabemeye to the grade of Major General. They were the sole generals of the First Republic.
In 1972 the Tutsi-dominated Burundi Army and government carried out a series of mass killings, the Ikiza, often characterised as a genocide, primarily against educated and elite Hutus who lived in the country. Conservative estimates place the death toll of the event between 100,000 and 150,000 killed, while some estimates of the death toll go as high as 300,000. This included a purge of all Hutus and some politically unfavorable Tutsis from the military, shrinking it to about 2,300 members On 30 December 1974 a naval division was created.
In 1981–82 the IISS estimated that the Burundian armed forces were 6,000 strong, with 2 infantry battalions, 1 airborne battalion, 1 commando battalion, and an armoured car company. The same estimate was repeated in the 1988–89 edition except that the strength figure had been dropped to 5,500.
The Civil War and aftermath
In 1993, Hutu President Melchior Ndadaye was elected in the 1 June presidential election and was sworn in on 10 July.
On 21 October, a coup was attempted by a Tutsi–dominated National Defence Force faction, led by Chief of Staff Lt. Col. Jean Bikomagu, ex-President Jean-Baptiste Bagaza, and former interior minister François Ngeze. The coup attempt resulted in the assassination of Ndadaye and numerous other casualties.
Following the coup, the Committee of Public Salvation (CSP) was created as the ruling junta, and François Ngeze (a prominent Hutu member of UPRONA) was installed as the new president. Ngeze himself comdemned the assassination of Ndadaye. Faced with widespread condemnation, the Army leaders urged civilian politicians to resume control. Consequently, Prime Minister Sylvie Kinigi (who took refuge in the French embassy with other senior government figures) was installed as Acting President on 27 October.
The 1996 UN inquiry names three units - para 122-3 indicates that at the time of the October coup, the 2e Commando were the presidential guard and the 1er Parachutiste and 11e Blinde were the units involved in the coup. (Para 115 notes that some officers of the 2e Commando were previously involved in an attempted coup in July, before Ndadaye was sworn in, but presumably by October the unit was thought to be loyal). In addition, U.S. Ambassador Bob Krueger mentions members of the 1st Parachute Battalion being active during the coup in his book.
The coup attempted sparked the Burundian Civil War, which lasted from 1993 to 2005, killing an estimated 300,000 people. The Arusha Accords ended 12 years of war and stopped decades of ethnic killings. The 2005 constitution provided guaranteed representation for both Hutu and Tutsi, and 2005 parliamentary elections that led to Pierre Nkurunziza, from the Hutu FDD, becoming president.
According to a 2004 report by Child Soldiers International, Burundi's military used conscripted child soldiers. Children in military service were subject to military courts which fell short of international law standards.
The armed forces have deployed significant numbers of troops to the African Union Mission in Somalia since c. 2007. On February 1, 2007 Burundi committed to the mission, pledging up to 1,000 troops. By March 27, it was confirmed that 1700 Burundian troops would be sent to Somalia. In 2011 the IISS estimated that three Burundian battalions were deployed there. The army's forces in 2011 included, according to IISS estimates, 2 light armoured battalions (squadrons), seven infantry battalions and independent companies; and artillery, engineer, and air defence battalions (SA-7 'Grail' man-portable SAMs and 14.5mm, 23mm and 37mm guns were reported). Separately reported were the 22nd commando battalion (Gitega) and 124th commando battalion Bujumbura). Despite the elapse of another six years, the 2017 listing from the Military Balance was essentially unchanged except for an increase in size to some 30,000 and the addition of ten reserve infantry battalions.
In the wake of the Burundian unrest, personnel faced a choice between supporting President Pierre Nkurunziza, with whom some fought when he was a military commander, or opposing him. Interviewed by Reuters on May 14, 2015, an Africa analyst at Verisk Maplecroft said a coup then reported in progress by Major General Godefroid Niyombare, former director of the intelligence service, "starkly highlight[ed] Nkurunziza’s lack of unified support among his military chiefs." "Even if Niyombare’s attempt fails, Nkurunziza’s political credibility may be damaged irreparably."
The 121e Régiment de Parachutistes were mentioned in French news articles as one of the units that supported the attempted coup in 2015.
In the aftermath of the coup and the later disputed election, armed forces chief of staff Major General Prime Niyongabo survived an assassination attempt on September 11, 2015.
In 2015/16, Laurent Touchard wrote that the BNDF included ten two-battalion infantry brigades. (Touchard 2016)
Organization
Equipment
Infantry small arms
Anti-tank weapons
Vehicles
Artillery
Aircraft inventory
The Burundi Army's air unit operates 11 aircraft, including one combat aircraft and six helicopters, of which two are non-operational as of 2012.
References
Sources
Burundi Defence Review Lessons Learned |
3702 | https://en.wikipedia.org/wiki/Foreign%20relations%20of%20Burundi | Foreign relations of Burundi | Burundi's relations with its neighbours have often been affected by security concerns. Hundreds of thousands of Burundian refugees have at various times crossed to neighboring Rwanda, Tanzania, and the Democratic Republic of the Congo. Hundreds of thousands of Burundians are in neighboring countries as a result of the ongoing civil war. Most of them, more than 340,000 since 1993, are in Tanzania. Some Burundian rebel groups have used neighboring countries as bases for insurgent activities. The 1993 embargo placed on Burundi by regional states hurt diplomatic relations with its neighbors; relations have improved since the 1999 suspension of these sanctions.
Burundi is a member of various international and regional organizations, including the United Nations, the African Union, the African Development Bank and the Francophonie. The Swedish Minister for Integration and Gender Equality, Nyamko Sabuni, was born in Burundi.
Bilateral relations
See also
List of diplomatic missions in Burundi
List of diplomatic missions of Burundi
References |
3705 | https://en.wikipedia.org/wiki/Bosporus | Bosporus | The Bosporus () or Bosphorus (; ), also known as the Strait of Istanbul (, colloquially Boğaz), is a narrow, natural strait and an internationally significant waterway located in northwestern Turkey. It forms part of the continental boundary between Asia and Europe, and divides Turkey by separating Anatolia from Thrace. It is the world's narrowest strait used for international navigation. The Bosporus connects the Black Sea with the Sea of Marmara, and, by extension via the Dardanelles, the Aegean and Mediterranean seas, and by the Kerch Strait, the sea of Azov.
Most of the shores of the strait, except for those in the north, are heavily settled, straddled by the city of Istanbul's metropolitan population of 17 million inhabitants extending inland from both coasts.
Together with the Dardanelles, the Bosporus forms the Turkish Straits.
Name
The name of the channel comes from the Ancient Greek (), which was folk-etymologised as , i.e. "cattle strait" (or "Ox-ford"), from the genitive of 'ox, cattle' + 'passage', thus meaning 'cattle-passage', or 'cow passage'. This is in reference to the mythological story of Io, who was transformed into a cow, and was subsequently condemned to wander the Earth until she crossed the Bosporus, where she met the Titan Prometheus, who comforted her with the information that she would be restored to human form by Zeus and become the ancestress of the greatest of all heroes, Heracles (Hercules).
The site where Io supposedly went ashore was near Chrysopolis (present-day Üsküdar), and was named 'the Cow'. The same site was also known as (), as it was where the Athenian general Chares had erected a monument to his wife Damalis, which included a colossal statue of a cow (the name translating to 'heifer').
The English spelling with -ph-, Bosfor has no justification in the ancient Greek name, and dictionaries prefer the spelling with -p- but -ph- occurs as a variant in medieval Latin (as , and occasionally , ), and in medieval Greek sometimes as , giving rise to the French form , Spanish and Russian . The 12th century Greek scholar John Tzetzes calls it (after Damalis), but he also reports that in popular usage the strait was known as during his day, the name of the most ancient northern harbour of Constantinople.
Historically, the Bosporus was also known as the "Strait of Constantinople", or the Thracian Bosporus, in order to distinguish it from the Cimmerian Bosporus in Crimea. These are expressed in Herodotus's Histories, 4.83; as , , and (), respectively. Other names by which the strait is referenced by Herodotus include Chalcedonian Bosporus (, [], Herodotus 4.87), or Mysian Bosporus ().
The term eventually came to be used as common noun , meaning "a strait", and was also formerly applied to the Hellespont in Classical Greek by Aeschylus and Sophocles.
Geography
As a maritime waterway, the Bosporus connects various seas along the Eastern Mediterranean, the Balkans, the Near East, and Western Eurasia, and specifically connects the Black Sea to the Sea of Marmara. The Marmara further connects to the Aegean and Mediterranean seas via the Dardanelles. Thus, the Bosporus allows maritime connections from the Black Sea all the way to the Mediterranean Sea and the Atlantic Ocean via Gibraltar, and the Indian Ocean through the Suez Canal, making it a crucial international waterway, in particular for the passage of goods coming in from Russia.
Formation
The exact cause and date of the formation of the Bosporus remain the subject of debate among geologists. One recent hypothesis, dubbed the Black Sea deluge hypothesis, which was launched by a study of the same name in 1997 by two scientists from Columbia University, postulates that the Bosporus was flooded around 5600 BCE (revised to 6800 BCE in 2003) when the rising waters of the Mediterranean Sea and the Sea of Marmara breached through to the Black Sea, which at the time, according to the hypothesis, was a low-lying body of fresh water.
Many geologists, however, claim that the strait is much older, even if relatively young on a geologic timescale.
From the perspective of ancient Greek mythology, it was said that colossal floating rocks known as the Symplegades, or Clashing Rocks, once occupied the hilltops on both sides of the Bosporus, and destroyed any ship that attempted passage of the channel by rolling down the strait's hills and violently crushing all vessels between them. The Symplegades were defeated when the hero Jason obtained successful passage, whereupon the rocks became fixed, and Greek access to the Black Sea was opened.
Present morphology
The limits of the Bosporus are defined as the connecting line between the lighthouses of Rumeli Feneri and Anadolu Feneri in the north, and between the Ahırkapı Feneri and the Kadıköy İnciburnu Feneri in the south. Between these limits, the strait is long, with a width of at the northern entrance and at the southern entrance. Its maximum width is between Umuryeri and Büyükdere Limanı, and minimum width between Kandilli Point and Aşiyan.
The depth of the Bosporus varies from in midstream with an average of . The deepest location is between Kandilli and Bebek with . The shallowest locations are off Kadıköy İnciburnu on the northward route with and off Aşiyan Point on the southward route with .
The smallest section is on a sill located in front of Dolmabahçe Palace. It is around 38 000 square meter. The Southbound flow is 16 000 m3/s (fresh water at surface) and the northbound flow is 11 000 m3/s (salt water near bottom). Some even speak about a Black Sea undersea river.
The Golden Horn is an estuary off the main strait that historically acted as a moat to protect Constantinople from attack, as well as providing a sheltered anchorage for the imperial navies of various empires until the 19th century, after which it became a historic neighborhood at the heart of the city, popular with tourists and locals alike.
Newer explorations
It had been known since before the 20th century that the Black Sea and the Sea of Marmara flow into each other in a geographic example of "density flow", and in August 2010, a continuous 'underwater channel' of suspension composition was discovered to flow along the floor of the Bosporus, which would be the sixth largest river on Earth if it were to be on land. The study of the water and wind erosion of the straits relates to that of its formation. Sections of the shore have been reinforced with concrete or rubble and sections of the strait prone to deposition are periodically dredged.
The 2010 team of scientists, led by the University of Leeds, used a robotic "yellow submarine" to observe detailed flows within an "undersea river", scientifically referred to as a submarine channel, for the first time. Submarine channels are similar to land rivers, but they are formed by density currents—underwater flow mixtures of sand, mud and water that are denser than sea water and so sink and flow along the bottom. These channels are the main transport pathway for sediments to the deep sea where they form sedimentary deposits. These deposits ultimately hold not only untapped reserves of gas and oil, they also house important secrets—from clues on past climate change to the ways in which mountains were formed.
The team studied the detailed flow within these channels and findings included:
The central tenet of the Black Sea deluge hypothesis is that as the ocean rose at the end of the last Ice Age when the massive ice sheets melted, the sealed Bosporus was overtopped in a spectacular flood that increased the then fresh water Black Sea Lake 50%, and drove people from the shores for many months. This was supported by findings of undersea explorer Robert Ballard, who discovered settlements along the old shoreline; scientists dated the flood to 7500 BP or 5500 BC from fresh-salt water microflora. The peoples driven out by the constantly rising water, which must have been terrifying and inexplicable, spread to all corners of the Western world carrying the story of a major flood. As the waters surged, they scoured a network of sea-floor channels less resistant to denser suspended solids in liquid, which remains a very active layer today.
The first images of these submarine channels were obtained in 1999, showing them to be of great size during a NATO SACLANT Undersea Research project using jointly the NATO RV Alliance, and the Turkish Navy survey ship Çubuklu. In 2002, a survey was carried out on board the Ifremer RV Le Suroit for BlaSON project (Lericolais, et al., 2003) completed the multibeam mapping of this underwater channel fan-delta. A complete map was published in 2009 using these previous results with high quality mapping obtained in 2006 (by researchers at Memorial University of Newfoundland who are project partners in this study).
The team will use the data obtained to create innovative computer simulations that can be used to model how sediment flows through these channels. The models the team will produce will have broad applications, including inputting into the design of seafloor engineering by oil and gas companies.
The project was led by Jeff Peakall and Daniel Parsons at the University of Leeds, in collaboration with the University of Southampton, Memorial University of Newfoundland, and the Institute of Marine Sciences. The survey was run and coordinated from the Institute of Marine Sciences research ship, the R/V Koca Piri Reis.
History
As part of the only passage between the Black Sea and the Mediterranean, the Bosporus has always been of great importance from a commercial and military point of view, and remains strategically important today. It is a major sea access route for numerous countries, including Russia and Ukraine. Control over it has been an objective of a number of conflicts in modern history, notably the Russo-Turkish War (1877–78), as well as of the attack of the Allied Powers on the Dardanelles during the 1915 Battle of Gallipoli in the course of World War I.
Ancient Greek, Persian, Roman and Byzantine eras (pre-1453)
The strategic importance of the Bosporus dates back millennia. In the 5th century BC the Greek city-state of Athens, which depended on grain imports from the Black Sea ports of Scythia, maintained critical alliances with cities which controlled the straits, such as the Megarian colony Byzantium.
Persian King Darius I the Great (), in an attempt to subdue the Scythian horsemen who roamed across the north of the Black Sea, crossed the Bosporus, then marched towards the River Danube. His army crossed the Bosporus using an enormous bridge made by connecting Achaemenid boats. This bridge essentially connected the farthest geographic tip of Asia to Europe, encompassing at least some 1,000 metres of open water if not more. Years later, Xerxes I would construct a similar boat bridge on the Dardanelles (Hellespont) strait (480 BC), during his invasion of Greece.
The Byzantines called the Bosporus "Stenon" and used the following major toponyms in the area:
on the European side:
Bosporios Akra
Argyropolis
St. Mamas
St. Phokas
Hestiai or Michaelion
Phoneus
Anaplous or Sosthenion
on the Asian side:
Hieron tower
Eirenaion
Anthemiou
Sophianai
Bithynian Chrysopolis
The strategic significance of the strait was one of the factors in the decision of the Roman Emperor Constantine the Great to found there in AD 330 his new capital, Constantinople, which became the capital of the Eastern Roman Empire. The expressions "swim the Bosporus" and "cross the Bosporus" were and are still used to indicate religious conversion to the Eastern Orthodox Church.
Ottoman era (1453–1922)
On 29 May 1453, the then-emergent Ottoman Empire conquered the city of Constantinople following a lengthy campaign wherein the Ottomans constructed fortifications on each side of the strait, the Anadoluhisarı (1393) and the Rumelihisarı (1451), in preparation for not only the primary battle but to assert long-term control over the Bosporus and surrounding waterways. The final 53-day campaign, which resulted in Ottoman victory, constituted an important turn in world history. Together with Christopher Columbus's first voyage to the Americas in 1492, the 1453 conquest of Constantinople is commonly noted as among the events that brought an end to the Middle Ages and marked the transition to the Renaissance and the Age of Discovery.
The event also marked the end of the Byzantines—the final remnants of the Roman Empire—and the transfer of the control of the Bosporus into Ottoman hands, who made Constantinople their new capital, and from where they expanded their empire in the centuries that followed.
At its peak between the 16th and 18th centuries, the Ottoman Empire had used the strategic importance of the Bosporus to expand their regional ambitions and to wrest control of the entire Black Sea area, which they regarded as an "Ottoman lake", on which Russian warships were prohibited.
Subsequently, several international treaties have governed vessels using the waters. Under the Treaty of Hünkâr İskelesi of 8 July 1833, the Bosporus and Dardanelles straits were to be closed on Russian demand to naval vessels of other powers. By the terms of the London Straits Convention concluded on 13 July 1841, between the Great Powers of Europe—Russia, the United Kingdom, France, Austria and Prussia—the "ancient rule" of the Ottoman Empire was re-established by closing the Turkish Straits to any and all warships, barring those of the Sultan's allies during wartime. It thus benefited British naval power at the expense of Russian, as the latter lacked direct access for its navy to the Mediterranean.
Following the First World War, the 1920 Treaty of Sèvres demilitarized the strait and made it an international territory under the control of the League of Nations.
Turkish republican era (1923–present)
This was amended under the Treaty of Lausanne (1923), which restored the straits to Turkish territory—but allowed all foreign warships and commercial shipping to traverse the straits freely. Turkey eventually rejected the terms of that treaty, and subsequently Turkey remilitarised the straits area. The reversion was formalised under the Montreux Convention Regarding the Regime of the Turkish Straits of 20 July 1936. That convention, which is still in force, treats the straits as an international shipping lane save that Turkey retains the right to restrict the naval traffic of non–Black Sea states.
Turkey was neutral in the Second World War until February 1945, and the straits were closed to the warships of belligerent nations during this time, although some German auxiliary vessels were permitted to transit. In diplomatic conferences, Soviet representatives had made known their interest in Turkish concession of Soviet naval bases on the straits. This, as well as Stalin's demands for the restitution of the Turkish provinces of Kars, Artvin and Ardahan to the Soviet Union (which were lost by Turkey in the Russo-Turkish War of 1877–1878, but were regained with the Treaty of Kars in 1921), were considerations in Turkey's decision to abandon neutrality in foreign affairs. Turkey declared war against Germany in February 1945, but did not engage in offensive actions.
Turkey joined NATO in 1952, thus affording its straits even more strategic importance as a commercial and military waterway.
During the early 21st century, the Turkish Straits have become particularly important for the oil industry. Russian oil, from ports such as Novorossiysk, is exported by tankers primarily to western Europe and the U.S. via the Bosporus and the Dardanelles straits. In 2011 Turkey planned a 50 km canal through Silivri as a second waterway, reducing risk in the Bosporus.
Crossings
Maritime
The waters of the Bosphorus are traversed by numerous passenger and vehicular ferries daily, as well as recreational and fishing boats ranging from dinghies to yachts owned by both public and private entities.
The strait also experiences significant amounts of international commercial shipping traffic by freighters and tankers. Between its northern limits at Rumeli Feneri and Anadolu Feneri and its southern ones at Ahırkapı Feneri and Kadıköy İnciburnu Feneri, there are numerous dangerous points for large-scale maritime traffic that require sharp turns and management of visual obstructions. Famously, the stretch between Kandilli Point and Aşiyan requires a 45-degree course alteration in a location where the currents can reach . To the south, at Yeniköy, the necessary course alteration is 80 degrees. Compounding these difficult changes in trajectory, the rear and forward sight lines at Kandilli and Yeniköy are also completely blocked prior to and during the course alteration, making it impossible for ships approaching from the opposite direction to see around these bends. The risks posed by geography are further multiplied by the heavy ferry traffic across the strait, linking the European and Asian sides of the city. As such, all the dangers and obstacles characteristic of narrow waterways are present and acute in this critical sea lane.
In 2011, the Turkish Government discussed creating a large-scale canal project roughly long that runs north–south through the western edges of Istanbul Province as a second waterway between the Black Sea and the Marmara, intended to reduce risk in the Bosphorus. This Kanal İstanbul project currently continues to be debated.
Land
Two suspension bridges and a cable-stayed bridge cross the Bosphorus. The first of these, the 15th July Martyrs Bridge, is long and was completed in 1973. The second, named Fatih Sultan Mehmet (Bosphorus II) Bridge, is long, and was completed in 1988 about north of the first bridge. The first Bosphorus Bridge forms part of the O1 Motorway, while the Fatih Sultan Mehmet Bridge forms part of the Trans-European Motorway. The third, Yavuz Sultan Selim Bridge, is long and was completed in 2016. It is located near the northern end of the Bosphorus, between the villages of Garipçe on the European side and Poyrazköy on the Asian side, as part of the "Northern Marmara Motorway", integrated with the existing Black Sea Coastal Highway, and allowing transit traffic to bypass city traffic.
Submarine
The Marmaray project, featuring a long undersea railway tunnel, opened on 29 October 2013. Approximately of the tunnel runs under the strait, at a depth of about .
An undersea water supply tunnel with a length of , named the Bosporus Water Tunnel, was constructed in 2012 to transfer water from the Melen Creek in Düzce Province (to the east of the Bosphorus strait, in northwestern Anatolia) to the European side of Istanbul, a distance of .
The Eurasia Tunnel is a undersea highway tunnel, crossing the Bosphorus for vehicular traffic, between Kazlıçeşme and Göztepe. Construction began in February 2011, and was opened on 20 December 2016.
Up to 4 submarine fibre optics lines (MedNautilus and possibly others) approach Istanbul, coming from the Mediterranean through the Dardanelles.
Strategic importance
The Bosphorus is the only way for Bulgaria, Georgia, Romania, Russia (South-Western part) and Ukraine to reach the Mediterranean Sea and other seas. Thus sovereignty over the straits is an important issue for these countries, as well as Turkey, the state the Bosphorus itself flows through.
Since it is a favorable region in terms of climate and geography, the area has been widely settled for much of recorded history. The city of Istanbul, divided by the Bosphorus, is one of the few intercontinental cities in the world.
Turkey receives no tolls from ships passing through the strait. Turkey's military has broad powers in accordance with Montreux Convention. In the present (2021), Bosphorus Command is located on the shores of the Bosphorus and the military ships connected to the Command are anchored in the Bosphorus waters.
Located on a peninsula at the intersection of the Black Sea, the Bosphorus and the Marmara Sea, Istanbul has historically been one of the most protected and hardest-to-conquer cities for centuries, from the first Roman times to the Ottoman Empire.
Sightseeing
The Bosphorus has 620 waterfront houses (yalı) built during the Ottoman period along the strait's European and Asian shorelines. Ottoman palaces such as the Topkapı Palace, Dolmabahçe Palace, Yıldız Palace, Çırağan Palace, Feriye Palaces, Beylerbeyi Palace, Küçüksu Palace, Ihlamur Palace, Hatice Sultan Palace, Adile Sultan Palace and Khedive Palace are within its view. Buildings and landmarks within view include the Hagia Sophia, Hagia Irene, Sultan Ahmed Mosque, Yeni Mosque, Kılıç Ali Pasha Mosque, Nusretiye Mosque, Dolmabahçe Mosque, Ortaköy Mosque, Üsküdar Mihrimah Sultan Mosque, Yeni Valide Mosque, Maiden's Tower, Galata Tower, Rumelian Castle, Anatolian Castle, Yoros Castle, Selimiye Barracks, Sakıp Sabancı Museum, Sadberk Hanım Museum, Istanbul Museum of Modern Art, Borusan Museum of Contemporary Art, Tophane-i Amire Museum, Mimar Sinan Fine Arts University, Galatasaray University, Boğaziçi University, Robert College, Kabataş High School, Kuleli Military High School.
Two points in Istanbul have most of the public ferries that traverse the strait: from Eminönü (ferries dock at the Boğaz İskelesi pier) on the historic peninsula of Istanbul to Anadolu Kavağı near the Black Sea, zigzagging and calling briefly multiple times at the Rumelian and Anatolian sides of the city. At central piers shorter, regular ride in one of the public ferries cross.
Private ferries operate between Üsküdar and Beşiktaş or Kabataş in the city. The few well-known geographic hazards are multiplied by ferry traffic across the strait, linking the European and Asian sides of the city, particularly for the largest ships.
The catamaran seabuses offer high-speed commuter services between the European and Asian shores of the Bosphorus, but they stop at fewer ports and piers in comparison to the public ferries. Both the public ferries and the seabuses also provide commuter services between the Bosphorus and the Prince Islands in the Sea of Marmara.
There are also tourist rides available in various places along the coasts of the Bosphorus. The prices vary according to the type of the ride, and some feature loud popular music for the duration of the trip.
Architecture of Bosporus
The architectural style of the Bosporus began to be shaped by simple houses in the fishing villages established on the coast during the Byzantine period.
The mansions, which were placed on the shores during the Ottoman period, became one of the most outstanding examples of Bosphorus architecture and have been identified with the Bosphorus for years. The number of mansions built on the two sides of the Bosphorus for centuries and has reached today is about 360.
Today, the majority of them still preserves their old forms, are among the most expensive real estate both in Turkey and Istanbul.
Many palace buildings has also built in the Bosphorus, which was one of the most popular places of the palace people during the Ottoman period. Dolmabahçe Palace, Çırağan Palace, Beylerbeyi Palace, Adile Sultan Palace, Küçüksu Pavilion and Beykoz Mecidiye Pavilion are some of most striking structures used by sultans and their relatives from time to time. Historical buildings such as Galatasaray University, Egyptian Consulate and Sakıp Sabancı Museum are among the most famous architectural examples of the Bosphorus.
In the Ottoman era there was a tradition of building mosques and pier squares as well as pier buildings in the important districts of the Bosphorus. Beşiktaş Pier, Ortaköy Square, Ortaköy Mosque, Bebek Mosque, Beylerbeyi Mosque and Şemsipaşa Mosque are some of traces from that tradition.
Image gallery
See also
Black Sea trade and economy
Eurasia Tunnel
Great Istanbul Tunnel, a proposed three-level road-rail undersea tunnel
Istanbul Canal
List of maritime incidents in the Turkish Straits
Marmaray
Public transport in Istanbul
Rail transport in Turkey
Turkish Straits
Notes
External links
Landforms of Istanbul Province
Straits of the Mediterranean Sea
Straits of Turkey
Tourism in Istanbul
Turkish Straits
Important Bird Areas of Turkey |
3708 | https://en.wikipedia.org/wiki/Brussels | Brussels | Brussels ( or ; ), officially the Brussels-Capital Region (; ), is a region of Belgium comprising 19 municipalities, including the City of Brussels, which is the capital of Belgium. The Brussels-Capital Region is located in the central portion of the country and is a part of both the French Community of Belgium and the Flemish Community, but is separate from the Flemish Region (within which it forms an enclave) and the Walloon Region. Brussels is the most densely populated and the richest region in Belgium in terms of GDP per capita. It covers , a relatively small area compared to the two other regions, and has a population of over 1.2 million. The five times larger metropolitan area of Brussels comprises over 2.5 million people, which makes it the largest in Belgium. It is also part of a large conurbation extending towards Ghent, Antwerp, Leuven and Walloon Brabant, home to over 5 million people.
Brussels grew from a small rural settlement on the river Senne to become an important city-region in Europe. Since the end of the Second World War, it has been a major centre for international politics and home to numerous international organisations, politicians, diplomats and civil servants. Brussels is the de facto capital of the European Union, as it hosts a number of principal EU institutions, including its administrative-legislative, executive-political, and legislative branches (though the judicial branch is located in Luxembourg, and the European Parliament meets for a minority of the year in Strasbourg). Because of this, its name is sometimes used metonymically to describe the EU and its institutions. The secretariat of the Benelux and the headquarters of NATO are also located in Brussels. As the economic capital of Belgium and one of the top financial centres of Western Europe with Euronext Brussels, it is classified as an Alpha global city. Brussels is a hub for rail, road and air traffic, and is sometimes called, together with Belgium, "the geographic, economic and cultural crossroads of Europe". The Brussels Metro is the only rapid transit system in Belgium. In addition, both its airport and railway stations are the largest and busiest in the country.
Historically Dutch-speaking, Brussels saw a language shift to French from the late 19th century. The Brussels-Capital Region is officially bilingual in French and Dutch, even though French is now the lingua franca with over 90% of the inhabitants being able to speak it. Brussels is also increasingly becoming multilingual. English is spoken as a second language by nearly a third of the population and many migrants and expatriates speak other languages as well.
Brussels is known for its cuisine and gastronomy, as well as its historical and architectural landmarks; some of them are registered as UNESCO World Heritage Sites. Main attractions include its historic Grand Place, Manneken Pis, the Atomium, and cultural institutions such as La Monnaie/De Munt and the Museums of Art and History. Due to its long tradition of Belgian comics, Brussels is also hailed as a capital of the comic strip.
Toponymy
Etymology
The most common theory of the origin of the name Brussels is that it derives from the Old Dutch , or , meaning "marsh" ( / ) and "home" ( / / ) or "home in the marsh". Saint Vindicianus, the Bishop of Cambrai, made the first recorded reference to the place in 695, when it was still a hamlet. The names of all the municipalities in the Brussels-Capital Region are also of Dutch origin, except for Evere, which is Celtic.
Pronunciation
In French, is pronounced (the x is pronounced , like in English, and the final s is silent) and in Dutch, is pronounced . Inhabitants of Brussels are known in French as (pronounced ) and in Dutch as (pronounced ). In the Brabantian dialect of Brussels (known as Brusselian, and also sometimes referred to as Marols or Marollien), they are called Brusseleers or Brusseleirs.
Originally, the written x noted the group . In the Belgian French pronunciation as well as in Dutch, the k eventually disappeared and z became s, as reflected in the current Dutch spelling, whereas in the more conservative French form, the spelling remained. The pronunciation in French only dates from the 18th century, but this modification did not affect the traditional Brussels usage. In France, the pronunciations and (for ) are often heard, but are rather rare in Belgium.
History
Early history
The history of Brussels is closely linked to that of Western Europe. Traces of human settlement go back to the Stone Age, with vestiges and place-names related to the civilisation of megaliths, dolmens and standing stones (Plattesteen in the city centre and Tomberg in Woluwe-Saint-Lambert, for example). During late antiquity, the region was home to Roman occupation, as attested by archaeological evidence discovered on the current site of Tour & Taxis, north-west of the Pentagon. Following the decline of the Western Roman Empire, it was incorporated into the Frankish Empire.
The origin of the settlement which was to become Brussels lies in Saint Gaugericus' construction of a chapel on an island in the river Senne around 580. The official founding of Brussels is usually situated around 979, when Duke Charles of Lower Lotharingia transferred the relics of Saint Gudula from Moorsel (located in today's province of East Flanders) to Saint Gaugericus' chapel. Charles would construct the first permanent fortification in the city, doing so on that same island.
Middle Ages
Lambert I of Leuven, Count of Leuven, gained the County of Brussels around 1000, by marrying Charles' daughter. Because of its location on the shores of the Senne, on an important trade route between Bruges and Ghent, and Cologne, Brussels became a commercial centre specialised in the textile trade. The town grew quite rapidly and extended towards the upper town (Treurenberg, Coudenberg and Sablon/Zavel areas), where there was a smaller risk of floods. As it grew to a population of around 30,000, the surrounding marshes were drained to allow for further expansion. Around this time, work began on what is now the Cathedral of St. Michael and St. Gudula (1225), replacing an older Romanesque church. In 1183, the Counts of Leuven became Dukes of Brabant. Brabant, unlike the county of Flanders, was not fief of the king of France but was incorporated into the Holy Roman Empire.
In the early 13th century, the first walls of Brussels were built, and after this, the city grew significantly. To let the city expand, a second set of walls was erected between 1356 and 1383. Traces of these walls can still be seen, although the Small Ring, a series of boulevards bounding the historical city centre, follows their former course.
Early modern
In the 15th century, the marriage between heiress Margaret III of Flanders and Philip the Bold, Duke of Burgundy, produced a new Duke of Brabant of the House of Valois (namely Antoine, their son). In 1477, the Burgundian duke Charles the Bold perished in the Battle of Nancy. Through the marriage of his daughter Mary of Burgundy (who was born in Brussels) to Holy Roman Emperor Maximilian I, the Low Countries fell under Habsburg sovereignty. Brabant was integrated into this composite state, and Brussels flourished as the Princely Capital of the prosperous Burgundian Netherlands, also known as the Seventeen Provinces. After the death of Mary in 1482, her son Philip the Handsome succeeded as Duke of Burgundy and Brabant.
Philip died in 1506, and he was succeeded by his son Charles V who then also became King of Spain (crowned in the Cathedral of St. Michael and St. Gudula) and even Holy Roman Emperor at the death of his grandfather Maximilian I, Holy Roman Emperor in 1519. Charles was now the ruler of a Habsburg Empire "on which the sun never sets" with Brussels serving as one of his main capitals. It was in the Palace complex at Coudenberg that Charles V was declared of age in 1515, and it was there in 1555 that he abdicated all of his possessions and passed the Habsburg Netherlands to Philip II of Spain. This impressive palace, famous all over Europe, had greatly expanded since it had first become the seat of the Dukes of Brabant, but it was destroyed by fire in 1731.
In the 16th and 17th centuries, Brussels was a centre for the lace industry. In addition, Brussels tapestry hung on the walls of castles throughout Europe. In 1695, during the Nine Years' War, King Louis XIV of France sent troops to bombard Brussels with artillery. Together with the resulting fire, it was the most destructive event in the entire history of Brussels. The Grand Place was destroyed, along with 4,000 buildings—a third of all the buildings in the city. The reconstruction of the city centre, effected during subsequent years, profoundly changed its appearance and left numerous traces still visible today.
Following the Treaty of Utrecht in 1713, Spanish sovereignty over the Southern Netherlands was transferred to the Austrian branch of the House of Habsburg. This event started the era of the Austrian Netherlands. Brussels was captured by France in 1746, during the War of the Austrian Succession, but was handed back to Austria three years later. It remained with Austria until 1795, when the Southern Netherlands were captured and annexed by France, and the city became the capital of the department of the Dyle. The French rule ended in 1815, with the defeat of Napoleon on the battlefield of Waterloo, located south of today's Brussels-Capital Region. With the Congress of Vienna, the Southern Netherlands joined the United Kingdom of the Netherlands, under William I of Orange. The former Dyle department became the province of South Brabant, with Brussels as its capital.
Late modern
In 1830, the Belgian Revolution began in Brussels, after a performance of Auber's opera La Muette de Portici at the Royal Theatre of La Monnaie. The city became the capital and seat of government of the new nation. South Brabant was renamed simply Brabant, with Brussels as its administrative centre. On 21 July 1831, Leopold I, the first King of the Belgians, ascended the throne, undertaking the destruction of the city walls and the construction of many buildings.
Following independence, Brussels underwent many more changes. It became a financial centre, thanks to the dozens of companies launched by the Société Générale de Belgique. The Industrial Revolution and the opening of the Brussels–Charleroi Canal in 1832 brought prosperity to the city through commerce and manufacturing. The Free University of Brussels was established in 1834 and Saint-Louis University in 1858. In 1835, the first passenger railway built outside England linked the municipality of Molenbeek-Saint-Jean with Mechelen.
During the 19th century, the population of Brussels grew considerably; from about 80,000 to more than 625,000 people for the city and its surroundings. The Senne had become a serious health hazard, and from 1867 to 1871, under the tenure of the city's then-mayor, Jules Anspach, its entire course through the urban area was completely covered over. This allowed urban renewal and the construction of modern buildings of Haussmann-esque style along grand central boulevards, characteristic of downtown Brussels today. Buildings such as the Brussels Stock Exchange (1873), the Palace of Justice (1883) and Saint Mary's Royal Church (1885) date from this period. This development continued throughout the reign of King Leopold II. The International Exposition of 1897 contributed to the promotion of the infrastructure. Among other things, the (today's Royal Museum for Central Africa), in the suburb of Tervuren, was connected to the capital by the construction of an 11-km long grand alley.
Brussels became one of the major European cities for the development of the Art Nouveau style in the 1890s and early 1900s. The architects Victor Horta, Paul Hankar, and Henry van de Velde became particularly famous for their designs, many of which survive today.
20th century
During the 20th century, the city hosted various fairs and conferences, including the Solvay Conference on Physics and on Chemistry, and three world fairs: the Brussels International Exposition of 1910, the Brussels International Exposition of 1935 and the 1958 Brussels World's Fair (Expo '58). During World War I, Brussels was an occupied city, but German troops did not cause much damage. During World War II, it was again occupied by German forces, and spared major damage, before it was liberated by the British Guards Armoured Division on 3 September 1944. The Brussels Airport, in the suburb of Zaventem, dates from the occupation.
After the war, Brussels underwent extensive modernisation. The construction of the North–South connection, linking the main railway stations in the city, was completed in 1952, while the first premetro (underground tram) service was launched in 1969, and the first Metro line was opened in 1976. Starting from the early 1960s, Brussels became the de facto capital of what would become the European Union (EU), and many modern offices were built. Development was allowed to proceed with little regard to the aesthetics of newer buildings, and numerous architectural landmarks were demolished to make way for newer buildings that often clashed with their surroundings, giving name to the process of Brusselisation.
Contemporary
The Brussels-Capital Region was formed on 18 June 1989, after a constitutional reform in 1988. It is one of the three federal regions of Belgium, along with Flanders and Wallonia, and has bilingual status. The yellow iris is the emblem of the region (referring to the presence of these flowers on the city's original site) and a stylised version is featured on its official flag.
In recent years, Brussels has become an important venue for international events. In 2000, it was named European Capital of Culture alongside eight other European cities. In 2013, the city was the site of the Brussels Agreement. In 2014, it hosted the 40th G7 summit, and in 2017, 2018 and 2021 respectively the 28th, 29th and 31st NATO Summits.
On 22 March 2016, three coordinated nail bombings were detonated by ISIL in Brussels—two at Brussels Airport in Zaventem and one at Maalbeek/Maelbeek metro station—resulting in 32 victims and three suicide bombers killed, and 330 people were injured. It was the deadliest act of terrorism in Belgium.
Geography
Location and topography
Brussels lies in the north-central part of Belgium, about from the Belgian coast and about from Belgium's southern tip. It is located in the heartland of the Brabantian Plateau, about south of Antwerp (Flanders), and north of Charleroi (Wallonia). Its average elevation is above sea level, varying from a low point in the valley of the almost completely covered Senne, which cuts the Brussels-Capital Region from east to west, up to high points in the Sonian Forest, on its southeastern side. In addition to the Senne, tributary streams such as the Maalbeek and the Woluwe, to the east of the region, account for significant elevation differences. Brussels' central boulevards are above sea level. Contrary to popular belief, the highest point (at ) is not near the / in Forest, but at the / in the Sonian Forest.
Climate
Brussels experiences an oceanic climate (Köppen: Cfb) with warm summers and cool winters. Proximity to coastal areas influences the area's climate by sending marine air masses from the Atlantic Ocean. Nearby wetlands also ensure a maritime temperate climate. On average (based on measurements in the period 1981–2010), there are approximately 135 days of rain per year in the Brussels-Capital Region. Snowfall is infrequent, averaging 24 days per year. The city also often experiences violent thunderstorms in summer months.
Brussels as a capital
Despite its name, the Brussels-Capital Region is not the capital of Belgium. Article 194 of the Belgian Constitution establishes that the capital of Belgium is the City of Brussels, the municipality in the region that is the city's core.
The City of Brussels is the location of many national institutions. The Royal Palace of Brussels, where the King of the Belgians exercises his prerogatives as head of state, is situated alongside Brussels' Park (not to be confused with the Royal Palace of Laeken, the official home of the Belgian Royal Family). The Palace of the Nation is located on the opposite side of this park, and is the seat of the Belgian Federal Parliament. The office of the Prime Minister of Belgium, colloquially called Law Street 16 (, ), is located adjacent to this building. It is also where the Council of Ministers holds its meetings. The Court of Cassation, Belgium's main court, has its seat in the Palace of Justice. Other important institutions in the City of Brussels are the Constitutional Court, the Council of State, the Court of Audit, the Royal Belgian Mint and the National Bank of Belgium.
The City of Brussels is also the capital of both the French Community of Belgium and the Flemish Community. The Flemish Parliament and Flemish Government have their seats in Brussels, and so do the Parliament of the French Community and the Government of the French Community.
Municipalities
The 19 municipalities (, ) of the Brussels-Capital Region are political subdivisions with individual responsibilities for the handling of local level duties, such as law enforcement and the upkeep of schools and roads within its borders. Municipal administration is also conducted by a mayor, a council, and an executive.
In 1831, Belgium was divided into 2,739 municipalities, including the 19 in the Brussels-Capital Region. Unlike most of the municipalities in Belgium, the ones located in the Brussels-Capital Region were not merged with others during mergers occurring in 1964, 1970, and 1975. However, several municipalities outside the Brussels-Capital Region have been merged with the City of Brussels throughout its history, including Laeken, Haren and Neder-Over-Heembeek in 1921.
The largest municipality in area and population is the City of Brussels, covering and with 145,917 inhabitants; the least populous is Koekelberg with 18,541 inhabitants. The smallest in area is Saint-Josse-ten-Noode, which is only , but still has the highest population density in the region, with . Watermael-Boitsfort has the lowest population density in the region, with .
There is much controversy on the division of 19 municipalities for a highly urbanised region, which is considered as (half of) one city by most people. Some politicians mock the "19 baronies" and want to merge the municipalities under one city council and one mayor. That would lower the number of politicians needed to govern Brussels, and centralise the power over the city to make decisions easier, thus reduce the overall running costs. The current municipalities could be transformed into districts with limited responsibilities, similar to the current structure of Antwerp or to structures of other capitals like the boroughs in London or arrondissements in Paris, to keep politics close enough to the citizen.
In early 2016, Molenbeek-Saint-Jean held a reputation as a safe haven for jihadists in relation to the support shown by some residents towards the bombers who carried out the Paris and Brussels attacks.
Brussels-Capital Region
Political status
The Brussels-Capital Region is one of the three federated regions of Belgium, alongside the Walloon Region and the Flemish Region. Geographically and linguistically, it is a bilingual enclave in the monolingual Flemish Region. Regions are one component of Belgium's institutions; the three communities being the other component. Brussels' inhabitants deal with either the French Community or the Flemish Community for matters such as culture and education, as well as a Common Community for competencies which do not belong exclusively to either Community, such as healthcare and social welfare.
Since the split of Brabant in 1995, the Brussels Region does not belong to any of the provinces of Belgium, nor is it subdivided into provinces itself. Within the Region, 99% of the areas of provincial jurisdiction are assumed by the Brussels regional institutions and community commissions. Remaining is only the governor of Brussels-Capital and some aides, analogously to provinces. Its status is roughly akin to that of a federal district.
Institutions
The Brussels-Capital Region is governed by a parliament of 89 members (72 French-speaking, 17 Dutch-speaking—parties are organised on a linguistic basis) and an eight-member regional cabinet consisting of a minister-president, four ministers and three state secretaries. By law, the cabinet must comprise two French-speaking and two Dutch-speaking ministers, one Dutch-speaking secretary of state and two French-speaking secretaries of state. The minister-president does not count against the language quota, but in practice every minister-president has been a bilingual francophone. The regional parliament can enact ordinances (, ), which have equal status as a national legislative act.
19 of the 72 French-speaking members of the Brussels Parliament are also members of the Parliament of the French Community of Belgium, and, until 2004, this was also the case for six Dutch-speaking members, who were at the same time members of the Flemish Parliament. Now, people voting for a Flemish party have to vote separately for 6 directly elected members of the Flemish Parliament.
Agglomeration of Brussels
Before the creation of the Brussels-Capital Region, regional competences in the 19 municipalities were performed by the Brussels Agglomeration. The Brussels Agglomeration was an administrative division established in 1971. This decentralised administrative public body also assumed jurisdiction over areas which, elsewhere in Belgium, were exercised by municipalities or provinces.
The Brussels Agglomeration had a separate legislative council, but the by-laws enacted by it did not have the status of a legislative act. The only election of the council took place on 21 November 1971. The working of the council was subject to many difficulties caused by the linguistic and socio-economic tensions between the two communities.
After the creation of the Brussels-Capital Region, the Brussels Agglomeration was never formally abolished, although it no longer has a purpose.
French and Flemish communities
The French Community and the Flemish Community exercise their powers in Brussels through two community-specific public authorities: the French Community Commission ( or COCOF) and the Flemish Community Commission ( or VGC). These two bodies each have an assembly composed of the members of each linguistic group of the Parliament of the Brussels-Capital Region. They also have a board composed of the ministers and secretaries of state of each linguistic group in the Government of the Brussels-Capital Region.
The French Community Commission has also another capacity: some legislative powers of the French Community have been devolved to the Walloon Region (for the French language area of Belgium) and to the French Community Commission (for the bilingual language area). The Flemish Community, however, did the opposite; it merged the Flemish Region into the Flemish Community. This is related to different conceptions in the two communities, one focusing more on the Communities and the other more on the Regions, causing an asymmetrical federalism. Because of this devolution, the French Community Commission can enact decrees, which are legislative acts.
Common Community Commission
A bi-communitarian public authority, the Common Community Commission (, COCOM, , GGC) also exists. Its assembly is composed of the members of the regional parliament, and its board are the ministers—not the secretaries of state—of the region, with the minister-president not having the right to vote. This commission has two capacities: it is a decentralised administrative public body, responsible for implementing cultural policies of common interest. It can give subsidies and enact by-laws. In another capacity, it can also enact ordinances, which have equal status as a national legislative act, in the field of the welfare powers of the communities: in the Brussels-Capital Region, both the French Community and the Flemish Community can exercise powers in the field of welfare, but only in regard to institutions that are unilingual (for example, a private French-speaking retirement home or the Dutch-speaking hospital of the Vrije Universiteit Brussel). The Common Community Commission is responsible for policies aiming directly at private persons or at bilingual institutions (for example, the centres for social welfare of the 19 municipalities). Its ordinances have to be enacted with a majority in both linguistic groups. Failing such a majority, a new vote can be held, where a majority of at least one third in each linguistic group is sufficient.
International institutions
Brussels has, since World War II, become the administrative centre of many international organisations. The European Union (EU) and the North Atlantic Treaty Organisation (NATO) have their main institutions in the city, along with many other international organisations such as the World Customs Organization and EUROCONTROL, as well as international corporations. Brussels is third in the number of international conferences it hosts, also becoming one of the largest convention centres in the world. The presence of the EU and the other international bodies has, for example, led to there being more ambassadors and journalists in Brussels than in Washington D.C. International schools have also been established to serve this presence. The "international community" in Brussels numbers at least 70,000 people. In 2009, there were an estimated 286 lobbying consultancies known to work in Brussels.
European Union
Brussels serves as de facto capital of the European Union (EU), hosting the major political institutions of the Union. The EU has not declared a capital formally, though the Treaty of Amsterdam formally gives Brussels the seat of the European Commission (the executive branch of government) and the Council of the European Union (a legislative institution made up from executives of member states). It locates the formal seat of European Parliament in Strasbourg, where votes take place, with the council, on the proposals made by the Commission. However, meetings of political groups and committee groups are formally given to Brussels, along with a set number of plenary sessions. Three quarters of Parliament sessions now take place at its Brussels hemicycle. Between 2002 and 2004, the European Council also fixed its seat in the city. In 2014, the Union hosted a G7 summit in the city.
Brussels, along with Luxembourg and Strasbourg, began to host European institutions in 1957, soon becoming the centre of activities, as the Commission and Council based their activities in what has become the European Quarter, in the east of the city. Early building in Brussels was sporadic and uncontrolled, with little planning. The current major buildings are the Berlaymont building of the Commission, symbolic of the quarter as a whole, the Europa building of the Council and the Espace Léopold of the Parliament. Today, the presence has increased considerably, with the Commission alone occupying within the European Quarter (a quarter of the total office space in Brussels). The concentration and density has caused concern that the presence of the institutions has created a ghetto effect in that part of the city. However, the European presence has contributed significantly to the importance of Brussels as an international centre.
Eurocontrol
The European Organisation for the Safety of Air Navigation, commonly known as Eurocontrol, is an international organisation which coordinates and plans air traffic control across European airspace. The corporation was founded in 1960 and has 41 member states. Its headquarters are located in Haren, on the north-eastern perimeter of the City of Brussels.
North Atlantic Treaty Organisation
The Treaty of Brussels, which was signed on 17 March 1948 between Belgium, France, Luxembourg, the Netherlands and the United Kingdom, was a prelude to the establishment of the intergovernmental military alliance which later became the North Atlantic Treaty Organization (NATO). Today, the alliance consists of 29 independent member countries across North America and Europe. Several countries also have diplomatic missions to NATO through embassies in Belgium. Since 1949, a number of NATO Summits have been held in Brussels, the most recent taking place in June 2021. The organisation's political and administrative headquarters are located on the / in Haren, Brussels. A new €750 million headquarters building begun in 2010 and was completed in 2017.
Demographics
Population
Brussels is located in one of the most urbanised regions of Europe, between Paris, London, the Rhine-Ruhr (Germany), and the Randstad (Netherlands). The Brussels-Capital Region has a population of around 1.2 million and has witnessed, in recent years, a remarkable increase in its population. In general, the population of Brussels is younger than the national average, and the gap between rich and poor is wider.
Brussels is the core of a built-up area that extends well beyond the region's limits. Sometimes referred to as the urban area of Brussels (, ) or Greater Brussels (, ), this area extends over a large part of the two Brabant provinces, including much of the surrounding arrondissement of Halle-Vilvoorde and some small parts of the arrondissement of Leuven in Flemish Brabant, as well as the northern part of Walloon Brabant.
The metropolitan area of Brussels is divided into three levels. Firstly, the central agglomeration (within the regional borders), with a population of 1,218,255 inhabitants. Adding the closest suburbs (, ) gives a total population of 1,831,496. Including the outer commuter zone (Brussels Regional Express Network (RER/GEN) area), the population is 2,676,701. Brussels is also part of a wider diamond-shaped conurbation, with Ghent, Antwerp and Leuven, which has about 4.4 million inhabitants (a little more than 40% of the Belgium's total population).
Nationalities
Brussels is home to a large number of immigrants and people of immigrant background. At the last Belgian census in 1991, 63.7% of inhabitants in Brussels-Capital Region answered that they were Belgian citizens, born as such in Belgium, indicating that more than a third of residents had not been born in the country. There have been numerous migrations towards Brussels since the end of the 18th century, including political refugees (Karl Marx, Victor Hugo, Pierre Joseph Proudhon, Léon Daudet, for example), from neighbouring or more distant countries, as well as labour migrants, former foreign students or expatriates, and many Belgian families in Brussels can claim at least one foreign grandparent.
This large concentration of immigrants and their descendance includes many of Moroccan (mainly Riffian and other Berbers) and Turkish ancestry, together with French-speaking black Africans from former Belgian colonies, such as the Democratic Republic of the Congo, Rwanda and Burundi. People of foreign origin make up nearly 70% of the population of Brussels, most of whom have been naturalised following the great 1991 reform of the naturalisation process. About 32% of city residents are of non-Belgian European origin (mainly expatriates from France, Romania, Italy, Spain, Poland, and Portugal) and 36% are of another background, mostly from Morocco, Turkey and Sub-Saharan Africa. Among all major migrant groups from outside the EU, a majority of the permanent residents have acquired Belgian nationality.
According to Statbel, the Belgian statistical office, in 2020, taking into account the nationality of birth of the parents, 74.3% of the population of the Brussels-Capital region was of foreign origin and 41.8% was of non-European origin (including 28.7% of African origin). Among those aged under 18, 88% were of foreign origin and 57% of non-European origin (including 42.4% of African origin).
Languages
Brussels was historically Dutch-speaking, using the Brabantian dialect, but over the two past centuries French has become the predominant language of the city. The main cause of this transition was the rapid assimilation of the local Flemish population, amplified by immigration from France and Wallonia. The rise of French in public life gradually began by the end of the 18th century, quickly accelerating after Belgian independence. Dutch — of which standardisation in Belgium was still very weak — could not compete with French, which was the exclusive language of the judiciary, the administration, the army, education, cultural life and the media, and thus necessary for social mobility. The value and prestige of the French language was universally acknowledged to such an extent that after 1880, and more particularly after the turn of the 20th century, proficiency in French among Dutch-speakers in Brussels increased spectacularly.
Although a majority of the population remained bilingual until the second half of the 20th century, family transmission of the historic Brabantian dialect declined, leading to an increase of monolingual French-speakers from 1910 onwards. From the mid-20th century, the number of monolingual French-speakers surpassed the number of mostly bilingual Flemish inhabitants. This process of assimilation weakened after the 1960s, as the language border was fixed, the status of Dutch as an official language of Belgium was reinforced, and the economic centre of gravity shifted northward to Flanders. However, with the continuing arrival of immigrants and the post-war emergence of Brussels as a centre of international politics, the relative position of Dutch continued to decline. Furthermore, as Brussels' urban area expanded, a further number of Dutch-speaking municipalities in the Brussels periphery also became predominantly French-speaking. This phenomenon of expanding Francisation — dubbed "oil slick" by its opponents — is, together with the future of Brussels, one of the most controversial topics in Belgian politics.
Today, the Brussels-Capital Region is legally bilingual, with both French and Dutch having official status, as is the administration of the 19 municipalities. The creation of this bilingual, full-fledged region, with its own competencies and jurisdiction, had long been hampered by different visions of Belgian federalism. Nevertheless, some communitarian issues remain. Flemish political parties demanded, for decades, that the Flemish part of Brussels-Halle-Vilvoorde (BHV) arrondissement be separated from the Brussels Region (which made Halle-Vilvoorde a monolingual Flemish electoral and judicial district). BHV was divided mid-2012. The French-speaking population regards the language border as artificial and demands the extension of the bilingual region to at least all six municipalities with language facilities in the surroundings of Brussels. Flemish politicians have strongly rejected these proposals.
Owing to migration and to its international role, Brussels is home to a large number of native speakers of languages other than French or Dutch. Currently, about half of the population speaks a home language other than these two. In 2013, academic research showed that approximately 17% of families spoke none of the official languages in the home, while in a further 23% a foreign language was used alongside French. The share of unilingual French-speaking families had fallen to 38% and that of Dutch-speaking families to 5%, while the percentage of bilingual Dutch-French families reached 17%. At the same time, French remains widely spoken: in 2013, French was spoken "well to perfectly" by 88% of the population, while for Dutch this percentage was only 23% (down from 33% in 2000); the other most commonly known languages were English (30%), Arabic (18%), Spanish (9%), German (7%) and Italian and Turkish (5% each). Despite the rise of English as a second language in Brussels, including as an unofficial compromise language between French and Dutch, as well as the working language for some of its international businesses and institutions, French remains the lingua franca and all public services are conducted exclusively in French or Dutch.
The original dialect of Brussels (known as Brusselian, and also sometimes referred to as Marols or Marollien), a form of Brabantic (the variant of Dutch spoken in the ancient Duchy of Brabant) with a significant number of loanwords from French, still survives among a small minority of inhabitants called Brusseleers (or Brusseleirs), many of them quite bi- and multilingual, or educated in French and not writing in Dutch. The ethnic and national self-identification of Brussels' inhabitants is nonetheless sometimes quite distinct from the French and Dutch-speaking communities. For the French-speakers, it can vary from Francophone Belgian, (French demonym for an inhabitant of Brussels), Walloon (for people who migrated from the Walloon Region at an adult age); for Flemings living in Brussels, it is mainly either Dutch-speaking Belgian, Flemish or (Dutch demonym for an inhabitant), and often both. For the Brusseleers, many simply consider themselves as belonging to Brussels.
Religions
Historically, Brussels has been predominantly Roman Catholic, especially since the expulsion of Protestants in the 16th century. This is clear from the large number of historical churches in the region, particularly in the City of Brussels. The pre-eminent Catholic cathedral in Brussels is the Cathedral of St. Michael and St. Gudula, serving as the co-cathedral of the Archdiocese of Mechelen–Brussels. On the north-western side of the region, the National Basilica of the Sacred Heart is a Minor Basilica and parish church, as well as the 14th largest church building in the world. The Church of Our Lady of Laeken holds the tombs of many members of the Belgian Royal Family, including all the former Belgian monarchs, within the Royal Crypt.
In reflection of its multicultural makeup, Brussels hosts a variety of religious communities, as well as large numbers of atheists and agnostics. Minority faiths include Islam, Anglicanism, Eastern Orthodoxy, Judaism, and Buddhism. According to a 2016 survey, approximately 40% of residents of Brussels declared themselves Catholics (12% were practising Catholics and 28% were non-practising Catholics), 30% were non-religious, 23% were Muslim (19% practising, 4% non-practising), 3% were Protestants and 4% were of another religion.
As guaranteed by Belgian law, recognised religions and non-religious philosophical organisations (, ) enjoy public funding and school courses. It was once the case that every pupil in an official school from 6 years old to 18 had to choose 2 hours per week of compulsory religious—or non-religious-inspired morals—courses. However, in 2015, the Belgian Constitutional court ruled religious studies could no longer be required in the primary and secondary educational systems.
Brussels has a large concentration of Muslims, mostly of Moroccan, Turkish, Syrian and Guinean ancestry. The Great Mosque of Brussels, located in the Parc du Cinquantenaire/Jubelpark, is the oldest mosque in Brussels. Belgium does not collect statistics by ethnic background or religious beliefs, so exact figures are unknown. It was estimated that, in 2005, people of Muslim background living in the Brussels Region numbered 256,220 and accounted for 25.5% of the city's population, a much higher concentration than those of the other regions of Belgium.
Culture
Architecture
The architecture in Brussels is diverse, and spans from the clashing combination of Gothic, Baroque, and Louis XIV styles on the Grand Place to the postmodern buildings of the EU institutions.
Very little medieval architecture is preserved in Brussels. Buildings from that period are mostly found in the historical centre (called ), Saint Géry/Sint-Goriks and / neighbourhoods. The Brabantine Gothic Cathedral of St. Michael and St. Gudula remains a prominent feature in the skyline of downtown Brussels. Isolated portions of the first city walls were saved from destruction and can be seen to this day. One of the only remains of the second walls is the Halle Gate. The Grand Place is the main attraction in the city centre and has been a UNESCO World Heritage Site since 1998. The square is dominated by the 15th century Flamboyant Town Hall, the neo-Gothic Breadhouse and the Baroque guildhalls of the former Guilds of Brussels. Manneken Pis, a fountain containing a small bronze sculpture of a urinating youth, is a tourist attraction and symbol of the city.
The neoclassical style of the 18th and 19th centuries is represented in the Royal Quarter/Coudenberg area, around Brussels' Park and the Place Royale/Koningsplein. Examples include the Royal Palace, the Church of St. James on Coudenberg, the Palace of the Nation (Parliament building), the Academy Palace, the Palace of Charles of Lorraine, the Palace of the Count of Flanders and the Egmont Palace. Other uniform neoclassical ensembles can be found around the Place des Martyrs/Martelaarsplein and the /. Some additional landmarks in the centre are the Royal Saint-Hubert Galleries (1847), one of the oldest covered shopping arcades in Europe, the Congress Column (1859), the former Brussels Stock Exchange building (1873) and the Palace of Justice (1883). The latter, designed by Joseph Poelaert, in eclectic style, is reputed to be the largest building constructed in the 19th century.
Located outside the historical centre, in a greener environment bordering the European Quarter, are the Parc du Cinquantenaire/Jubelpark with its memorial arcade and nearby museums, and in Laeken, the Royal Palace of Laeken and the Royal Domain with its large greenhouses, as well as the Museums of the Far East.
Also particularly striking are the buildings in the Art Nouveau style, most famously by the Belgian architects Victor Horta, Paul Hankar and Henry Van de Velde. Some of Brussels' municipalities, such as Schaerbeek, Etterbeek, Ixelles, and Saint-Gilles, were developed during the heyday of Art Nouveau and have many buildings in that style. The Major Town Houses of the Architect Victor Horta—Hôtel Tassel (1893), Hôtel Solvay (1894), Hôtel van Eetvelde (1895) and the Horta Museum (1901)—have been listed as a UNESCO World Heritage Site since 2000. Another example of Brussels' Art Nouveau is the Stoclet Palace (1911), by the Viennese architect Josef Hoffmann, designated a World Heritage Site by UNESCO in June 2009.
Art Deco structures in Brussels include the Résidence Palace (1927) (now part of the Europa building), the Centre for Fine Arts (1928), the Villa Empain (1934), the Town Hall of Forest (1938), and the Flagey Building (formerly known as the Maison de la Radio) on the Place Eugène Flagey/Eugène Flageyplein (1938) in Ixelles. Some religious buildings from the interwar era were also constructed in that style, such as the Church of St. John the Baptist (1932) in Molenbeek and the Church of St. Augustine (1935) in Forest. Completed only in 1969, and combining Art Deco with neo-Byzantine elements, the Basilica of the Sacred Heart in Koekelberg is one of the largest churches by area in the world, and its cupola provides a panoramic view of Brussels and its outskirts. Another example are the exhibition halls of the Centenary Palace, built for the 1935 World's Fair on the Heysel/Heizel Plateau in northern Brussels, home to the Brussels Exhibition Centre (Brussels Expo).
The Atomium is a symbolic modernist structure, located on the Heysel Plateau, which was originally built for the 1958 World's Fair (Expo '58). It consists of nine steel spheres connected by tubes, and forms a model of an iron crystal (specifically, a unit cell), magnified 165 billion times. The architect A. Waterkeyn devoted the building to science. It is now considered a landmark of Brussels. Next to the Atomium, is Mini-Europe miniature park, with 1:25 scale maquettes of famous buildings from across Europe.
Since the second half of the 20th century, modern office towers have been built in Brussels (Madou Tower, Rogier Tower, Proximus Towers, Finance Tower, the World Trade Center, among others). There are some thirty towers, mostly concentrated in the city's main business district: the Northern Quarter (also called Little Manhattan), near Brussels-North railway station. The South Tower, standing adjacent to Brussels-South railway station, is the tallest building in Belgium, at . Along the North–South connection, is the State Administrative City, an administrative complex in the International Style. The postmodern buildings of the Espace Léopold complete the picture.
The city's embrace of modern architecture translated into an ambivalent approach towards historic preservation, leading to the destruction of notable architectural landmarks, most famously the Maison du Peuple/Volkshuis by Victor Horta, a process known as Brusselisation.
Arts
Brussels contains over 80 museums. The Royal Museums of Fine Arts has an extensive collection of various painters, such as Flemish old masters like Bruegel, Rogier van der Weyden, Robert Campin, Anthony van Dyck, Jacob Jordaens, and Peter Paul Rubens. The Magritte Museum houses the world's largest collection of the works of the surrealist René Magritte. Museums dedicated to the national history of Belgium include the BELvue Museum, the Royal Museums of Art and History, and the Royal Museum of the Armed Forces and Military History. The Musical Instruments Museum (MIM), housed in the Old England building, is part of the Royal Museums of Art and History, and is internationally renowned for its collection of over 8,000 instruments.
The Brussels Museums Council is an independent body for all the museums in the Brussels-Capital Region, covering around 100 federal, private, municipal, and community museums. It promotes member museums through the Brussels Card (giving access to public transport and 30 of the 100 museums), the Brussels Museums Nocturnes (every Thursday from 5 p.m. to 10 p.m. from mid-September to mid-December) and the Museum Night Fever (an event for and by young people on a Saturday night in late February or early March).
Brussels has had a distinguished artist scene for many years. The famous Belgian surrealists René Magritte and Paul Delvaux, for instance, studied and lived there, as did the avant-garde dramatist Michel de Ghelderode. The city was also home of the impressionist painter Anna Boch from the artists' group Les XX, and includes other famous Belgian painters such as Léon Spilliaert. Brussels is also a capital of the comic strip; some treasured Belgian characters are Tintin, Lucky Luke, The Smurfs, Spirou, Gaston, Marsupilami, Blake and Mortimer, Boule et Bill and Cubitus (see Belgian comics). Throughout the city, walls are painted with large motifs of comic book characters; these murals taken together are known as Brussels' Comic Book Route. Also, the interiors of some Metro stations are designed by artists. The Belgian Comic Strip Center combines two artistic leitmotifs of Brussels, being a museum devoted to Belgian comic strips, housed in the former Magasins Waucquez textile department store, designed by Victor Horta in the Art Nouveau style. In addition, street art is changing the landscape of this multicultural city.
Brussels is well known for its performing arts scene, with the Royal Theatre of La Monnaie and the Kaaitheater among the most notable institutions. The Kunstenfestivaldesarts, an international performing arts festival, is organised every year in May in about twenty different cultural houses and theatres throughout the city. The King Baudouin Stadium is a concert and competition facility with a 50,000 seat capacity, the largest in Belgium. The site was formerly occupied by the Heysel Stadium. The Center for Fine Arts (often referred to as BOZAR in French or PSK in Dutch), a multi-purpose centre for theatre, cinema, music, literature and art exhibitions, is home to the National Orchestra of Belgium and to the annual Queen Elisabeth Competition for classical singers and instrumentalists, one of the most challenging and prestigious competitions of the kind. Studio 4 in Le Flagey cultural centre hosts the Brussels Philharmonic. Other concert venues include Forest National/Vorst Nationaal, the Ancienne Belgique, the Cirque Royal/Koninklijk Circus, the Botanique and Palais 12/Paleis 12. Furthermore, the Jazz Station in Saint-Josse-ten-Noode is a museum and archive on jazz, and a venue for jazz concerts.
Folklore
Brussels' identity owes much to its rich folklore and traditions, among the liveliest in the country.
The Ommegang, a folkloric costumed procession, commemorating the Joyous Entry of Emperor Charles V and his son Philip II in the city in 1549, takes place every year in July. The colourful parade includes floats, traditional processional giants, such as Saint Michael and Saint Gudula, and scores of folkloric groups, either on foot or on horseback, dressed in medieval garb. The parade ends in a pageant on the Grand Place. Since 2019, it is recognised as a Masterpiece of the Oral and Intangible Heritage of Humanity by UNESCO.
The Meyboom, an even-older folk tradition of Brussels (1308), celebrating the May tree—in fact, a bad translation of the Dutch tree of joy—takes place paradoxically on 9 August. After parading a young beech in the city, it is planted in a joyful spirit with lots of music, Brusseleir songs, and processional giants. It was also recognised as an expression of intangible cultural heritage by UNESCO, as part of the bi-national inscription "Processional giants and dragons in Belgium and France". The celebration is reminiscent of the town's long-standing (folkloric) feud with Leuven, which dates back to the Middle Ages.
Another good introduction to the Brusseleir local dialect and way of life can be obtained at the Royal Theatre Toone, a folkloric theatre of marionettes, located a stone's throw away from the Grand Place.
The Saint-Verhaegen (often shortened to St V), a folkloric student procession, celebrating the anniversary of the founding of the Université libre de Bruxelles (ULB) and the Vrije Universiteit Brussel (VUB), is held on 20 November.
Cultural events and festivals
Many events are organised or hosted in Brussels throughout the year. In addition, many festivals animate the Brussels scene.
The Iris Festival is the official festival of the Brussels-Capital Region and is held annually in spring. The International Fantastic Film Festival of Brussels (BIFFF) is organised during the Easter holidays and the Magritte Awards in February. The Festival of Europe, an open day and activities in and around the institutions of the European Union, is held on 9 May. On Belgian National Day, on 21 July, a military parade and celebrations take place on the / and in Brussels' Park, ending with a display of fireworks in the evening.
Some summer festivities include Couleur Café Festival, a festival of world and urban music, around the end of June or early July, the Brussels Summer Festival (BSF), a music festival in August, the Brussels Fair, the most important yearly fair in Brussels, lasting more than a month, in July and August, and Brussels Beach, when the banks of the canal are turned into a temporary urban beach. Other biennial events are the Zinneke Parade, a colourful, multicultural parade through the city, which has been held since 2000 in May, as well as the popular Flower Carpet at the Grand Place in August. Heritage Days are organised on the third weekend of September (sometimes coinciding with the car-free day) and are a good opportunity to discover the wealth of buildings, institutions and real estate in Brussels. The "Winter Wonders" animate the heart of Brussels in December; these winter activities were launched in Brussels in 2001.
Cuisine
Brussels is known for its local waffle, its chocolate, its French fries and its numerous types of beers. The Brussels sprout, which has long been popular in Brussels, and may have originated there, is also named after the city.
The gastronomic offer includes approximately 1,800 restaurants (including three 2-starred and ten 1-starred Michelin restaurants), and a number of bars. In addition to the traditional restaurants, there are many cafés, bistros and the usual range of international fast food chains. The cafés are similar to bars, and offer beer and light dishes; coffee houses are called (literally "tea salons"). Also widespread are brasseries, which usually offer a variety of beers and typical national dishes.
Belgian cuisine is known among connoisseurs as one of the best in Europe. It is characterised by the combination of French cuisine with the more hearty Flemish fare. Notable specialities include Brussels waffles (gaufres) and mussels (usually as moules-frites, served with fries). The city is a stronghold of chocolate and pralines manufacturers with renowned companies like Côte d'Or, Neuhaus, Leonidas and Godiva. Pralines were first introduced in 1912 by Jean Neuhaus II, a Belgian chocolatier of Swiss origin, in the Royal Saint-Hubert Galleries. Numerous friteries are spread throughout the city, and in tourist areas, fresh hot waffles are also sold on the street.
As well as other Belgian beers, the spontaneously fermented lambic style, brewed in and around Brussels, is widely available there and in the nearby Senne valley where the wild yeasts which ferment it have their origin. Kriek, a cherry lambic, is available in almost every bar or restaurant in Brussels.
Brussels is known as the birthplace of the Belgian endive. The technique for growing blanched endives was accidentally discovered in the 1850s at the Botanical Garden of Brussels in Saint-Josse-ten-Noode.
Shopping
Famous shopping areas in Brussels include the pedestrian-only Rue Neuve/Nieuwstraat, the second busiest shopping street in Belgium (after the Meir, in Antwerp) with a weekly average of 230,000 visitors, home to popular international chains (H&M, C&A, Zara, Primark), as well as the City 2 and Anspach galleries. The Royal Saint-Hubert Galleries hold a variety of luxury shops and some six million people stroll through them each year. The neighbourhood around the / has become, in recent years, a focal point for fashion and design; this main street and its side streets also feature Belgium's young and most happening artistic talent.
In Ixelles, the / and the Namur Gate area offer a blend of luxury shops, fast food restaurants and entertainment venues, and the /, in the mainly-Congolese Matongé district, offers a great taste of African fashion and lifestyle. The nearby Avenue Louise/Louizalaan is lined with high-end fashion stores and boutiques, making it one of the most expensive streets in Belgium.
There are shopping centres outside the inner ring: Basilix, Woluwe Shopping Center, Westland Shopping Center, and Docks Bruxsel, which opened in October 2017. In addition, Brussels ranks as one of Europe's best capital cities for flea market shopping. The Old Market, on the Place du Jeu de Balle/Vossenplein, in the Marolles/Marollen neighbourhood, is particularly renowned. The nearby Sablon/Zavel area is home to many of Brussels' antique dealers. The Midi Market around Brussels-South station and the / is reputed to be one of the largest markets in Europe.
Sports
Sport in Brussels is under the responsibility of the Communities. The (ADEPS) is responsible for recognising the various French-speaking sports federations and also runs three sports centres in the Brussels-Capital Region. Its Dutch-speaking counterpart is (formerly called BLOSO).
The King Baudouin Stadium (formerly Heysel Stadium) is the largest in the country and home to the national teams in football and rugby union. It hosted the final of the 1972 UEFA European Football Championship, and the opening game of the 2000 edition. Several European club finals have been held at the ground, including the 1985 European Cup Final which saw 39 deaths due to hooliganism and structural collapse. The King Baudouin Stadium is also home of the annual Memorial Van Damme athletics event, Belgium's foremost track and field competition, which is part of the Diamond League. Other important athletics events are the Brussels Marathon and the 20 km of Brussels.
Cycling
Brussels is home to notable cycling races. The city is the arrival location of the Brussels Cycling Classic, formerly known as Paris–Brussels, which is one of the oldest semi classic bicycle races on the international calendar. From World War I until the early 1970s, the Six Days of Brussels was organised regularly. In the last decades of the 20th century, the Grand Prix Eddy Merckx was also held in Brussels.
Association football
R.S.C. Anderlecht, based in the Constant Vanden Stock Stadium in Anderlecht, is the most successful Belgian football club in the Belgian Pro League, with 34 titles. It has also won the most major European tournaments for a Belgian side, with 6 European titles.
Brussels is also home to Union Saint-Gilloise, the most successful Belgian club before World War II, with 11 titles The club was founded in Saint-Gilles but is based in nearby Forest, and plays in the Second Division. White Star Bruxelles is another football club that plays in second division. Racing White Daring Molenbeek, based in Molenbeek-Saint-Jean, and often referred to as RWDM, was a very popular football club until it was dissolved in 2002. Since 2015, its reincarnation RWDM47 is back playing in the second division.
Other Brussels clubs that played in the national series over the years were Ixelles SC, Crossing Club de Schaerbeek (born from a merger between RCS de Schaerbeek and Crossing Club Molenbeek), Scup Jette, RUS de Laeken, Racing Jet de Bruxelles, AS Auderghem, KV Wosjot Woluwe and FC Ganshoren.
Economy
Serving as the centre of administration for Belgium and Europe, Brussels' economy is largely service-oriented. It is dominated by regional and world headquarters of multinationals, by European institutions, by various local and federal administrations, and by related services companies, though it does have a number of notable craft industries, such as the Cantillon Brewery, a lambic brewery founded in 1900.
Brussels has a robust economy. The region contributes to one fifth of Belgium's GDP, and its 550,000 jobs account for 17.7% of Belgium's employment. Its GDP per capita is nearly double that of Belgium as a whole, and it has the highest GDP per capita of any NUTS 1 region in the EU, at ~$80,000 in 2016. That being said, the GDP is boosted by a massive inflow of commuters from neighbouring regions; over half of those who work in Brussels live in Flanders or Wallonia, with 230,000 and 130,000 commuters per day respectively. Conversely, only 16.0% of people from Brussels work outside Brussels (68,827 (68.5%) of them in Flanders and 21,035 (31.5%) in Wallonia). Not all of the wealth generated in Brussels remains in Brussels itself, and , the unemployment among residents of Brussels is 20.4%.
There are approximately 50,000 businesses in Brussels, of which around 2,200 are foreign. This number is constantly increasing and can well explain the role of Brussels in Europe. The city's infrastructure is very favourable in terms of starting up a new business. House prices have also increased in recent years, especially with the increase of young professionals settling down in Brussels, making it the most expensive city to live in Belgium. In addition, Brussels holds more than 1,000 business conferences annually, making it the ninth most popular conference city in Europe.
Brussels is rated as the 34th most important financial centre in the world as of 2020, according to the Global Financial Centres Index. The Brussels Stock Exchange, abbreviated to BSE, now called Euronext Brussels, is part of the European stock exchange Euronext N.V., along with Paris Bourse, Lisbon Stock Exchange and Amsterdam Stock Exchange. Its benchmark stock market index is the BEL20.
Media
Brussels is a centre of both media and communications in Belgium, with many Belgian television stations, radio stations, newspapers and telephone companies having their headquarters in the region. The Belgian French-language public broadcaster RTBF, the Belgian Dutch-speaking public broadcaster VRT, the two regional channels BX1 (formerly Télé Bruxelles) and Bruzz (formerly TV Brussel), the encrypted BeTV channel and private channels RTL-TVI and VTM are headquartered in Brussels. Some national newspapers such as Le Soir, La Libre, De Morgen and the news agency Belga are based in or around Brussels. The Belgian postal company bpost, as well as the telecommunication companies and mobile operators Proximus, Orange Belgium and Telenet are all located there.
As English is spoken widely, several English media organisations operate in Brussels. The most popular of these are the English-language daily news media platform and bi-monthly magazine The Brussels Times and the quarterly magazine and website The Bulletin. The multilingual pan-European news channel Euronews also maintains an office in Brussels.
Education
Tertiary education
There are several universities in Brussels. Except for the Royal Military Academy, a federal military college established in 1834, all universities in Brussels are private and autonomous. The Royal Military Academy also the only Belgian university organised on the boarding school model.
The Université libre de Bruxelles (ULB), a French-speaking university, with about 20,000 students, has three campuses in the city, and the Vrije Universiteit Brussel (VUB), its Dutch-speaking sister university, has about 10,000 students. Both universities originate from a single ancestor university, founded in 1834, namely the Free University of Brussels, which was split in 1970, at about the same time the Flemish and French Communities gained legislative power over the organisation of higher education.
Saint-Louis University, Brussels (also known as UCLouvain Saint-Louis – Bruxelles) was founded in 1858 and is specialised in social and human sciences, with 4,000 students, and located on two campuses in the City of Brussels and Ixelles. From September 2018 on, the university uses the name UCLouvain, together with the Catholic University of Louvain, in the context of a merger between both universities.
Still other universities have campuses in Brussels, such as the French-speaking Catholic University of Louvain (UCLouvain), which has 10,000 students in the city with its medical faculties at UCLouvain Bruxelles Woluwe since 1973, in addition to its Faculty of Architecture, Architectural Engineering and Urban Planning and UCLouvain's Dutch-speaking sister Katholieke Universiteit Leuven (KU Leuven) (offering bachelor's and master's degrees in economics & business, law, arts, and architecture; 4,400 students). In addition, the University of Kent's Brussels School of International Studies is a specialised postgraduate school offering advanced international studies.
Also a dozen of university colleges are located in Brussels, including two drama schools, founded in 1832: the French-speaking Conservatoire Royal and its Dutch-speaking equivalent, the Koninklijk Conservatorium.
Primary and secondary education
Most of Brussels pupils between the ages of 3 and 18 go to schools organised by the French-speaking Community or the Flemish Community, with close to 80% going to French-speaking schools, and roughly 20% to Dutch-speaking schools. Due to the post-war international presence in the city, there are also a number of international schools, including the International School of Brussels, with 1,450 pupils, between the ages of 2 and 18, the British School of Brussels, and the four European Schools, which provide free education for the children of those working in the EU institutions. The combined student population of the four European Schools in Brussels is around 10,000.
Libraries
Brussels has a number of public or private-owned libraries on its territory. Libraries in Brussels fall under the competence of the Communities and are usually separated between French-speaking and Dutch-speaking institutions, although some are mixed.
The Royal Library of Belgium (KBR) is the national library of Belgium and one of the most prestigious libraries in the world. It owns several collections of historical importance, like the famous Fétis archives, and is the depository for all books ever published in Belgium or abroad by Belgian authors. It is located on the Mont des Arts/Kunstberg in central Brussels, near the Central Station.
There are several academic libraries and archives in Brussels. The libraries of the Université libre de Bruxelles (ULB) and the Vrije Universiteit Brussel (VUB) constitute the largest ensemble of university libraries in the city. In addition to the Solbosch location, there are branches in La Plaine and Erasme/Erasmus. Other academic libraries include those of Saint-Louis University, Brussels and the Catholic University of Louvain (UCLouvain).
Science and technology
Science and technology in Brussels is well developed with the presence of several universities and research institutes.
The Royal Belgian Institute of Natural Sciences houses the world's largest hall completely dedicated to dinosaurs, with its collection of 30 fossilised Iguanodon skeletons. The Planetarium of the Royal Observatory of Belgium is one of the largest in Europe.
Healthcare
Brussels is home to a thriving pharmaceutical and health care industry which includes pioneering biotechnology research. The health sector employs 70,000 employees in 30,000 companies. There are 3,000 life sciences researchers in the city and two large science parks: Da Vinci Research Park and Erasmus Research Park. There are five university hospitals, a military hospital and more than 40 general hospitals and specialist clinics.
Due to its bilingual nature, hospitals in the Brussels-Capital Region can be either monolingual French, monolingual Dutch, or bilingual, depending on their nature. University hospitals belong to one of the two linguistic communities and are thus monolingual French or Dutch by law. Other hospitals managed by a public authority must be legally bilingual. Private hospitals are legally not bound to either language, but most cater to both. However, all hospital emergency services in the Capital Region (whether part of a public or private hospital) are required to be bilingual, since patients transported by emergency ambulance cannot choose the hospital they will be brought to.
Transport
Brussels has an extensive network of both private or public transportation means. Public transportation includes Brussels buses, trams, the Metro (all three operated by the Brussels Intercommunal Transport Company (STIB/MIVB), as well as a set of railway lines (operated by Infrabel) and railway stations served by public trains (operated by the National Railway Company of Belgium (NMBS/SNCB)). Air transport is available via one of the city's three airports (the Brussels National Airport, the Brussels-South Charleroi Airport and the Melsbroek Air Base), and boat transport is available via the port of Brussels. Bicycle-sharing and car-sharing public systems are also available.
The complexity of the Belgian political landscape makes some transportation issues difficult to solve. The Brussels-Capital Region is surrounded by the Flemish and Walloon regions, which means that the airports, as well as many roads serving Brussels (most notably the Brussels Ring) are located in the other two Belgian regions. The city is relatively car-dependent by northern European standards and is considered to be the most congested city in the world according to the INRIX traffic survey.
Air
The Brussels-Capital Region is served by several airports, all of which are located outside of the administrative territory of the region. The most notable are: Brussels-National Airport, located in the nearby Flemish municipality of Zaventem, east of the capital; Brussels South Charleroi Airport, located in Gosselies, a part of the city of Charleroi (Wallonia), some south-west of Brussels; as well as Melsbroek Air Base, located in Steenokkerzeel, a mostly military airport and is used in a minority way for civilian travelers. The first two are also the main airports of Belgium.
Water
Since the 16th century, Brussels has had its own harbour, the port of Brussels. It has been enlarged throughout the centuries to become the second Belgian inland port. Historically situated near the /, it lies today to the northwest of the region, on the Brussels–Scheldt Maritime Canal (commonly called Willebroek Canal), which connects Brussels to Antwerp via the Scheldt. Ships and large barges up to can penetrate deep into the country, avoiding break-ups and load transfers between Antwerp and the centre of Brussels, hence reducing the cost for companies using the canal, and thus offering a competitive advantage.
Moreover, the connection of the Willebroek Canal with the Brussels–Charleroi Canal, in the very heart of the capital, creates a north–south link, by means of waterways, between the Netherlands, Flanders and the industrial zone of Hainaut (Wallonia). There, navigation can access the network of French canals, thanks to the important inclined plane of Ronquières and the lifts of Strépy-Bracquegnies.
The importance of river traffic in Brussels makes it possible to avoid the road equivalent of 740,000 trucks per year—almost 2,000 per day—which, in addition to easing traffic problems, represents an estimated carbon dioxide saving of per year.
Train
The Brussels-Capital Region has three main train stations: Brussels-South, Brussels-Central and Brussels-North, which are also the busiest of the country. Brussels-South is also served by direct high-speed rail links: to London by Eurostar trains via the Channel Tunnel (1hr 51min); to Amsterdam by Thalys and InterCity connections; to Amsterdam, Paris (1hr 50min and 1hr 25min respectively ), and Cologne by Thalys; and to Cologne (1hr 50min) and Frankfurt (2hr 57min) by the German ICE.
The train rails in Brussels go underground, near the centre, through the North–South connection, with Brussels Central Station also being largely underground. The tunnel itself is only six tracks wide at its narrowest point, which often causes congestion and delays due to heavy use of the route.
The City of Brussels has minor railway stations at Bockstael, Brussels-Chapel, Brussels-Congres, Brussels-Luxembourg, Brussels-Schuman, Brussels-West, Haren, Haren-South and Simonis. In the Brussels Region, there are also railways stations at Berchem-Sainte-Agathe, Boitsfort, Boondael, Bordet (Evere), Etterbeek, Evere, Forest-East, Forest-South, Jette, Meiser (Schaerbeek), Moensberg (Uccle), Saint-Job (Uccle), Schaarbeek, Uccle-Calevoet, Uccle-Stalle, Vivier d'Oie-Diesdelle (Uccle), Merode and Watermael.
Public transport
The Brussels Intercommunal Transport Company (STIB/MIVB) is the local public transport operator in Brussels. It covers the 19 municipalities of the Brussels-Capital Region and some surface routes extend to the near suburbs in the other two regions, linking with the De Lijn network in Flanders and the TEC network in Wallonia.
Metro, trams and buses
The Brussels Metro dates back to 1976, but underground lines known as the premetro have been serviced by tramways since 1968. It is the only rapid transit system in Belgium (Antwerp and Charleroi both having light rail systems). The network consists of four conventional metro lines and three premetro lines. The metro-grade lines are M1, M2, M5, and M6, with some shared sections, covering a total of . , the Metro network within the region has a total of 69 metro and premetro stations. The Metro is an important means of transport, connecting with six railway stations of the National Railway Company of Belgium (NMBS/SNCB), and many tram and bus stops operated by STIB/MIVB, and with Flemish De Lijn and Walloon TEC bus stops.
A comprehensive bus and tram network covers the region. , the Brussels tram system consists of 17 tram lines (three of which – lines T3, T4 and T7 – qualify as premetro lines that partly travel over underground sections that were intended to be eventually converted into metro lines). The total route length is , making it one of the largest tram networks in Europe. The Brussels bus network is complementary to the rail network. It consists of 50 bus routes and 11 night routes, spanning . Since April 2007, STIB/MIVB has also been operating a night bus network called Noctis. On Fridays and Saturdays, 11 bus routes operate from midnight until 3 a.m. They run from the centre of Brussels to the outer reaches of the Brussels-Capital Region.
Ticketing
MoBIB is the STIB/MIVB electronic smart card, introduced in 2007, replacing the discontinued paper tickets. The hourly travel fare includes all means of transport (metro, tram and bus) operated by STIB/MIVB. Each trip has a different cost depending on the type of support purchased. Passengers can purchase monthly passes, yearly passes, 1 and 10-trip tickets and daily and 3-day passes. These can be bought over the Internet, but require customers to have a smart card reader. GO vending machines accept coins, local and international chip and PIN credit and debit cards.
Moreover, a complimentary interticketing system means that a combined STIB/MIVB ticket holder can, depending on the option, also use the train network operated by NMBS/SNCB and/or long-distance buses and commuter services operated by De Lijn or TEC. With this ticket, a single journey can include multiple stages across the different modes of transport and networks.
Other public transport
Since 2003, Brussels has had a car-sharing service operated by the Bremen company Cambio, in partnership with STIB/MIVB and the local ridesharing company Taxi Stop. In 2006, a public bicycle-sharing programme was introduced. The scheme was subsequently taken over by Villo!. Since 2008, this night-time public transport service has been supplemented by Collecto, a shared taxi system, which operates on weekdays between 11 p.m. and 6 a.m. In 2012, the Zen Car electric car-sharing scheme was launched in the university and European areas.
Road network
In medieval times, Brussels stood at the intersection of routes running north–south (the modern /) and east–west (/–/–/). The ancient pattern of streets, radiating from the Grand Place, in large part remains, but has been overlaid by boulevards built over the river Senne, over the city walls and over the railway connection between the North and South Stations. Today, Brussels has the most congested traffic in North America and Europe, according to US traffic information platform INRIX.
Brussels is the hub of a range of old national roads, the main ones being clockwise: the N1 (N to Breda), N2 (E to Maastricht), N3 (E to Aachen), N4 (SE to Luxembourg) N5 (S to Rheims), N6 (S to Maubeuge), N7 (SW to Lille), N8 (W to Koksijde) and N9 (NW to Ostend). Usually named /, these highways normally run in a straight line, but sometimes lose themselves in a maze of narrow shopping streets. The region is skirted by the European route E19 (N-S) and the E40 (E-W), while the E411 leads away to the SE. Brussels has an orbital motorway, numbered R0 (R-zero) and commonly referred to as the Ring. It is pear-shaped, as the southern side was never built as originally conceived, owing to residents' objections.
The city centre, sometimes known as the Pentagon, is surrounded by an inner ring road, the Small Ring (, ), a sequence of boulevards formally numbered R20 or N0. These were built upon the site of the second set of city walls following their demolition. The Metro line 2 runs under much of these. Since June 2015, a number of central boulevards inside the Pentagon have become car-free, limiting transit traffic through the old city.
On the eastern side of the region, the R21 or Greater Ring (, ) is formed by a string of boulevards that curves round from Laeken to Uccle. Some premetro stations (see Brussels Metro) were built on that route. A little further out, a stretch numbered R22 leads from Zaventem to Saint-Job.
Security and emergency services
Police
The Brussels local police, supported by the federal police, is responsible for law enforcement in Brussels. The 19 municipalities of the Brussels-Capital Region are divided into six police zones, all bilingual (French and Dutch):
5339 Brussels Capital Ixelles: the City of Brussels and Ixelles
5340 Brussels West: Berchem-Sainte-Agathe, Ganshoren, Jette, Koekelberg and Molenbeek-Saint-Jean
5341 South: Anderlecht, Forest and Saint-Gilles
5342 Uccle/Watermael-Boitsfort/Auderghem: Auderghem, Uccle and Watermael-Boitsfort
5343 Montgomery: Etterbeek, Woluwe-Saint-Lambert et Woluwe-Saint-Pierre
5344 Polbruno: Evere, Saint-Josse-ten-Noode et Schaerbeek
Fire department
The Brussels Fire and Emergency Medical Care Service, commonly known by its acronym SIAMU (DBDMH), operates in the 19 municipalities of Brussels. It is a class X fire department and the largest fire service in Belgium in terms of annual operations, equipment, and personnel. It has 9 fire stations, spread over the entire Brussels-Capital Region, and employs about 1,000 professional firefighters. As well as preventing and fighting fires, SIAMU also provides emergency medical care services in Brussels via its centralised 100 number (and the single 112 emergency number for the 27 countries of the European Union). It is bilingual (French–Dutch).
Parks and green spaces
Brussels is one of the greenest capitals in Europe, with over 8,000 hectares of green spaces. Vegetation cover and natural areas are higher in the outskirts, where they have limited the peri-urbanisation of the capital, but they decrease sharply towards the centre of Brussels; 10% in the central Pentagon, 30% of the municipalities in the first ring, and 71% of the municipalities in the second ring are occupied by green spaces.
Many parks and gardens, both public and privately owned, are scattered throughout the city. In addition to this, the Sonian Forest is located in its southern part and stretches out over the three Belgian regions. , it has been inscribed as a UNESCO World Heritage Site, the only Belgian component to the multinational inscription 'Primeval Beech Forests of the Carpathians and Other Regions of Europe'.
Notable people
Twin towns – sister cities
Brussels is twinned with the following cities:
Atlanta, United States
Beijing, China
Berlin, Germany
Kyiv, Ukraine
Ljubljana, Slovenia
Prague, Czech Republic
Washington, D.C., United States
See also
Bourgeois of Brussels
Brussels Regional Investment Company
Outline of Belgium
Seven Noble Houses of Brussels
Statue of Europe
Notes
References
Notes
Bibliography
External links
Brussels-Capital Region
Official tourism website
Interactive map
Brabant
Regions of Belgium
Regions of Europe with multiple official languages
French-speaking countries and territories
Autonomous regions
NUTS 1 statistical regions of the European Union |
3710 | https://en.wikipedia.org/wiki/BE | BE | BE or be may refer to:
Linguistics
To be, the English copular verb
Be (Cyrillic), a letter of the Cyrillic alphabet
be (interjection), in several languages
Be language or Ong Be, a language of northern Hainan province, China
Black English, or African-American Vernacular English, an English dialect
Music
Albums
Be (Beady Eye album), 2013
Be (Casiopea album), 1998
Be (Common album), 2005
BE (Pain of Salvation album), 2004
BE (Original Stage Production), a 2005 live album by Pain of Salvation
Be (BTS album), 2020
Songs
"Be" (Neil Diamond song), a 1973 single
"Be", a song by Jessica Simpson from In This Skin
"Be", a song by Slade from Whatever Happened to Slade
Organisations
Be Inc., a former US software company (1990-2001) and developer of the Be Operating System (BeOS)
Be Unlimited, a former UK Internet service provider (2003-2014)
Badminton Europe, the governing body of badminton in Europe
British Eventing, the British governing body for the equestrian sport of eventing
BearingPoint (former stock ticker symbol BE)
or Left Bloc, a Portuguese political party
Bob Evans Restaurants, an American restaurant chain
Places
Bé, a neighborhood in Togo
Belgium (ISO 3166-1 and FIPS 10-4 country code: BE)
Berlin, a state of Germany
Canton of Bern, a canton of Switzerland
Science and technology
Base excess (BE), excess or deficit in the amount of base in the blood
Beryllium (Be), a chemical element
Computing
.be, the country code top-level domain for Belgium
Backup Exec, backup and recovery software from Veritas Software
Big-endian, a system that stores the most significant byte of a word at the smallest memory address
BeOS, an operating system by Be
Physics
Baumé scale (°Bé), a density scale
Be star, in astronomy, a B-type star
Bejan number (Be), in thermodynamics and fluid mechanics
Transportation
Baltimore and Eastern Railroad Company (B&E), US
Beriev (design office prefix: Be), a Russian aircraft manufacturer
Flybe (IATA airline code BE), based in Exeter, England
British European Airways (IATA airline code BE until 1974)
Other uses
Bachelor of Engineering, an academic degree
Bahá'í Era, in timekeeping
Buddhist Era, in timekeeping
See also
B (disambiguation)
Bay (disambiguation)
BBE (disambiguation)
Bebe (disambiguation)
Bee (disambiguation) |
3711 | https://en.wikipedia.org/wiki/Bell%20%28disambiguation%29 | Bell (disambiguation) | A bell is a percussion instrument, usually cup-shaped.
Bell may also refer to:
Sound and music
Bell (wind instrument), a part of a wind instrument
Bell cymbal, a type of cymbal, tending to be thick and uniformly so, and small
Bell effect, a musical technique
Cymbal bell, the most central part of a cymbal
Signals
Bell, a signal from an engine order telegraph, a communications device used on a ship or submarine
Alarm bell, used to alert people of a fire or burglary detected or, as part of a traditional alarm clock, to awaken or remind
Church bell, indicating when to go to church
Doorbell, a signaling device to alert residents to visitors
Division bell, used in a parliament to call members to a vote
Last call bell, a signal that a bar is closing soon
School bell, a signal used for transitions during a school day
Ship's bell, a signal for marking time on a ship
People
Bell (surname), a list of people with the surname Bell
Alexander Graham Bell (1847–1922), Scottish-Canadian-American inventor, teacher, engineer, and scientist, son of Alexander Melville Bell
John Stewart Bell or J. S. Bell (1928–1990), Northern Irish physicist and the originator of Bell's theorem in quantum physics
bell hooks, pen name of Gloria Jean Watkins (1952–2021), American author, academic, and activist
Places
Africa
Bell, Eastern Cape, a South African town
Port Bell, Lake Victoria, Uganda
Australia
Bell, New South Wales
Bell, Queensland
Canada
Bell Island (Newfoundland and Labrador), Newfoundland and Labrador
Bell Peninsula, Nunavut
Bell River (Quebec), a tributary of Matagami Lake, then Nottaway River flowing in Abitibi-Témiscamingue and in Nord-du-Québec, in Quebec, in Canada
Europe
Bell, Mayen-Koblenz, Germany, a municipality
Bell, Rhein-Hunsrück, Germany, a municipality
Bell End, UK
United States
Bell, California
Bell, Florida
Bell, Illinois
Bell, Oklahoma
Bell, Wisconsin
Bell Canyon, California
Bell City, Missouri
Bell County, Kentucky
Bell County, Texas
Bell Township, Pennsylvania (disambiguation)
Other places
Bell (crater), a crater on the Moon
Bell Creek (disambiguation)
Art, entertainment, and media
Bell (fictional currency), in the game Animal Crossing
Bell Fibe TV, an IP-based television service offered in Ontario and Quebec
Buildings
Bell (St. Paul's Churchyard), a historical bookseller in London
Bell Centre, a stadium in Montreal, Quebec, Canada
Bell Laboratories Building, an historic building in Manhattan, New York
Bell Lightbox, a skyscraper in Toronto, Ontario, Canada
Bell Sensplex, a four-pad ice facility in the city of Ottawa, Ontario, Canada
Bell Sports Complex, a sports facility in Brossard, Quebec, Canada
Campus Bell, headquarters of Bell Canada, on Nuns' Island in Montreal, Canada
Businesses
Public houses
Bell Inn, Enfield, London, England
The Bell, City of London, England
The Bell Inn, Aldworth, Berkshire, England
The Bell Inn, Long Hanborough, Oxfordshire, England
The Bell Inn, Nottingham, England
Telecommunications
Alcatel-Lucent Shanghai Bell
Bell Atlantic, the name of the Bell Operating Company serving the mid-Atlantic US, merged in 2000 with GTE to form Verizon
BCE Inc., formerly Bell Canada Enterprises, a telecommunications holding company in Canada
Bell Aliant, a telecommunications subsidiary of Bell Canada
Bell Canada, a telecommunications subsidiary of BCE Inc.
Bell Internet, an internet service provider and subsidiary of Bell Canada
Bell Media, a media subsidiary of BCE Inc.
Bell MTS, a telecommunications subsidiary of Bell Canada
Bell Mobility, a wireless network subsidiary of Bell Canada
Bell Satellite TV, a satellite television service and subsidiary of Bell Canada
Bell Communications Research, Inc., a research & development organization, originally a joint subsidiary of the Regional Bell Operating Companies, since renamed to Telcordia Technologies, Inc. and now a subsidiary of Ericsson
Bell Labs, a research & development organization founded by AT&T, now owned by Nokia
Bell System, the organization that provided telephone service in the United States until 1984
Bell Telephone Company, founded in 1877 by the family of Alexander Graham Bell
Illinois Bell, the name of the Bell Operating Company serving Illinois
Indiana Bell, the Bell Operating Company serving Indiana
Michigan Bell, the subsidiary of AT&T serving the state of Michigan
Mountain Bell, the name of the Bell Operating Company serving the US Rocky Mountain region
Nevada Bell, the Bell System's telephone provider in Nevada
New Jersey Bell, (1904–1983)
Northwestern Bell, the name of the Bell Operating Company serving the North Central and Northwestern US
Ohio Bell, the Bell Operating Company serving most of Ohio
Pacific Bell, the name of the Bell System's telephone operations in California
Regional Bell Operating Company, any of the phone companies spun off from AT&T in 1984
South Central Bell, the name of the Bell Operating Company serving the South-Central US
Southern Bell, the name of the Bell Operating Company serving the Southeastern US
Southwestern Bell, the name of the Bell Operating Company serving Kansas, Missouri, Oklahoma, and Texas
Wisconsin Bell, (1984–1999)
Other business
Bell Aircraft, an aircraft manufacturer of the United States
Bell Helicopter, an American rotorcraft manufacturer
Bell ID, a software company based in The Netherlands
Bell Records, a record label
Bell Sports Inc., a helmet manufacturer
Bell's Brewery, based in Michigan
Mathematics, science and technology
Bell, the body of a jellyfish
Bell character, in computing, a device control code
Bell number, in mathematics
Bell polynomials, in mathematics
Bell state, in quantum information science
Diving bell, a cable-suspended underwater airtight chamber
Transportation
Rail
Bell (METRORail station), Houston, Texas, United States
Bell railway station, Melbourne, Australia
Bell railway station, New South Wales, Australia
Sea
SS Empire Bell, a Swedish collier (bulk cargo ship) launched in 1930
USS Bell, either of two U.S. Navy ships
Other forms of transportation
Bell (cyclecar), a British three-wheeled cyclecar made in 1920 by W.G. Bell of Rochester, Kent
Bell tailslide, an aerobatic maneuver
Other uses
Bell (typeface), a typeface designed in 1788 by Richard Austin
Bell Challenge, a WTA Tour Tier III tennis tournament held in Quebec
Bell High School (disambiguation)
Bell House (disambiguation)
Bell Lake (disambiguation)
Bell pepper
See also
Bel (disambiguation)
Bell, Book & Candle (disambiguation)
Belle (disambiguation)
Bells (disambiguation)
The Bell (disambiguation)
The Bells (disambiguation)
Justice Bell (disambiguation)
Glockenspiel (disambiguation) |
3712 | https://en.wikipedia.org/wiki/Bell%20Labs | Bell Labs | Nokia Bell Labs, originally named Bell Telephone Laboratories (1925–1984),
then AT&T Bell Laboratories (1984–1996)
and Bell Labs Innovations (1996–2007),
is an American industrial research and scientific development company owned by Finnish company Nokia. With headquarters located in Murray Hill, New Jersey, the company operates several laboratories in the United States and around the world.
Researchers working at Bell Laboratories are credited with the development of radio astronomy, the transistor, the laser, the photovoltaic cell, the charge-coupled device (CCD), information theory, the Unix operating system, and the programming languages B, C, C++, S, SNOBOL, AWK, AMPL, and others. Nine Nobel Prizes have been awarded for work completed at Bell Laboratories.
Bell Labs had its origin in the complex corporate organization of the Bell Systems telephone conglomerate. In the late 19th century, the laboratory began as the Western Electric Engineering Department, located at 463 West Street in New York City. In 1925, after years of conducting research and development under Western Electric, a Bell subsidiary, the Engineering Department was reformed into Bell Telephone Laboratories and placed under the shared ownership of the American Telephone & Telegraph Company (AT&T) and Western Electric. In the 1960s the laboratory was moved to New Jersey. It was acquired by Nokia in 2016.
Origin and historical locations
Bell's personal research after the telephone
In 1880, when the French government awarded Alexander Graham Bell the Volta Prize of 50,000 francs (approximately US$10,000 at that time; about $ in January 2019's dollars) for the invention of the telephone, he used the award to fund the Volta Laboratory (Alexander Graham Bell Laboratory) in Washington, D.C. in collaboration with Sumner Tainter and Bell's cousin Chichester Bell. The laboratory was variously known as the Volta Bureau, the Bell Carriage House, the Bell Laboratory and the Volta Laboratory.
It focused on the analysis, recording, and transmission of sound. Bell used his considerable profits from the laboratory for further research and education to permit the "[increased] diffusion of knowledge relating to the deaf": resulting in the founding of the Volta Bureau (c. 1887) which was located at Bell's father's house at 1527 35th Street N.W. in Washington, D.C. Its carriage house became their headquarters in 1889.
In 1893, Bell constructed a new building close by at 1537 35th Street N.W., specifically to house the lab. This building was declared a National Historic Landmark in 1972.
After the invention of the telephone, Bell maintained a relatively distant role with the Bell System as a whole, but continued to pursue his own personal research interests.
Early antecedent
The Bell Patent Association was formed by Alexander Graham Bell, Thomas Sanders, and Gardiner Hubbard when filing the first patents for the telephone in 1876.
Bell Telephone Company, the first telephone company, was formed a year later. It later became a part of the American Bell Telephone Company.
American Telephone & Telegraph Company (AT&T) and its own subsidiary company, took control of American Bell and the Bell System by 1889.
American Bell held a controlling interest in Western Electric (which was the manufacturing arm of the business) whereas AT&T was doing research into the service providers.
In 1884, the American Bell Telephone Company created the Mechanical Department from the Electrical and Patent Department formed a year earlier.
Formal organization and location changes
In 1896, Western Electric bought property at 463 West Street to station their manufacturers and engineers who had been supplying AT&T with their product. This included everything from telephones, telephone exchange switches, and transmission equipment.
On January 1, 1925, Bell Telephone Laboratories, Inc. was organized to consolidate the development and research activities in the communication field and allied sciences for the Bell System. Ownership was evenly shared between Western Electric and AT&T. The new company had existing personnel of 3600 engineers, scientists, and support staff. In addition to the existing research facilities of 400,000 square feet of space, its space was extended with a new building on about one quarter of a city block.
The first chairman of the board of directors was John J. Carty, the vice-president of AT&T, and the first president was Frank B. Jewett, also a board member, who stayed there until 1940. The operations were directed by E. B. Craft, executive vice-president, and formerly chief engineer at Western Electric.
By the early 1940s, Bell Labs engineers and scientists had begun to move to other locations away from the congestion and environmental distractions of New York City, and in 1967 Bell Laboratories headquarters was officially relocated to Murray Hill, New Jersey.
Among the later Bell Laboratories locations in New Jersey were Holmdel, Crawford Hill, the Deal Test Site, Freehold, Lincroft, Long Branch, Middletown, Neptune, Princeton, Piscataway, Red Bank, Chester, and Whippany. Of these, Murray Hill and Crawford Hill remain in existence (the Piscataway and Red Bank locations were transferred to and are now operated by Telcordia Technologies and the Whippany site was purchased by Bayer).
The largest grouping of people in the company was in Illinois, at Naperville-Lisle, in the Chicago area, which had the largest concentration of employees (about 11,000) prior to 2001. There also were groups of employees in Indianapolis, Indiana; Columbus, Ohio; North Andover, Massachusetts; Allentown, Pennsylvania; Reading, Pennsylvania; and Breinigsville, Pennsylvania; Burlington, North Carolina (1950s–1970s, moved to Greensboro 1980s) and Westminster, Colorado. Since 2001, many of the former locations have been scaled down or closed.
The Holmdel site, a 1.9 million square foot structure set on 473 acres, was closed in 2007. The mirrored-glass building was designed by Eero Saarinen. In August 2013, Somerset Development bought the building, intending to redevelop it into a mixed commercial and residential project. A 2012 article expressed doubt on the success of the newly named Bell Works site, but several large tenants had announced plans to move in through 2016 and 2017.
Building Complex Location information, past and present
Crawford Hill, (HOH) Crawfords Corner Road, Holmdel, NJ (built 1930s, currently as exhibit and building sold, Horn antenna used for "Big Bang" theory.)
Holmdel, (HO) 101 Crawfords Corner, Holmdel, NJ (built 1959–1962, older structures in the 1920s, currently as private building called Bell Labs Works-Discovered extraterrestrial radio emissions, undersea cable research, satellite transmissions systems Telstar 3 and 4)
Indian Hill, (IH) 2000 Naperville Road, Naperville, Il (built 1966-Currently Nokia-Developed switching technology and systems.)
Murray Hill, (MH) 600 Murray Hill, Murray Hill, NJ (built 1941–1945, currently as Nokia, Developed transistor, UNIX operating system and C programming language, Anechoic Chamber, several building sections demolished)
Short Hills, (HL) 101-103 JFK Parkway, Short Hills, NJ (Various departments such as Accounts Payable, IT Purchasing, HR Personnel, Payroll, Telecom and the Government group, and Unix Administration Systems Computer Center. Buildings exist without the overhead walkway between the two buildings and two different companies are located from banking and business analytics.)
Summit, (SF) 190 River Road, Summit, NJ (building was part of the UNIX Software Operations and became UNIX System Laboratories, Inc. In December 1991, USL combined with Novell. Location is a banking company.)
West St, ( ) 463 West Street, New York, NY (build 1898, 1925 until 1966 as Bell Labs headquarters, experimental talking movies, wave nature of matter, radar)
Whippany, (WH) 67 Whippany Road, Whippany, NJ (built 1920s, demolished and portion building as Bayer, Performed military research and development, research and development in radar, in guidance for the Nike missile, and in underwater sound, Telstar 1, wireless technologies.)
Bell Labs locations listed in 1974 corporate directory
Allentown-Allentown, PA
Atlanta-Norcross, GA
Centennial Park-Piscataway, NJ
Chester-Chester, NJ
Columbus-Columbus, OH
Crawford Hill-Holmdel, NJ
Denver-Denver, CO
Grand Forks-MSR-Cavalier, ND [Missile Site Radar (MSR) Site]
Grand Forks-PAR-Cavalier, ND [Perimeter Acquisition Radar (PAR) Site]
Guilford Center-Greensboro, NC
Holmdel-Holmdel, NJ
Indianapolis-Indianapolis, IN
Indian Hill-Naperville, IL
Kwajalein-San Francisco, CA
Madison-Madison, NJ
Merrimack Valley-North Andover, MA
Murray Hill-Murray Hill, NJ
Raritan River Center-Piscataway, NJ
Reading-Reading, PA
Union-Union, NJ
Warren Service Center-Warren, NJ
Whippany-Whippany, NJ
Discoveries and developments
Bell Laboratories was, and is, regarded by many as the premier research facility of its type, developing a wide range of revolutionary technologies, including radio astronomy, the transistor, the laser, information theory, the operating system Unix, the programming languages C and C++, solar cells, the charge-coupled device (CCD), and many other optical, wireless, and wired communications technologies and systems.
1920s
In 1926, the laboratories invented an early example synchronous-sound motion picture system, in competition with Fox Movietone and DeForest Phonofilm.
In 1924, Bell Labs physicist Walter A. Shewhart proposed the control chart as a method to determine when a process was in a state of statistical control. Shewhart's methods were the basis for statistical process control (SPC): the use of statistically based tools and techniques to manage and improve processes. This was the origin of the modern quality movement, including Six Sigma.
In 1927, a Bell team headed by Herbert E. Ives successfully transmitted long-distance 128-line television images of Secretary of Commerce Herbert Hoover from Washington to New York. In 1928 the thermal noise in a resistor was first measured by John B. Johnson, and Harry Nyquist provided the theoretical analysis; this is now termed Johnson noise. During the 1920s, the one-time pad cipher was invented by Gilbert Vernam and Joseph Mauborgne at the laboratories. Bell Labs' Claude Shannon later proved that it is unbreakable.
1930s
In 1931, a foundation for radio astronomy was laid by Karl Jansky during his work investigating the origins of static on long-distance shortwave communications. He discovered that radio waves were being emitted from the center of the galaxy. In 1931 and 1932, experimental high fidelity, long playing, and even stereophonic recordings were made by the labs of the Philadelphia Orchestra, conducted by Leopold Stokowski. In 1933, stereo signals were transmitted live from Philadelphia to Washington, D.C. In 1937, the vocoder, an electronic speech compression device, or codec, and the Voder, the first electronic speech synthesizer, were developed and demonstrated by Homer Dudley, the Voder being demonstrated at the 1939 New York World's Fair. Bell researcher Clinton Davisson shared the Nobel Prize in Physics with George Paget Thomson for the discovery of electron diffraction, which helped lay the foundation for solid-state electronics.
1940s
In the early 1940s, the photovoltaic cell was developed by Russell Ohl. In 1943, Bell developed SIGSALY, the first digital scrambled speech transmission system, used by the Allies in World War II. The British wartime codebreaker Alan Turing visited the labs at this time, working on speech encryption and meeting Claude Shannon.
Bell Labs Quality Assurance Department gave the world and the United States such statisticians as Walter A. Shewhart, W. Edwards Deming, Harold F. Dodge, George D. Edwards, Harry Romig, R. L. Jones, Paul Olmstead, E.G.D. Paterson, and Mary N. Torrey. During World War II, Emergency Technical Committee – Quality Control, drawn mainly from Bell Labs' statisticians, was instrumental in advancing Army and Navy ammunition acceptance and material sampling procedures.
In 1947, the transistor, probably the most important invention developed by Bell Laboratories, was invented by John Bardeen, Walter Houser Brattain, and William Bradford Shockley (and who subsequently shared the Nobel Prize in Physics in 1956). In 1947, Richard Hamming invented Hamming codes for error detection and correction. For patent reasons, the result was not published until 1950. In 1948, "A Mathematical Theory of Communication", one of the founding works in information theory, was published by Claude Shannon in the Bell System Technical Journal. It built in part on earlier work in the field by Bell researchers Harry Nyquist and Ralph Hartley, but it greatly extended these. Bell Labs also introduced a series of increasingly complex calculators through the decade. Shannon was also the founder of modern cryptography with his 1949 paper Communication Theory of Secrecy Systems.
Calculators
Model I: A complex number calculator, completed in 1939 and put into operation in 1940, for doing calculations of complex numbers.
Model II: Relay Computer / Relay Interpolator, September 1943, for interpolating data points of flight profiles (needed for performance testing of a gun director). This model introduced error detection (self checking).
Model III: Ballistic Computer, June 1944, for calculations of ballistic trajectories
Model IV: Error Detector Mark II, March 1945, improved ballistic computer
Model V: General purpose electromechanical computer, of which two were built, July 1946 and February 1947
Model VI: 1949, an enhanced Model V
1950s
In 1952, William Gardner Pfann revealed the method of zone melting which enabled semiconductor purification and level doping.
The 1950s also saw developments based upon information theory. The central development was binary code systems. Efforts concentrated on the prime mission of supporting the Bell System with engineering advances, including the N-carrier system. TD microwave radio relay, direct distance dialing, E-repeater, wire spring relay, and the Number Five Crossbar Switching System.
In 1953, Maurice Karnaugh developed the Karnaugh map, used for managing of Boolean algebraic expressions. In 1954, the first modern solar cell was invented at Bell Laboratories. In 1956 TAT-1, the first transatlantic communications cable, was laid between Scotland and Newfoundland in a joint effort by AT&T, Bell Laboratories, and British and Canadian telephone companies. In 1957, Max Mathews created MUSIC, one of the first computer programs to play electronic music. Robert C. Prim and Joseph Kruskal developed new greedy algorithms that revolutionized computer network design. In 1958, a technical paper by Arthur Schawlow and Charles Hard Townes first described the laser. In 1959, Mohamed M. Atalla and Dawon Kahng invented the metal-oxide semiconductor field-effect transistor (MOSFET). The MOSFET has achieved electronic hegemony and sustains the large-scale integration (LSI) of circuits underlying today's information society.
1960s
In December 1960, Ali Javan and his associates William Bennett and Donald Heriot successfully operated the first gas laser, the first continuous-light laser, operating at an unprecedented accuracy and color purity. In 1962, the electret microphone was invented by Gerhard M. Sessler and James Edward Maceo West. Also in 1962, John R. Pierce's vision of communications satellites was realized by the launch of Telstar. In 1964, the Carbon dioxide laser was invented by Kumar Patel and the discovery/operation of the Nd:YAG laser was demonstrated by J.E. Geusic et al.. Experiments by Myriam Sarachik provided the first data that confirmed the Kondo effect. The research of Philip W. Anderson into electronic structure of magnetic and disordered systems led to improved understanding of metals and insulators for which he was awarded the Nobel Prize for Physics in 1977. In 1965, Penzias and Wilson discovered the cosmic microwave background, for which they were awarded the Nobel Prize in Physics in 1978. Frank W. Sinden, Edward E. Zajac, Kenneth C. Knowlton, and A. Michael Noll made computer-animated movies during the early to mid-1960s. Ken C. Knowlton invented the computer animation language BEFLIX. The first digital computer art was created in 1962 by Noll. In 1966, Orthogonal frequency-division multiplexing (OFDM), a key technology in wireless services, was developed and patented by R. W. Chang. In 1968, Molecular beam epitaxy was developed by J.R. Arthur and A.Y. Cho; molecular beam epitaxy allows semiconductor chips and laser matrices to be manufactured one atomic layer at a time. In 1969, Dennis Ritchie and Ken Thompson created the computer operating system UNIX for the support of telecommunication switching systems as well as general purpose computing. From 1969 to 1971, Aaron Marcus, the first graphic designer involved with computer graphics, researched, designed, and programmed a prototype interactive page-layout system for the Picturephone. In 1969, the charge-coupled device (CCD) was invented by Willard Boyle and George E. Smith, for which they were awarded the Nobel Prize in Physics in 2009. In the 1960s, the New York City site was sold and became the Westbeth Artists Community complex.
1970s
The 1970s and 1980s saw more and more computer-related inventions at the Bell Laboratories as part of the personal computing revolution. In 1972, Dennis Ritchie developed the compiled programming language C as a replacement for the interpreted language B which was then used in a worse is better rewrite of UNIX. Also, the language AWK was designed and implemented by Alfred Aho, Peter Weinberger, and Brian Kernighan of Bell Laboratories. In 1972, Marc Rochkind invented the Source Code Control System.
In 1970, A. Michael Noll invented a tactile, force-feedback system, coupled with interactive stereoscopic computer display. In 1971, an improved task priority system for computerized telephone exchange switching systems for telephone traffic was invented by Erna Schneider Hoover, who received one of the first software patents for it. In 1976, Optical fiber systems were first tested in Georgia and in 1980, the first single-chip 32-bit microprocessor, the Bellmac 32A was demonstrated. It went into production in 1982.
The 1970s also saw a major central office technology evolve from crossbar electromechanical relay-based technology and discrete transistor logic to Bell Labs-developed thick film hybrid and transistor–transistor logic (TTL), stored program-controlled switching systems; 1A/#4 TOLL Electronic Switching Systems (ESS) and 2A Local Central Offices produced at the Bell Labs Naperville and Western Electric Lisle, Illinois facilities. This technology evolution dramatically reduced floor space needs. The new ESS also came with its own diagnostic software that needed only a switchman and several frame technicians to maintain.
1980s
In 1980, the TDMA and CDMA digital cellular telephone technology was patented. In 1982, Fractional quantum Hall effect was discovered by Horst Störmer and former Bell Laboratories researchers Robert B. Laughlin and Daniel C. Tsui; they consequently won a Nobel Prize in 1998 for the discovery. In 1985, the programming language C++ had its first commercial release. Bjarne Stroustrup started developing C++ at Bell Laboratories in 1979 as an extension to the original C language.
In 1984, the first photoconductive antennas for picosecond electromagnetic radiation were demonstrated by Auston and others. This type of antenna became an important component in terahertz time-domain spectroscopy. In 1984, Karmarkar's algorithm for linear programming was developed by mathematician Narendra Karmarkar. Also in 1984, a divestiture agreement signed in 1982 with the American Federal government forced the break-up of AT&T: Bellcore (now iconectiv) was split off from Bell Laboratories to provide the same R&D functions for the newly created local exchange carriers. AT&T also was limited to using the Bell trademark only in association with Bell Laboratories. Bell Telephone Laboratories, Inc. became a wholly owned company of the new AT&T Technologies unit, the former Western Electric. The 5ESS Switch was developed during this transition. In 1985, laser cooling was used to slow and manipulate atoms by Steven Chu and team. In 1985, the modeling language A Mathematical Programming Language AMPL was developed by Robert Fourer, David M. Gay and Brian Kernighan at Bell Laboratories. Also in 1985, Bell Laboratories was awarded the National Medal of Technology "For contribution over decades to modern communication systems". During the 1980s, the operating system Plan 9 from Bell Labs was developed extending the UNIX model. Also, the Radiodrum, an electronic music instrument played in three space dimensions was invented. In 1988, TAT-8 became the first transatlantic fiber-optic cable. Bell Labs in Freehold, NJ developed the 1.3-micron fiber, cable, splicing, laser detector, and 280 Mbit/s repeater for 40,000 telephone-call capacity.
Arthur Ashkin invented optical tweezers that grab particles, atoms, viruses and other living cells with their laser beam fingers. A major breakthrough came in 1987, when Ashkin used the tweezers to capture living bacteria without harming them. He immediately began studying biological systems using the optical tweezers, which are now widely used to investigate the machinery of life. He was awarded the Nobel Prize in Physics (2018) for his work involving optical tweezers and their application to biological systems.
1990s
In the early 1990s, approaches to increase modem speeds to 56K were explored at Bell Labs, and early patents were filed in 1992 by Ender Ayanoglu, Nuri R. Dagdeviren and their colleagues. In 1994, the quantum cascade laser was invented by Federico Capasso, Alfred Cho, Jerome Faist and their collaborators. Also in 1994, Peter Shor devised his quantum factorization algorithm. In 1996, SCALPEL electron lithography, which prints features atoms wide on microchips, was invented by Lloyd Harriott and his team. The operating system Inferno, an update of Plan 9, was created by Dennis Ritchie with others, using the then-new concurrent programming language Limbo. A high performance database engine (Dali) was developed which became DataBlitz in its product form.
In 1996, AT&T spun off Bell Laboratories, along with most of its equipment manufacturing business, into a new company named Lucent Technologies. AT&T retained a small number of researchers who made up the staff of the newly created AT&T Labs.
In 1997, the smallest then-practical transistor (60 nanometers, 182 atoms wide) was built. In 1998, the first optical router was invented.
2000s
2000 was an active year for the Laboratories, in which DNA machine prototypes were developed; progressive geometry compression algorithm made widespread 3-D communication practical; the first electrically powered organic laser invented; a large-scale map of cosmic dark matter was compiled, and the F-15 (material), an organic material that makes plastic transistors possible, was invented.
In 2002, physicist Jan Hendrik Schön was fired after his work was found to contain fraudulent data. It was the first known case of fraud at Bell Labs.
In 2003, the New Jersey Institute of Technology Biomedical Engineering Laboratory was created at Murray Hill, New Jersey.
In 2005, Jeong H. Kim, former President of Lucent's Optical Network Group, returned from academia to become the President of Bell Laboratories.
In April 2006, Bell Laboratories' parent company, Lucent Technologies, signed a merger agreement with Alcatel. On December 1, 2006, the merged company, Alcatel-Lucent, began operations. This deal raised concerns in the United States, where Bell Laboratories works on defense contracts. A separate company, LGS Innovations, with an American board was set up to manage Bell Laboratories' and Lucent's sensitive U.S. government contracts. In March 2019, LGS Innovations was purchased by CACI.
In December 2007, it was announced that the former Lucent Bell Laboratories and the former Alcatel Research and Innovation would be merged into one organization under the name of Bell Laboratories. This is the first period of growth following many years during which Bell Laboratories progressively lost manpower due to layoffs and spin-offs making the company shut down briefly.
As of July 2008, however, only four scientists remained in physics research, according to a report by the scientific journal Nature.
On August 28, 2008, Alcatel-Lucent announced it was pulling out of basic science, material physics, and semiconductor research, and it will instead focus on more immediately marketable areas, including networking, high-speed electronics, wireless networks, nanotechnology and software.
In 2009, Willard Boyle and George Smith were awarded the Nobel Prize in Physics for the invention and development of the charge-coupled device (CCD).
2010s
Gee Rittenhouse, former Head of Research, returned from his position as chief operating officer of Alcatel-Lucent's Software, Services, and Solutions business in February 2013, to become the 12th President of Bell Labs.
On November 4, 2013, Alcatel-Lucent announced the appointment of Marcus Weldon as President of Bell Labs. His stated charter was to return Bell Labs to the forefront of innovation in Information and communications technology by focusing on solving the key industry challenges, as was the case in the great Bell Labs innovation eras in the past.
In July 2014, Bell Labs announced it had broken "the broadband Internet speed record" with a new technology dubbed XG-FAST that promises 10 gigabits per second transmission speeds.
In 2014, Eric Betzig shared the Nobel Prize in Chemistry for his work in super-resolved fluorescence microscopy which he began pursuing while at Bell Labs in the Semiconductor Physics Research Department.
On April 15, 2015, Nokia agreed to acquire Alcatel-Lucent, Bell Labs' parent company, in a share exchange worth $16.6 billion. Their first day of combined operations was January 14, 2016.
In September 2016, Nokia Bell Labs, along with Technische Universität Berlin, Deutsche Telekom T-Labs and the Technical University of Munich achieved a data rate of one terabit per second by improving transmission capacity and spectral efficiency in an optical communications field trial with a new modulation technique.
In 2018, Arthur Ashkin shared the Nobel Prize in Physics for his work on "the optical tweezers and their application to biological systems" which was developed at Bell Labs in the 1980s.
2020s
In 2020, Alfred Aho and Jeffrey Ullman shared the Turing Award for their work on Compilers.
Nobel Prizes, Turing Awards, Emmy Awards, Grammy Award, and Academy Award
Nine Nobel Prizes have been awarded for work completed at Bell Laboratories.
1937: Clinton J. Davisson shared the Nobel Prize in Physics for demonstrating the wave nature of matter.
1956: John Bardeen, Walter H. Brattain, and William Shockley received the Nobel Prize in Physics for inventing the first transistors.
1977: Philip W. Anderson shared the Nobel Prize in Physics for developing an improved understanding of the electronic structure of glass and magnetic materials.
1978: Arno A. Penzias and Robert W. Wilson shared the Nobel Prize in Physics. Penzias and Wilson were cited for their discovering cosmic microwave background radiation, a nearly uniform glow that fills the Universe in the microwave band of the radio spectrum.
1997: Steven Chu shared the Nobel Prize in Physics for developing methods to cool and trap atoms with laser light.
1998: Horst Störmer, Robert Laughlin, and Daniel Tsui, were awarded the Nobel Prize in Physics for discovering and explaining the fractional quantum Hall effect.
2009: Willard S. Boyle, George E. Smith shared the Nobel Prize in Physics with Charles K. Kao. Boyle and Smith were cited for inventing charge-coupled device (CCD) semiconductor imaging sensors.
2014: Eric Betzig shared the Nobel Prize in Chemistry for his work in super-resolved fluorescence microscopy which he began pursuing while at Bell Labs.
2018: Arthur Ashkin shared the Nobel Prize in Physics for his work on "the optical tweezers and their application to biological systems" which was developed at Bell Labs.
The Turing Award has been won five times by Bell Labs researchers.
1968: Richard Hamming for his work on numerical methods, automatic coding systems, and error-detecting and error-correcting codes.
1983: Ken Thompson and Dennis Ritchie for their work on operating system theory, and for developing Unix.
1986: Robert Tarjan with John Hopcroft, for fundamental achievements in the design and analysis of algorithms and data structures.
2018: Yann LeCun and Yoshua Bengio shared the Turing Award with Geoffrey Hinton for their work in Deep Learning.
2020: Alfred Aho and Jeffrey Ullman shared the Turing Award for their work on Compilers.
The Emmy Award has been won five times by Bell Labs. One under Lucent Technologies, one under Alcatel-Lucent, and three under Nokia.
1997: Primetime Engineering Emmy Award for "work on digital television as part of the HDTV Grand Alliance."
2013: Technology and Engineering Emmy for its "Pioneering Work in Implementation and Deployment of Network DVR"
2016: Technology & Engineering Emmy Award for the pioneering invention and deployment of fiber-optic cable.
2020: Technology & Engineering Emmy Award for the CCD (charge-coupled device) was crucial in the development of television, allowing images to be captured digitally for recording transmission.
2021: Technology & Engineering Emmy Award for the "ISO Base Media File Format standardization, in which our multimedia research unit has played a major role."
The inventions of fiber-optics and research done in digital television and media File Format were under former AT&T Bell Labs ownership.
The Grammy Award has been won once by Bell Labs under Alcatel-Lucent.
2006: Technical GRAMMY® Award for outstanding technical contributions to the recording field.
The Academy Award has been won once by E. C. Wente and Bell Labs.
1937: Scientific or Technical Award (Class II) for their multi-cellular high-frequency horn and receiver.
Presidents
Notable alumni
__ Nobel Prize
__ Turing Award
Programs
On May 20, 2014, Bell Labs announced the Bell Labs Prize, a competition for innovators to offer proposals in information and communication technologies, with cash awards of up to $100,000 for the grand prize.
Bell Labs Technology Showcase
The Murray Hill campus features a exhibit, the Bell Labs Technology Showcase, showcasing the technological discoveries and developments at Bell Labs. The exhibit is located just off the main lobby and is open to the public.
See also
Bell Labs Holmdel Complex
Bell Labs Technical Journal—Published scientific journal of Bell Laboratories (1996–present)
Bell System Technical Journal—Published scientific journal of Bell Laboratories (1922–1983)
Bell Labs Record
Industrial laboratory
George Stibitz—Bell Laboratories engineer—"father of the modern digital computer"
History of mobile phones—Bell Laboratories conception and development of cellular phones
High speed photography & Wollensak—Fastax high speed (rotating prism) cameras developed by Bell Labs
Knolls Atomic Power Laboratory
Simplified Message Desk Interface
Sound film—Westrex sound system for cinema films developed by Bell Labs
TWX Magazine—A short-lived trade periodical published by Bell Laboratories (1944–1952)
Walter A. Shewhart—Bell Laboratories engineer—"father of statistical quality control"
"Worse is Better"—A software design philosophy also called "The New Jersey Style" under which UNIX and C were supposedly developed
Experiments in Art and Technology—A collaboration between artists and Bell Labs engineers & scientists to create new forms of art.
References
Further reading
Martin, Douglas. Ian M. Ross, a President at Bell Labs, Dies at 85, The New York Times, March 16, 2013, p. A23
Gleick, James. The Information: A History, a Theory, a Flood. Vintage Books, 2012, 544 pages. .
External links
Bell Works, the re-imagining of the historic former Bell Labs building in Holmdel, New Jersey
Timeline of discoveries as of 2006 (https://www.bell-labs.com/timeline)
Bell Labs' Murray Hill anechoic chamber
Bell Laboratories and the Development of Electrical Recording
History of Bell Telephone Laboratories, Inc. (from Bell System Memorial)
The Idea Factory a video interview with Jon Gertner, author of "The Idea Factory: Bell Labs and the Great Age of American Innovation, by Dave Iverson of KQED-FM Public Radio, San Francisco
Alcatel-Lucent
Bell System
Berkeley Heights, New Jersey
Companies based in Union County, New Jersey
Computer science institutes in the United States
Computer science research organizations
Former AT&T subsidiaries
History of telecommunications in the United States
National Medal of Technology recipients
New Providence, New Jersey
Nokia
Research institutes in the United States
Science and technology in New Jersey |
3713 | https://en.wikipedia.org/wiki/Bjarne%20Stroustrup | Bjarne Stroustrup | Bjarne Stroustrup (; ; born 30 December 1950) is a Danish computer scientist, most notable for the creation and development of the C++ programming language. He is a visiting professor at Columbia University, and works at Morgan Stanley as a managing director in New York.
Early life and education
Stroustrup was born in Aarhus, Denmark. His family was working class, and he went to the local schools.
He attended Aarhus University 1969–1975 and graduated with a master's degree in mathematics and computer science. His interests focused on microprogramming and machine architecture. He learned the fundamentals of object-oriented programming from its inventor, Kristen Nygaard, who frequently visited Aarhus.
In 1979, he received a PhD in computer science from the University of Cambridge, where he was supervised by David Wheeler. His thesis concerned communication in distributed computer systems.
Career
In 1979, Stroustrup began his career as a member of technical staff in the Computer Science Research Center of Bell Labs in Murray Hill, New Jersey, USA. There, he began his work on C++ and programming techniques. Stroustrup was the head of AT&T Bell Labs' Large-scale Programming Research department, from its creation until late 2002. In 1993, he was made a Bell Labs fellow and in 1996, an AT&T Fellow.
From 2002 to 2014, Stroustrup was the College of Engineering Chair Professor in Computer Science at Texas A&M University. From 2011, he was made a University Distinguished Professor.
As of January 2014, Stroustrup is a technical fellow and managing director in the technology division of Morgan Stanley in New York City and a visiting professor in computer science at Columbia University.
C++
Stroustrup is best known for his work on C++. In 1979, he began developing C++ (initially called "C with Classes"). In his own words, he "invented C++, wrote its early definitions, and produced its first implementation [...] chose and formulated the design criteria for C++, designed all its major facilities, and was responsible for the processing of extension proposals in the C++ standards committee." C++ was made generally available in 1985. For non-commercial use, the source code of the compiler and the foundation libraries was the cost of shipping (US$75); this was before Internet access was common. Stroustrup also published a textbook for the language in 1985, The C++ Programming Language.
The key language-technical areas of contribution of C++ are:
A static type system with equal support for built-in types and user-defined types (that requires control of the construction, destruction, copying, and movement of objects; and operator overloading).
Value and reference semantics.
Systematic and general resource management (RAII): constructors, destructor, and exceptions relying on them.
Support for efficient object-oriented programming: based on the Simula model with statically checked interfaces, multiple inheritance, and efficient implementation based on virtual function tables.
Support for flexible and efficient generic programming: templates with specialization and concepts.
Support for compile-time programming: template metaprogramming and compile-time evaluated functions ("constexpr functions").
Direct use of machine and operating system resources.
Concurrency support through libraries (where necessary, implemented using intrinsics).
Stroustrup documented his principles guiding the design of C++ and the evolution of the language in his 1994 book, The Design and Evolution of C++, and three papers for ACM's History of Programming Languages conferences.
Stroustrup was a founding member of the C++ standards committee (from 1989, it was an ANSI committee and from 1991 an ISO committee) and has remained an active member ever since. For 24 years he chaired the subgroup chartered to handle proposals for language extensions (Evolution Working Group).
Awards and honors
Selected honors
2018: The Charles Stark Draper Prize from The US National Academy of Engineering for conceptualizing and developing the C++ programming language.
2018: The Computer Pioneer Award from The IEEE Computer Society for bringing object-oriented programming and generic programming to the mainstream with his design and implementation of the C++ programming language.
2017: The Faraday Medal from the IET (Institute of Engineering Technology) for significant contributions to the history of computing, in particular pioneering the C++ programming language.
2010: The University of Aarhus's Rigmor og Carl Holst-Knudsens Videnskabspris.
2005: The William Procter Prize for Scientific Achievement from Sigma Xi (the scientific research society) as the first computer scientist ever.
1993: The ACM Grace Murray Hopper award for his early work laying the foundations for the C++ programming language. Based on those foundations and Dr. Stroustrup's continuing efforts, C++ has become one of the most influential programming languages in the history of computing.
Fellowships
Member of the National Academy of Engineering in 2004.
Fellow of the Association for Computing Machinery (ACM) in 1994.
Fellow of the Institute of Electrical and Electronics Engineers (IEEE) in 1994.
Fellow of the Computer History Museum for his invention of the C++ programming language in 2015.
Honorary Fellow of Churchill College, Cambridge in 2017.
Honorary doctorates and professorships
He was awarded an honorary doctorate from the University Carlos III, Spain 2019.
Stroustrup has been a noble doctor at ITMO University since 2013.
Honorary Professor in Object Oriented Programming Languages, Department of Computer Science, University of Aarhus. 2010.
Publications
Stroustrup has written or co-written a number of publications, including the books:
A Tour of C++ (1st and 2nd edition)
Programming: Principles and Practice Using C++
The C++ Programming Language (1st, 2nd, 3rd, and 4th edition)
The Design and Evolution of C++
The Annotated C++ Reference Manual.
In all, these books have been translated into 21 languages.
More than 100 academic articles, including:
B. Stroustrup: Thriving in a crowded and changing world: C++ 2006–2020. ACM/SIGPLAN History of Programming Languages conference, HOPL-IV. London. June 2020.
B. Stroustrup: Evolving a language in and for the real world: C++ 1991–2006. ACM HOPL-III. June 2007.
B Stroustrup: What should we teach software developers? Why? CACM. January 2010.
Gabriel Dos Reis and Bjarne Stroustrup: A Principled, Complete, and Efficient Representation of C++. Journal of Mathematics in Computer Science Volume 5, Issue 3 (2011), Page 335–356 . Special issue on Polynomial System Solving, System and Control, and Software Science.
Gabriel Dos Reis and Bjarne Stroustrup: General Constant Expressions for System Programming Languages. SAC-2010. The 25th ACM Symposium on Applied Computing. March 2010.
Y. Solodkyy, G. Dos Reis, and B. Stroustrup: Open and Efficient Type Switch for C++. Proc. OOPSLA'12.
Peter Pirkelbauer, Yuriy Solodkyy, Bjarne Stroustrup: Design and Evaluation of C++ Open Multi-Methods. In Science of Computer Programming (2009). Elsevier Journal. June 2009. .
Gabriel Dos Reis and Bjarne Stroustrup: Specifying C++ Concepts. POPL06. January 2006.
B. Stroustrup: Exception Safety: Concepts and Techniques. In Springer Verlag Lecture Notes in Computer Science, LNCS-2022. ISSN 0302-9743. . April 2001.
B Stroustrup: Generalizing Overloading for C++2000. Overload, Issue 25. 1 April 1998.
B. Stroustrup: Why C++ isn't just an Object-Oriented Programming Language. Addendum to OOPSLA'95 Proceedings. OOPS Messenger, vol 6 no 4, pp 1–13. October 1995.
B. Stroustrup: A History of C++: 1979–1991. Proc ACM History of Programming Languages conference (HOPL-2). ACM Sigplan Notices. Vol 28 No 3, pp 271–298. March 1993. Also, History of Programming languages (editors T.J. Begin and R.G. Gibson) Addison-Wesley, 1996.
B. Stroustrup: What is Object-Oriented Programming? (1991 revised version). Proc. 1st European Software Festival. February 1991.
B. Stroustrup: Data Abstraction in C. Bell Labs Technical Journal. vol 63. no 8 (Part 2), pp 1701–1732. October 1984.
B. Stroustrup: Classes: An Abstract Data Type Facility for the C Language. Sigplan Notices, January 1982.
More than a hundred technical reports for the C++ standards committee (WG21)
References
External links
1950 births
Aarhus University alumni
Fellows of Churchill College, Cambridge
C++
C++ people
Columbia School of Engineering and Applied Science faculty
Danish computer programmers
Danish computer scientists
Danish expatriates in the United States
Fellow Members of the IEEE
Fellows of the Association for Computing Machinery
Grace Murray Hopper Award laureates
Living people
Members of the United States National Academy of Engineering
People from Aarhus
People from Watchung, New Jersey
Programming language designers
Scientists at Bell Labs
Texas A&M University faculty |
3717 | https://en.wikipedia.org/wiki/Brain | Brain | A brain is an organ that serves as the center of the nervous system in all vertebrate and most invertebrate animals. It is located in the head, usually close to the sensory organs for senses such as vision. It is the most complex organ in a vertebrate's body. In a human, the cerebral cortex contains approximately 14–16 billion neurons, and the estimated number of neurons in the cerebellum is 55–70 billion. Each neuron is connected by synapses to several thousand other neurons. These neurons typically communicate with one another by means of long fibers called axons, which carry trains of signal pulses called action potentials to distant parts of the brain or body targeting specific recipient cells.
Physiologically, brains exert centralized control over a body's other organs. They act on the rest of the body both by generating patterns of muscle activity and by driving the secretion of chemicals called hormones. This centralized control allows rapid and coordinated responses to changes in the environment. Some basic types of responsiveness such as reflexes can be mediated by the spinal cord or peripheral ganglia, but sophisticated purposeful control of behavior based on complex sensory input requires the information integrating capabilities of a centralized brain.
The operations of individual brain cells are now understood in considerable detail but the way they cooperate in ensembles of millions is yet to be solved. Recent models in modern neuroscience treat the brain as a biological computer, very different in mechanism from an electronic computer, but similar in the sense that it acquires information from the surrounding world, stores it, and processes it in a variety of ways.
This article compares the properties of brains across the entire range of animal species, with the greatest attention to vertebrates. It deals with the human brain insofar as it shares the properties of other brains. The ways in which the human brain differs from other brains are covered in the human brain article. Several topics that might be covered here are instead covered there because much more can be said about them in a human context. The most important is brain disease and the effects of brain damage, that are covered in the human brain article.
Anatomy
The shape and size of the brain varies greatly between species, and identifying common features is often difficult. Nevertheless, there are a number of principles of brain architecture that apply across a wide range of species. Some aspects of brain structure are common to almost the entire range of animal species; others distinguish "advanced" brains from more primitive ones, or distinguish vertebrates from invertebrates.
The simplest way to gain information about brain anatomy is by visual inspection, but many more sophisticated techniques have been developed. Brain tissue in its natural state is too soft to work with, but it can be hardened by immersion in alcohol or other fixatives, and then sliced apart for examination of the interior. Visually, the interior of the brain consists of areas of so-called grey matter, with a dark color, separated by areas of white matter, with a lighter color. Further information can be gained by staining slices of brain tissue with a variety of chemicals that bring out areas where specific types of molecules are present in high concentrations. It is also possible to examine the microstructure of brain tissue using a microscope, and to trace the pattern of connections from one brain area to another.
Cellular structure
The brains of all species are composed primarily of two broad classes of cells: neurons and glial cells. Glial cells (also known as glia or neuroglia) come in several types, and perform a number of critical functions, including structural support, metabolic support, insulation, and guidance of development. Neurons, however, are usually considered the most important cells in the brain.
The property that makes neurons unique is their ability to send signals to specific target cells over long distances. They send these signals by means of an axon, which is a thin protoplasmic fiber that extends from the cell body and projects, usually with numerous branches, to other areas, sometimes nearby, sometimes in distant parts of the brain or body. The length of an axon can be extraordinary: for example, if a pyramidal cell (an excitatory neuron) of the cerebral cortex were magnified so that its cell body became the size of a human body, its axon, equally magnified, would become a cable a few centimeters in diameter, extending more than a kilometer. These axons transmit signals in the form of electrochemical pulses called action potentials, which last less than a thousandth of a second and travel along the axon at speeds of 1–100 meters per second. Some neurons emit action potentials constantly, at rates of 10–100 per second, usually in irregular patterns; other neurons are quiet most of the time, but occasionally emit a burst of action potentials.
Axons transmit signals to other neurons by means of specialized junctions called synapses. A single axon may make as many as several thousand synaptic connections with other cells. When an action potential, traveling along an axon, arrives at a synapse, it causes a chemical called a neurotransmitter to be released. The neurotransmitter binds to receptor molecules in the membrane of the target cell.
Synapses are the key functional elements of the brain. The essential function of the brain is cell-to-cell communication, and synapses are the points at which communication occurs. The human brain has been estimated to contain approximately 100 trillion synapses; even the brain of a fruit fly contains several million. The functions of these synapses are very diverse: some are excitatory (exciting the target cell); others are inhibitory; others work by activating second messenger systems that change the internal chemistry of their target cells in complex ways. A large number of synapses are dynamically modifiable; that is, they are capable of changing strength in a way that is controlled by the patterns of signals that pass through them. It is widely believed that activity-dependent modification of synapses is the brain's primary mechanism for learning and memory.
Most of the space in the brain is taken up by axons, which are often bundled together in what are called nerve fiber tracts. A myelinated axon is wrapped in a fatty insulating sheath of myelin, which serves to greatly increase the speed of signal propagation. (There are also unmyelinated axons). Myelin is white, making parts of the brain filled exclusively with nerve fibers appear as light-colored white matter, in contrast to the darker-colored grey matter that marks areas with high densities of neuron cell bodies.
Evolution
Generic bilaterian nervous system
Except for a few primitive organisms such as sponges (which have no nervous system) and cnidarians (which have a nervous system consisting of a diffuse nerve net), all living multicellular animals are bilaterians, meaning animals with a bilaterally symmetric body shape (that is, left and right sides that are approximate mirror images of each other). All bilaterians are thought to have descended from a common ancestor that appeared late in the Cryogenian period, 700–650 million years ago, and it has been hypothesized that this common ancestor had the shape of a simple tubeworm with a segmented body. At a schematic level, that basic worm-shape continues to be reflected in the body and nervous system architecture of all modern bilaterians, including vertebrates. The fundamental bilateral body form is a tube with a hollow gut cavity running from the mouth to the anus, and a nerve cord with an enlargement (a ganglion) for each body segment, with an especially large ganglion at the front, called the brain. The brain is small and simple in some species, such as nematode worms; in other species, including vertebrates, it is the most complex organ in the body. Some types of worms, such as leeches, also have an enlarged ganglion at the back end of the nerve cord, known as a "tail brain".
There are a few types of existing bilaterians that lack a recognizable brain, including echinoderms and tunicates. It has not been definitively established whether the existence of these brainless species indicates that the earliest bilaterians lacked a brain, or whether their ancestors evolved in a way that led to the disappearance of a previously existing brain structure.
Invertebrates
This category includes tardigrades, arthropods, molluscs, and numerous types of worms. The diversity of invertebrate body plans is matched by an equal diversity in brain structures.
Two groups of invertebrates have notably complex brains: arthropods (insects, crustaceans, arachnids, and others), and cephalopods (octopuses, squids, and similar molluscs). The brains of arthropods and cephalopods arise from twin parallel nerve cords that extend through the body of the animal. Arthropods have a central brain, the supraesophageal ganglion, with three divisions and large optical lobes behind each eye for visual processing. Cephalopods such as the octopus and squid have the largest brains of any invertebrates.
There are several invertebrate species whose brains have been studied intensively because they have properties that make them convenient for experimental work:
Fruit flies (Drosophila), because of the large array of techniques available for studying their genetics, have been a natural subject for studying the role of genes in brain development. In spite of the large evolutionary distance between insects and mammals, many aspects of Drosophila neurogenetics have been shown to be relevant to humans. The first biological clock genes, for example, were identified by examining Drosophila mutants that showed disrupted daily activity cycles. A search in the genomes of vertebrates revealed a set of analogous genes, which were found to play similar roles in the mouse biological clock—and therefore almost certainly in the human biological clock as well. Studies done on Drosophila, also show that most neuropil regions of the brain are continuously reorganized throughout life in response to specific living conditions.
The nematode worm Caenorhabditis elegans, like Drosophila, has been studied largely because of its importance in genetics. In the early 1970s, Sydney Brenner chose it as a model organism for studying the way that genes control development. One of the advantages of working with this worm is that the body plan is very stereotyped: the nervous system of the hermaphrodite contains exactly 302 neurons, always in the same places, making identical synaptic connections in every worm. Brenner's team sliced worms into thousands of ultrathin sections and photographed each one under an electron microscope, then visually matched fibers from section to section, to map out every neuron and synapse in the entire body. The complete neuronal wiring diagram of C.elegans – its connectome was achieved. Nothing approaching this level of detail is available for any other organism, and the information gained has enabled a multitude of studies that would otherwise have not been possible.
The sea slug Aplysia californica was chosen by Nobel Prize-winning neurophysiologist Eric Kandel as a model for studying the cellular basis of learning and memory, because of the simplicity and accessibility of its nervous system, and it has been examined in hundreds of experiments.
Vertebrates
The first vertebrates appeared over 500 million years ago (Mya), during the Cambrian period, and may have resembled the modern hagfish in form. Jawed fish appeared by 445 Mya, amphibians by 350 Mya, reptiles by 310 Mya and mammals by 200 Mya (approximately). Each species has an equally long evolutionary history, but the brains of modern hagfishes, lampreys, sharks, amphibians, reptiles, and mammals show a gradient of size and complexity that roughly follows the evolutionary sequence. All of these brains contain the same set of basic anatomical components, but many are rudimentary in the hagfish, whereas in mammals the foremost part (the telencephalon) is greatly elaborated and expanded.
Brains are most simply compared in terms of their size. The relationship between brain size, body size and other variables has been studied across a wide range of vertebrate species. As a rule, brain size increases with body size, but not in a simple linear proportion. In general, smaller animals tend to have larger brains, measured as a fraction of body size. For mammals, the relationship between brain volume and body mass essentially follows a power law with an exponent of about 0.75. This formula describes the central tendency, but every family of mammals departs from it to some degree, in a way that reflects in part the complexity of their behavior. For example, primates have brains 5 to 10 times larger than the formula predicts. Predators tend to have larger brains than their prey, relative to body size.
All vertebrate brains share a common underlying form, which appears most clearly during early stages of embryonic development. In its earliest form, the brain appears as three swellings at the front end of the neural tube; these swellings eventually become the forebrain, midbrain, and hindbrain (the prosencephalon, mesencephalon, and rhombencephalon, respectively). At the earliest stages of brain development, the three areas are roughly equal in size. In many classes of vertebrates, such as fish and amphibians, the three parts remain similar in size in the adult, but in mammals the forebrain becomes much larger than the other parts, and the midbrain becomes very small.
The brains of vertebrates are made of very soft tissue. Living brain tissue is pinkish on the outside and mostly white on the inside, with subtle variations in color. Vertebrate brains are surrounded by a system of connective tissue membranes called meninges that separate the skull from the brain. Blood vessels enter the central nervous system through holes in the meningeal layers. The cells in the blood vessel walls are joined tightly to one another, forming the blood–brain barrier, which blocks the passage of many toxins and pathogens (though at the same time blocking antibodies and some drugs, thereby presenting special challenges in treatment of diseases of the brain).
Neuroanatomists usually divide the vertebrate brain into six main regions: the telencephalon (cerebral hemispheres), diencephalon (thalamus and hypothalamus), mesencephalon (midbrain), cerebellum, pons, and medulla oblongata. Each of these areas has a complex internal structure. Some parts, such as the cerebral cortex and the cerebellar cortex, consist of layers that are folded or convoluted to fit within the available space. Other parts, such as the thalamus and hypothalamus, consist of clusters of many small nuclei. Thousands of distinguishable areas can be identified within the vertebrate brain based on fine distinctions of neural structure, chemistry, and connectivity.
Although the same basic components are present in all vertebrate brains, some branches of vertebrate evolution have led to substantial distortions of brain geometry, especially in the forebrain area. The brain of a shark shows the basic components in a straightforward way, but in teleost fishes (the great majority of existing fish species), the forebrain has become "everted", like a sock turned inside out. In birds, there are also major changes in forebrain structure. These distortions can make it difficult to match brain components from one species with those of another species.
Here is a list of some of the most important vertebrate brain components, along with a brief description of their functions as currently understood:
The medulla, along with the spinal cord, contains many small nuclei involved in a wide variety of sensory and involuntary motor functions such as vomiting, heart rate and digestive processes.
The pons lies in the brainstem directly above the medulla. Among other things, it contains nuclei that control often voluntary but simple acts such as sleep, respiration, swallowing, bladder function, equilibrium, eye movement, facial expressions, and posture.
The hypothalamus is a small region at the base of the forebrain, whose complexity and importance belies its size. It is composed of numerous small nuclei, each with distinct connections and neurochemistry. The hypothalamus is engaged in additional involuntary or partially voluntary acts such as sleep and wake cycles, eating and drinking, and the release of some hormones.
The thalamus is a collection of nuclei with diverse functions: some are involved in relaying information to and from the cerebral hemispheres, while others are involved in motivation. The subthalamic area (zona incerta) seems to contain action-generating systems for several types of "consummatory" behaviors such as eating, drinking, defecation, and copulation.
The cerebellum modulates the outputs of other brain systems, whether motor-related or thought related, to make them certain and precise. Removal of the cerebellum does not prevent an animal from doing anything in particular, but it makes actions hesitant and clumsy. This precision is not built-in but learned by trial and error. The muscle coordination learned while riding a bicycle is an example of a type of neural plasticity that may take place largely within the cerebellum. 10% of the brain's total volume consists of the cerebellum and 50% of all neurons are held within its structure.
The optic tectum allows actions to be directed toward points in space, most commonly in response to visual input. In mammals, it is usually referred to as the superior colliculus, and its best-studied function is to direct eye movements. It also directs reaching movements and other object-directed actions. It receives strong visual inputs, but also inputs from other senses that are useful in directing actions, such as auditory input in owls and input from the thermosensitive pit organs in snakes. In some primitive fishes, such as lampreys, this region is the largest part of the brain. The superior colliculus is part of the midbrain.
The pallium is a layer of grey matter that lies on the surface of the forebrain and is the most complex and most recent evolutionary development of the brain as an organ. In reptiles and mammals, it is called the cerebral cortex. Multiple functions involve the pallium, including smell and spatial memory. In mammals, where it becomes so large as to dominate the brain, it takes over functions from many other brain areas. In many mammals, the cerebral cortex consists of folded bulges called gyri that create deep furrows or fissures called sulci. The folds increase the surface area of the cortex and therefore increase the amount of gray matter and the amount of information that can be stored and processed.
The hippocampus, strictly speaking, is found only in mammals. However, the area it derives from, the medial pallium, has counterparts in all vertebrates. There is evidence that this part of the brain is involved in complex events such as spatial memory and navigation in fishes, birds, reptiles, and mammals.
The basal ganglia are a group of interconnected structures in the forebrain. The primary function of the basal ganglia appears to be action selection: they send inhibitory signals to all parts of the brain that can generate motor behaviors, and in the right circumstances can release the inhibition, so that the action-generating systems are able to execute their actions. Reward and punishment exert their most important neural effects by altering connections within the basal ganglia.
The olfactory bulb is a special structure that processes olfactory sensory signals and sends its output to the olfactory part of the pallium. It is a major brain component in many vertebrates, but is greatly reduced in humans and other primates (whose senses are dominated by information acquired by sight rather than smell).
Reptiles
Birds
Mammals
The most obvious difference between the brains of mammals and other vertebrates is in terms of size. On average, a mammal has a brain roughly twice as large as that of a bird of the same body size, and ten times as large as that of a reptile of the same body size.
Size, however, is not the only difference: there are also substantial differences in shape. The hindbrain and midbrain of mammals are generally similar to those of other vertebrates, but dramatic differences appear in the forebrain, which is greatly enlarged and also altered in structure. The cerebral cortex is the part of the brain that most strongly distinguishes mammals. In non-mammalian vertebrates, the surface of the cerebrum is lined with a comparatively simple three-layered structure called the pallium. In mammals, the pallium evolves into a complex six-layered structure called neocortex or isocortex. Several areas at the edge of the neocortex, including the hippocampus and amygdala, are also much more extensively developed in mammals than in other vertebrates.
The elaboration of the cerebral cortex carries with it changes to other brain areas. The superior colliculus, which plays a major role in visual control of behavior in most vertebrates, shrinks to a small size in mammals, and many of its functions are taken over by visual areas of the cerebral cortex. The cerebellum of mammals contains a large portion (the neocerebellum) dedicated to supporting the cerebral cortex, which has no counterpart in other vertebrates.
Primates
The brains of humans and other primates contain the same structures as the brains of other mammals, but are generally larger in proportion to body size. The encephalization quotient (EQ) is used to compare brain sizes across species. It takes into account the nonlinearity of the brain-to-body relationship. Humans have an average EQ in the 7-to-8 range, while most other primates have an EQ in the 2-to-3 range. Dolphins have values higher than those of primates other than humans, but nearly all other mammals have EQ values that are substantially lower.
Most of the enlargement of the primate brain comes from a massive expansion of the cerebral cortex, especially the prefrontal cortex and the parts of the cortex involved in vision. The visual processing network of primates includes at least 30 distinguishable brain areas, with a complex web of interconnections. It has been estimated that visual processing areas occupy more than half of the total surface of the primate neocortex. The prefrontal cortex carries out functions that include planning, working memory, motivation, attention, and executive control. It takes up a much larger proportion of the brain for primates than for other species, and an especially large fraction of the human brain.
Development
The brain develops in an intricately orchestrated sequence of stages. It changes in shape from a simple swelling at the front of the nerve cord in the earliest embryonic stages, to a complex array of areas and connections. Neurons are created in special zones that contain stem cells, and then migrate through the tissue to reach their ultimate locations. Once neurons have positioned themselves, their axons sprout and navigate through the brain, branching and extending as they go, until the tips reach their targets and form synaptic connections. In a number of parts of the nervous system, neurons and synapses are produced in excessive numbers during the early stages, and then the unneeded ones are pruned away.
For vertebrates, the early stages of neural development are similar across all species. As the embryo transforms from a round blob of cells into a wormlike structure, a narrow strip of ectoderm running along the midline of the back is induced to become the neural plate, the precursor of the nervous system. The neural plate folds inward to form the neural groove, and then the lips that line the groove merge to enclose the neural tube, a hollow cord of cells with a fluid-filled ventricle at the center. At the front end, the ventricles and cord swell to form three vesicles that are the precursors of the prosencephalon (forebrain), mesencephalon (midbrain), and rhombencephalon (hindbrain). At the next stage, the forebrain splits into two vesicles called the telencephalon (which will contain the cerebral cortex, basal ganglia, and related structures) and the diencephalon (which will contain the thalamus and hypothalamus). At about the same time, the hindbrain splits into the metencephalon (which will contain the cerebellum and pons) and the myelencephalon (which will contain the medulla oblongata). Each of these areas contains proliferative zones where neurons and glial cells are generated; the resulting cells then migrate, sometimes for long distances, to their final positions.
Once a neuron is in place, it extends dendrites and an axon into the area around it. Axons, because they commonly extend a great distance from the cell body and need to reach specific targets, grow in a particularly complex way. The tip of a growing axon consists of a blob of protoplasm called a growth cone, studded with chemical receptors. These receptors sense the local environment, causing the growth cone to be attracted or repelled by various cellular elements, and thus to be pulled in a particular direction at each point along its path. The result of this pathfinding process is that the growth cone navigates through the brain until it reaches its destination area, where other chemical cues cause it to begin generating synapses. Considering the entire brain, thousands of genes create products that influence axonal pathfinding.
The synaptic network that finally emerges is only partly determined by genes, though. In many parts of the brain, axons initially "overgrow", and then are "pruned" by mechanisms that depend on neural activity. In the projection from the eye to the midbrain, for example, the structure in the adult contains a very precise mapping, connecting each point on the surface of the retina to a corresponding point in a midbrain layer. In the first stages of development, each axon from the retina is guided to the right general vicinity in the midbrain by chemical cues, but then branches very profusely and makes initial contact with a wide swath of midbrain neurons. The retina, before birth, contains special mechanisms that cause it to generate waves of activity that originate spontaneously at a random point and then propagate slowly across the retinal layer. These waves are useful because they cause neighboring neurons to be active at the same time; that is, they produce a neural activity pattern that contains information about the spatial arrangement of the neurons. This information is exploited in the midbrain by a mechanism that causes synapses to weaken, and eventually vanish, if activity in an axon is not followed by activity of the target cell. The result of this sophisticated process is a gradual tuning and tightening of the map, leaving it finally in its precise adult form.
Similar things happen in other brain areas: an initial synaptic matrix is generated as a result of genetically determined chemical guidance, but then gradually refined by activity-dependent mechanisms, partly driven by internal dynamics, partly by external sensory inputs. In some cases, as with the retina-midbrain system, activity patterns depend on mechanisms that operate only in the developing brain, and apparently exist solely to guide development.
In humans and many other mammals, new neurons are created mainly before birth, and the infant brain contains substantially more neurons than the adult brain. There are, however, a few areas where new neurons continue to be generated throughout life. The two areas for which adult neurogenesis is well established are the olfactory bulb, which is involved in the sense of smell, and the dentate gyrus of the hippocampus, where there is evidence that the new neurons play a role in storing newly acquired memories. With these exceptions, however, the set of neurons that is present in early childhood is the set that is present for life. Glial cells are different: as with most types of cells in the body, they are generated throughout the lifespan.
There has long been debate about whether the qualities of mind, personality, and intelligence can be attributed to heredity or to upbringing—this is the nature and nurture controversy. Although many details remain to be settled, neuroscience research has clearly shown that both factors are important. Genes determine the general form of the brain, and genes determine how the brain reacts to experience. Experience, however, is required to refine the matrix of synaptic connections, which in its developed form contains far more information than the genome does. In some respects, all that matters is the presence or absence of experience during critical periods of development. In other respects, the quantity and quality of experience are important; for example, there is substantial evidence that animals raised in enriched environments have thicker cerebral cortices, indicating a higher density of synaptic connections, than animals whose levels of stimulation are restricted.
Physiology
The functions of the brain depend on the ability of neurons to transmit electrochemical signals to other cells, and their ability to respond appropriately to electrochemical signals received from other cells. The electrical properties of neurons are controlled by a wide variety of biochemical and metabolic processes, most notably the interactions between neurotransmitters and receptors that take place at synapses.
Neurotransmitters and receptors
Neurotransmitters are chemicals that are released at synapses when the local membrane is depolarised and Ca2+ enters into the cell, typically when an action potential arrives at the synapse – neurotransmitters attach themselves to receptor molecules on the membrane of the synapse's target cell (or cells), and thereby alter the electrical or chemical properties of the receptor molecules.
With few exceptions, each neuron in the brain releases the same chemical neurotransmitter, or combination of neurotransmitters, at all the synaptic connections it makes with other neurons; this rule is known as Dale's principle. Thus, a neuron can be characterized by the neurotransmitters that it releases. The great majority of psychoactive drugs exert their effects by altering specific neurotransmitter systems. This applies to drugs such as cannabinoids, nicotine, heroin, cocaine, alcohol, fluoxetine, chlorpromazine, and many others.
The two neurotransmitters that are most widely found in the vertebrate brain are glutamate, which almost always exerts excitatory effects on target neurons, and gamma-aminobutyric acid (GABA), which is almost always inhibitory. Neurons using these transmitters can be found in nearly every part of the brain. Because of their ubiquity, drugs that act on glutamate or GABA tend to have broad and powerful effects. Some general anesthetics act by reducing the effects of glutamate; most tranquilizers exert their sedative effects by enhancing the effects of GABA.
There are dozens of other chemical neurotransmitters that are used in more limited areas of the brain, often areas dedicated to a particular function. Serotonin, for example—the primary target of many antidepressant drugs and many dietary aids—comes exclusively from a small brainstem area called the raphe nuclei. Norepinephrine, which is involved in arousal, comes exclusively from a nearby small area called the locus coeruleus. Other neurotransmitters such as acetylcholine and dopamine have multiple sources in the brain but are not as ubiquitously distributed as glutamate and GABA.
Electrical activity
As a side effect of the electrochemical processes used by neurons for signaling, brain tissue generates electric fields when it is active. When large numbers of neurons show synchronized activity, the electric fields that they generate can be large enough to detect outside the skull, using electroencephalography (EEG) or magnetoencephalography (MEG). EEG recordings, along with recordings made from electrodes implanted inside the brains of animals such as rats, show that the brain of a living animal is constantly active, even during sleep. Each part of the brain shows a mixture of rhythmic and nonrhythmic activity, which may vary according to behavioral state. In mammals, the cerebral cortex tends to show large slow delta waves during sleep, faster alpha waves when the animal is awake but inattentive, and chaotic-looking irregular activity when the animal is actively engaged in a task, called beta and gamma waves. During an epileptic seizure, the brain's inhibitory control mechanisms fail to function and electrical activity rises to pathological levels, producing EEG traces that show large wave and spike patterns not seen in a healthy brain. Relating these population-level patterns to the computational functions of individual neurons is a major focus of current research in neurophysiology.
Metabolism
All vertebrates have a blood–brain barrier that allows metabolism inside the brain to operate differently from metabolism in other parts of the body. Glial cells play a major role in brain metabolism by controlling the chemical composition of the fluid that surrounds neurons, including levels of ions and nutrients.
Brain tissue consumes a large amount of energy in proportion to its volume, so large brains place severe metabolic demands on animals. The need to limit body weight in order, for example, to fly, has apparently led to selection for a reduction of brain size in some species, such as bats. Most of the brain's energy consumption goes into sustaining the electric charge (membrane potential) of neurons. Most vertebrate species devote between 2% and 8% of basal metabolism to the brain. In primates, however, the percentage is much higher—in humans it rises to 20–25%. The energy consumption of the brain does not vary greatly over time, but active regions of the cerebral cortex consume somewhat more energy than inactive regions; this forms the basis for the functional brain imaging methods of PET, fMRI, and NIRS. The brain typically gets most of its energy from oxygen-dependent metabolism of glucose (i.e., blood sugar), but ketones provide a major alternative source, together with contributions from medium chain fatty acids (caprylic and heptanoic acids), lactate, acetate, and possibly amino acids.
Function
Information from the sense organs is collected in the brain. There it is used to determine what actions the organism is to take. The brain processes the raw data to extract information about the structure of the environment. Next it combines the processed information with information about the current needs of the animal and with memory of past circumstances. Finally, on the basis of the results, it generates motor response patterns. These signal-processing tasks require intricate interplay between a variety of functional subsystems.
The function of the brain is to provide coherent control over the actions of an animal. A centralized brain allows groups of muscles to be co-activated in complex patterns; it also allows stimuli impinging on one part of the body to evoke responses in other parts, and it can prevent different parts of the body from acting at cross-purposes to each other.
Perception
The human brain is provided with information about light, sound, the chemical composition of the atmosphere, temperature, the position of the body in space (proprioception), the chemical composition of the bloodstream, and more. In other animals additional senses are present, such as the infrared heat-sense of snakes, the magnetic field sense of some birds, or the electric field sense mainly seen in aquatic animals.
Each sensory system begins with specialized receptor cells, such as photoreceptor cells in the retina of the eye, or vibration-sensitive hair cells in the cochlea of the ear. The axons of sensory receptor cells travel into the spinal cord or brain, where they transmit their signals to a first-order sensory nucleus dedicated to one specific sensory modality. This primary sensory nucleus sends information to higher-order sensory areas that are dedicated to the same modality. Eventually, via a way-station in the thalamus, the signals are sent to the cerebral cortex, where they are processed to extract the relevant features, and integrated with signals coming from other sensory systems.
Motor control
Motor systems are areas of the brain that are involved in initiating body movements, that is, in activating muscles. Except for the muscles that control the eye, which are driven by nuclei in the midbrain, all the voluntary muscles in the body are directly innervated by motor neurons in the spinal cord and hindbrain. Spinal motor neurons are controlled both by neural circuits intrinsic to the spinal cord, and by inputs that descend from the brain. The intrinsic spinal circuits implement many reflex responses, and contain pattern generators for rhythmic movements such as walking or swimming. The descending connections from the brain allow for more sophisticated control.
The brain contains several motor areas that project directly to the spinal cord. At the lowest level are motor areas in the medulla and pons, which control stereotyped movements such as walking, breathing, or swallowing. At a higher level are areas in the midbrain, such as the red nucleus, which is responsible for coordinating movements of the arms and legs. At a higher level yet is the primary motor cortex, a strip of tissue located at the posterior edge of the frontal lobe. The primary motor cortex sends projections to the subcortical motor areas, but also sends a massive projection directly to the spinal cord, through the pyramidal tract. This direct corticospinal projection allows for precise voluntary control of the fine details of movements. Other motor-related brain areas exert secondary effects by projecting to the primary motor areas. Among the most important secondary areas are the premotor cortex, supplementary motor area, basal ganglia, and cerebellum. In addition to all of the above, the brain and spinal cord contain extensive circuitry to control the autonomic nervous system which controls the movement of the smooth muscle of the body.
Sleep
Many animals alternate between sleeping and waking in a daily cycle. Arousal and alertness are also modulated on a finer time scale by a network of brain areas. A key component of the sleep system is the suprachiasmatic nucleus (SCN), a tiny part of the hypothalamus located directly above the point at which the optic nerves from the two eyes cross. The SCN contains the body's central biological clock. Neurons there show activity levels that rise and fall with a period of about 24 hours, circadian rhythms: these activity fluctuations are driven by rhythmic changes in expression of a set of "clock genes". The SCN continues to keep time even if it is excised from the brain and placed in a dish of warm nutrient solution, but it ordinarily receives input from the optic nerves, through the retinohypothalamic tract (RHT), that allows daily light-dark cycles to calibrate the clock.
The SCN projects to a set of areas in the hypothalamus, brainstem, and midbrain that are involved in implementing sleep-wake cycles. An important component of the system is the reticular formation, a group of neuron-clusters scattered diffusely through the core of the lower brain. Reticular neurons send signals to the thalamus, which in turn sends activity-level-controlling signals to every part of the cortex. Damage to the reticular formation can produce a permanent state of coma.
Sleep involves great changes in brain activity. Until the 1950s it was generally believed that the brain essentially shuts off during sleep, but this is now known to be far from true; activity continues, but patterns become very different. There are two types of sleep: REM sleep (with dreaming) and NREM (non-REM, usually without dreaming) sleep, which repeat in slightly varying patterns throughout a sleep episode. Three broad types of distinct brain activity patterns can be measured: REM, light NREM and deep NREM. During deep NREM sleep, also called slow wave sleep, activity in the cortex takes the form of large synchronized waves, whereas in the waking state it is noisy and desynchronized. Levels of the neurotransmitters norepinephrine and serotonin drop during slow wave sleep, and fall almost to zero during REM sleep; levels of acetylcholine show the reverse pattern.
Homeostasis
For any animal, survival requires maintaining a variety of parameters of bodily state within a limited range of variation: these include temperature, water content, salt concentration in the bloodstream, blood glucose levels, blood oxygen level, and others. The ability of an animal to regulate the internal environment of its body—the milieu intérieur, as the pioneering physiologist Claude Bernard called it—is known as homeostasis (Greek for "standing still"). Maintaining homeostasis is a crucial function of the brain. The basic principle that underlies homeostasis is negative feedback: any time a parameter diverges from its set-point, sensors generate an error signal that evokes a response that causes the parameter to shift back toward its optimum value. (This principle is widely used in engineering, for example in the control of temperature using a thermostat.)
In vertebrates, the part of the brain that plays the greatest role is the hypothalamus, a small region at the base of the forebrain whose size does not reflect its complexity or the importance of its function. The hypothalamus is a collection of small nuclei, most of which are involved in basic biological functions. Some of these functions relate to arousal or to social interactions such as sexuality, aggression, or maternal behaviors; but many of them relate to homeostasis. Several hypothalamic nuclei receive input from sensors located in the lining of blood vessels, conveying information about temperature, sodium level, glucose level, blood oxygen level, and other parameters. These hypothalamic nuclei send output signals to motor areas that can generate actions to rectify deficiencies. Some of the outputs also go to the pituitary gland, a tiny gland attached to the brain directly underneath the hypothalamus. The pituitary gland secretes hormones into the bloodstream, where they circulate throughout the body and induce changes in cellular activity.
Motivation
The individual animals need to express survival-promoting behaviors, such as seeking food, water, shelter, and a mate. The motivational system in the brain monitors the current state of satisfaction of these goals, and activates behaviors to meet any needs that arise. The motivational system works largely by a reward–punishment mechanism. When a particular behavior is followed by favorable consequences, the reward mechanism in the brain is activated, which induces structural changes inside the brain that cause the same behavior to be repeated later, whenever a similar situation arises. Conversely, when a behavior is followed by unfavorable consequences, the brain's punishment mechanism is activated, inducing structural changes that cause the behavior to be suppressed when similar situations arise in the future.
Most organisms studied to date utilize a reward–punishment mechanism: for instance, worms and insects can alter their behavior to seek food sources or to avoid dangers. In vertebrates, the reward-punishment system is implemented by a specific set of brain structures, at the heart of which lie the basal ganglia, a set of interconnected areas at the base of the forebrain. The basal ganglia are the central site at which decisions are made: the basal ganglia exert a sustained inhibitory control over most of the motor systems in the brain; when this inhibition is released, a motor system is permitted to execute the action it is programmed to carry out. Rewards and punishments function by altering the relationship between the inputs that the basal ganglia receive and the decision-signals that are emitted. The reward mechanism is better understood than the punishment mechanism, because its role in drug abuse has caused it to be studied very intensively. Research has shown that the neurotransmitter dopamine plays a central role: addictive drugs such as cocaine, amphetamine, and nicotine either cause dopamine levels to rise or cause the effects of dopamine inside the brain to be enhanced.
Learning and memory
Almost all animals are capable of modifying their behavior as a result of experience—even the most primitive types of worms. Because behavior is driven by brain activity, changes in behavior must somehow correspond to changes inside the brain. Already in the late 19th century theorists like Santiago Ramón y Cajal argued that the most plausible explanation is that learning and memory are expressed as changes in the synaptic connections between neurons. Until 1970, however, experimental evidence to support the synaptic plasticity hypothesis was lacking. In 1971 Tim Bliss and Terje Lømo published a paper on a phenomenon now called long-term potentiation: the paper showed clear evidence of activity-induced synaptic changes that lasted for at least several days. Since then technical advances have made these sorts of experiments much easier to carry out, and thousands of studies have been made that have clarified the mechanism of synaptic change, and uncovered other types of activity-driven synaptic change in a variety of brain areas, including the cerebral cortex, hippocampus, basal ganglia, and cerebellum. Brain-derived neurotrophic factor (BDNF) and physical activity appear to play a beneficial role in the process.
Neuroscientists currently distinguish several types of learning and memory that are implemented by the brain in distinct ways:
Working memory is the ability of the brain to maintain a temporary representation of information about the task that an animal is currently engaged in. This sort of dynamic memory is thought to be mediated by the formation of cell assemblies—groups of activated neurons that maintain their activity by constantly stimulating one another.
Episodic memory is the ability to remember the details of specific events. This sort of memory can last for a lifetime. Much evidence implicates the hippocampus in playing a crucial role: people with severe damage to the hippocampus sometimes show amnesia, that is, inability to form new long-lasting episodic memories.
Semantic memory is the ability to learn facts and relationships. This sort of memory is probably stored largely in the cerebral cortex, mediated by changes in connections between cells that represent specific types of information.
Instrumental learning is the ability for rewards and punishments to modify behavior. It is implemented by a network of brain areas centered on the basal ganglia.
Motor learning is the ability to refine patterns of body movement by practicing, or more generally by repetition. A number of brain areas are involved, including the premotor cortex, basal ganglia, and especially the cerebellum, which functions as a large memory bank for microadjustments of the parameters of movement.
Research
The field of neuroscience encompasses all approaches that seek to understand the brain and the rest of the nervous system. Psychology seeks to understand mind and behavior, and neurology is the medical discipline that diagnoses and treats diseases of the nervous system. The brain is also the most important organ studied in psychiatry, the branch of medicine that works to study, prevent, and treat mental disorders. Cognitive science seeks to unify neuroscience and psychology with other fields that concern themselves with the brain, such as computer science (artificial intelligence and similar fields) and philosophy.
The oldest method of studying the brain is anatomical, and until the middle of the 20th century, much of the progress in neuroscience came from the development of better cell stains and better microscopes. Neuroanatomists study the large-scale structure of the brain as well as the microscopic structure of neurons and their components, especially synapses. Among other tools, they employ a plethora of stains that reveal neural structure, chemistry, and connectivity. In recent years, the development of immunostaining techniques has allowed investigation of neurons that express specific sets of genes. Also, functional neuroanatomy uses medical imaging techniques to correlate variations in human brain structure with differences in cognition or behavior.
Neurophysiologists study the chemical, pharmacological, and electrical properties of the brain: their primary tools are drugs and recording devices. Thousands of experimentally developed drugs affect the nervous system, some in highly specific ways. Recordings of brain activity can be made using electrodes, either glued to the scalp as in EEG studies, or implanted inside the brains of animals for extracellular recordings, which can detect action potentials generated by individual neurons. Because the brain does not contain pain receptors, it is possible using these techniques to record brain activity from animals that are awake and behaving without causing distress. The same techniques have occasionally been used to study brain activity in human patients suffering from intractable epilepsy, in cases where there was a medical necessity to implant electrodes to localize the brain area responsible for epileptic seizures. Functional imaging techniques such as fMRI are also used to study brain activity; these techniques have mainly been used with human subjects, because they require a conscious subject to remain motionless for long periods of time, but they have the great advantage of being noninvasive.
Another approach to brain function is to examine the consequences of damage to specific brain areas. Even though it is protected by the skull and meninges, surrounded by cerebrospinal fluid, and isolated from the bloodstream by the blood–brain barrier, the delicate nature of the brain makes it vulnerable to numerous diseases and several types of damage. In humans, the effects of strokes and other types of brain damage have been a key source of information about brain function. Because there is no ability to experimentally control the nature of the damage, however, this information is often difficult to interpret. In animal studies, most commonly involving rats, it is possible to use electrodes or locally injected chemicals to produce precise patterns of damage and then examine the consequences for behavior.
Computational neuroscience encompasses two approaches: first, the use of computers to study the brain; second, the study of how brains perform computation. On one hand, it is possible to write a computer program to simulate the operation of a group of neurons by making use of systems of equations that describe their electrochemical activity; such simulations are known as biologically realistic neural networks. On the other hand, it is possible to study algorithms for neural computation by simulating, or mathematically analyzing, the operations of simplified "units" that have some of the properties of neurons but abstract out much of their biological complexity. The computational functions of the brain are studied both by computer scientists and neuroscientists.
Computational neurogenetic modeling is concerned with the study and development of dynamic neuronal models for modeling brain functions with respect to genes and dynamic interactions between genes.
Recent years have seen increasing applications of genetic and genomic techniques to the study of the brain and a focus on the roles of neurotrophic factors and physical activity in neuroplasticity. The most common subjects are mice, because of the availability of technical tools. It is now possible with relative ease to "knock out" or mutate a wide variety of genes, and then examine the effects on brain function. More sophisticated approaches are also being used: for example, using Cre-Lox recombination it is possible to activate or deactivate genes in specific parts of the brain, at specific times.
History
The oldest brain to have been discovered was in Armenia in the Areni-1 cave complex. The brain, estimated to be over 5,000 years old, was found in the skull of a 12 to 14-year-old girl. Although the brains were shriveled, they were well preserved due to the climate found inside the cave.
Early philosophers were divided as to whether the seat of the soul lies in the brain or heart. Aristotle favored the heart, and thought that the function of the brain was merely to cool the blood. Democritus, the inventor of the atomic theory of matter, argued for a three-part soul, with intellect in the head, emotion in the heart, and lust near the liver. The unknown author of On the Sacred Disease, a medical treatise in the Hippocratic Corpus, came down unequivocally in favor of the brain, writing:
The Roman physician Galen also argued for the importance of the brain, and theorized in some depth about how it might work. Galen traced out the anatomical relationships among brain, nerves, and muscles, demonstrating that all muscles in the body are connected to the brain through a branching network of nerves. He postulated that nerves activate muscles mechanically by carrying a mysterious substance he called pneumata psychikon, usually translated as "animal spirits". Galen's ideas were widely known during the Middle Ages, but not much further progress came until the Renaissance, when detailed anatomical study resumed, combined with the theoretical speculations of René Descartes and those who followed him. Descartes, like Galen, thought of the nervous system in hydraulic terms. He believed that the highest cognitive functions are carried out by a non-physical res cogitans, but that the majority of behaviors of humans, and all behaviors of animals, could be explained mechanistically.
The first real progress toward a modern understanding of nervous function, though, came from the investigations of Luigi Galvani (1737–1798), who discovered that a shock of static electricity applied to an exposed nerve of a dead frog could cause its leg to contract. Since that time, each major advance in understanding has followed more or less directly from the development of a new technique of investigation. Until the early years of the 20th century, the most important advances were derived from new methods for staining cells. Particularly critical was the invention of the Golgi stain, which (when correctly used) stains only a small fraction of neurons, but stains them in their entirety, including cell body, dendrites, and axon. Without such a stain, brain tissue under a microscope appears as an impenetrable tangle of protoplasmic fibers, in which it is impossible to determine any structure. In the hands of Camillo Golgi, and especially of the Spanish neuroanatomist Santiago Ramón y Cajal, the new stain revealed hundreds of distinct types of neurons, each with its own unique dendritic structure and pattern of connectivity.
In the first half of the 20th century, advances in electronics enabled investigation of the electrical properties of nerve cells, culminating in work by Alan Hodgkin, Andrew Huxley, and others on the biophysics of the action potential, and the work of Bernard Katz and others on the electrochemistry of the synapse. These studies complemented the anatomical picture with a conception of the brain as a dynamic entity. Reflecting the new understanding, in 1942 Charles Sherrington visualized the workings of the brain waking from sleep:
The invention of electronic computers in the 1940s, along with the development of mathematical information theory, led to a realization that brains can potentially be understood as information processing systems. This concept formed the basis of the field of cybernetics, and eventually gave rise to the field now known as computational neuroscience. The earliest attempts at cybernetics were somewhat crude in that they treated the brain as essentially a digital computer in disguise, as for example in John von Neumann's 1958 book, The Computer and the Brain. Over the years, though, accumulating information about the electrical responses of brain cells recorded from behaving animals has steadily moved theoretical concepts in the direction of increasing realism.
One of the most influential early contributions was a 1959 paper titled What the frog's eye tells the frog's brain: the paper examined the visual responses of neurons in the retina and optic tectum of frogs, and came to the conclusion that some neurons in the tectum of the frog are wired to combine elementary responses in a way that makes them function as "bug perceivers". A few years later David Hubel and Torsten Wiesel discovered cells in the primary visual cortex of monkeys that become active when sharp edges move across specific points in the field of view—a discovery for which they won a Nobel Prize. Follow-up studies in higher-order visual areas found cells that detect binocular disparity, color, movement, and aspects of shape, with areas located at increasing distances from the primary visual cortex showing increasingly complex responses. Other investigations of brain areas unrelated to vision have revealed cells with a wide variety of response correlates, some related to memory, some to abstract types of cognition such as space.
Theorists have worked to understand these response patterns by constructing mathematical models of neurons and neural networks, which can be simulated using computers. Some useful models are abstract, focusing on the conceptual structure of neural algorithms rather than the details of how they are implemented in the brain; other models attempt to incorporate data about the biophysical properties of real neurons. No model on any level is yet considered to be a fully valid description of brain function, though. The essential difficulty is that sophisticated computation by neural networks requires distributed processing in which hundreds or thousands of neurons work cooperatively—current methods of brain activity recording are only capable of isolating action potentials from a few dozen neurons at a time.
Furthermore, even single neurons appear to be complex and capable of performing computations. So, brain models that don't reflect this are too abstract to be representative of brain operation; models that do try to capture this are very computationally expensive and arguably intractable with present computational resources. However, the Human Brain Project is trying to build a realistic, detailed computational model of the entire human brain. The wisdom of this approach has been publicly contested, with high-profile scientists on both sides of the argument.
In the second half of the 20th century, developments in chemistry, electron microscopy, genetics, computer science, functional brain imaging, and other fields progressively opened new windows into brain structure and function. In the United States, the 1990s were officially designated as the "Decade of the Brain" to commemorate advances made in brain research, and to promote funding for such research.
In the 21st century, these trends have continued, and several new approaches have come into prominence, including multielectrode recording, which allows the activity of many brain cells to be recorded all at the same time; genetic engineering, which allows molecular components of the brain to be altered experimentally; genomics, which allows variations in brain structure to be correlated with variations in DNA properties and neuroimaging.
Society and culture
As food
Animal brains are used as food in numerous cuisines.
In rituals
Some archaeological evidence suggests that the mourning rituals of European Neanderthals also involved the consumption of the brain.
The Fore people of Papua New Guinea are known to eat human brains. In funerary rituals, those close to the dead would eat the brain of the deceased to create a sense of immortality. A prion disease called kuru has been traced to this.
See also
Brain–computer interface
Central nervous system disease
List of neuroscience databases
Neurological disorder
Optogenetics
Outline of neuroscience
References
External links
The Brain from Top to Bottom, at McGill University
The Brain, BBC Radio 4 discussion with Vivian Nutton, Jonathan Sawday & Marina Wallace (In Our Time, May 8, 2008)
Our Quest to Understand the Brain – with Matthew Cobb Royal Institution lecture. Archived at Ghostarchive.
Organs (anatomy)
Human anatomy by organ
Animal anatomy |
3719 | https://en.wikipedia.org/wiki/Byzantium | Byzantium | Byzantium () or Byzantion () was an ancient Greek city in classical antiquity that became known as Constantinople in late antiquity and Istanbul today. The Greek name Byzantion and its Latinization Byzantium continued to be used as a name of Constantinople sporadically and to varying degrees during the thousand year existence of the Byzantine Empire. Byzantium was colonized by Greeks from Megara in the 7th century BC and remained primarily Greek-speaking until its conquest by the Ottoman Empire in AD 1453.
Etymology
The etymology of Byzantium is unknown. It has been suggested that the name is of Thracian origin. It may be derived from the Thracian personal name Byzas which means "he-goat". Ancient Greek legend refers to the Greek king Byzas, the leader of the Megarian colonists and founder of the city. The name Lygos for the city, which likely corresponds to an earlier Thracian settlement, is mentioned by Pliny the Elder in his Natural History.
Byzántios, plural Byzántioi (, ; adjective the same) referred to Byzantion's inhabitants, also used as an ethnonym for the people of the city and as a family name. In the Middle Ages, Byzántion was also a synecdoche for the eastern Roman Empire. (An ellipsis of ). Byzantinós (, ) denoted an inhabitant of the empire. The Anglicization of Latin Byzantinus yielded "Byzantine", with 15th and 16th century forms including Byzantin, Bizantin(e), Bezantin(e), and Bysantin as well as Byzantian and Bizantian.
The name Byzantius and Byzantinus were applied from the 9th century to gold Byzantine coinage, reflected in the French besant (d'or), Italian bisante, and English besant, byzant, or bezant. The English usage, derived from Old French besan (pl. besanz), and relating to the coin, dates from the 12th century.
Later, the name Byzantium became common in the West to refer to the Eastern Roman Empire, whose capital was Constantinople. As a term for the east Roman state as a whole, Byzantium was introduced by the historian Hieronymus Wolf only in 1555, a century after the last remnants of the empire, whose inhabitants continued to refer to their polity as the Roman Empire (), had ceased to exist.
Other places were historically known as Byzántion (Βυζάντιον) – a city in Libya mentioned by Stephanus of Byzantium and another on the western coast of India referred to by the Periplus of the Erythraean Sea; in both cases the names were probably adaptations of names in local languages. Faustus of Byzantium was from a city of that name in Cilicia.
History
The origins of Byzantium are shrouded in legend. Tradition says that Byzas of Megara (a city-state near Athens) founded the city when he sailed northeast across the Aegean Sea. The date is usually given as 667 BC on the authority of Herodotus, who states the city was founded 17 years after Chalcedon. Eusebius, who wrote almost 800 years later, dates the founding of Chalcedon to 685/4 BC, but he also dates the founding of Byzantium to 656 BC (or a few years earlier depending on the edition). Herodotus' dating was later favored by Constantine the Great, who celebrated Byzantium's 1000th anniversary between the years 333 and 334.
Byzanitium was mainly a trading city due to its location at the Black Sea's only entrance. Byzantium later conquered Chalcedon, across the Bosphorus on the Asiatic side.
The city was taken by the Persian Empire at the time of the Scythian campaign (513 BC) of King Darius I (r. 522–486 BC), and was added to the administrative province of Skudra. Though Achaemenid control of the city was never as stable as compared to other cities in Thrace, it was considered, alongside Sestos, to be one of the foremost Achaemenid ports on the European coast of the Bosphorus and the Hellespont.
Byzantium was besieged by Greek forces during the Peloponnesian War. As part of Sparta's strategy for cutting off grain supplies to Athens during their siege of Athens, Sparta took control of the city in 411 BC, to bring the Athenians into submission. The Athenian military later retook the city in 408 BC, when the Spartans had withdrawn following their settlement.
After siding with Pescennius Niger against the victorious Septimius Severus, the city was besieged by Roman forces and suffered extensive damage in AD 196. Byzantium was rebuilt by Septimius Severus, now emperor, and quickly regained its previous prosperity. It was bound to Perinthus during the period of Septimius Severus. The strategic and highly defensible (due to being surrounded by water on almost all sides) location of Byzantium attracted Roman Emperor Constantine I who, in AD 330, refounded it as an imperial residence inspired by Rome itself, known as Nova Roma. After his death the city was called Constantinople (Greek Κωνσταντινούπολις, Konstantinoupolis, "city of Constantine").
This combination of imperialism and location would affect Constantinople's role as the nexus between the continents of Europe and Asia. It was a commercial, cultural, and diplomatic centre and for centuries formed the capital of the Byzantine Empire, which decorated the city with numerous monuments, some still standing today. With its strategic position, Constantinople controlled the major trade routes between Asia and Europe, as well as the passage from the Mediterranean Sea to the Black Sea. On May 29, 1453, the city fell to the Ottoman Turks, and again became the capital of a powerful state, the Ottoman Empire. The Turks called the city "Istanbul" (although it was not officially renamed until 1930); the name derives from "eis-ten-polin" (Greek: "to-the-city"). To this day it remains the largest and most populous city in Turkey, although Ankara is now the national capital.
Emblem
By the late Hellenistic or early Roman period (1st century BC), the star and crescent motif was associated to some degree with Byzantium; even though it became more widely used as the royal emblem of Mithradates VI Eupator (who for a time incorporated the city into his empire).
Some Byzantine coins of the 1st century BC and later show the head of Artemis with bow and quiver, and feature a crescent with what appears to be an eight-rayed star on the reverse.
According to accounts which vary in some of the details, in 340 BC the Byzantines and their allies the Athenians were under siege by the troops of Philip of Macedon. On a particularly dark and wet night Philip attempted a surprise attack but was thwarted by the appearance of a bright light in the sky. This light is occasionally described by subsequent interpreters as a meteor, sometimes as the moon, and some accounts also mention the barking of dogs. However, the original accounts mention only a bright light in the sky, without specifying the moon. To commemorate the event the Byzantines erected a statue of Hecate lampadephoros (light-bearer or bringer). This story survived in the works of Hesychius of Miletus, who in all probability lived in the time of Justinian I. His works survive only in fragments preserved in Photius and the tenth century lexicographer Suidas. The tale is also related by Stephanus of Byzantium, and Eustathius.
Devotion to Hecate was especially favored by the Byzantines for her aid in having protected them from the incursions of Philip of Macedon. Her symbols were the crescent and star, and the walls of her city were her provenance.
It is unclear precisely how the symbol Hecate/Artemis, one of many goddesses would have been transferred to the city itself, but it seems likely to have been an effect of being credited with the intervention against Philip and the subsequent honors. This was a common process in ancient Greece, as in Athens where the city was named after Athena in honor of such an intervention in time of war.
Cities in the Roman Empire often continued to issue their own coinage. "Of the many themes that were used on local coinage, celestial and astral symbols often appeared, mostly stars or crescent moons." The wide variety of these issues, and the varying explanations for the significance of the star and crescent on Roman coinage precludes their discussion here. It is, however, apparent that by the time of the Romans, coins featuring a star or crescent in some combination were not at all rare.
People
Homerus, tragedian, lived in the early 3rd century BC
Philo, engineer, lived c. 280 BC–c. 220 BC
Epigenes of Byzantium, astrologer, lived in the 3rd–2nd century BC
Aristophanes of Byzantium, a scholar who flourished in Alexandria, 3rd–2nd century BC
Myro, a Hellenistic female poet
See also
Constantinople, which details the history of the city before 1453
Fall of Constantinople (Turkish conquest of 1453)
Istanbul, which details the history of the city from 1453 on, and describes the modern city
Sarayburnu, which is the geographic location of ancient Byzantium
Timeline of Istanbul history
Notes
References
Sources
Harris, Jonathan, Constantinople: Capital of Byzantium (Hambledon/Continuum, London, 2007).
Jeffreys, Elizabeth and Michael, and Moffatt, Ann, Byzantine Papers: Proceedings of the First Australian Byzantine Studies Conference, Canberra, 17–19 May 1978 (Australian National University, Canberra, 1979).
Istanbul Historical Information – Istanbul Informative Guide To The City. Retrieved January 6, 2005.
The Useful Information about Istanbul . Retrieved January 6, 2005.
The Oxford Dictionary of Byzantium (Oxford University Press, 1991)
Yeats, William Butler, "Sailing to Byzantium",
External links
Byzantine & Christian Museum at byzantinemuseum.gr
Coins of the Byzantine empire at wegm.com
History of money FAQs at galmarley.com – description of Byzantine monetary system, fifth century BC
Society for the Promotion of Byzantine Studies at www.byzantium.ac.uk
Vasilief, A History of the Byzantine Empire, at ellopos.net – hyperlinked with notes and more resources, at Elpenor
Megarian colonies in Thrace
Ancient Greek archaeological sites in Turkey
667 BC
Populated places established in the 7th century BC
7th-century BC establishments
Members of the Delian League
Achaemenid ports
Greek city-states |
3721 | https://en.wikipedia.org/wiki/Biotic | Biotic | Biotics describe living or once living components of a community; for example organisms, such as animals and plants.
Biotic may refer to:
Life, the condition of living organisms
Biology, the study of life
Biotic material, which is derived from living organisms
Biotic components in ecology
Biotic potential, an organism's reproductive capacity
Biotic community, all the interacting organisms living together in a specific habitat
Biotic energy, a vital force theorized by biochemist Benjamin Moore
Biotic may also refer to:
Biotic Baking Brigade, an unofficial group of pie-throwing activists
Abiotic Non living
See also
Antibiotics are agents that either kill bacteria or inhibit their growth
Prebiotics are non-digestible food ingredients that stimulate the growth or activity of bacteria in the digestive system
Probiotics consist of a live culture of bacteria that inhibit or interfere with colonization by microbial pathogens
Synbiotics refer to nutritional supplements combining probiotics and prebiotics |
3722 | https://en.wikipedia.org/wiki/Berlin%20Wall | Berlin Wall | The Berlin Wall (, ) was a guarded concrete barrier that physically and ideologically divided Berlin from 1961 to 1989. Construction of the wall was commenced by the German Democratic Republic (GDR, East Germany) on 13 August 1961. The Wall cut off West Berlin from surrounding East Germany, including East Berlin. The barrier included guard towers placed along large concrete walls, accompanied by a wide area (later known as the "death strip") that contained anti-vehicle trenches, beds of nails and other defenses. The Eastern Bloc portrayed the Wall as protecting its population from fascist elements conspiring to prevent the "will of the people" from building a socialist state in East Germany.
GDR authorities officially referred to the Berlin Wall as the Anti-Fascist Protection Rampart (). The West Berlin city government sometimes referred to it as the "Wall of Shame", a term coined by mayor Willy Brandt in reference to the Wall's restriction on freedom of movement. Along with the separate and much longer Inner German border (IGB), which demarcated the border between East and West Germany, it came to symbolize physically the "Iron Curtain" that separated Western Europe and the Eastern Bloc during the Cold War.
Before the Wall's erection, 3.5 million East Germans circumvented Eastern Bloc emigration restrictions and defected from the GDR, many by crossing over the border from East Berlin into West Berlin; from there they could then travel to West Germany and to other Western European countries. Between 1961 and 1989, the Wall prevented almost all such emigration. During this period, over 100,000 people attempted to escape, and over 5,000 people succeeded in escaping over the Wall, with an estimated death toll ranging from 136 to more than 200 in and around Berlin.
In 1989, a series of revolutions in nearby Eastern Bloc countries—in Poland and Hungary in particular—caused a chain reaction in East Germany. In particular, the Pan-European Picnic in August 1989 set in motion a peaceful development during which the Iron Curtain largely broke, the rulers in the East came under pressure, the Berlin Wall fell and finally the Eastern Bloc fell apart. After several weeks of civil unrest, the East German government announced on 9 November 1989 that all GDR citizens could visit West Germany and West Berlin. Crowds of East Germans crossed and climbed onto the Wall, joined by West Germans on the other side in a celebratory atmosphere. Over the next few weeks, the likes of souvenir hunters chipped away parts of the Wall. The Brandenburg Gate, a few meters from the Berlin Wall, was opened on 22 December 1989. The demolition of the Wall officially began on 13 June 1990 and was completed in 1994. The "fall of the Berlin Wall" paved the way for German reunification, which formally took place on 3 October 1990.
Background
Post-war Germany
After the end of World War II in Europe, what remained of pre-war Germany west of the Oder-Neisse line was divided into four occupation zones (as per the Potsdam Agreement), each one controlled by one of the four occupying Allied powers: the United States, the United Kingdom, France and the Soviet Union. The capital of Berlin, as the seat of the Allied Control Council, was similarly subdivided into four sectors despite the city's location, which was fully within the Soviet zone.
Within two years, political divisions increased between the Soviets and the other occupying powers. These included the Soviets' refusal to agree to reconstruction plans making post-war Germany self-sufficient, and to a detailed accounting of industrial plants, goods and infrastructure—some of which had already been removed by the Soviets. France, the United Kingdom, the United States, and the Benelux countries later met to combine the non-Soviet zones of Germany into one zone for reconstruction, and to approve the extension of the Marshall Plan.
Eastern Bloc and the Berlin airlift
Following the defeat of Nazi Germany in World War II, the Soviet Union engineered the installation of friendly Communist governments in most of the countries occupied by Soviet military forces at the end of the War, including Poland, Hungary, Czechoslovakia, Bulgaria, Romania, and the GDR, which together with Albania formed the Comecon in 1949 and later a military alliance, the Warsaw Pact. This bloc of nations was set up by the Soviets in opposition to NATO in the capitalist West in what became the Cold War.
Since the end of the War, the Soviets together with like-minded East Germans created a new Soviet-style regime in the Soviet Zone and later the GDR, on a centrally planned socialist economic model with nationalized means of production, and with repressive police state institutions, under party dictatorship of the SED similar to the party dictatorship of the Soviet Communist Party in the USSR.
At the same time, a parallel regime was established under the strict control of the Western powers in the zones of post-war Germany occupied by them, culminating in the foundation of the Federal Republic of Germany in 1949, which initially claimed to be the sole legitimate power in all of Germany, East and West. The material standard of living in the Western zones of Berlin began to improve quickly, and residents of the Soviet Zone soon began leaving for the West in large numbers, fleeing hunger, poverty and repression in the Soviet Zone for a better life in the West. Soon residents of other parts of the Soviet Zone began to escape to the West through Berlin, and this migration, called in Germany "Republikflucht", deprived the Soviet Zone not only of working forces desperately needed for post-war reconstruction but disproportionately highly educated people, which came to be known as the "Brain Drain".
In 1948, in response to moves by the Western powers to establish a separate, federal system of government in the Western zones, and to extend the Marshall Plan to Germany, the Soviets instituted the Berlin Blockade, preventing people, food, materials and supplies from arriving in West Berlin by land routes through the Soviet zone. The United States, the United Kingdom, France, Canada, Australia, New Zealand and several other countries began a massive "airlift", supplying West Berlin with food and other supplies. The Soviets mounted a public relations campaign against the Western policy change. Communists attempted to disrupt the elections of 1948, preceding large losses therein, while 300,000 Berliners demonstrated for the international airlift to continue. In May 1949, Stalin lifted the blockade, permitting the resumption of Western shipments to Berlin.
The German Democratic Republic (the "GDR"; East Germany) was declared on 7 October 1949. On that day, the USSR ended the Soviet military government which had governed the Soviet Occupation Zone (Sowetische Besatzungszone) since the end of the War and handed over legal power to the Provisorische Volkskammer under the new Constitution of the GDR which came into force that day. However, until 1955, the Soviets maintained considerable legal control over the GDR state, including the regional governments, through the Sowetische Kontrollkommission and maintained a presence in various East German administrative, military, and secret police structures. Even after legal sovereignty of the GDR was restored in 1955, the Soviet Union continued to maintain considerable influence over administration and lawmaking in the GDR through the Soviet embassy and through the implicit threat of force which could be exercised through the continuing large Soviet military presence in the GDR, which was used to bloodily repress protests in East Germany in June 1953.
East Germany differed from West Germany (Federal Republic of Germany), which developed into a Western capitalist country with a social market economy and a democratic parliamentary government. Continual economic growth starting in the 1950s fueled a 20-year "economic miracle" (). As West Germany's economy grew, and its standard of living steadily improved, many East Germans wanted to move to West Germany.
Emigration westward in the early 1950s
After the Soviet occupation of Eastern Europe at the end of World War II, the majority of those living in the newly acquired areas of the Eastern Bloc aspired to independence and wanted the Soviets to leave. Taking advantage of the zonal border between occupied zones in Germany, the number of GDR citizens moving to West Germany totaled 187,000 in 1950; 165,000 in 1951; 182,000 in 1952; and 331,000 in 1953. One reason for the sharp 1953 increase was fear of potential further Sovietization, given the increasingly paranoid actions of Joseph Stalin in late 1952 and early 1953. 226,000 had fled in just the first six months of 1953.
Erection of the inner German border
By the early 1950s, the Soviet approach to controlling national movement, restricting emigration, was emulated by most of the rest of the Eastern Bloc, including East Germany. The restrictions presented a quandary for some Eastern Bloc states, which had been more economically advanced and open than the Soviet Union, such that crossing borders seemed more natural—especially where no prior border existed between East and West Germany.
Up until 1952, the demarcation lines between East Germany and the western occupied zones could be easily crossed in most places. On 1 April 1952, East German leaders met the Soviet leader Joseph Stalin in Moscow; during the discussions, Stalin's foreign minister Vyacheslav Molotov proposed that the East Germans should "introduce a system of passes for visits of West Berlin residents to the territory of East Berlin [so as to stop] free movement of Western agents" in the GDR. Stalin agreed, calling the situation "intolerable". He advised the East Germans to build up their border defenses, telling them that "The demarcation line between East and West Germany should be considered a border—and not just any border, but a dangerous one ... The Germans will guard the line of defence with their lives."
Consequently, the inner German border between the two German states was closed, and a barbed-wire fence erected. The border between the Western and Eastern sectors of Berlin, however, remained open, although traffic between the Soviet and the Western sectors was somewhat restricted. This resulted in Berlin becoming a magnet for East Germans desperate to escape life in the GDR, and also a flashpoint for tension between the United States and the Soviet Union.
In 1955, the Soviets gave East Germany authority over civilian movement in Berlin, passing control to a regime not recognized in the West. Initially, East Germany granted "visits" to allow its residents access to West Germany. However, following the defection of large numbers of East Germans (known as Republikflucht) under this regime, the new East German state legally restricted virtually all travel to the West in 1956. Soviet East German ambassador Mikhail Pervukhin observed that "the presence in Berlin of an open and essentially uncontrolled border between the socialist and capitalist worlds unwittingly prompts the population to make a comparison between both parts of the city, which unfortunately does not always turn out in favour of Democratic [East] Berlin."
Berlin emigration loophole
With the closing of the inner German border officially in 1952, the border in Berlin remained considerably more accessible because it was administered by all four occupying powers. Accordingly, Berlin became the main route by which East Germans left for the West. On 11 December 1957, East Germany introduced a new passport law that reduced the overall number of refugees leaving Eastern Germany.
It had the unintended result of drastically increasing the percentage of those leaving through West Berlin from 60% to well over 90% by the end of 1958. Those caught trying to leave East Berlin were subjected to heavy penalties, but with no physical barrier and subway train access still available to West Berlin, such measures were ineffective. The Berlin sector border was essentially a "loophole" through which Eastern Bloc citizens could still escape. The 3.5 million East Germans who had left by 1961 totalled approximately 20% of the entire East German population.
An important reason that passage between East Germany and West Berlin was not stopped earlier was that doing so would cut off much of the railway traffic in East Germany. Construction of a new railway bypassing West Berlin, the Berlin outer ring, commenced in 1951. Following the completion of the railway in 1961, closing the border became a more practical proposition.
Brain drain
The emigrants tended to be young and well-educated, leading to the "brain drain" feared by officials in East Germany. Yuri Andropov, then the CPSU Director on Relations with Communist and Workers' Parties of Socialist Countries, wrote an urgent letter on 28 August 1958 to the Central Committee about the significant 50% increase in the number of East German intelligentsia among the refugees. Andropov reported that, while the East German leadership stated that they were leaving for economic reasons, testimony from refugees indicated that the reasons were more political than material. He stated "the flight of the intelligentsia has reached a particularly critical phase."
By 1960, the combination of World War II and the massive emigration westward left East Germany with only 61% of its population of working age, compared to 70.5% before the war. The loss was disproportionately heavy among professionals: engineers, technicians, physicians, teachers, lawyers, and skilled workers. The direct cost of manpower losses to East Germany (and corresponding gain to the West) has been estimated at $7 billion to $9 billion, with East German party leader Walter Ulbricht later claiming that West Germany owed him $17 billion in compensation, including reparations as well as manpower losses. In addition, the drain of East Germany's young population potentially cost it over 22.5 billion marks in lost educational investment. The brain drain of professionals had become so damaging to the political credibility and economic viability of East Germany that the re-securing of the German communist frontier was imperative.
The exodus of emigrants from East Germany presented two minor potential benefits: an easy opportunity to smuggle East German secret agents to West Germany, and a reduction in the number of citizens hostile to the communist regime. Neither of these advantages, however, proved particularly useful.
Start of the construction (1961)
On 15 June 1961, First Secretary of the Socialist Unity Party and GDR State Council chairman Walter Ulbricht stated in an international press conference, (No one has the intention of erecting a wall!). It was the first time the colloquial term (wall) had been used in this context.
The transcript of a telephone call between Nikita Khrushchev and Ulbricht, on 1 August in the same year, suggests that the initiative for the construction of the Wall came from Khrushchev. However, other sources suggest that Khrushchev had initially been wary about building a wall, fearing negative Western reaction. Nevertheless, Ulbricht had pushed for a border closure for quite some time, arguing that East Germany's very existence was at stake.
Khrushchev had become emboldened upon seeing US president John F. Kennedy's youth and inexperience, which he considered a weakness. In the 1961 Vienna summit, Kennedy made the error of admitting that the US wouldn't actively oppose the building of a barrier. A feeling of miscalculation and failure immediately afterwards was admitted by Kennedy in a candid interview with New York Times columnist James "Scotty" Reston. On Saturday, 12 August 1961, the leaders of the GDR attended a garden party at a government guesthouse in , in a wooded area to the north of East Berlin. There, Ulbricht signed the order to close the border and erect a wall.
At midnight, the police and units of the East German army began to close the border and, by Sunday morning, 13 August, the border with West Berlin was closed. East German troops and workers had begun to tear up streets running alongside the border to make them impassable to most vehicles and to install barbed wire entanglements and fences along the around the three western sectors, and the that divided West and East Berlin. The date of 13 August became commonly referred to as Barbed Wire Sunday in Germany.
The barrier was built inside East Berlin or East German territory to ensure that it did not encroach on West Berlin at any point. Generally, the Wall was only slightly inside East Berlin, but in a few places it was some distance from the legal border, most notably at Potsdamer Bahnhof and the Lenné Triangle that is now much of the Potsdamer Platz development.
Later, the initial barrier was built up into the Wall proper, the first concrete elements and large blocks being put in place on 17 August. During the construction of the Wall, National People's Army (NVA) and Combat Groups of the Working Class (KdA) soldiers stood in front of it with orders to shoot anyone who attempted to defect. Additionally, chain fences, walls, minefields and other obstacles were installed along the length of East Germany's western border with West Germany proper. A huge no man's land was cleared to provide a clear line of fire at fleeing refugees.
Immediate effects
With the closing of the east–west sector boundary in Berlin, the vast majority of East Germans could no longer travel or emigrate to West Germany. Berlin soon went from being the easiest place to make an unauthorized crossing between East and West Germany to being the most difficult. Many families were split, while East Berliners employed in the West were cut off from their jobs. West Berlin became an isolated exclave in a hostile land. West Berliners demonstrated against the Wall, led by their Mayor () Willy Brandt, who criticized the United States for failing to respond and went so far as to suggest to Washington what to do next. Kennedy was furious. Allied intelligence agencies had hypothesized about a wall to stop the flood of refugees, but the main candidate for its location was around the perimeter of the city. In 1961, Secretary of State Dean Rusk proclaimed, "The Wall certainly ought not to be a permanent feature of the European landscape. I see no reason why the Soviet Union should think it is—it is to their advantage in any way to leave there that monument to communist failure."
United States and UK sources had expected the Soviet sector to be sealed off from West Berlin but were surprised by how long the East Germans took for such a move. They considered the Wall as an end to concerns about a GDR/Soviet retaking or capture of the whole of Berlin; the Wall would presumably have been an unnecessary project if such plans were afloat. Thus, they concluded that the possibility of a Soviet military conflict over Berlin had decreased.
The East German government claimed that the Wall was an "anti-fascist protective rampart" () intended to dissuade aggression from the West. Another official justification was the activities of Western agents in Eastern Europe. The Eastern German government also claimed that West Berliners were buying out state-subsidized goods in East Berlin. East Germans and others greeted such statements with skepticism, as most of the time, the border was only closed for citizens of East Germany traveling to the West, but not for residents of West Berlin travelling to the East. The construction of the Wall had caused considerable hardship to families divided by it. Most people believed that the Wall was mainly a means of preventing the citizens of East Germany from entering or fleeing to West Berlin.
Secondary response
The National Security Agency was the only American intelligence agency that was aware that East Germany was to take action to deal with the brain drain problem. On 9 August 1961, the NSA intercepted an advance warning information of the Socialist Unity Party's plan to close the intra-Berlin border between East and West Berlin completely for foot traffic. The interagency intelligence Berlin Watch Committee assessed that this intercept "might be the first step in a plan to close the border." This warning did not reach John F. Kennedy until noon on 13 August 1961, while he was vacationing in his yacht off the Kennedy Compound in Hyannis Port, Massachusetts. While Kennedy was angry that he had no advance warning, he was relieved that the East Germans and the Soviets had only divided Berlin without taking any action against West Berlin's access to the West. However, he denounced the Berlin Wall, whose erection worsened the relations between the United States and the Soviet Union.
In response to the erection of the Berlin Wall, a retired general, Lucius D. Clay, was appointed by Kennedy as his special advisor with ambassadorial rank. Clay had been the Military Governor of the US Zone of Occupation in Germany during the period of the Berlin Blockade and had ordered the first measures in what became the Berlin Airlift. He was immensely popular with the residents of West Berlin, and his appointment was an unambiguous sign that Kennedy would not compromise on the status of West Berlin. As a symbolic gesture, Kennedy sent Clay and Vice President Lyndon B. Johnson to West Berlin. They landed at Tempelhof Airport on the afternoon of Saturday, 19 August 1961 and were greeted enthusiastically by the local population.
They arrived in a city defended by three Allied brigades—one each from the UK (Berlin Infantry Brigade), the US (Berlin Brigade), and France (Forces Françaises à Berlin). On 16 August, Kennedy had given the order for them to be reinforced. Early on 19 August, the 1st Battle Group, 18th Infantry Regiment (commanded by Colonel Glover S. Johns Jr.) was alerted.
On Sunday morning, U.S. troops marched from West Germany through East Germany, bound for West Berlin. Lead elements—arranged in a column of 491 vehicles and trailers carrying 1,500 men, divided into five march units—left the Helmstedt-Marienborn checkpoint at 06:34. At Marienborn, the Soviet checkpoint next to Helmstedt on the West German-East German border, US personnel were counted by guards. The column was long, and covered from Marienborn to Berlin in full battle gear. East German police watched from beside trees next to the autobahn all the way along.
The front of the convoy arrived at the outskirts of Berlin just before noon, to be met by Clay and Johnson, before parading through the streets of Berlin in front of a large crowd. At 04:00 on 21 August, Lyndon Johnson left West Berlin in the hands of General Frederick O. Hartel and his brigade of 4,224 officers and men. "For the next three and a half years, American battalions would rotate into West Berlin, by autobahn, at three-month intervals to demonstrate Allied rights to the city".
The creation of the Wall had important implications for both German states. By stemming the exodus of people from East Germany, the East German government was able to reassert its control over the country: in spite of discontent with the Wall, economic problems caused by dual currency and the black market were largely eliminated. The economy in the GDR began to grow. However, the Wall proved a public relations disaster for the communist bloc as a whole. Western powers portrayed it as a symbol of communist tyranny, particularly after East German border guards shot and killed would-be defectors. Such fatalities were later treated as acts of murder by the reunified Germany.
Structure and adjacent areas
Layout and modifications
The Berlin Wall was more than long. In June 1962, a second, parallel fence, also known as a “hinterland” wall (inner wall), was built some farther into East German territory. The houses contained between the wall and fences were razed and the inhabitants relocated, thus establishing what later became known as the death strip. The death strip was covered with raked sand or gravel, rendering footprints easy to notice, easing the detection of trespassers and also enabling officers to see which guards had neglected their task; it offered no cover; and, most importantly, it offered clear fields of fire for the Wall guards.
Through the years, the Berlin Wall evolved through four versions:
Wire fence and concrete block wall (1961)
Improved wire fence (1962–1965)
Improved concrete wall (1965–1975)
(Border Wall 75) (1975–1989)
The "fourth-generation Wall", known officially as "" (retaining wall element UL 12.11), was the final and most sophisticated version of the Wall. Begun in 1975 and completed about 1980, it was constructed from 45,000 separate sections of reinforced concrete, each high and wide, and cost DDM16,155,000 or about US$3,638,000. The concrete provisions added to this version of the Wall were done to prevent escapees from driving their cars through the barricades. At strategic points, the Wall was constructed to a somewhat weaker standard, so that East German and Soviet armored vehicles could easily break through in the event of war.
The top of the wall was lined with a smooth pipe, intended to make it more difficult to scale. The Wall was reinforced by mesh fencing, signal fencing, anti-vehicle trenches, barbed wire, dogs on long lines, "beds of nails" (also known as "Stalin's Carpet") under balconies hanging over the "death strip", over 116 watchtowers, and 20 bunkers with hundreds of guards. This version of the Wall is the one most commonly seen in photographs, and surviving fragments of the Wall in Berlin and elsewhere around the world are generally pieces of the fourth-generation Wall. The layout came to resemble the inner German border in most technical aspects, except that the Berlin Wall had no landmines nor spring-guns. Maintenance was performed on the outside of the wall by personnel who accessed the area outside it either via ladders or via hidden doors within the wall. These doors could not be opened by a single person, needing two separate keys in two separate keyholes to unlock.
As was the case with the inner German border, an unfortified strip of Eastern territory was left outside the wall. This outer strip was used by workers to paint over graffiti and perform other maintenance on the outside of the wall Unlike the inner German border, however, the outer strip was usually no more than four meters wide, and, in photos from the era, the exact location of the actual border in many places appears not even to have been marked. Also in contrast with the inner German border, little interest was shown by East German law enforcement in keeping outsiders off the outer strip; sidewalks of West Berlin streets even ran inside it.
Despite the East German government's general policy of benign neglect, vandals were known to have been pursued in the outer strip, and even arrested. In 1986, defector and political activist Wolfram Hasch and four other defectors were standing inside the outer strip defacing the wall when East German personnel emerged from one of the hidden doors to apprehend them. All but Hasch escaped back into the western sector. Hasch himself was arrested, dragged through the door into the death strip, and later convicted of illegally crossing the de jure border outside the wall. Graffiti artist Thierry Noir has reported having often been pursued there by East German soldiers. While some graffiti artists were chased off the outer strip, others, such as Keith Haring, were seemingly tolerated.
Surrounding municipalities
Besides the sector-sector boundary within Berlin itself, the Wall also separated West Berlin from the present-day state of Brandenburg. The following present-day municipalities, listed in counter-clockwise direction, share a border with the former West Berlin:
Oberhavel: Mühlenbecker Land (partially), Glienicke/Nordbahn, Hohen Neuendorf, Hennigsdorf
Havelland: Schönwalde-Glien, Falkensee, Dallgow-Döberitz
Potsdam (urban district)
Potsdam-Mittelmark: Stahnsdorf, Kleinmachnow, Teltow
Teltow-Fläming: Großbeeren, Blankenfelde-Mahlow
Dahme-Spreewald: Schönefeld (partially)
Official crossings and usage
There were nine border crossings between East and West Berlin. These allowed visits by West Berliners, other West Germans, Western foreigners and Allied personnel into East Berlin, as well as visits by GDR citizens and citizens of other socialist countries into West Berlin, provided that they held the necessary permits. These crossings were restricted according to which nationality was allowed to use it (East Germans, West Germans, West Berliners, other countries). The best known was the vehicle and pedestrian checkpoint at the corner of Friedrichstraße and Zimmerstraße (Checkpoint Charlie), which was restricted to Allied personnel and foreigners.
Several other border crossings existed between West Berlin and surrounding East Germany. These could be used for transit between West Germany and West Berlin, for visits by West Berliners into East Germany, for transit into countries neighbouring East Germany (Poland, Czechoslovakia, Denmark), and for visits by East Germans into West Berlin carrying a permit. After the 1972 agreements, new crossings were opened to allow West Berlin waste to be transported into East German dumps, as well as some crossings for access to West Berlin's exclaves (see Steinstücken).
Four autobahns connected West Berlin to West Germany, including Berlin-Helmstedt autobahn, which entered East German territory between the towns of Helmstedt and Marienborn (Checkpoint Alpha), and which entered West Berlin at Dreilinden (Checkpoint Bravo for the Allied forces) in southwestern Berlin. Access to West Berlin was also possible by railway (four routes) and by boat for commercial shipping via canals and rivers.
Non-German Westerners could cross the border at Friedrichstraße station in East Berlin and at Checkpoint Charlie. When the Wall was erected, Berlin's complex public transit networks, the S-Bahn and U-Bahn, were divided with it. Some lines were cut in half; many stations were shut down. Three western lines traveled through brief sections of East Berlin territory, passing through eastern stations (called , or ghost stations) without stopping. Both the eastern and western networks converged at , which became a major crossing point for those (mostly Westerners) with permission to cross.
Crossing
West Germans and citizens of other Western countries could generally visit East Germany, often after applying for a visa at an East German embassy several weeks in advance. Visas for day trips restricted to East Berlin were issued without previous application in a simplified procedure at the border crossing. However, East German authorities could refuse entry permits without stating a reason. In the 1980s, visitors from the western part of the city who wanted to visit the eastern part had to exchange at least DM 25 into East German currency at the poor exchange rate of 1:1. It was forbidden to export East German currency from the East, but money not spent could be left at the border for possible future visits. Tourists crossing from the west had to also pay for a visa, which cost DM 5; West Berliners did not have to pay this fee.
West Berliners initially could not visit East Berlin or East Germany at all—all crossing points were closed to them between 26 August 1961 and 17 December 1963. In 1963, negotiations between East and West resulted in a limited possibility for visits during the Christmas season that year (). Similar, very limited arrangements were made in 1964, 1965 and 1966.
In 1971, with the Four Power Agreement on Berlin, agreements were reached that allowed West Berliners to apply for visas to enter East Berlin and East Germany regularly, comparable to the regulations already in force for West Germans. However, East German authorities could still refuse entry permits.
East Berliners and East Germans could not, at first, travel to West Berlin or West Germany at all. This regulation remained in force essentially until the fall of the Wall, but over the years several exceptions to these rules were introduced, the most significant being:
Elderly pensioners could travel to the West starting in 1964
Visits of relatives for important family matters
People who had to travel to the West for professional reasons (for example, artists, truck drivers, musicians, writers, etc.)
For each of these exceptions, GDR citizens had to apply for individual approval, which was never guaranteed. In addition, even if travel was approved, GDR travellers could exchange only a very small amount of East German Marks into Deutsche Marks (DM), thus limiting the financial resources available for them to travel to the West. This led to the West German practice of granting a small amount of DM annually (Begrüßungsgeld, or welcome money) to GDR citizens visiting West Germany and West Berlin to help alleviate this situation.
Citizens of other East European countries were in general subject to the same prohibition of visiting Western countries as East Germans, though the applicable exception (if any) varied from country to country.
Allied military personnel and civilian officials of the Allied forces could enter and exit East Berlin without submitting to East German passport controls, purchasing a visa or being required to exchange money. Likewise, Soviet military patrols could enter and exit West Berlin. This was a requirement of the post-war Four Powers Agreements. A particular area of concern for the Western Allies involved official dealings with East German authorities when crossing the border, since Allied policy did not recognize the authority of the GDR to regulate Allied military traffic to and from West Berlin, as well as the Allied presence within Greater Berlin, including entry into, exit from, and presence within East Berlin.
The Allies held that only the Soviet Union, and not the GDR, had the authority to regulate Allied personnel in such cases. For this reason, elaborate procedures were established to prevent inadvertent recognition of East German authority when engaged in travel through the GDR and when in East Berlin. Special rules applied to travel by Western Allied military personnel assigned to the military liaison missions accredited to the commander of Soviet forces in East Germany, located in Potsdam.
Allied personnel were restricted by policy when travelling by land to the following routes:
Transit between West Germany and West Berlin
Road: the Helmstedt–Berlin autobahn (A2) (checkpoints Alpha and Bravo respectively). Soviet military personnel manned these checkpoints and processed Allied personnel for travel between the two points. Military personnel were required to be in uniform when traveling in this manner.
Rail: Western Allied military personnel and civilian officials of the Allied forces were forbidden to use commercial train service between West Germany and West Berlin, because of GDR passport and customs controls when using them. Instead, the Allied forces operated a series of official (duty) trains that traveled between their respective duty stations in West Germany and West Berlin. When transiting the GDR, the trains would follow the route between Helmstedt and Griebnitzsee, just outside West Berlin. In addition to persons traveling on official business, authorized personnel could also use the duty trains for personal travel on a space-available basis. The trains traveled only at night, and as with transit by car, Soviet military personnel handled the processing of duty train travelers. (See History of the Berlin S-Bahn.)
Entry into and exit from East Berlin
Checkpoint Charlie (as a pedestrian or riding in a vehicle)
As with military personnel, special procedures applied to travel by diplomatic personnel of the Western Allies accredited to their respective embassies in the GDR. This was intended to prevent inadvertent recognition of East German authority when crossing between East and West Berlin, which could jeopardize the overall Allied position governing the freedom of movement by Allied forces personnel within all Berlin.
Ordinary citizens of the Western Allied powers, not formally affiliated with the Allied forces, were authorized to use all designated transit routes through East Germany to and from West Berlin. Regarding travel to East Berlin, such persons could also use the Friedrichstraße train station to enter and exit the city, in addition to Checkpoint Charlie. In these instances, such travelers, unlike Allied personnel, had to submit to East German border controls.
Defection attempts
During the years of the Wall, around 5,000 people successfully defected to West Berlin. The number of people who died trying to cross the Wall, or as a result of the Wall's existence, has been disputed. The most vocal claims by Alexandra Hildebrandt, Director of the Checkpoint Charlie Museum and widow of the Museum's founder, estimated the death toll to be well above 200. A historic research group at the Centre for Contemporary History (ZZF) in Potsdam has confirmed at least 140 deaths. Prior official figures listed 98 as being killed.
The East German government issued shooting orders (Schießbefehl) to border guards dealing with defectors, though such orders are not the same as "shoot to kill" orders. GDR officials denied issuing the latter. In an October 1973 order later discovered by researchers, guards were instructed that people attempting to cross the Wall were criminals and needed to be shot:
Early successful escapes involved people jumping the initial barbed wire or leaping out of apartment windows along the line, but these ended as the Wall was fortified. East German authorities no longer permitted apartments near the Wall to be occupied, and any building near the Wall had its windows boarded and later bricked up. On 15 August 1961, Conrad Schumann was the first East German border guard to escape by jumping the barbed wire to West Berlin.
On 22 August 1961, Ida Siekmann was the first casualty at the Berlin Wall: she died after she jumped out of her third floor apartment at 48 Bernauer Strasse. The first person to be shot and killed while trying to cross to West Berlin was Günter Litfin, a twenty-four-year-old tailor. He attempted to swim across the Spree to West Berlin on 24 August 1961, the same day that East German police had received shoot-to-kill orders to prevent anyone from escaping.
Another dramatic escape was carried out in April 1963 by Wolfgang Engels, a 19-year-old civilian employee of the Nationale Volksarmee (NVA). Engels stole a Soviet armored personnel carrier from a base where he was deployed and drove it right into the Wall. He was fired at and seriously wounded by border guards. But a West German policeman intervened, firing his weapon at the East German border guards. The policeman removed Engels from the vehicle, which had become entangled in the barbed wire.
East Germans successfully defected by a variety of methods: digging long tunnels under the Wall, waiting for favorable winds and taking a hot air balloon, sliding along aerial wires, flying ultralights and, in one instance, simply driving a sports car at full speed through the basic, initial fortifications. When a metal beam was placed at checkpoints to prevent this kind of defection, up to four people (two in the front seats and possibly two in the boot) drove under the bar in a sports car that had been modified to allow the roof and windscreen to come away when it made contact with the beam. They lay flat and kept driving forward. The East Germans then built zig-zagging roads at checkpoints. The sewer system predated the Wall, and some people escaped through the sewers, in a number of cases with assistance from the Unternehmen Reisebüro. In September 1962, 29 people escaped through a tunnel to the west. At least 70 tunnels were dug under the wall; only 19 were successful in allowing fugitives—about 400 persons—to escape. The East Germany authorities eventually used seismographic and acoustic equipment to detect the practice. In 1962, they planned an attempt to use explosives to destroy one tunnel, but this was not carried out as it was apparently sabotaged by a member of the Stasi.
An airborne escape was made by Thomas Krüger, who landed a Zlin Z 42M light aircraft of the Gesellschaft für Sport und Technik, an East German youth military training organization, at RAF Gatow. His aircraft, registration DDR-WOH, was dismantled and returned to the East Germans by road, complete with humorous slogans painted on it by airmen of the Royal Air Force, such as "Wish you were here" and "Come back soon".
If an escapee was wounded in a crossing attempt and lay on the death strip, no matter how close they were to the Western wall, Westerners could not intervene for fear of triggering engaging fire from the 'Grepos', the East Berlin border guards. The guards often let fugitives bleed to death in the middle of this ground, as in the most notorious failed attempt, that of Peter Fechter (aged 18) at a point near Zimmerstrasse in East Berlin. He was shot and bled to death, in full view of the Western media, on 17 August 1962. Fechter's death created negative publicity worldwide that led the leaders of East Berlin to place more restrictions on shooting in public places and provide medical care for possible "would-be escapers". The last person to be shot and killed while trying to cross the border was Chris Gueffroy on 6 February 1989, while the final person to die in an escape attempt was Winfried Freudenberg who was killed when his homemade natural gas-filled balloon crashed on 8 March 1989.
The Wall gave rise to a widespread sense of desperation and oppression in East Berlin, as expressed in the private thoughts of one resident, who confided to her diary "Our lives have lost their spirit… we can do nothing to stop them."
Concerts by Western artists and growing anti-Wall sentiment
David Bowie, 1987
On 6 June 1987, David Bowie, who earlier for several years lived and recorded in West Berlin, played a concert close to the Wall. This was attended by thousands of Eastern concertgoers across the Wall, followed by violent rioting in East Berlin. According to Tobias Ruther, these protests in East Berlin were the first in the sequence of riots that led to those of November 1989. Although other factors were probably more influential in the fall of the Wall, upon his death in 2016, the German Foreign Office tweeted "Good-bye, David Bowie. You are now among #Heroes. Thank you for helping to bring down the #wall."
Bruce Springsteen, 1988
On 19 July 1988, 16 months before the Wall came down, Bruce Springsteen and the E-Street Band, played Rocking the Wall, a live concert in East Berlin, which was attended by 300,000 in person and broadcast on television. Springsteen spoke to the crowd in German, saying: "I'm not here for or against any government. I've come to play rock 'n' roll for you in the hope that one day all the barriers will be torn down". East Germany and its FDJ youth organization were worried they were losing an entire generation. They hoped that by letting Springsteen in, they could improve their sentiment among East Germans. However, this strategy of "one step backwards, two steps forwards" backfired, and the concert only made East Germans hungrier for more of the freedoms that Springsteen epitomized. While John F. Kennedy and Ronald Reagan delivered their famous speeches from the safety of West Berlin, Springsteen's speaking out against the Wall in the middle of East Berlin added to the euphoria.
David Hasselhoff, 1989
On 31 December 1989, American TV actor and pop music singer David Hasselhoff was the headlining performer for the Freedom Tour Live concert, which was attended by over 500,000 people on both sides of the Wall. The live concert footage was directed by music video director Thomas Mignone and aired on broadcast television station Zweites Deutsches Fernsehen ZDF throughout Europe. During shooting, film crew personnel pulled people up from both sides to stand and celebrate on top of the wall. Hasselhoff sang his number one hit song "Looking For Freedom" on a platform at the end of a twenty-meter steel crane that swung above and over the Wall adjacent to the Brandenburg Gate.
Comments by politicians
On 26 June 1963, 22 months after the erection of the Berlin Wall, U.S. President John F. Kennedy visited West Berlin. Speaking from a platform erected on the steps of Rathaus Schöneberg for an audience of 450,000 and straying from the prepared script, he declared in his Ich bin ein Berliner speech the support of the United States for West Germany and the people of West Berlin in particular:
The message was aimed as much at the Soviets as it was at Berliners and was a clear statement of U.S. policy in the wake of the construction of the Berlin Wall. The speech is considered one of Kennedy's best, both a significant moment in the Cold War and a high point of the New Frontier. It was a great morale boost for West Berliners, who lived in an exclave deep inside East Germany and feared a possible East German occupation.
Former British prime minister Margaret Thatcher commented in 1982:
In a speech at the Brandenburg Gate commemorating the 750th anniversary of Berlin on 12 June 1987, U.S. President Ronald Reagan challenged Mikhail Gorbachev, then the General Secretary of the Communist Party of the Soviet Union, to tear down the Wall as a symbol of increasing freedom in the Eastern Bloc:
In January 1989 GDR leader Erich Honecker predicted that the Wall would stand for 50 or 100 more years if the conditions that had caused its construction did not change.
Fall
Due to the increasing economic problems in the Eastern Bloc and the failure of the USSR to intervene in relation to the individual communist states, the brackets of the Eastern Bloc slowly began to loosen from the end of the 1980s. One example is the fall of the communist government in neighboring Poland's 1989 Polish legislative election. Also in June 1989, the Hungarian government began dismantling the electrified fence along its border with Austria (with Western TV crews present) although the border was still very closely guarded and escape was almost impossible.
The opening of a border gate between Austria and Hungary at the Pan-European Picnic on 19 August 1989, which was based on an idea by Otto von Habsburg to test the reaction of Mikhail Gorbachev, then triggered a peaceful chain reaction, at the end of which there was no longer the GDR and the Eastern Bloc had disintegrated. Because with the non-reaction of the USSR and the GDR to the mass exodus, the media-informed Eastern Europeans could feel the increasing loss of power of their governments and more and more East Germans were now trying to flee via Hungary. Erich Honecker explained to the Daily Mirror regarding the Paneuropean picnic and thus showed his people his own inaction: "Habsburg distributed leaflets far into Poland, on which the East German holidaymakers were invited to a picnic. When they came to the picnic, they were given gifts, food and Deutsche Mark, and then they were persuaded to come to the West." Then, in September, more than 13,000 East German tourists escaped through Hungary to Austria. This set up a chain of events. The Hungarians prevented many more East Germans from crossing the border and returned them to Budapest. These East Germans flooded the West German embassy and refused to return to East Germany.
The East German government responded by disallowing any further travel to Hungary but allowed those already there to return to East Germany. This triggered similar events in neighboring Czechoslovakia. This time, however, the East German authorities allowed people to leave, provided that they did so by train through East Germany. This was followed by mass demonstrations within East Germany itself. Protest demonstrations spread throughout East Germany in September 1989. Initially, protesters were mostly people wanting to leave to the West, chanting ("We want out!"). Then protestors began to chant ("We are staying here!"). This was the start of what East Germans generally call the "Peaceful Revolution" of late 1989. The protest demonstrations grew considerably by early November. The movement neared its height on 4 November, when half a million people gathered to demand political change, at the Alexanderplatz demonstration, East Berlin's large public square and transportation hub. On 9 October 1989, the police and army units were given permission to use force against those assembled, but this did not deter the church service and march from taking place, which gathered 70,000 people.
The longtime leader of East Germany, Erich Honecker, resigned on 18 October 1989 and was replaced by Egon Krenz that day.
The wave of refugees leaving East Germany for the West kept increasing. By early November refugees were finding their way to Hungary via Czechoslovakia, or via the West German Embassy in Prague. This was tolerated by the new Krenz government, because of long-standing agreements with the communist Czechoslovak government, allowing free travel across their common border. However, this movement of people grew so large it caused difficulties for both countries. To ease the difficulties, the politburo led by Krenz decided on 9 November to allow refugees to exit directly through crossing points between East Germany and West Germany, including between East and West Berlin. Later the same day, the ministerial administration modified the proposal to include private, round-trip, and travel. The new regulations were to take effect the next day.
Günter Schabowski, the party boss in East Berlin and the spokesman for the SED Politburo, had the task of announcing the new regulations. However, he had not been involved in the discussions about the new regulations and had not been fully updated. Shortly before a press conference on 9 November, he was handed a note announcing the changes, but given no further instructions on how to handle the information. These regulations had only been completed a few hours earlier and were to take effect the following day, so as to allow time to inform the border guards. But this starting time delay was not communicated to Schabowski. At the end of the press conference, Schabowski read out loud the note he had been given. A reporter, ANSA's Riccardo Ehrman, asked when the regulations would take effect. After a few seconds' hesitation, Schabowski replied, "As far as I know, it takes effect immediately, without delay". After further questions from journalists, he confirmed that the regulations included the border crossings through the Wall into West Berlin, which he had not mentioned until then. He repeated that it was immediate in an interview with American journalist Tom Brokaw.
Excerpts from Schabowski's press conference were the lead story on West Germany's two main news programs that night—at 7:17 p.m. on ZDF's heute and at 8 p.m. on ARD's Tagesschau. As ARD and ZDF had broadcast to nearly all of East Germany since the late 1950s and had become accepted by the East German authorities, the news was broadcast there as well simultaneously. Later that night, on ARD's Tagesthemen, anchorman Hanns Joachim Friedrichs proclaimed, "This 9 November is a historic day. The GDR has announced that, starting immediately, its borders are open to everyone. The gates in the Wall stand open wide."
After hearing the broadcast, East Germans began gathering at the Wall, at the six checkpoints between East and West Berlin, demanding that border guards immediately open the gates. The surprised and overwhelmed guards made many hectic telephone calls to their superiors about the problem. At first, they were ordered to find the "more aggressive" people gathered at the gates and stamp their passports with a special stamp that barred them from returning to East Germany—in effect, revoking their citizenship. However, this still left thousands of people demanding to be let through "as Schabowski said we can". It soon became clear that no one among the East German authorities would take personal responsibility for issuing orders to use lethal force, so the vastly outnumbered soldiers had no way to hold back the huge crowd of East German citizens. Finally, at 10:45 p.m. on 9 November, Harald Jäger, the commander of the Bornholmer Straße border crossing yielded, allowing for the guards to open the checkpoints and allowing people through with little or no identity checking. As the Ossis swarmed through, they were greeted by Wessis waiting with flowers and champagne amid wild rejoicing. Soon afterward, a crowd of West Berliners jumped on top of the Wall, and were soon joined by East German youngsters. The evening of 9 November 1989 is known as the night the Wall came down.
Another border crossing to the south may have been opened earlier. An account by Heinz Schäfer indicates that he also acted independently and ordered the opening of the gate at Waltersdorf-Rudow a couple of hours earlier. This may explain reports of East Berliners appearing in West Berlin earlier than the opening of the Bornholmer Straße border crossing.
Thirty years after the fall of the Berlin Wall, The Guardian collected short stories from 9 November 1989 by five German writers who reflect on the day. In this, Kathrin Schmidt remembers comically: 'I downed almost an entire bottle of schnapps'.
Legacy
Little is left of the Wall at its original site, which was destroyed almost in its entirety. Three long sections are still standing: an piece of the first (westernmost) wall at the Topography of Terror, site of the former Gestapo headquarters, halfway between Checkpoint Charlie and Potsdamer Platz; a longer section of the second (easternmost) wall along the Spree River near the Oberbaumbrücke, nicknamed East Side Gallery; and a third section that is partly reconstructed, in the north at Bernauer Straße, which was turned into a memorial in 1999. Other isolated fragments, lampposts, other elements, and a few watchtowers also remain in various parts of the city.
The former leadership in the Schlesischen Busch in the vicinity of the Puschkinallee—the listed, twelve-meter high watchtower stands in a piece of the wall strip, which has been turned into a park, near the Lohmühleninsel.
The former "Kieler Eck" (Kiel Corner) on Kieler Strasse in Mitte, close to the Berlin-Spandau Schifffahrtskanal—the tower is protected as a historic monument and now surrounded on three sides by new buildings. It houses a memorial site named after the Wallopfer Günter Litfin, who was shot at Humboldthafen in August 1961. The memorial site, which is run by the initiative of his brother Jürgen Liftin, can be viewed after registration.
The former management office at Nieder Neuendorf, in the district of Hennigsdorf of the same name—here is the permanent exhibition on the history of the border installations between the two German states.
The former management station at Bergfelde, today the district of Hohen Neuendorf—The tower is located in an already reforested area of the border strip and is used together with surrounding terrain as a nature protection tower by the Deutschen Waldjugend.
The only one of the much slimmer observation towers (BT-11) in the Erna-Berger-Strasse also in Mitte—however, was moved by a few meters for construction work and is no longer in the original location; There is an exhibition about the wall in the area of the Potsdamer Platz in planning.
Nothing still accurately represents the Wall's original appearance better than a very short stretch at Bernauer Straße associated with the Berlin Wall Documentation Center. Other remnants are badly damaged by souvenir seekers. Fragments of the Wall were taken and some were sold around the world. Appearing both with and without certificates of authenticity, these fragments are now a staple on the online auction service eBay as well as German souvenir shops. Today, the eastern side is covered in graffiti that did not exist while the Wall was guarded by the armed soldiers of East Germany. Previously, graffiti appeared only on the western side. Along some tourist areas of the city centre, the city government has marked the location of the former Wall by a row of cobblestones in the street. In most places only the "first" wall is marked, except near Potsdamer Platz where the stretch of both walls is marked, giving visitors an impression of the dimension of the barrier system.
After the fall of the Berlin Wall, there were initiatives that they want to preserve the death strip walkways and redevelop it into a hiking and cycling area, known as Berliner Mauerweg. It is part of the initiative by the Berlin Senate since 2005.
Cultural differences
For many years after reunification, people in Germany talked about cultural differences between East and West Germans (colloquially Ossis and Wessis), sometimes described as Mauer im Kopf (The wall in the head). A September 2004 poll found that 25 percent of West Germans and 12 percent of East Germans wished that East and West should be separated again by a "Wall". A poll taken in October 2009 on the occasion of the 20th anniversary of the fall of the Wall indicated, however, that only about a tenth of the population was still unhappy with the unification (8 percent in the East; 12 percent in the West). Although differences are still perceived between East and West, Germans make similar distinctions between North and South.
A 2009 poll conducted by Russia's VTsIOM, found that more than half of all Russians do not know who built the Berlin Wall. Ten percent of people surveyed thought Berlin residents built it themselves. Six percent said Western powers built it and four percent thought it was a "bilateral initiative" of the Soviet Union and the West. Fifty-eight percent said they did not know who built it, with just 24 percent correctly naming the Soviet Union and its then-communist ally East Germany.
Wall segments around the world
Not all segments of the Wall were ground up as the Wall was being torn down. Many segments have been given to various institutions in the world. They can be found, for instance, in presidential and historical museums, lobbies of hotels and corporations, at universities and government buildings, and in public spaces in different countries of the world.
50th anniversary commemoration
On 13 August 2011, Germany marked the 50th anniversary of East Germany beginning the erection of the Berlin Wall. Chancellor Angela Merkel joined with President Christian Wulff and Berlin Mayor Klaus Wowereit at the Bernauer Straße memorial park to remember lives and liberty. Speeches extolled freedom and a minute of silence at noon honored those who died trying to flee to the West. "It is our shared responsibility to keep the memory alive and to pass it on to the coming generations as a reminder to stand up for freedom and democracy to ensure that such injustice may never happen again." entreated Mayor Wowereit. "It has been shown once again: Freedom is invincible at the end. No wall can permanently withstand the desire for freedom", proclaimed President Wulff.
Related media
Documentaries
Documentary films specifically about the Berlin Wall include:
The Tunnel (December 1962), an NBC News Special documentary film.
The Road to the Wall (1962), a documentary film.
Something to Do with the Wall (1991), a documentary about the fall of the Berlin Wall by Ross McElwee and Marilyn Levine, originally conceived as a commemoration of the 25th anniversary of its construction.
Rabbit à la Berlin (2009), a documentary film, directed by Bartek Konopka, told from the point of view of a group of wild rabbits that inhabited the zone between the two walls.
The American Sector (2020), a documentary by Courtney Stephens and Pacho Velez that tracks down the wall segments located in the U.S.
Intrigue - Tunnel 29, Helena Merriman tells the extraordinary true story of a man who dug a tunnel right under the feet of Berlin Wall border guards to help friends, family and strangers escape.
Feature films
Fictional films featuring the Berlin Wall have included:
Escape from East Berlin (1962), American-West German film inspired by story of 29 East Germans that tunneled under the wall
The Spy Who Came in from the Cold (1965), a Cold War classic set on both sides of The Wall, from the eponymous book by John le Carré, directed by Martin Ritt.
The Boy and the Ball and the Hole in the Wall (1965), Spanish-Mexican co-production.
Funeral in Berlin (1966), a spy movie starring Michael Caine, directed by Guy Hamilton.
Casino Royale (1967), a film featuring a segment centred on a house apparently bisected by the Wall.
The Wicked Dreams of Paula Schultz (1968), a Cold War spy farce about an Olympic athlete who defects, directed by George Marshall.
Berlin Tunnel 21 (1981), a made-for-TV movie about a former American officer leading an attempt to build a tunnel underneath The Wall as a rescue route.
Night Crossing (1982), a British-American drama film starring John Hurt, Jane Alexander, and Beau Bridges, based on the true story of the Strelzyk and Wetzel families, who on 16 September 1979, attempted to escape from East Germany to West Germany in a homemade hot air balloon, during the days of the Inner German border-era.
The Innocent (1993), a film about the joint CIA/MI6 operation to build a tunnel under East Berlin in the 1950s, directed by John Schlesinger.
The Tunnel (2001), a dramatization of a collaborative tunnel under the Wall, filmed by Roland Suso Richter.
Good Bye Lenin! (2003), film set during German unification that depicts the fall of the Wall through archive footage
Open The Wall (2014), featuring a dramatized story of the East-German border guard who was the first to let East Berliners cross the border to West Berlin on 9 November 1989.
Bridge of Spies (2015), featuring a dramatized subplot about Frederic Pryor, in which an American economics graduate student visits his German girlfriend in East Berlin just as the Berlin Wall is being built. He tries to bring her back into West Berlin but is stopped by Stasi agents and arrested as a spy.
Literature
Some novels specifically about the Berlin Wall include:
John le Carré, The Spy Who Came in from the Cold (1963), classic Cold War spy fiction.
Len Deighton, Berlin Game (1983), classic Cold War spy fiction
T.H.E. Hill, The Day Before the Berlin Wall: Could We Have Stopped It? – An Alternate History of Cold War Espionage, 2010 – based on a legend told in Berlin in the 1970s.
John Marks' The Wall (1999) in which an American spy defects to the East just hours before the Wall falls.
Marcia Preston's West of the Wall (2007, published as Trudy's Promise in North America), in which the heroine, left behind in East Berlin, waits for news of her husband after he makes his escape over the Berlin Wall.
Peter Schneider's The Wall Jumper, (1984; German: Der Mauerspringer, 1982), the Wall plays a central role in this novel set in Berlin of the 1980s.
Music
Music related to the Berlin Wall includes:
Stationary Traveller (1984), a concept album by Camel that takes the theme of families and friends split up by the building of the Berlin Wall.
"West of the Wall", a 1962 top 40 hit by Toni Fisher, which tells the tale of two lovers separated by the newly built Berlin Wall.
"Holidays in the Sun", a song by the English punk rock band Sex Pistols which prominently mentions the Wall, specifically singer Johnny Rotten's fantasy of digging a tunnel under it.
David Bowie's "Heroes", inspired by the image of a couple kissing at the Berlin Wall (in reality, the couple was his producer Tony Visconti and backup singer Antonia Maaß). The song (which, along with the album of the same name, were recorded in Berlin), makes lyrical references to the kissing couple, and to the "Wall of Shame" ("the shame was on the other side"). Upon Bowie's death, the Federal Foreign Office paid homage to Bowie on Twitter: see also above
"" (1984), a song by the Dutch pop band , about the differences between East and West Berlin during the period of the Berlin Wall.
"Chippin' Away" (1990), a song by Tom Fedora, performed by Crosby, Stills & Nash on the Berlin Wall, which appeared on Graham Nash's solo album Innocent Eyes (1986).
"Hedwig and the Angry Inch," a rock opera whose genderqueer protagonist Hedwig Robinson was born in East Berlin and later, living in the United States, describes herself as "the new Berlin Wall" standing between "East and West, slavery and freedom, man and woman, top and bottom." As a result, she says, people are moved to "decorate" her with "blood, graffiti and spit." (1998)
The music video for Liza Fox's song "Free" (2013) contains video clips of the fall of the Berlin Wall.
Visual art
Artworks related to the Berlin Wall include:
In 1982, the West-German artist created about 500 artworks along the former border strip around West Berlin as part of his work series Border Injuries. On one of his actions he tore down a large part of the Wall, installed a prepared foil of 3x2m in it, and finished the painting there before the border soldiers on patrol could detect him. This performance was recorded on video. His actions are well-documented both in newspapers from that time and in recent scientific publications.
The Day the Wall Came Down, 1996 and 1998 sculptures by Veryl Goodnight, which depict five horses leaping over actual pieces of the Berlin Wall.
Games
Video games related to the Berlin Wall include:
The Berlin Wall (1991), a video game.
SimCity 3000 (1999), a video game featuring a scenario taking place at the end of the Cold War, wherein the player is given five years within the game to demolish the Wall and re-unite East and West Berlin; the longer it takes to complete the goal, the more riots take place in the city.
The Call of Duty: Black Ops (2010) "First Strike" downloadable content pack includes a multiplayer map (called ("Berlin Wall") that takes place at the Berlin Wall.
The introductory video to the Civilization VI video game expansion "Rise and Fall" depicts a woman striking the wall with a sledgehammer.
Ostalgie: The Berlin Wall (2018), video game by Kremlingames, where the player, playing as the leader of the GDR from 1989 to 1991, can take down the Berlin Wall themselves or as a result of events in the game, or keep the wall intact as long as the country exists.
In April 2018 game publisher Playway S.A. announced that Polish game studio K202 was working on The Berlin Wall video game, which was released in November 2019.
See also
Berlin Wall graffiti art
Chapel of Reconciliation
Checkpoint Charlie stand-off (October 1961)
Deborah Kennedy (artist), American artist whose works were featured on the wall before its fall
Dissolution of the Soviet Union (1991)
East German balloon escape
Green Line (Lebanon)
Korean Demilitarized Zone
Military Demarcation Line
List of Berlin Wall segments
List of walls
Operation Gold
Ostalgie
Peace lines
Removal of Hungary's border fence with Austria
Reunification of Jerusalem
The Wall – Live in Berlin (rock opera/concert, 21 July 1990)
World Freedom Day (United States)
References
Sources
Childs, David (2001). The Fall of the GDR: Germany's Road To Unity, Longman, Pearsoned.co.uk.
Childs, David (1986) [1983]. The GDR: Moscow's German Ally, London: George Allen & Unwin, .
Childs, David (2001). The Fall of the GDR, Longman. Amazon.co.uk
Childs, David (2000). The Two Red Flags: European Social Democracy & Soviet Communism Since 1945, Routledge.
Childs, David (1991). Germany in the Twentieth Century, (From pre-1918 to the restoration of German unity), Batsford, Third edition.
Childs, David (1987). East Germany to the 1990s Can It Resist Glasnost?, The Economist Intelligence Unit. . Worldcat.org
Taylor, Frederick (2006). The Berlin Wall: 13 August 1961 – 9 November 1989. Bloomsbury
Luftbildatlas. Entlang der Berliner Mauer. Karten, Pläne und Fotos. Hans Wolfgang Hoffmann / Philipp Meuser (eds.) Berlin 2009.
Sarotte, Mary Elise (2014). Collapse: The Accidental Opening of the Berlin Wall, New York: Basic Books,
Sarotte, Mary Elise (2014) [1989]. The Struggle to Create Post-Cold War Europe (Second Edition) Princeton: Princeton University Press,
Further reading
External links
Berlin Wall collected news and commentary. The Guardian
Berlin Wall on OpenStreetMap (zoomable and scrollable)
Other resources:
Berlin Wall image group on Flickr
Berlin Wall Online, historical chronicle
Border barriers
1961 establishments in East Germany
1961 establishments in West Germany
1961 in military history
1961 in politics
20th century in Berlin
Allied occupation of Germany
Articles containing video clips
Buildings and structures completed in 1961
Buildings and structures demolished in 1989
Buildings and structures demolished in 1990
Demolished buildings and structures in Germany
Eastern Bloc
Former buildings and structures in Germany
History of East Germany
History of West Germany
Inner German border
Separation barriers
City walls in Germany |
3727 | https://en.wikipedia.org/wiki/Bass%20%28sound%29 | Bass (sound) | Bass ( ) (also called bottom end) describes tones of low (also called "deep") frequency, pitch and range from 16 to 256 Hz (C0 to middle C4) and bass instruments that produce tones in the low-pitched range C2-C4. They belong to different families of instruments and can cover a wide range of musical roles. Since producing low pitches usually requires a long air column or string, and for stringed instruments, a large hollow body, the string and wind bass instruments are usually the largest instruments in their families or instrument classes.
Use in composition
In musical compositions, such as songs and pieces, these are the lowest-pitched parts of the harmony. In choral music without instrumental accompaniment, the bass is supplied by adult male bass singers. For an accompanied choir, the bass is typically provided by pipe organ or piano (or if a choir can afford to hire one, by orchestra). In an orchestra, the basslines are played by the double bass and cellos, bassoon or contrabassoon, low brass such as the tuba and bass trombone, and the timpani (kettledrums). In many styles of traditional music such as Bluegrass, folk, and in styles such as Rockabilly and big band and Bebop jazz, the bass role is filled by the upright bass. In most rock and pop bands and in jazz fusion groups, the bass role is filled by the electric bass. In some 20th and 21st century pop genres, such as 1980s pop, hip hop music and electronic dance music, the bass role may be filled with a bass synthesizer.
Musical role
When bass notes are played in a musical ensemble such an orchestra, they are frequently used to provide a counterpoint or counter-melody, in a harmonic context either to outline or juxtapose the progression of the chords, or with percussion to underline the rhythm.
Rhythm section
In popular music, the bass part, which is called the "bassline", typically provides harmonic and rhythmic support to the band. The bass player is a member of the rhythm section in a band, along with the drummer, rhythm guitarist, and, in some cases, a keyboard instrument player (e.g., piano or Hammond organ). The bass player emphasizes the root or fifth of the chord in their basslines (and to a lesser degree, the third of the chord) and accents the strong beats.
Kinds of bass harmony
In classical music, different forms of bass are: basso concertante, or basso recitante; the bass voice of the chorus; the bass which accompanies the softer passages of a composition, as well as those passages which employ the whole power of the ensemble, generally played by the violoncellos in orchestral music; contrabass (“under bass”), is described as that part which is performed by the double basses; violoncellos often play the same line an octave higher, or a different melodic or rhythmic part which is not a bassline when double basses are used; basso ripieno; that bass which joins in the full passages of a composition, and, by its depth of tone and energy of stroke, affords a powerful contrast to the lighter and softer passages or movements.
Basso continuo was an approach to writing music during the Baroque music era (1600-1750). With basso continuo, a written-out bassline served to set out the chord progression for an entire piece (symphony, concerto, Mass, or other work), with the bassline being played by pipe organ or harpsichord and the chords being improvised by players of chordal instruments (theorbo, lute, harpsichord, etc.).
"The bass differs from other voices because of the particular role it plays in supporting and defining harmonic motion. It does so at levels ranging from immediate, chord-by-chord events to the larger harmonic organization of an entire work."
Instruments
As seen in the musical instrument classification article, categorizing instruments can be difficult. For example, some instruments fall into more than one category. The cello is considered a tenor instrument in some orchestral settings, but in a string quartet it is the bass instrument. Also, the Bass Flute is actually the tenor member of the flute family even though it is called the "Bass" Flute.
Examples grouped by general form and playing technique include:
Double bass from the viol or violin family (usually the instrument referred to as a "bass" in European classical music and jazz. Sometimes called a "string bass" to differentiate it from a "brass bass" or "bass horn", or an "upright bass" to differentiate it from a "bass guitar")
Bass guitar and acoustic bass guitar, instruments shaped, constructed and held (or worn) like guitars, that play in the bass range. The electric bass guitar is usually the instrument referred to as a "bass" in pop and rock music.
A bass horn, such as a tuba, serpent, and sousaphone from the wind family and low-tuned versions of specific types of brass and woodwind instruments, such as bassoon, bass clarinet, bass trombone and bass saxophone, etc. (less common usage)
Keyboard bass, a keyboard alternative to the bass guitar or double bass (e.g. the Fender Rhodes piano bass in the 1960s or 13-note MIDI keyboard controllers in the 2000s)
Washtub bass, a simple folk instrument
A musician playing one of these instruments is often known as a bassist. Other more specific terms such as 'bass guitarist', 'double bassist', 'bass player', etc. may also be used.
Keyboards
Keyboard bass
Pedal keyboard
Percussion
Unpitched
Bass drum
Pitched
Timpani
Stringed
Double bass
Bass guitar
Washtub bass
Cello
Wind
Woodwind
Bass recorder
Bass oboe
Bassoon
Contrabassoon
Bass saxophone
Contrabass saxophone
Subcontrabass saxophone
Bass clarinet
Contrabass clarinet
Contrabass flute
Brass
Tuba
Subcontrabass tuba
Bass trombone
Euphonium
Baritone Horn
Music shows and dances
With recorded music playback, for owners of 33 rpm LPs and 45 singles, the availability of loud and deep bass was limited by the ability of the phonograph record stylus to track the groove. While some hi-fi aficionados had solved the problem by using other playback sources, such as reel-to-reel tape players which were capable of delivering accurate, naturally deep bass from acoustic sources, or synthetic bass not found in nature, with the popular introduction of the compact cassette in the late 1960s it became possible to add more low frequency content to recordings. By the mid-1970s, 12" vinyl singles, which allowed for "more bass volume", were used to record disco, reggae, dub and hip-hop tracks; dance club DJs played these records in clubs with subwoofers to achieve "physical and emotional" reactions from dancers.
In the early 1970s, early disco DJs sought out deeper bass sounds for their dance events. David Mancuso hired sound engineer Alex Rosner to design additional subwoofers for his disco dance events, along with "tweeter arrays" to "boost the treble and bass at opportune moments" at his private, underground parties at The Loft. The demand for sub-bass sound reinforcement in the 1970s was driven by the important role of "powerful bass drum" in disco, as compared with rock and pop; to provide this deeper range, a third crossover point from 40 Hz to 120 Hz (centering on 80 Hz) was added. The Paradise Garage discotheque in New York City, which operated from 1977 to 1987, had "custom designed 'sub-bass' speakers" developed by Alex Rosner's disciple, sound engineer Richard ("Dick") Long that were called "Levan Horns" (in honor of resident DJ Larry Levan).
By the end of the 1970s, subwoofers were used in dance venue sound systems to enable the playing of "[b]ass-heavy dance music" that we "do not 'hear' with our ears but with our entire body". At the club, Long used four Levan bass horns, one in each corner of the dancefloor, to create a "haptic and tactile quality" in the sub-bass that you could feel in your body. To overcome the lack of sub-bass frequencies on 1970s disco records (sub-bass frequencies below 60 Hz were removed during mastering), Long added a DBX 100 "Boom Box" subharmonic pitch generator into his system to synthesize 25 Hz to 50 Hz sub-bass from the 50 to 100 Hz bass on the records. In the early 1980s, Long designed a sound system for the Warehouse dance club, with "huge stacks of subwoofers" which created "deep and intense" bass frequencies that "pound[ed] through your system" and "entire body", enabling clubgoers to "viscerally experience" the DJs' house music mixes.
Deep, heavy bass is central to Jamaican musical styles such as dub and reggae. In Jamaica in the 1970s and 1980s, sound engineers for reggae sound systems began creating "heavily customized" subwoofer enclosures by adding foam and tuning the cabinets to achieve "rich and articulate speaker output below 100 Hz". The sound engineers who developed the "bass-heavy signature sound" of sound reinforcement systems have been called "deserving as much credit for the sound of Jamaican music as their better-known music producer cousins". The sound engineers for Stone Love Movement (a sound system crew), for example, modified folded horn subwoofers they imported from the US to get more of a bass reflex sound that suited local tone preferences for dancehall audiences, as the unmodified folded horn was found to be "too aggressive" sounding and "not deep enough for Jamaican listeners".
In Jamaican sound system culture, there are both "low and high bass bins" in "towering piles" that are "delivered in large trucks" and set up by a crew of "box boys", and then positioned and adjusted by the sound engineer in a process known as "stringing up", all to create the "sound of reggae music you can literally feel as it comes off these big speakers". Sound system crews hold 'sound clash' competitions, where each sound system is set up and then the two crews try to outdo each other.
Movies
The use of subwoofers to provide deep bass in film presentations received a great deal of publicity in 1974 with the movie Earthquake which was released in Sensurround. Initially installed in 17 U.S. theaters, the Cerwin Vega "Sensurround" system used large subwoofers which were driven by racks of 500 watt amplifiers which were triggered by control tones printed on one of the audio tracks on the film. Four of the subwoofers were positioned in front of the audience under (or behind) the film screen and two more were placed together at the rear of the audience on a platform. Powerful noise energy and loud rumbling in the range of 17 Hz to 120 Hz was generated at the level of 110–120 decibels of sound pressure level, abbreviated dB(SPL). The new low frequency entertainment method helped the film become a box office success. More Sensurround systems were assembled and installed. By 1976 there were almost 300 Sensurround systems leapfrogging through select theaters. Other films to use the effect include the WW II naval battle epic Midway in 1976 and Rollercoaster in 1977.
See also
Sub bass
Treble (sound)
Bass clef
Figured bass
Sources
Further reading
External links
Contrabass instruments |
3728 | https://en.wikipedia.org/wiki/UK%20bass | UK bass | UK bass, also called bass music, is club music that emerged in the United Kingdom during the mid-2000s under the influence of diverse genres such as house, grime, dubstep, UK garage, R&B, and UK funky. The term "UK bass" came into use as artists began ambiguously blending the sounds of these defined genres while maintaining an emphasis on percussive, bass-led rhythm.
UK bass is sometimes conflated with bassline or post-dubstep. It is not to be confused with the hip hop and electro-based genre Miami bass, which is sometimes called "bass music" as well.
Origins
The breadth of styles that have come to be associated with the term preclude it from being a specific musical genre. Pitchfork writer Martin Clark has suggested that "well-meaning attempts to loosely define the ground we're covering here are somewhat futile and almost certainly flawed. This is not one genre. However, given the links, interaction, and free-flowing ideas ... you can't dismiss all these acts as unrelated." Dubstep producer Skream is quoted in an interview with The Independent in September 2011 as saying: The word dubstep is being used by a lot of people and there were a lot of people being tagged with the dubstep brush. They don't want to be tagged with it and shouldn't be tagged with it – that's not what they're pushing... When I say 'UK bass', it's what everyone UK is associated with so it would be a lot easier if it was called that."
In the United Kingdom, bass music has had major mainstream success since the late 2000s and early 2010s, with artists such as James Blake, Benga, Example, Burial, Sophie, Zomby, Chase & Status, Skream, TNGHT, Ash Bowles and Wretch 32. The term "post-dubstep" has been used synonymously to refer to artists, such as Blake, Mount Kimbie and Fantastic Mr. Fox whose work drew on UK garage, 2-step, and other forms of underground dance music, as well as ambient music and early R&B. Outside of nightclubs, UK bass has mainly been promoted and played on Internet radio stations such as Sub.FM and Rinse FM.
References
2010s in music
British styles of music
Dubstep
Electronic dance music genres
Grime music
UK garage |
3729 | https://en.wikipedia.org/wiki/Burning%20glass | Burning glass | A burning glass or burning lens is a large convex lens that can concentrate the sun's rays onto a small area, heating up the area and thus resulting in ignition of the exposed surface. Burning mirrors achieve a similar effect by using reflecting surfaces to focus the light. They were used in 18th-century chemical studies for burning materials in closed glass vessels where the products of combustion could be trapped for analysis. The burning glass was a useful contrivance in the days before electrical ignition was easily achieved.
Historical development: from legend to science
Burning glass technology has been known since antiquity, as described by Greek and Roman writers who recorded the use of lenses to start fires for various purposes. Pliny the Elder noted the use of glass vases filled with water to create a heat intense enough to ignite clothing, as well as convex lenses that were used to cauterize wounds. Plutarch refers to a burning mirror made of joined triangular metal mirrors installed at the temple of the Vestal Virgins. Aristophanes mentions the burning lens in his play The Clouds (424 BC).
The Hellenistic Greek mathematician Archimedes was said to have used a burning glass as a weapon in 212 BC, when Syracuse was besieged by Marcus Claudius Marcellus of the Roman Republic. The Roman fleet was supposedly incinerated, though eventually the city was taken and Archimedes was slain.
The legend of Archimedes gave rise to a considerable amount of research on burning glasses and lenses until the late 17th century. Various researchers from medieval Christendom to the Islamic world worked with burning glasses, including Anthemius of Tralles (6th century AD), Proclus (6th century; who by this means purportedly destroyed the fleet of Vitalian besieging Constantinople), Ibn Sahl in his On Burning Mirrors and Lenses (10th century), Alhazen in his Book of Optics (1021), Roger Bacon (13th century), Giambattista della Porta and his friends (16th century), Athanasius Kircher and Gaspar Schott (17th century), and the Comte de Buffon in 1740 in Paris.
While the effects of camera obscura were mentioned by Greek philosopher Aristotle in the 4th century BC, contemporary Chinese Mohists of China's Warring States Period who compiled the Mozi described their experiments with burning mirrors and the pinhole camera. A few decades after Alhazen described camera obscura in Iraq, the Song dynasty Chinese statesman Shen Kuo was nevertheless the first to clearly describe the relationship of the focal point of a concave mirror, the burning point and the pinhole camera as separate radiation phenomena in his Dream Pool Essays (1088). By the late 15th century Leonardo da Vinci would be the first in Europe to make similar observations about the focal point and pinhole.
Burning lenses were used in the 18th century by both Joseph Priestley and Antoine Lavoisier in their experiments to obtain oxides contained in closed vessels under high temperatures. These included carbon dioxide by burning diamond, and mercuric oxide by heating mercury. This type of experiment contributed to the discovery of "dephlogisticated air" by Priestley, which became better known as oxygen, following Lavoisier's investigations.
Chapter 17 of William Bates' 1920 book Perfect Sight Without Glasses, in which the author argues that observation of the sun is beneficial to those with poor vision, includes a figure of somebody "Focussing the Rays of the Sun Upon the Eye of a Patient by Means of a Burning Glass."
Use
War: since the legend of Archimedes
The first use of a burning glass by Archimedes was for the purpose of war, with the burning glass being as a weapon in 212 BC, when Syracuse was besieged by Marcus Claudius Marcellus. The Roman fleet was supposedly incinerated, though eventually the city was taken and Archimedes was slain.
In 1796, during the French Revolution and three years after the declaration of war between France and Great Britain, physicist Étienne-Gaspard Robert met with the French government and proposed the use of mirrors to burn the invading ships of the British Royal Navy. They decided not to take up his proposal.
Domestic use: primitive fire making
Burning glasses (often called fire lenses) are still used to light fires in outdoor and primitive settings. Large burning lenses sometimes take the form of Fresnel lenses, similar to lighthouse lenses, including those for use in solar furnaces. Solar furnaces are used in industry to produce extremely high temperatures without the need for fuel or large supplies of electricity. They sometimes employ a large parabolic array of mirrors (some facilities are several stories high) to focus light to a high intensity.
Religion: sacred fire
In various religions settings, a burning glass is used to set off some sort of sacred fire.
From the 7th to the 16th centuries, a burning glass was used by Christians to set off the Easter Fire during the Easter vigil. Thus, Saint Boniface explained to Pope Zachary that he produced the new fire of Holy Saturday by means of a crystal lens concentrating the rays of the sun. This process was also mentioned in liturgical books until the Roman Pontifical of 1561.
In Cambodia, a burning glass has also been used since ancient times for the cremation of kings and most recently for the funeral of King Sihanouk. The crematorium of the king is traditionally prepared by the Bakus brahmin from the Royal Palace on the last day of the week-long funeral. Small pieces of fragrant agarwood are placed beneath the magnifying glass until it ignites. The incandescent wood is used to light candles and pass on the fire to the attendees, who usually take their lit candles home.
Sports: lighting the Olympic torch
The Olympic torch that is carried around the host country of the Olympic Games is lit by a burning glass, at the site of ancient Olympia in Greece.
Popular culture: verification attempts
The popular science television program MythBusters attempted to model Archimedes' feat by using mirrors to ignite a small wooden boat covered with tar, with little success—they found it too difficult to focus light from their hand-held mirrors onto a point small enough to ignite the boat. However, an episode of Richard Hammond's Engineering Connections relating to the Keck Observatory (whose reflector glass is based on the Archimedes' Mirror) did successfully use a much smaller curved mirror to burn a wooden model, though not made of the same quality of materials as in the MythBusters effort.
See also
Diocles (mathematician)
Nimrud lens
Pyreliophorus
Visby lenses
References
Further reading
Temple, Robert. The Crystal Sun, .
External links
Magnifiers
Lenses
Ancient weapons |
3730 | https://en.wikipedia.org/wiki/Battle%20of%20Adrianople%20%28disambiguation%29 | Battle of Adrianople (disambiguation) | The Battle of Adrianople (378 CE), in which Gothic rebels defeated the Eastern Roman Empire, was the main battle of the Gothic War (376–382).
Battle of Adrianople may also refer to:
Battle of Adrianople (324), a battle in which Constantine the Great defeated Licinius in a Roman civil war
Siege of Adrianople (378), an unsuccessful siege by the Goths following the Battle of Adrianople
Battle of Adrianople (718), a battle between an alliance of Bulgarians and Byzantines against the Umayyad Caliphate, during the Siege of Constantinople (717–718)
Battle of Adrianople (813), a successful Bulgarian siege of the Byzantine city
Battle of Adrianople (914), a battle between Bulgarians and Byzantines
Battle of Adrianople (972), a battle between Byzantines and Kievan Rus' led by Sviatoslav I of Kiev
Battle of Adrianople (1003), a battle between Bulgarians and Byzantines
Battle of Adrianople (1094), part of the revolt of Constantine Diogenes (pretender) and his Cuman allies
Battle of Adrianople (1205), part of the Fourth Crusade, in which the Bulgarians defeated the Crusaders
Battle of Adrianople (1226), part of the revolt of Theodore Komnenos Doukas
Battle of Adrianople (1254), in which the Byzantines defeated the Bulgarians
Battle of Adrianople (1305), a battle between the Byzantines and the Catalan Company
Battle of Adrianople (1355), a battle between the Byzantines and the Serbs led by Stefan Dušan
Battle of Adrianople (1365), in which the Ottoman Empire took the city from the Byzantine Empire
Battle of Adrianople (1829), in which the Russians seized the city from the Ottoman Empire
Siege of Adrianople (1912–1913), in which the Bulgarians took the city from the Ottomans in the First Balkan War
See also
Adrianople
Battle of Tzirallum, a 313 CE battle in which Licinius defeated Maximinus Daia in a Roman civil war |
3731 | https://en.wikipedia.org/wiki/Beacon | Beacon | A beacon is an intentionally conspicuous device designed to attract attention to a specific location. A common example is the lighthouse, which draws attention to a fixed point that can be used to navigate around obstacles or into port. More modern examples include a variety of radio beacons that can be read on radio direction finders in all weather, and radar transponders that appear on radar displays.
Beacons can also be combined with semaphoric or other indicators to provide important information, such as the status of an airport, by the colour and rotational pattern of its airport beacon, or of pending weather as indicated on a weather beacon mounted at the top of a tall building or similar site. When used in such fashion, beacons can be considered a form of optical telegraphy.
For navigation
Beacons help guide navigators to their destinations. Types of navigational beacons include radar reflectors, radio beacons, sonic and visual signals. Visual beacons range from small, single-pile structures to large lighthouses or light stations and can be located on land or on water. Lighted beacons are called lights; unlighted beacons are called daybeacons. Aerodrome beacons are used to indicate locations of airports and helipads.
Handheld beacons are also employed in aircraft marshalling, and are used by the marshal to deliver instructions to the crew of aircraft as they move around an active airport, heliport or aircraft carrier.
For defensive communications (historical)
Historically, beacons were fires lit at well-known locations on hills or high places, used either as lighthouses for navigation at sea, or for signalling over land that enemy troops were approaching, in order to alert defenses. As signals, beacons are an ancient form of optical telegraph and were part of a relay league.
Systems of this kind have existed for centuries over much of the world. The ancient Greeks called them phryctoriae, while beacons figure on several occasions on the column of Trajan.
In ancient China, sentinels on and near the Great Wall of China used a sophisticated system of daytime smoke and nighttime flame to send signals along long chains of beacon towers.
Legend has it that Zhōu Yōu Wáng, king of the Western Zhou dynasty, played a trick multiple times in order to amuse his often melancholy concubine, ordering beacon towers lit to fool his Marquess and soldiers. But when enemies, led by Marquess of Shen really arrived at the wall, although the towers were lit, no defenders came, leading to Yōu's death and the collapse of the Western Zhou dynasty.
In the 10th century, during the Arab–Byzantine wars, the Byzantine Empire used a beacon system to transmit messages from the border with the Abbasid Caliphate, across Anatolia to the imperial palace in the Byzantine capital, Constantinople. It was devised by Leo the Mathematician for Emperor Theophilos, but either abolished or radically curtailed by Theophilos' son and successor, Michael III. Beacons were later used in Greece as well, while the surviving parts of the beacon system in Anatolia seem to have been reactivated in the 12th century by Emperor Manuel I Komnenos.
In Scandinavia many hill forts were part of beacon networks to warn against invading pillagers. In Finland, these beacons were called vainovalkeat, "persecution fires", or vartiotulet, "guard fires", and were used to warn Finn settlements of imminent raids by the Vikings.
In Wales, the Brecon Beacons were named for beacons used to warn of approaching English raiders. In England, the most famous examples are the beacons used in Elizabethan England to warn of the approaching Spanish Armada. Many hills in England were named Beacon Hill after such beacons. In England the authority to erect beacons originally lay with the King and later was delegated to the Lord High Admiral. The money due for the maintenance of beacons was called Beaconagium and was levied by the sheriff of each county. In the Scottish borders country, a system of beacon fires was at one time established to warn of incursions by the English. Hume and Eggerstone castles and Soltra Edge were part of this network.
In Spain, the border of Granada in the territory of the Crown of Castile had a complex beacon network to warn against Moorish raiders and military campaigns.
On vehicles
Vehicular beacons are rotating or flashing lights affixed to the top of a vehicle to attract the attention of surrounding vehicles and pedestrians. Emergency vehicles such as fire engines, ambulances, police cars, tow trucks, construction vehicles, and snow-removal vehicles carry beacon lights.
The color of the lamps varies by jurisdiction; typical colors are blue and/or red for police, fire, and medical-emergency vehicles; amber for hazards (slow-moving vehicles, wide loads, tow trucks, security personnel, construction vehicles, etc.); green for volunteer firefighters or for medical personnel, and violet for funerary vehicles. Beacons may be constructed with halogen bulbs similar to those used in vehicle headlamps, xenon flashtubes, or LEDs. Incandescent and xenon light sources require the vehicle's engine to continue running to ensure that the battery is not depleted when the lights are used for a prolonged period. The low power consumption of LEDs allows the vehicle's engine to remain turned off while the lights operate.
Other uses
Beacons and bonfires are also used to mark occasions and celebrate events.
Beacons have also allegedly been abused by shipwreckers. An illicit fire at a wrong position would be used to direct a ship against shoals or beaches, so that its cargo could be looted after the ship sank or ran aground. There are, however, no historically substantiated occurrences of such intentional shipwrecking.
In wireless networks, a beacon is a type of frame which is sent by the access point (or WiFi router) to indicate that it is on.
Bluetooth based beacons periodically send out a data packet and this could be used by software to identify the beacon location. This is typically used by indoor navigation and positioning applications.
Beaconing is the process that allows a network to self-repair network problems. The stations on the network notify the other stations on the ring when they are not receiving the transmissions. Beaconing is used in Token ring and FDDI networks.
In fiction
In Aeschylus' tragedy Agamemnon, a chain of eight beacons staffed by so-called lampadóphoroi inform Clytemnestra in Argos, within a single night's time, that Troy has just fallen under her husband king Agamemnon's control, after a famous ten years siege.
In J. R. R. Tolkien's high fantasy novel, The Lord of the Rings, a series of beacons alerts the entire realm of Gondor when the kingdom is under attack. These beacon posts were staffed by messengers who would carry word of their lighting to either Rohan or Belfalas. In Peter Jackson's film adaptation of the novel, the beacons serve as a connection between the two realms of Rohan and Gondor, alerting one another directly when they require military aid, as opposed to relying on messengers as in the novel.
In retail
Beacons are sometimes used in retail to send digital coupons or invitations to customers passing by.
Types
Infrared beacon
An infrared beacon (IR beacon) transmits a modulated light beam in the infrared spectrum, which can be identified easily and positively. A line of sight clear of obstacles between the transmitter and the receiver is essential. IR beacons have a number of applications in robotics and in Combat Identification (CID).
Infrared beacons are the key infrastructure for the Universal Traffic Management System (UTMS) in Japan. They perform two-way communication with travelling vehicles based on highly directional infrared communication technology and have a vehicle detecting capability to provide more accurate traffic information.
A contemporary military use of an Infrared beacon is reported in Operation Acid Gambit.
Sonar beacon
A sonar beacon is an underwater device which transmits sonic or ultrasonic signals for the purpose of providing bearing information. The most common type is that of a rugged watertight sonar transmitter attached to a submarine and capable of operating independently of the electrical system of the boat. It can be used in cases of emergencies to guide salvage vessels to the location of a disabled submarine.
See also
Aerodrome beacon
Beacon mode service
Beacon School
Belisha beacon
Emergency locator beacon
Emergency position-indicating radiobeacon station (ELTs, PLBs & EPIRBs)
iBeacon
Lantern
Leading lights
Lighthouse of Alexandria
Milestone/Kilometric point
Polaris
Strobe beacon
Time ball
Trail blazing
Warning light (disambiguation)
Weather beacon
Web beacon
References |
3733 | https://en.wikipedia.org/wiki/Bhangra%20%28music%29 | Bhangra (music) | Bhaṅgṛā (ਭੰਗੜਾ (Gurmukhi); ) is a type of upbeat popular music associated with the Punjabi diaspora in Britain. The style has its origins in the folk music of Punjab as well as western pop music of the 70s and 80s. Prior to this musical fusion, Bhangra existed only as a dance form in the native Punjab. This British music was unique in that it was not traditional nor did it seek any authenticity. While the traditional folk music of Punjab has a set of melodies that are used by various singers, Bhangra was a form of strict "band culture" in that new melodies were composed for each song. Therefore, the musicians were as important as the singers.
Origins
The roots of modern bhangra music date back to the British Punjabi community in Britain during the 1960s. An early pop music and modern recording artist/group of this type of music in the United Kingdom was Bhujhangy Group, founded by Tarlochan Singh Bilga, Balbir Singh Khanpur, Gurpal, Rajinder Dhona, and Dalvir Kahanpuri in Birmingham in 1971. Bhujhangy Group's first major hit was "Bhabiye Akh Larr Gayee" Lyric by Tarlochan Singh Bilga the early 1975s, released on Birmingham's Oriental Star Agencies label. This was the first song to combine traditional Asian music with modern Western instruments.
Differences from folk music
Although bhangra music used many of the elements of Punjabi folk music (e.g. - "Bakkrey Bulaaney" - the goat herding vocalizations), it was also radically different in its embrace of modernity. The song structure of a typical bhangra song featured four verses, a chorus, along with two alternating instrumental bridge sections. (e.g. - CVB1CVB2CVB1CVB2C.) Hence it featured more musicianship than its folk predecessor.
United Kingdom
1970s
A modern and commercial form of bhangra music was said to rise in Britain in the 1970s by Punjabi immigrants who took their native folk music and began experimenting by altering it using instruments from their host country. The new genre quickly became popular in Britain replacing Punjabi folk singers due to it being heavily influenced in Britain by the infusion of rock music and a need to move away from the simple and repetitive Punjabi folk music. It indicated the development of a self-conscious and distinctively rebellious British Asian youth culture centred on an experiential sense of self, e.g., language, gesture, bodily signification, desires, etc., in a situation in which tensions with British culture and racist elements in British society had resulted in alienation in many minority ethnic groups, fostered a sense of need for an affirmation of a positive identity and culture, and provided a platform for British Punjabi males to assert their masculinity.
In the 1980s, distributed by record labels such as Multitone Records, bhangra artists were selling over 30,000 cassettes a week in the UK, but no artists reached the Top 40 UK chart despite these artists outselling popular British ones; most of the bhangra cassette sales were not through the large UK record stores, whose sales were those recorded by the Official UK Charts Company for creating their rankings.
The group Alaap (band) formed in 1977, co-founded by Channi Singh and Harjeet Gandhi who both hailed from Southall, a Punjabi area in London. Their album Teri Chunni De Sitaray was released in 1982 by Multitone. Alaap was considered the first and original superstar bhangra band formed in the United Kingdom. Channi Singh has been awarded the OBE by the Queen for his services to bhangra music and services/charity for the British Asian community. Co-founder Harjeet Gandhi died in 2003.
The 1980s is commonly known as the golden age, or the age of bhangra music, which lasted roughly from 1985 to 1993. The primary emphasis during these times was on the melody/riff, played out usually on a synthesizer, harmonium, accordion or a guitar. The folk instruments were rarely used
One of the biggest bhangra stars of the last several decades is Malkit Singh and his band Golden Star. Singh was born in June 1963 in the village of Hussainpur in Punjab. He attended the Lyallpur Khalsa College, Jalandhar, in Punjab in 1980 to study for a bachelor of arts degree. There he met his mentor, Professor Inderjit Singh, who taught him Punjabi folk singing and bhangra dancing. Due to Singh's tutelage, Malkit entered and won song contests during this time. In 1983, he won a gold medal at the Guru Nanak Dev University in Amritsar, Punjab, for performing his song "Gurh Nalon Ishq Mitha", which later featured on his first album, Nach Gidhe Wich, Lyric by Tarlochan Singh Bilga released in 1985. This album was created with Manager, Tarlochan Singh Bilga(TSB). The band has toured 27 countries. Malkit has been awarded the MBE by the Queen for his services to bhangra music.
Bhangra boy band, the Sahotas, were composed of five brothers from Wolverhampton. Their music is a fusion of bhangra, rock and dance.
Heera, formed by Bhupinder Bhindi and fronted by Kumar and Dhami, was one of the most popular bands of the 1980s.
Bands like Alaap and Heera incorporated rock-influenced beats into bhangra, because it enabled "Asian youth to affirm their identities positively" within the broader environment of alternative rock as an alternative way of expression. However, some believe that the progression of bhangra music created an "intermezzo culture" post-India's partition, within the unitary definitions of Southeast Asians within the diaspora, thus "establishing a brand new community in their home away from home".
Several other influential groups appeared around the same time, including The Saathies, Premi Group, Bhujungy Group, and Apna Sangeet. Apna Sangeet, best known for their hit "Mera Yaar Vajavey Dhol", re-formed for charity in May 2009 after a break-up.
When Bhangra and General Indian sounds and lyrics were combined, British-Asian artists began incorporating them in their music. Some Asian artists, such as Mick St Clair, Bally Sagoo, Talvin Singh, Badmarsh, Black Star Liner are creating their own form of British hip-hop.
This era also brought about bhangra art, which like the bhangra music it represented was rebellious. Unlike folk music art, which consisted of a picture of the folk singer, bhangra recordings had details such as distinctive artwork, logos, clever album names and band/musician listings (who played what).
Folk backlash
Unlike bhangra, folk music depends on a set number of traditional melodies that may be hundreds of years old. Each new singer simply writes new lyrics using one of those melodies.
In the mid-1990s, many artists, attracted to the economics of a bandless singer only act that technology such as karaoke machines now enabled, returned to the original, traditional folk beats away from bhangra music, often incorporating more dhol drum beats and tumbi. This time also saw the rise of several young Punjabi folk singers as a backlash to bhangra music. They were aided by DJs who mixed hip hop samples with folk singing.
Beginning around 1994, there was a trend towards the use of samples (often sampled from mainstream hip hop) mixed with traditional folk rhythm instruments, such as the tumbi and dhol. Using folk instruments and hip-hop samples, along with relatively inexpensive folk vocals imported from Punjab, Punjabi folk music was able to cause the decline of bhangra music.
Pioneering DJs instrumental in the decline of bhangra were Mick St Clair, Bally Sagoo and Panjabi MC. As DJs who were initially hired by bhangra labels to remix the original recordings on the label's roster (OSA and Nachural respectively), they along with the record labels quickly found that remixing folk singers from India was much cheaper than working with outsourced bhangra bands.
A pioneering folk singer that was instrumental in bhangra's demise was Jazzy B, who debuted in 1992. Having sold over 55,000 copies of his third album, Folk and Funky, he is now one of the best-selling Punjabi folk artists in the world, with a vocal style likened to that of Kuldip Manak.
Other influential folk artists include Surinder Shinda - famous for his "Putt Jattan De" - Harbhajan Mann, Manmohan Waris, Meshi Eshara, Sarbjit Cheema, Hans Raj Hans, Sardool Sikander, Anakhi, Sat Rang, XLNC, B21, Shaktee, Sahara, Paaras, PDM, Amar Group, Sangeet Group, Bombay Talkie, and Late Alam Lohar contributions of notably Jugni and Mirza Sahiban. A DJ to rise to stardom with many successful hits was Panjabi MC.
By the end of the 1990s, bhangra music had largely declined and been replaced with Punjabi folk singers. The same folk singers which bhangra bands had replaced a decade earlier were being utilized by DJs to make relatively inexpensive live music on laptops. This "folkhop" genre was short lived as records could not be officially released due to nonclearance copyrights on samples used to create the "beat". This continued until the end of the century. Folk-hop record labels such as Hi-Tech were investigated by BPI (British Phonographic Industry) for copyright infringement by way of uncleared samples on releases by folk DJs such as DJ Sanj.
Toward the end of the decade, bhangra continued to decline, with folk-hop artists such as Bally Sagoo and Apache Indian signing with international recording labels Sony and Island. Moreover, Multitone Records, one of the major recording labels associated with bhangra in Britain in the 1980s and 1990s, was bought by BMG. A recent Pepsi commercial launched in Britain featured South Asian actors and Punjabi folk music.
2000s remixes
Punjabi folk remixed with hip-hop, known as folkhop, is most often produced when folk vocals are purchased online to be remixed in a studio. Folk vocals are usually sung to traditional melodies, that are often repeated with new lyrics.
Some South Asian DJs, especially in America, have mixed Punjabi folk music with house, reggae, and hip-hop to add a different flavor to Punjabi folk. These remixes continued to gain popularity as the 1990s came to an end. This movement was established and proliferated by DJs such as Mick St Clair, Punjabi MC and DJ Rekha. DJ Rekha, originally from the UK, now resides in New York City running a club event series called Basement Bhangra. These monthly events exhibit house and hip hop bhangra remixes.
A notable remix artist is Bally Sagoo, a Punjabi-Sikh, Anglo-Indian raised in Birmingham, England. Sagoo described his music as "a bit of tablas, a bit of the Indian sound. But bring on the bass lines, bring on the funky-drummer beat, bring on the James Brown samples", to Time magazine in 1997. He was recently signed by Sony. Daler Mehndi, a Punjabi singer from India has a type of music known as "folk pop". Mehndi has released tracks such as "Bolo Ta Ra Ra" and "Ho Jayegee Balle Balle". His song "Tunak Tunak Tun" was released in 1998.
Canada and the United States
Punjabi immigrants have encouraged the growth of Punjabi folk music in the Western hemisphere rather than bhangra music. The bhangra industry has grown in North America much less than in the United Kingdom. Indian Lion, a Canadian folk artist explains what he thinks has caused this:
North American (non bhangra) folk artists such as Manmohan Waris, Jazzy Bains, Kamal Heer, Harbhajan Mann, Sarabjit Cheema, and Debi Makhsoospuri have emerged and the remix market has grown.
In 2001, Punjabi folk, and its hip-hop form, folkhop, began to exert an influence over US R&B music, when Missy Elliott released the folkhop-influenced song "Get Ur Freak On". In 2003, a version of Panjabi MC's "Mundian To Bach Ke" ("Beware of the Boys") featured U.S. rapper Jay-Z. Additionally, American rapper Pras of The Fugees recorded tracks with British alternative bhangra band Swami. American singer and actress Selena Gomez released her bhangra-influenced single "Come & Get It" from her first solo album Stars Dance in 2013.
Lyrics
Bhangra lyrics, which generally cover social issues or love, are sung in Punjabi. Bhangra lyrics were generally kept deliberately simple by the creators of the genre because the youth did not understand complex lyrics. Traditional Punjabi folk lyrics are generally more complex and often tell the tales of Punjabi history. There are many bhangra songs devoted to Punjabi pride themes and Punjabi heroes. The lyrics are tributes to the cultural traditions of Punjab. In particular, many bhangra tracks have been written about Udham Singh and Bhagat Singh. Less serious topics include beautiful women with their colourful duppattas. Lyrics can also be about crops and the coming of a new season. Bhangra is sung fiercely with strong lyrics often yelling: "balle balle" or "chakde phate", which refer to celebration and/or pride.
Notable bhangra or Punjabi lyricists include Harbans Jandu (Jandu Littranwala) ("Giddhian Di Rani") and Rattan Reehal (Rurki wala rattan).
Instruments
Punjabi instruments contribute to bhangra. Originally this was primarily the dhol. The 20th century has brought changes to the instruments that define bhangra, to include the tumbi, sarangi, dholak (smaller than the dhol), flute, zither, fiddle, harmonium, tabla, guitar, mandolin, saxophone, synthesizer, drum set, and other Western instruments. Perhaps the most famous Bhangra instrument is the dhol. It is a double-sided barrel drum that creates the beat to which Bhangra is danced to. The person who plays the instrument, the dholi, plays various beats to create the different Bhangra segments, such as Dhamaal, Jhummar, One side of the dhol has thicker skin, which creates a deeper sound, and the other side has a thinner skin, resulting in a higher-pitched sound. Two sticks are used to play the dhol instrument. The thicker stick, called the dagga, is used to play the bass side. The thinner tilli is used to play the treble side. Both sticks are usually made of wood or bamboo.
The string instruments include the guitar (both electrical), bass, sitar, tumbi, veena, violin and sarangi. The snare, toms, dhadd, dafli, dholki, and damru are the other drums. The tumbi, originally played by folk artists such as Lalchand Yamla Jatt and Kuldip Manak in true folk recordings and then notably used by Chamkila, a Punjabi folk (not bhangra) singer, is a high-tone, single-string instrument and Chimta by (Late) Alam Lohar.
Percussion
Bhangra today has developed into a largely beat-based music genre, unlike before 1994, when it was slightly more mellow and classical. Pandit Dinesh and Kuljit Bhamra were trained exponents of Indian percussion and helped create the current British music, mainly with tabla and dholki for bands like Alaap and Heera.
15-year-old percussionist Bhupinder Singh Kullar, a.k.a. Tubsy, of Handsworth, Birmingham, created a more contemporary style and groove that seemed to fuse more naturally with Western music. Songs such as "Dhola veh Dhola" (Satrang) and albums such as Bomb the Tumbi (Safri Boyz) contained this new style.
Sunil Kalyan of Southall, London, was a session musician on many songs and albums, playing the tabla.
Sukhshinder Shinda later introduced his style of dhol playing with the album Dhol Beat. He added a very clean style of dhol playing and helped create the sound for artists such as Jaswinder Singh Bains and Bhinda Jatt.
Another notable percussionist was Parvinder Bharat (Parv) of Wolverhampton. Parv had played for many bhangra bands from the '80s, playing with bands such as Satrang, Pardesi and then eventually joining the internationally acclaimed DCS. After leaving DCS, Parv continued to experiment with his art which resulted in a European tour with American singer Stevie Wonder.
Cultural impact and resurgence of Punjabi folk music in the West
The third and fourth generation are generally unable to speak Punjabi if their parents could hardly speak it. There is a move towards Punjabi folk music which is the purest form of Punjabi music. Much of the youth struggle to understand the lyrics, although, there are some children and young adults who have maintained their folk roots. Another reason why some fans express an anti-folk sentiment is that many folk songs were written for the dominate Jatts clan whereas Sikhs do not believe in castes, so they disapproved of Punjabi folk music. However, today with artists like Tru-Skool, Jazzy B, PMC, Sukhshinder Shinda, Surinder Shinda, Pappi Gill, Nachattar Gill, Pammi Bai and Diljit Dosanjh, Punjabi folk has increased in popularity although it is fused in some cases. iTunes has catalogs of many Punjabi folk singers available.
Another cause of the resurgence of Punjabi folk music is due to the increased popularity of bhangra in areas like the UK, Canada and U.S. Bhangra has become more accessible through social media platforms such as YouTube and Instagram, for the younger generation. In addition, multiple universities, across the UK, US and Canada have teams as well as academies being set up by senior dancers separate from universities. This resurgence has led to a desire for more traditional folk songs and beats, but also a learning opportunity for children of their cultures.
Derivatives
Bhangragga
Bhangragga is a term for the style of music incorporating elements of Bhangra and dancehall (or ragga, short for the word Raggamuffin) created by British Asian producers Simon and Diamond on the debut album by Apache Indian No Reservations (1993).
The sound is very percussion-heavy - a distinct holdover from Bhangra - with a propulsive beat clearly designed for dancing. The dancehall influence can be felt through the use of pre-programmed music, similar to Dancehall "riddims".
Lyrically, the style features a combination of Sub-Continental-accented (usually Indian) vocals delivered in the clipped style associated with dancehall - and sometimes including the Patois of the latter style.
This style is almost exclusively a British phenomenon, as the two cultures involved in its genesis mix reasonably freely there. The most successful exponent, however, is Apache Indian, who had a worldwide hit with "Boom Shack-A-Lak", which was included on the soundtrack to the film Dumb and Dumber, among others.
See also
List of bhangra artists
Music of Punjab
Punjabi culture
Asian Underground
Multitone records
Dhol
Punjab region
Music of the United Kingdom
References
External links
Where Bhangra Lives
Bhangra News, Music Videos & Interviews
www.Bhangra.org
House Of Bhangra
Real Bhangra
Punjabi Video Songs
India Music - The first ever Indian Music domain and web site registered.
Punjabi music
Indian styles of music
Pakistani styles of music
Punjabi words and phrases
British culture
Indian diaspora in the United Kingdom
Pakistani diaspora in the United Kingdom
Dance music genres
Punjabi diaspora
Pop music genres |
3735 | https://en.wikipedia.org/wiki/Beastie%20Boys | Beastie Boys | Beastie Boys were an American hip hop group from New York City, formed in 1981. The group was composed of Michael "Mike D" Diamond (vocals, drums), Adam "MCA" Yauch (vocals, bass), and Adam "Ad-Rock" Horovitz (vocals, guitar, programming).
Beastie Boys were formed out of members of experimental hardcore punk band The Young Aborigines in 1978, with Diamond as vocalist, Jeremy Shatan on bass guitar, John Berry on guitar, and Kate Schellenbach on drums. When Shatan left in 1981, Yauch replaced him on bass and the band changed their name to Beastie Boys. Berry left shortly thereafter and was replaced by Horovitz.
After achieving local success with the 1983 comedy hip hop single "Cooky Puss", Beastie Boys made a full transition to hip hop, and Schellenbach left. They toured with Madonna in 1985 and a year later released their debut album, Licensed to Ill (1986), the first rap record to top the Billboard 200 chart. Their second album, Paul's Boutique (1989), composed almost entirely of samples, was a commercial failure, but later received critical acclaim. Check Your Head (1992) and Ill Communication (1994) found mainstream success, followed by Hello Nasty (1998), To the 5 Boroughs (2004), The Mix-Up (2007), and Hot Sauce Committee Part Two (2011).
Beastie Boys have sold 20 million records in the United States and had seven platinum-selling albums from 1986 to 2004. They are the biggest-selling rap group since Billboard began recording sales in 1991. In 2012, they became the third rap group to be inducted into the Rock and Roll Hall of Fame. In the same year, Yauch died of cancer and Beastie Boys disbanded. Since then, the remaining two members have released several retrospective works, including a book and documentary film detailing the history of the group as well as a career-spanning compilation album. Diamond has produced acts including Portugal. The Man, while Horovitz has taken small acting roles and continues to play music.
History
1981–1983: Formation and early years
Prior to forming Beastie Boys, Michael Diamond was part of a number of bands such as the Walden Jazz Band, BAN, and the Young Aborigines. Beastie Boys formed in July 1981 when the Young Aborigines bassist Jeremy Shatan left New York City for the summer and the remaining members Michael Diamond, John Berry and Kate Schellenbach formed a new hardcore punk band with Adam Yauch.
In a 2007 interview with Charlie Rose, Yauch recalled that it was Berry who suggested the name Beastie Boys. Although the band stated that "Beastie" is an acronym standing for "Boys Entering Anarchistic States Towards Inner Excellence", in the Charlie Rose interview, both Yauch and Diamond acknowledged that the acronym was an "afterthought" conceived after the name was chosen. The band supported Bad Brains, the Dead Kennedys, the Misfits and Reagan Youth at venues such as CBGB, A7, Trudy Hellers Place and Max's Kansas City, playing at the latter venue on its closing night. In November 1982, Beastie Boys recorded the 7-inch EP Polly Wog Stew at 171A studios, an early recorded example of New York hardcore.
On November 13, 1982, Beastie Boys played Philip Pucci's birthday for the purposes of his short concert film, Beastie. Pucci held the concert in Bard College's Preston Drama Dance Department Theatre. This performance marked Beastie Boys' first on screen appearance in a published motion picture. Pucci's concept for Beastie was to distribute a mixture of both a half dozen 16 mm Bell & Howell Filmo cameras, and 16 mm Bolex cameras to audience members and ask that they capture Beastie Boys performance from the audience's own point of view while a master sync sound camera filmed from the balcony of the abandoned theater where the performance was held. The opening band for that performance was The Young and the Useless, which featured Adam Horovitz as the lead singer. A one-minute clip of Beastie was subsequently excerpted and licensed by Beastie Boys for use in the "Egg Raid on Mojo" segment of the "Skills to Pay the Bills" long-form home video released by Capitol Records. "Skills to Pay the Bills" later went on to be certified Gold by the Recording Industry Association of America (RIAA). Berry left the group in 1982 (later forming Thwig, Big Fat Love and Bourbon Deluxe) and was replaced by Horovitz, who had become close friends with Beastie Boys.
The band also recorded and then performed its first hip hop track, "Cooky Puss", based on a prank call by the group to a Carvel Ice Cream franchise in 1983. It was a part of the new lineup's first EP, also called Cooky Puss, which was the first piece of work that showed their incorporation of the underground rap phenomenon and the use of samples. It quickly became a hit in New York underground dance clubs and night clubs. "Beastie Revolution" was later sampled for a British Airways commercial. Beastie Boys threatened to sue them over the use of the song. British Airways immediately paid them $40,000 in royalties.
1984–1987: Def Jam years and Licensed to Ill
Following the success of "Cooky Puss", the band began to incorporate rap into their sets. They hired a DJ for their live shows, New York University student Rick Rubin, who began producing records soon thereafter. "I met Mike first," Rubin recalled. "I thought he was an arrogant asshole. Through spending time with the Beasties I grew to see that they had this great sense of humour. It wasn't that they were assholes, and even if it was, they were funny with it." Rubin formed Def Jam Recordings with fellow NYU student Russell Simmons, and approached the band about producing them for his new label. As the band was transitioning to hip hop, Schellenbach was fired in 1984, with Diamond taking over on drums. In their 2018 memoir, Ad-Rock expressed regret for firing Schellenbach, which he attributed to her not fitting with the "new tough-rapper-guy identity".
The band's 12-inch single "Rock Hard" (1984) was the second Def Jam record crediting Rubin as producer (the first was "It's Yours" by T La Rock and Jazzy Jay). On July 22, 1986, Beastie Boys opened for John Lydon's post-Sex Pistols band Public Image Ltd., and supported Madonna on her North American The Virgin Tour. Then headlining with Fishbone and Murphy's Law with DJ Hurricane and later in the year, the group was on the Raising Hell tour with Run-DMC, Whodini, LL Cool J, and the Timex Social Club. Thanks to this exposure, "Hold It Now, Hit It" charted on Billboards US R&B and dance charts. "She's on It" from the Krush Groove soundtrack continued in a rap/metal vein while a double A-side 12", "Paul Revere/The New Style", was released at the end of the year.
The band recorded Licensed to Ill in 1986 and released it on November 15, 1986. The album was favorably reviewed by Rolling Stone magazine. Licensed to Ill became one of the best-selling rap albums of the 1980s and the first rap album to go number 1 on the Billboard 200 chart, where it stayed for five weeks. It also reached number 2 on the Top R&B album chart. It was Def Jam's fastest selling debut record to date and sold over nine million copies. The fourth single, "(You Gotta) Fight for Your Right (To Party!)", reached number 7 on the US Billboard Hot 100. Although the group has sold over 26 million records in the US, this is their only single to peak in the US top ten or top twenty. The accompanying video (directed by Ric Menello and Adam Dubin) became an MTV staple. Another song from the album, "No Sleep till Brooklyn", peaked at number 14 on the UK Singles Chart.
The band took the Licensed to Ill tour around the world the following year. The tour was troubled by lawsuits and arrests, with the band accused of provoking the crowd. This culminated in a notorious gig at the Royal Court Theatre, Liverpool, England, on May 30, 1987, that erupted into a riot approximately 10 minutes after the group hit the stage and the arrest of Adam Horovitz by Merseyside Police. He was charged with assault causing grievous bodily harm.
1988–1989: Move to Capitol Records and Paul's Boutique
In 1988, Beastie Boys appeared in Tougher Than Leather, a film directed by Rubin as a star vehicle for Run-D.M.C. and Def Jam Recordings. After Def Jam stopped paying them for work they'd already done and were owed money for, Beastie Boys left Def Jam and signed with Capitol Records.
The second Beastie Boys album, Paul's Boutique, was released on July 25, 1989. Produced by the Dust Brothers, it blends eclectic samples and has been described as an early work of experimental hip hop. It failed to match the sales of Licensed to Ill, peaking at number 14 on the US album charts, but later attracted wide acclaim; Rolling Stone ranked it number 156 on its list of the 500 Greatest Albums of All Time.
1990–1996: Check Your Head and Ill Communication
Check Your Head was recorded in the band's G-Son studio in Atwater Village, California, and released on its Grand Royal record label. The band was influenced to play instruments on this album by Dutch group Urban Dance Squad; with Mike D on drums, Yauch on bass, Horovitz on guitar and Mark Ramos Nishita ("Keyboard Money Mark") on keyboards. Mario Caldato, Jr., who had helped in the production of Paul's Boutique, engineered the record and became a longtime collaborator. Check Your Head was released in 1992 and was certified double Platinum in the US and peaked at number 10 on the Billboard 200. The single "So What'cha Want" reached number 93 on the Billboard Hot 100 and charted on both the Rap and Modern Rock Chart, while the album's first single, "Pass the Mic", peaked at number 38 on the Hot Dance Music chart. The album also introduced a more experimental direction, with funk and jazz inspired songs including "Lighten Up" and "Something's Got to Give". The band returned to their hardcore punk roots for the song "Time for Livin'", a cover of a 1974 Sly and the Family Stone song. The addition of instruments and the harder rock sound of the album could be considered a precursor to the nu metal genre of music to come out in the later half of the 1990s.
Beastie Boys signed an eclectic roster of artists to their Grand Royal label, including Luscious Jackson, Sean Lennon, and Australian artist Ben Lee. The group owned Grand Royal Records until 2001. Grand Royal's first independent release was Luscious Jackson's album In Search of Manny in 1993. Also in 1993, the band contributed the track "It's the New Style" (with DJ Hurricane) to the AIDS benefit album No Alternative, produced by the Red Hot Organization.
Beastie Boys also published Grand Royal Magazine, with the first edition in 1993 featuring a cover story on Bruce Lee, artwork by George Clinton, and interviews with Kareem Abdul-Jabbar and A Tribe Called Quest's MC Q-Tip. The 1995 issue of the magazine contained a memorable piece on the mullet. The Oxford English Dictionary cites this as the first published use of the term, along with the lyrics from the band's 1994 song, "Mullet Head". That term was not heard in the 1980s, even though that decade has retroactively been hailed as the mullet's peak in popularity. The OED says that the term was "apparently coined, and certainly popularized, by US hip-hop group Beastie Boys". Grand Royal Magazine is also responsible for giving British band Sneaker Pimps their name.
Ill Communication, released in 1994, saw Beastie Boys' return to the top of the charts when the album debuted at number 1 on the Billboard 200 and peaked at number 2 on the R&B/hip hop album chart. The single "Sabotage" became a hit on the modern rock charts and the music video, directed by Spike Jonze, received extensive play on MTV. "Get It Together" reached the top 10 on the Billboard Hot 100. Also in 1994, the band released Some Old Bullshit, featuring the band's early independent material, which made it to number 46 on the Billboard Independent Albums chart.
Beastie Boys headlined at Lollapalooza—an American travelling music festival—in 1994, together with The Smashing Pumpkins. In addition, the band performed three concerts (in Los Angeles, New York City, and Washington, D.C.) to raise money for the Milarepa Fund and dedicated the royalties from "Shambala" and "Bodhisattva Vow" from the Ill Communication to the cause. The Milarepa Fund aims to raise awareness of Tibetan human rights issues and the exile of the Dalai Lama. In 1996, Yauch organized the largest rock benefit show since 1985's Live Aid – the Tibetan Freedom Concert, a two-day festival at Golden Gate Park in San Francisco that attracted over 100,000 attendees.
In 1995, the popularity of Beastie Boys was underlined when tickets for an arena tour went on sale in the US and Madison Square Garden and Chicago's Rosemont Horizon sold out within 30 minutes. One dollar from each ticket sold went through Milarepa to local charities in each city on the tour. Beastie Boys toured South America and Southeast Asia for the first time. The band also released Aglio e Olio, a collection of eight songs lasting just 11 minutes harking back to their punk roots, in 1995. The In Sound from Way Out!, a collection of previously released jazz/funk instrumentals, was released on Grand Royal in 1996 with the title and artwork a homage to an album by electronic pop music pioneers Perrey and Kingsley.
In 1992, Beastie Boys decided to sample portions of the sound recording of "Choir" by James Newton in various renditions of their song "Pass the Mic". The band did not obtain a license from Newton to use the composition. Pursuant to their license from ECM Records, Beastie Boys digitally sampled the opening six seconds of Newton's sound recording of "Choir", and repeated this six-second sample as a background element throughout their song. Newton brought suit, claiming that the band infringed his copyright in the underlying composition of "Choir". The district court granted Beastie Boys summary judgment. The district court said that no license was required because the three-note segment of "Choir" lacked the requisite originality and was therefore not copyrightable. The decision was affirmed on appeal.
1997–2001: Hello Nasty
Beastie Boys began work on the album Hello Nasty at the G-Son studios, Los Angeles in 1995, but continued to produce and record it in New York City after Yauch moved to Manhattan in 1996. The album displayed a substantial shift in musical feel, with the addition of Mix Master Mike. The album featured bombastic beats, rap samples, and experimental sounds. Released on July 14, 1998, Hello Nasty earned first week sales of 681,000 in the US and went straight to number 1 in the US, the UK, Germany, Australia, the Netherlands, New Zealand, and Sweden. The album achieved number 2 rank on the charts in Canada and Japan, and reached top-ten chart positions in Austria, Switzerland, Ireland, Belgium, Finland, France and Israel.
Beastie Boys won two Grammy Awards in 1999, receiving the Grammy Award for Best Alternative Music Album for Hello Nasty as well as the Grammy Award for Best Rap Performance by a Duo or Group for "Intergalactic". This was the first and, as of 2008, only time that a band had won awards in both rap and alternative categories.
Also at the 1998 MTV Video Music Awards they won the Michael Jackson Video Vanguard Award for their contribution to music videos. The following year at the 1999 MTV Video Music Awards they also won the award for Best Hip Hop Video for their hit song "Intergalactic". Beastie Boys used both appearances at the Video Music Awards to make politically charged speeches of considerable length to the sizable MTV audiences. At the 1998 ceremony, Yauch addressed the issue of Muslim people being stereotyped as terrorists and that most people of the Muslim faith are not terrorists. These comments were made in the wake of the US Embassy bombings that had occurred in both Kenya and Tanzania only a month earlier. At the 1999 ceremony in the wake of the horror stories that were coming out of Woodstock 99, Adam Horovitz addressed the fact that there had been many cases of sexual assaults and rapes at the festival, suggesting the need for bands and festivals to pay much more attention to the security details at their concerts.
Beastie Boys started an arena tour in 1998. Through Ian C. Rogers, the band made live downloads of their performances available for their fans, but were temporarily thwarted when Capitol Records removed them from its website. Beastie Boys was one of the first bands who made MP3 downloads available on their website. The group got a high level of response and public awareness as a result including a published article in The Wall Street Journal on the band's efforts.
On September 28, 1999, Beastie Boys joined Elvis Costello to play "Radio Radio" on the 25th anniversary season of Saturday Night Live.
Beastie Boys released The Sounds of Science, a two-CD anthology of their works in 1999. This album reached number 19 on the Billboard 200, number 18 in Canada, and number 14 on the R&B/Hip Hop chart. The one new song, the single "Alive", reached number 11 on the Billboard Modern Rock chart.
In 2000, Beastie Boys had planned to co-headline the "Rhyme and Reason Tour" with Rage Against the Machine and Busta Rhymes, but the tour was canceled when drummer Mike D suffered a serious injury due to a bicycle accident. The official diagnosis was fifth-degree acromioclavicular joint dislocation; he needed surgery and extensive rehabilitation. By the time he recovered, Rage Against the Machine had disbanded, although they would reunite seven years later.
Under the name Country Mike, Mike D recorded an album, Country Mike's Greatest Hits, and gave it to friends and family for Christmas in 2000. Adam "Ad-Rock" Horovitz's side project BS 2000 released Simply Mortified in 2001.
In October 2001, after the September 11, 2001 attacks, Beastie Boys organized and headlined the New Yorkers Against Violence Concert at the Hammerstein Ballroom.
2002–2008: To the 5 Boroughs and The Mix-Up
In 2002, Adam Yauch started building a new studio facility, Oscilloscope Laboratories, in downtown Manhattan, New York and the band started work on a new album there. The band released a protest song, "In a World Gone Mad", against the 2003 Iraq war as a free download on several websites, including the Milarepa website, the MTV website, MoveOn.org, and Win Without War. The 19th and 20th Tibetan Freedom Concerts were held in Tokyo and Taipei, Beastie Boys' first Taiwan appearance. Beastie Boys also headlined the Coachella Valley Music and Arts Festival.
Their single, "Ch-Check It Out", debuted on The O.C. in "The Vegas" episode from Season 1, which aired April 28, 2004.
To the 5 Boroughs was released worldwide on June 15, 2004. It was the first album the band produced themselves and reached number 1 on the Billboard albums chart, number 2 in the UK and Australia, and number 3 in Germany. The first single from the album, "Ch-Check It Out", reached number 1 in Canada and on the US Modern Rock Tracks chart.
The album was the cause of some controversy with allegations that it installed spyware when inserted into the CD drive of a computer. The band denied this allegation, defending that there is no copy protection software on the albums sold in the US and UK. While there is Macrovision CDS-200 copy protection software installed on European copies of the album, this is standard practice for all European releases on EMI/Capitol Records released in Europe, and it does not install spyware or any form of permanent software.
The band stated in mid-2006 that they were writing material for their next album and would be producing it themselves.
Speaking to British music weekly NME (April 26, 2007), Diamond revealed that a new album was to be called The Mix-Up. Despite initial confusion regarding whether the album would have lyrics as opposed to being purely instrumental, the Mic-To-Mic blog reported that Capitol Records had confirmed it would be strictly instrumental and erroneously reported a release date scheduled for July 10, 2007. (The album was eventually released June 26, as originally reported.) On May 1, 2007, this was further cemented by an e-mail sent to those on the band's mailing list – explicitly stating that the album would be all instrumental:
The band subsequently confirmed the new album and announced a short tour that focused on festivals as opposed to a traditional tour, including the likes of Sónar (Spain), Roskilde (Denmark), Hurricane/Southside (Germany), Bestival (Isle of Wight), Electric Picnic (Ireland) and Open'er Festival (Poland). Beastie Boys performed at the UK leg of Live Earth July 7, 2007 at Wembley Stadium, London with "Sabotage", "So What'cha Want", "Intergalactic", and "Sure Shot".
They worked with Reverb, a non-profit environmental organization, on their 2007 summer tour.
They headlined the Langerado Music Festival in South Florida on Friday, March 7, 2008.
They won a Grammy for The Mix-Up in the "Best Pop Instrumental Album" category at the 50th Annual Grammy Awards in 2008.
2009–2012: Hot Sauce Committee
In February 2009, Yauch revealed their forthcoming new album had taken the band's sound in a "bizarre" new direction, saying "It's a combination of playing and sampling stuff as we're playing, and also sampling pretty obscure records." The tentative title for the record was Tadlock's Glasses, of which Yauch explained the inspiration behind the title:
On May 25, 2009, it was announced during an interview on Late Night with Jimmy Fallon that the name of their new album would be Hot Sauce Committee and was set for release on September 15 (with the track listing of the album announced through their mailing list on June 23). The album included a collaboration with Santigold who co-wrote and sang with the band on the track "Don't Play No Game That I Can't Win".
In June, the group appeared at Bonnaroo Music and Arts Festival and performed the new single from the album titled "Too Many Rappers" alongside rapper Nas who appears on the track. It would be the last live performance by Beastie Boys as a trio. The group would have toured the UK later in the year in support of the new record.
Speaking to Drowned in Sound, Beastie Boys revealed that Part 2 was done. Mike D also hinted it may be released via unusual means:
On July 20, Yauch announced on the band's official YouTube channel and through the fan mailing list, the cancellation of several tour dates and the postponement of the new album due to the discovery of a cancerous tumor in his parotid gland and a lymph node. The group also had to cancel their co-headlining gig at the Osheaga Festival in Montreal and also another headlining spot for the first night of the All Points West Festival in Jersey City, New Jersey.
In late October 2010, Beastie Boys sent out two emails regarding the status of Hot Sauce Committee Pts. 1 and 2 to their online mailing list. An email dated October 18 read: "Although we regret to inform you that Hot Sauce Committee Part 1 will continue to be delayed indefinitely, Hot Sauce Committee Part 2 will be released on time as originally planned in spring of 2011." One week later, a second email was sent out, reading as follows:
The official release dates were April 27, 2011, for Japan; April 29 in the UK and Europe, and May 3, 2011, in the US. The third single for the album "Make Some Noise" was made available for download on April 11, 2011, as well as a limited edition 7-inch vinyl single for Record Store Day five days later with a Passion Pit remix of the track as a b-side. The track was leaked online on April 6 and subsequently made available via their blog.
On April 22, Beastie Boys emailed out the cryptic message "This Sat, 10:35 am EST – Just listen, listen, listen to the beat box". A day later, they live streamed their album online via beatbox inside Madison Square Garden.
The band was announced as an inductee into the Rock and Roll Hall of Fame in December 2011. They were inducted by Chuck D and LL Cool J on April 14, 2012. Yauch was too sick to attend the ceremony, having been admitted to NewYork–Presbyterian Hospital the same day, therefore the group didn't perform; instead Black Thought, Travie from Gym Class Heroes and Kid Rock performed a medley of their songs. Diamond and Horovitz accepted and read a speech that Yauch had written.
2012–present: Deaths of Yauch and Berry and disbandment
On May 4, 2012, Yauch died from cancer at the age of 47. Mike D told Rolling Stone that Beastie Boys had recorded new music in late 2011, but did not say if these recordings would be released. He also said that Beastie Boys would likely disband due to the death of MCA, though he was open to making new music with Ad-Rock and that "Yauch would genuinely want us to try whatever crazy thing we wanted but never got around to". In June 2014, Mike D confirmed that he and Ad-Rock would not make music under the Beastie Boys name again.
Founding Beastie Boys guitarist John Berry died on May 19, 2016, aged 52, as a result of frontotemporal dementia, following several years of ill health. He was credited with naming the band Beastie Boys and played guitar on the first EP. The first Beastie Boys show took place at Berry's loft.
Yauch's will forbids the use of Beastie Boys music in advertisements. In June 2014, Beastie Boys won a lawsuit against Monster Energy for using their music in a commercial without permission. They were awarded $1.7 million in damages and $668,000 for legal fees. In October 2018, Michael Diamond and Adam Horovitz released a memoir, Beastie Boys Book. In 2020, they released a documentary, Beastie Boys Story, directed by Spike Jonze. The career-spanning book and documentary were complemented by the compilation album Beastie Boys Music in October 2020.
Tibetan Freedom Concert
In 1994, Yauch and activist Erin Potts organized the Tibetan Freedom Concert in order to raise awareness of humans rights abuses by the Chinese government on the Tibetan people. Yauch became aware of this after hiking in Nepal and speaking with Tibetan refugees. The events became annual, and shortly after went international with acts such as Live, Mike Mills and Michael Stipe of R.E.M., Rage Against the Machine, The Smashing Pumpkins, and U2.
Musical style, influences, and legacy
Originally a hardcore punk band, Beastie Boys had largely abandoned the genre in favor of hip hop and rap rock by the time work began on their debut studio album Licensed to Ill. The group mixed elements of hip hop, punk, funk, electro, jazz and Latin music into their music. They have also been described as alternative hip hop and .
Around the time of the release of their debut album, Licensed to Ill, Mike D started to appear on stage and in publicity photographs wearing a large Volkswagen emblem attached to a chain-link necklace. This started a rash of thefts of the emblem from vehicles around the world as fans tried to emulate him. A controversial concert in Columbus, Georgia in 1987 led to the passage of a lewdness ordinance in that city.
Beastie Boys are considered very influential in both the hip hop and rock music scenes, with artists such as Eminem, Rage Against the Machine, Hed PE, , Sublime, Mac Miller , Korn , Slipknot, and Blur citing them as an influence. Beastie Boys have had four albums reach the top of the Billboard album charts (Licensed to Ill, Ill Communication, Hello Nasty and To the 5 Boroughs) since 1986. In the November 2004 issue, Rolling Stone named "Sabotage" the 475th song on their 500 Greatest Songs of All Time list.
In their April 2005 issue, Rolling Stone ranked them number 77 on their list of the 100 Greatest Artists of All Time. VH1 ranked them number 89 on their list of their 100 Greatest Artists of All Time. On September 27, 2007, it was announced that Beastie Boys were one of the nine nominees for the 2008 Rock and Roll Hall of Fame Inductions. In December 2011, they were announced to be official 2012 inductees.
Beastie Boys have many high-profile longtime fans, including UFC president Dana White, who has a hand-signed bass guitar signed by all three members in his office and a copy of the Beastie Boys book. Speaking on the death of Adam Yauch, White said, "I seriously haven't been impacted by a death in a long time like I was with the Beastie Boys". Actor Seth Rogen, who appeared in the video for "Make Some Noise", also said, "I'm a huge Beastie Boys fan and they just called and asked if I wanted to be a part of it, and I said yes without hesitation. I didn't need to hear anything. I didn't need to see anything, any concepts. I was just like, 'I will literally do anything you ask me to do". Ben Stiller was seen in the crowd for the DVD release Awesome; I Fuckin' Shot That! and featured Horovitz in his movie While We're Young, where he said, "I'm a huge Beastie Boys fan, so doing that, for me, was beyond anything". Eminem was highly influenced by the Beastie Boys and cited them alongside LL Cool J as being the reason he got into rap. During an interview with MTV after the death of Yauch, he said, "Adam Yauch brought a lot of positivity into the world and I think it's obvious to anyone how big of an influence the Beastie Boys were on me and so many others. They are trailblazers and pioneers and Adam will be sorely missed. My thoughts and prayers are with his family, Mike D., and Ad-Rock." His album cover for Kamikaze paid homage to Licensed to Ill and he also paid homage in his "Berzerk" video. In an interview with Rolling Stone, Beavis and Butt-Head creator Mike Judge acknowledged he was a fan of the band, citing his favorite song as "Fight for Your Right", as the Beastie Boys appeared on Beavis and Butt-Head on numerous occasions. Kid Rock wrote an in-depth tribute to Yauch after being influenced by the band, which said, "I thought I was the 4th member of Beastie Boys in 7th grade. You couldn't tell me I wasn't. The first time I ever saw them on stage was a very early show of theirs before Licensed to Ill came out, opening for Run DMC at Joe Louis Arena. My jaw dropped to the floor!".
In 2020, Spin Magazine ranked Beastie Boys as the 12th most influential artist of the previous 35 years.
Sampling lawsuit
In 2003, Beastie Boys were involved in the landmark sampling decision, Newton v. Diamond. In that case, a federal judge ruled that the band was not liable for sampling James Newton's "Choir" in their track, "Pass the Mic". The sample used is the six-second flute stab. In short, Beastie Boys cleared the sample but obtained only the rights to use the sound recording and not the composition rights to the song "Choir". In the decision, the judge found that:
Band members
Members
John Berry – guitars (1981–1982; died 2016)
Mike D – vocals, drums (1981–2012)
Kate Schellenbach – drums, percussion (1981–1984)
MCA – vocals, bass (1981–2012; died 2012)
Ad-Rock – vocals, guitars (1982–2012)
Touring musicians
DJ Double R – disc jockey (1984–1985)
Doctor Dré – disc jockey (1986)
DJ Hurricane – disc jockey (1986–1997)
Eric Bobo – percussion, drums (1992–1996)
Money Mark (Mark Ramos-Nishita) – keyboards, vocals (1992–2012)
Amery "AWOL" Smith – drums, backing vocals, percussion (1992–?)
Alfredo Ortiz – drums, percussion (1996–2012)
Mix Master Mike – disc jockey, backing vocals (1998–2012)
Timeline
Touring Members Timeline
Discography
Studio albums
Licensed to Ill (1986)
Paul's Boutique (1989)
Check Your Head (1992)
Ill Communication (1994)
Hello Nasty (1998)
To the 5 Boroughs (2004)
The Mix-Up (2007)
Hot Sauce Committee Part Two (2011)
Tours
The Virgin Tour (1985) (supporting Madonna)
Raising Hell Tour (1986) (supporting Run-D.M.C.)
Licensed to Ill Tour (1987) (with Public Enemy)
Together Forever Tour (1987) (with Run-D.M.C.)
Check Your Head Tour (1992) (with Cypress Hill, Rollins Band, Firehose, and Basehead)
Ill Communication Tour (1994–1995)
In the Round Tour (1998–1999) (with A Tribe Called Quest and Money Mark)
To the 5 Boroughs Tour (2004)
The Mix-Up Tour (2007–2008)
Awards and nominations
Grammy Awards
|-
|1992
|Check Your Head
|Best Rap Performance by a Duo or Group
|
|-
|1995
|"Sabotage"
|Best Hard Rock Performance
|
|-
|Rowspan="2"|1999
|"Intergalactic"
|Best Rap Performance by a Duo or Group
|
|-
|Hello Nasty
|Best Alternative Music Album
|
|-
|2001
|"Alive"
|Best Rap Performance by a Duo or Group
|
|-
|rowspan="2"|2005
|"Ch-Check It Out"
|Best Rap Performance by a Duo or Group
|
|-
|To The 5 Boroughs
|Best Rap Album
|
|-
|rowspan="2"|2008
|"Off the Grid"
|Best Pop Instrumental Performance
|
|-
|The Mix-Up
|Best Contemporary Instrumental Album
|
|-
|2010
|"Too Many Rappers" (featuring Nas)
|Best Rap Performance by a Duo or Group
|
|}
MTV Video Music Awards
|-
|rowspan="5"|1994
|rowspan="5"|"Sabotage"
|Video of the Year
|
|-
|Best Group Video
|
|-
|Breakthrough Video
|
|-
|Best Direction (Director: Spike Jonze)
|
|-
|Viewer's Choice
|
|-
|1998
|Beastie Boys
|Michael Jackson Video Vanguard Award
|
|-
|1999
|"Intergalactic"
|Best Hip-Hop Video
|
|-
|2009
|"Sabotage"
|Best Video (That Should Have Won a Moonman)
|
|-
|rowspan="2"|2011
|rowspan="2"|"Make Some Noise"
|Video of the Year
|
|-
|Best Direction (Director: Adam Yauch)
|
|}
MTV Europe Music Awards
|-
|1994
|Beastie Boys
|Best Group
|
|-
|rowspan="4"|1998
|"Intergalactic"
|Best Video
|
|-
|Hello Nasty
|Best Album
|
|-
|rowspan="2"|Beastie Boys
|Best Group
|
|-
|Best Hip-Hop
|
|-
|1999
|Beastie Boys
|Best Hip-Hop
|
|-
|rowspan="2"|2004
|rowspan="2"|Beastie Boys
|Best Group
|
|-
|Best Hip-Hop
|
|-
|2011
|"Make Some Noise"
|Best Video
|
|}
MTV Video Music Awards Japan
|-
|2005
|"Ch-Check It Out"
|Best Hip-Hop Video
|
|-
|2009
|Beastie Boys
|MTV Street Icon Award
|
|}
Filmography
Krush Groove (1985)
Tougher Than Leather (1988)
Futurama episode "Hell Is Other Robots" (1999)
Awesome; I Fuckin' Shot That! (2006)
Fight for Your Right Revisited (2011)
Beastie Boys Story (2020)
Notes
References
External links
Beastie Boys Lyrics Annotated – Beastie Boys lyrics laid out with annotated comments explaining popular culture and historical references as well as known samples.
Beastie Boys
1981 establishments in New York City
Alternative hip hop groups
Capitol Records artists
Def Jam Recordings artists
Grammy Award winners for rap music
Hardcore punk groups from New York (state)
Hip hop groups from New York City
Jewish hip hop groups
Jewish musical groups
Alternative rock groups from New York (state)
Musical groups established in 1981
Musical groups from New York City
Rap rock groups
Rapcore groups
ROIR artists
Musical groups disestablished in 2012
Jews in punk rock
Grand Royal artists
MTV Europe Music Award winners
Feminist musicians
Hardcore hip hop groups |
3736 | https://en.wikipedia.org/wiki/British%20Isles | British Isles | The British Isles is a group of islands in the North Atlantic Ocean off the north-western coast of continental Europe, consisting of the islands of Great Britain, Ireland, the Isle of Man, the Inner and Outer Hebrides, the Northern Isles and over six thousand smaller islands. They have a total area of and a combined population of almost 72 million, and include two sovereign states, the Republic of Ireland (which covers roughly five-sixths of Ireland), and the United Kingdom of Great Britain and Northern Ireland. The Channel Islands, off the north coast of France, are sometimes taken to be part of the British Isles, even though they do not form part of the archipelago.
The oldest rocks are 2.7 billion years old and are found in Ireland, Wales and the northwest of Scotland. During the Silurian period, the north-western regions collided with the south-east, which had been part of a separate continental landmass. The topography of the islands is modest in scale by global standards. Ben Nevis, the highest mountain, rises to only , and Lough Neagh, which is notably larger than other lakes in the island group, covers . The climate is temperate marine, with cool winters and warm summers. The North Atlantic drift brings significant moisture and raises temperatures above the global average for the latitude. This led to a landscape that was long dominated by temperate rainforest, although human activity has since cleared the vast majority of forest cover. The region was re-inhabited after the last glacial period of Quaternary glaciation, by 12,000 BC, when Great Britain was still part of a peninsula of the European continent. Ireland, which became an island by 12,000 BC, was not inhabited until after 8000 BC. Great Britain became an island by 5600 BC.
The Hiberni (Ireland), Picts (northern Britain) and Britons (southern Britain), all speaking Insular Celtic languages, inhabited the islands at the beginning of the 1st millennium BC. Much of Brittonic-occupied Britain was conquered by the Roman Empire from AD 43. The first Anglo-Saxons arrived as Roman power waned in the 5th century, and eventually they dominated the bulk of what is now England. Viking invasions began in the 9th century, followed by more permanent settlements and political change, particularly in England. The Norman conquest of England in 1066 and the later Angevin partial conquest of Ireland from 1169 led to the imposition of a new Norman ruling elite across much of Britain and parts of Ireland. By the Late Middle Ages, Great Britain was separated into the Kingdom of England and Kingdom of Scotland, while control in Ireland fluxed between Gaelic kingdoms, Hiberno-Norman lords and the English-dominated Lordship of Ireland, soon restricted only to The Pale. The 1603 Union of the Crowns, Acts of Union 1707 and Acts of Union 1800 aimed to consolidate Britain and Ireland into a single political unit, the United Kingdom of Great Britain and Ireland, with the Isle of Man and the Channel Islands remaining as Crown Dependencies. The expansion of the British Empire and migrations following the Irish Famine and Highland Clearances resulted in the dispersal of some of the islands' population and culture throughout the world, and rapid depopulation of Ireland in the second half of the 19th century. Most of Ireland seceded from the United Kingdom after the Irish War of Independence and the subsequent Anglo-Irish Treaty (1919–1922), with six counties remaining in the UK as Northern Ireland.
In Ireland, the term "British Isles" is controversial, and there are objections to its usage. The Government of Ireland does not officially recognise the term, and its embassy in London discourages its use. Britain and Ireland is used as an alternative description, and Atlantic Archipelago has also seen limited use in academia.
Etymology
The earliest known references to the islands as a group appeared in the writings of seafarers from the ancient Greek colony of Massalia. The original records have been lost; however, later writings, e.g. Avienius's Ora maritima, that quoted from the Massaliote Periplus (6th century BC) and from Pytheas's On the Ocean (around 325–320 BC) have survived. In the 1st century BC, Diodorus Siculus has Prettanikē nēsos, "the British Island", and Prettanoi, "the Britons". Strabo used Βρεττανική (Brettanike), and Marcian of Heraclea, in his Periplus maris exteri, used αἱ Πρεττανικαί νῆσοι (the Prettanic Isles) to refer to the islands. Historians today, though not in absolute agreement, largely agree that these Greek and Latin names were probably drawn from native Celtic-language names for the archipelago. Along these lines, the inhabitants of the islands were called the Πρεττανοί (Priteni or Pretani). The shift from the "P" of Pretannia to the "B" of Britannia by the Romans occurred during the time of Julius Caesar.
Greco-Egyptian Claudius Ptolemy referred to the larger island as great Britain (μεγάλη Βρεττανία megale Brettania) and to Ireland as little Britain (μικρὰ Βρεττανία mikra Brettania) in his work Almagest (147–148 AD). In his later work, Geography (c. 150 AD), he gave these islands the names Alwion, Iwernia, and Mona (the Isle of Man), suggesting these may have been names of the individual islands not known to him at the time of writing Almagest. The name Albion appears to have fallen out of use sometime after the Roman conquest of Great Britain, after which Britain became the more commonplace name for the island called Great Britain in the English language. However, the cognate 'alba' has given its name to Scotland in most Celtic languages : Alba in Scottish Gaelic, Albey in Manx, Albain in Irish and Alban in Cornish and Welsh.
The earliest known use of the phrase Brytish Iles in the English language is dated 1577 in a work by John Dee. Today, this name is seen by some as carrying imperialist overtones although it is still commonly used. Other names used to describe the islands include the Anglo-Celtic Isles, Atlantic archipelago (a term coined by the historian J. G. A. Pocock in 1975), British-Irish Isles,Britain and Ireland, UK and Ireland, and British Isles and Ireland. Owing to political and national associations with the word British, the Government of Ireland does not use the term British Isles and in documents drawn up jointly between the British and Irish governments, the archipelago is referred to simply as "these islands". British Isles is still the most widely accepted term for the archipelago.
Geography
The British Isles lie at the juncture of several regions with past episodes of tectonic mountain building. These orogenic belts form a complex geology that records a huge and varied span of Earth's history. Of particular note was the Caledonian Orogeny during the Ordovician Period, c. 488–444 Ma and Early Silurian period, when the craton Baltica collided with the terrane Avalonia to form the mountains and hills in Scotland and Ireland. Baltica formed roughly the northwestern half of Ireland and Scotland. Further collisions caused the Variscan orogeny in the Devonian and Carboniferous periods, forming the hills of Munster, southwest England, and southern Wales. Over the last 500 million years the land that forms the islands has drifted northwest from around 30°S, crossing the equator around 370 million years ago to reach its present northern latitude.
The islands have been shaped by numerous glaciations during the Quaternary Period, the most recent being the Devensian. As this ended, the central Irish Sea was deglaciated and the English Channel flooded, with sea levels rising to current levels some 4,000 to 5,000 years ago, leaving the British Isles in their current form. Whether or not there was a land bridge between Great Britain and Ireland at this time is somewhat disputed, though there was certainly a single ice sheet covering the entire sea.
There are about 136 permanently inhabited islands in the group, the largest two being Great Britain and Ireland. Great Britain is to the east and covers . Ireland is to the west and covers . The largest of the other islands are to be found in the Hebrides, Orkney and Shetland to the north, Anglesey and the Isle of Man between Great Britain and Ireland, and the Channel Islands near the coast of France. The most densely populated island is Portsea Island, which has an area of 9.5 sq mi (24.5 sq km) but has the third highest population behind Great Britain and Ireland.
The islands are at relatively low altitudes, with central Ireland and southern Great Britain particularly low-lying: the lowest point in the islands is the North Slob in County Wexford, Ireland, with an elevation of . The Scottish Highlands in the northern part of Great Britain are mountainous, with Ben Nevis being the highest point on the islands at . Other mountainous areas include Wales and parts of Ireland, although only seven peaks in these areas reach above . Lakes on the islands are generally not large, although Lough Neagh in Northern Ireland is an exception, covering . The largest freshwater body in Great Britain (by area) is Loch Lomond at , and Loch Ness (by volume) whilst Loch Morar is the deepest freshwater body in the British Isles, with a maximum depth of . There are a number of major rivers within the British Isles. The longest is the Shannon in Ireland at . The river Severn at is the longest in Great Britain.
Climate
The climate of the British Isles is mild, moist and changeable with abundant rainfall and a lack of temperature extremes. It is defined as a temperate oceanic climate, or Cfb on the Köppen climate classification system, a classification it shares with most of northwest Europe. The North Atlantic Drift ("Gulf Stream"), which flows from the Gulf of Mexico, brings with it significant moisture and raises temperatures above the global average for the islands' latitudes. Most Atlantic depressions pass to the north of the islands; combined with the general westerly circulation and interactions with the landmass, this imposes a general east–west variation in climate. There are four distinct climate patterns: south-east, with cold winters, warm and dry summers; south-west, having mild and very wet winters, warm and wet summers; north-west, generally wet with mild winters and cool summers; and north-east with cold winters, cool summers.
Flora and fauna
The islands enjoy a mild climate and varied soils, giving rise to a diverse pattern of vegetation. Animal and plant life is similar to that of the northwestern European mainland. There are however, fewer numbers of species, with Ireland having even less. All native flora and fauna in Ireland is made up of species that migrated from elsewhere in Europe, and Great Britain in particular. The only window when this could have occurred was between the end of the last Ice Age (about 12,000 years ago) and when the land bridge connecting the two islands was flooded by sea (about 8,000 years ago).
As with most of Europe, prehistoric Britain and Ireland were covered with forest and swamp. Clearing began around 6000 BC and accelerated in medieval times. Despite this, Britain retained its primeval forests longer than most of Europe due to a small population and later development of trade and industry, and wood shortages were not a problem until the 17th century. By the 18th century, most of Britain's forests were consumed for shipbuilding or manufacturing charcoal and the nation was forced to import lumber from Scandinavia, North America, and the Baltic. Most forest land in Ireland is maintained by state forestation programmes. Almost all land outside urban areas is farmland. However, relatively large areas of forest remain in east and north Scotland and in southeast England. Oak, elm, ash and beech are amongst the most common trees in England. In Scotland, pine and birch are most common. Natural forests in Ireland are mainly oak, ash, wych elm, birch and pine. Beech and lime, though not native to Ireland, are also common there. Farmland hosts a variety of semi-natural vegetation of grasses and flowering plants. Woods, hedgerows, mountain slopes and marshes host heather, wild grasses, gorse and bracken.
Many larger animals, such as wolves, bears and European elk are today extinct. However, some species such as red deer are protected. Other small mammals, such as rabbits, foxes, badgers, hares, hedgehogs, and stoats, are very common and the European beaver has been reintroduced in parts of Scotland. Wild boar have also been reintroduced to parts of southern England, following escapes from boar farms and illegal releases. Many rivers contain otters and grey and common seals are numerous on coasts. There are about 250 bird species regularly recorded in Great Britain, and another 350 that occur with varying degrees of rarity. The most numerous species are wren, robin, house sparrow, woodpigeon, chaffinch and blackbird. Farmland birds are declining in number, except for those kept for game such as pheasant, red-legged partridge, and red grouse. Fish are abundant in the rivers and lakes, in particular salmon, trout, perch and pike. Sea fish include dogfish, cod, sole, pollock and bass, as well as mussels, crab and oysters along the coast. There are more than 21,000 species of insects.
Few species of reptiles or amphibians are found in Great Britain or Ireland. Only three snakes are native to Great Britain: the adder, the barred grass snake and the smooth snake; none are native to Ireland. In general, Great Britain has slightly more variation and native wildlife, with weasels, polecats, wildcats, most shrews, moles, water voles, roe deer and common toads also being absent from Ireland. This pattern is also true for birds and insects. Notable exceptions include the Kerry slug and certain species of woodlouse native to Ireland but not Great Britain.
Domestic animals include the Connemara pony, Shetland pony, English Mastiff, Irish wolfhound and many varieties of cattle and sheep.
Demographics
England has a generally high population density, with almost 80% of the total population of the islands. Elsewhere in Great Britain and Ireland, high density of population is limited to areas around a few large cities. The largest urban area by far is the Greater London Built-up Area with 9 million inhabitants. Other major population centres include the Greater Manchester Built-up Area (2.4 million), West Midlands conurbation (2.4 million) and West Yorkshire Urban Area (1.6 million) in England, Greater Glasgow (1.2 million) in Scotland and Greater Dublin Area (1.9 million) in Ireland.
The population of England rose rapidly during the 19th and 20th centuries, whereas the populations of Scotland and Wales showed little increase during the 20th century; the population of Scotland has remained unchanged since 1951. Ireland for most of its history had much the same population density as Great Britain (about one-third of the total population). However, since the Great Irish Famine, the population of Ireland has fallen to less than one-tenth of the population of the British Isles. The famine caused a century-long population decline, drastically reduced the Irish population and permanently altered the demographic make-up of the British Isles. On a global scale, this disaster led to the creation of an Irish diaspora that numbers fifteen times the current population of the island.
The linguistic heritage of the British Isles is rich, with twelve languages from six groups across four branches of the Indo-European family. The Insular Celtic languages of the Goidelic sub-group (Irish, Manx and Scottish Gaelic) and the Brittonic sub-group (Cornish, Welsh and Breton, spoken in north-western France) are the only remaining Celtic languages—the last of their continental relations were extinct before the 7th century. The Norman languages of Guernésiais, Jèrriais and Sercquiais spoken in the Channel Islands are similar to French, a language also spoken there. A cant, called Shelta, is spoken by Irish Travellers, often to conceal meaning from those outside the group. However, English, including Scots, is the dominant language, with few monoglots remaining in the other languages of the region. The Norn language of Orkney and Shetland became extinct around 1880.
Urban areas
History
At the end of the last ice age, what are now the British Isles were joined to the European mainland as a mass of land extending northwest from the modern-day northern coastline of France, Belgium and the Netherlands. Ice-covered almost all of what is now Scotland, most of Ireland and Wales, and the hills of northern England. From 14,000 to 10,000 years ago, as the ice melted, sea levels rose to separate Ireland from Great Britain and also to create the Isle of Man. About two to four millennia later, Great Britain became separated from the mainland. Britain probably became repopulated with people before the ice age ended and certainly before it became separated from the mainland. It is likely that Ireland became settled by sea after it had already become an island.
At the time of the Roman Empire, about two thousand years ago, various tribes, which spoke Celtic dialects of the Insular Celtic group, were inhabiting the islands. The Romans expanded their civilisation to control southern Great Britain but were impeded in advancing any further, building Hadrian's Wall to mark the northern frontier of their empire in 122 AD. At that time, Ireland was populated by a people known as Hiberni, the northern third or so of Great Britain by a people known as Picts and the southern two thirds by Britons.
Anglo-Saxons arrived as Roman power waned in the 5th century AD. Initially, their arrival seems to have been at the invitation of the Britons as mercenaries to repulse incursions by the Hiberni and Picts. In time, Anglo-Saxon demands on the British became so great that they came to culturally dominate the bulk of southern Great Britain, though recent genetic evidence suggests Britons still formed the bulk of the population. This dominance created what is now England and left culturally British enclaves only in the north of what is now England, in Cornwall and what is now known as Wales. Ireland had been unaffected by the Romans except, significantly, for being Christianised—traditionally by the Romano-Briton, Saint Patrick. As Europe, including Britain, descended into turmoil following the collapse of Roman civilisation, an era known as the Dark Ages, Ireland entered a golden age and responded with missions (first to Great Britain and then to the continent), the founding of monasteries and universities. These were later joined by Anglo-Saxon missions of a similar nature.
Viking invasions began in the 9th century, followed by more permanent settlements, particularly along the east coast of Ireland, the west coast of modern-day Scotland and the Isle of Man. Though the Vikings were eventually neutralised in Ireland, their influence remained in the cities of Dublin, Cork, Limerick, Waterford and Wexford. England, however, was slowly conquered around the turn of the first millennium AD, and eventually became a feudal possession of Denmark. The relations between the descendants of Vikings in England and counterparts in Normandy, in northern France, lay at the heart of a series of events that led to the Norman conquest of England in 1066. The remnants of the Duchy of Normandy, which conquered England, remain associated to the English Crown as the Channel Islands to this day. A century later, the marriage of the future Henry II of England to Eleanor of Aquitaine created the Angevin Empire, partially under the French Crown. At the invitation of Diarmait Mac Murchada, a provincial king, and under the authority of Pope Adrian IV (the only Englishman to be elected pope), the Angevins invaded Ireland in 1169. Though initially intended to be kept as an independent kingdom, the failure of the Irish High King to ensure the terms of the Treaty of Windsor led Henry II, as King of England, to rule as effective monarch under the title of Lord of Ireland. This title was granted to his younger son, but when Henry's heir unexpectedly died, the title of King of England and Lord of Ireland became entwined in one person.
By the Late Middle Ages, Great Britain was separated into the Kingdoms of England and Scotland. Power in Ireland fluxed between Gaelic kingdoms, Hiberno-Norman lords and the English-dominated Lordship of Ireland. A similar situation existed in the Principality of Wales, which was slowly being annexed into the Kingdom of England by a series of laws. During the course of the 15th century, the Crown of England would assert a claim to the Crown of France, thereby also releasing the King of England from being vassal of the King of France. In 1534, King Henry VIII, at first having been a strong defender of Roman Catholicism in the face of the Reformation, separated from the Roman Church after failing to secure a divorce from the Pope. His response was to place the King of England as "the only Supreme Head in Earth of the Church of England", thereby removing the authority of the Pope from the affairs of the English Church. Ireland, which had been held by the King of England as Lord of Ireland, but which strictly speaking had been a feudal possession of the Pope since the Norman invasion was declared a separate kingdom in personal union with England.
Scotland meanwhile had remained an independent Kingdom. In 1603, that changed when the King of Scotland inherited the Crown of England, and consequently the Crown of Ireland also. The subsequent 17th century was one of political upheaval, religious division and war. English colonialism in Ireland of the 16th century was extended by large-scale Scottish and English colonies in Ulster. Religious division heightened and the king in England came into conflict with parliament over his tolerance towards Catholicism. The resulting English Civil War or War of the Three Kingdoms led to a revolutionary republic in England. Ireland, largely Catholic was mainly loyal to the king, but by military conquest was subsumed into the new republic. Following defeat to the parliament's army, large scale land distributions from loyalist Irish nobility to English commoners in the service of the parliamentary army created a new Ascendancy class which obliterated the remnants of Old English (Hiberno-Norman) and Gaelic Irish nobility in Ireland. The new ruling class was Protestant and English, whilst the populace was largely Catholic and Irish. This theme would influence Irish politics for centuries to come. When the monarchy was restored in England, the king found it politically impossible to restore the lands of former landowners in Ireland. The "Glorious Revolution" of 1688 repeated similar themes: a Catholic king pushing for religious tolerance in opposition to a Protestant parliament in England. The king's army was defeated at the Battle of the Boyne and at the militarily crucial Battle of Aughrim in Ireland. Resistance held out, eventually forcing the guarantee of religious tolerance in the Treaty of Limerick. However, the terms were never honoured and a new monarchy was installed.
The Kingdoms of England and Scotland were unified in 1707 creating the Kingdom of Great Britain. Following an attempted republican revolution in Ireland in 1798, the Kingdoms of Ireland and Great Britain were unified in 1801, creating the United Kingdom. The Isle of Man and the Channel Islands remaining outside of the United Kingdom but with their ultimate good governance being the responsibility of the British Crown (effectively the British government). Although the colonies of North America that would become the United States of America were lost by the start of the 19th century, the British Empire expanded rapidly elsewhere. A century later it would cover one-third of the globe. Poverty in the United Kingdom remained desperate, however, and industrialisation in England led to terrible conditions for the working classes. Mass migrations following the Irish Famine and Highland Clearances resulted in the distribution of the islands' population and culture throughout the world and a rapid de-population of Ireland in the second half of the 19th century. Most of Ireland seceded from the United Kingdom after the Irish War of Independence and the subsequent Anglo-Irish Treaty (1919–1922), with the six counties that formed Northern Ireland remaining as an autonomous region of the UK.
Politics
There are two sovereign states in the British Isles: Ireland and the United Kingdom of Great Britain and Northern Ireland. Ireland, sometimes called the Republic of Ireland, governs five-sixths of the island of Ireland, with the remainder of the island forming Northern Ireland. Northern Ireland is a part of the United Kingdom of Great Britain and Northern Ireland, usually shortened to simply "the United Kingdom", which governs the remainder of the archipelago with the exception of the Isle of Man and the Channel Islands. The Isle of Man and the two Bailiwicks of the Channel Islands, Jersey and Guernsey, are known as the Crown dependencies. They exercise constitutional rights of self-government and judicial independence; responsibility for international representation rests largely with the UK (in consultation with the respective governments); and responsibility for defence is reserved by the UK. The United Kingdom is made up of four constituent parts: England, Scotland and Wales, forming Great Britain, and Northern Ireland in the northeast of the island of Ireland. Of these, Scotland, Wales and Northern Ireland have devolved governments, meaning that each has its own parliament or assembly and is self-governing with respect to certain matters set down by law. For judicial purposes, Scotland, Northern Ireland and England and Wales (the latter being one entity) form separate legal jurisdictions, with there being no single law for the UK as a whole.
Ireland, the United Kingdom and the three Crown dependencies are all parliamentary democracies, with their own separate parliaments. All parts of the United Kingdom return Members of Parliament (MPs) to parliament in London. In addition to this, voters in Scotland, Wales and Northern Ireland return members to a devolved parliament in Edinburgh and in Cardiff and an assembly in Belfast. Governance in the norm is by majority rule; however, Northern Ireland uses a system of power sharing whereby unionists and nationalists share executive posts proportionately and where the assent of both groups is required for the Northern Ireland Assembly to make certain decisions. (In the context of Northern Ireland, unionists are those who want Northern Ireland to remain a part of the United Kingdom and nationalists are those who want Northern Ireland to join with the rest of Ireland.) The British monarch is the head of state of the United Kingdom, while in the Republic of Ireland the head of state is the President of Ireland.
Ireland is the only part of the isles that is a member state of the European Union (EU). The UK was a member between 1 January 1973 and 31 January 2020, however the Isle of Man and the Channel Islands were not. Since the partition of Ireland, an informal free-travel area has existed across the island of Ireland. This area required formal recognition in 1997 during the course of negotiations for the Amsterdam Treaty of the European Union, and (together with the Crown dependencies) is now known as the Common Travel Area. As such, Ireland is not part of the Schegen Area, which allows passport-free travel between most EU member states, and is the only member state with an opt-out from the obligation to join the Schengen Zone.
Reciprocal arrangements allow British and Irish citizens specific voting rights in the two states. In Ireland, British citizens can vote in General and local elections, but not in European Parliament elections, constitutional referendums or presidential elections (for which there is no comparable franchise in the United Kingdom). In the United Kingdom, Irish and Commonwealth citizens can vote in every election for which British citizens are eligible. In the Crown dependencies, any resident can vote in general elections, but in Jersey and the Isle of Man only British citizens can run for office. These pre-date European Union law, and in both jurisdictions go further than what was required by European Union law (EU citizens may only vote in local elections in both states and European elections in Ireland). In 2008, a UK Ministry of Justice report investigating how to strengthen the British sense of citizenship proposed to end this arrangement, arguing that "the right to vote is one of the hallmarks of the political status of citizens; it is not a means of expressing closeness between countries".
In addition, some civil bodies are organised throughout the islands as a whole—for example, the Samaritans, which is deliberately organised without regard to national boundaries on the basis that a service which is not political or religious should not recognise sectarian or political divisions. The Royal National Lifeboat Institution (RNLI), a charity that operates a lifeboat service, is also organised throughout the islands as a whole, covering the waters of the United Kingdom, Ireland, the Isle of Man, and the Channel Islands.
The Northern Ireland peace process has led to a number of unusual arrangements between the Republic of Ireland, Northern Ireland and the United Kingdom. For example, citizens of Northern Ireland are entitled to the choice of Irish or British citizenship or both, and the Governments of Ireland and the United Kingdom consult on matters not devolved to the Northern Ireland Executive. The Northern Ireland Executive and the Government of Ireland also meet as the North/South Ministerial Council to develop policies common across the island of Ireland. These arrangements were made following the 1998 Good Friday Agreement.
British–Irish Council
Another body established under the Good Friday Agreement, the British–Irish Council, is made up of all of the states and territories of the British Isles. The British–Irish Parliamentary Assembly () predates the British–Irish Council and was established in 1990. Originally it comprised 25 members of the Oireachtas, the Irish parliament, and 25 members of the parliament of the United Kingdom, with the purpose of building mutual understanding between members of both legislatures. Since then the role and scope of the body has been expanded to include representatives from the Scottish Parliament, the Senedd (Welsh Parliament), the Northern Ireland Assembly, the States of Jersey, the States of Guernsey and the High Court of Tynwald (Isle of Man).
The Council does not have executive powers but meets biannually to discuss issues of mutual importance. Similarly, the Parliamentary Assembly has no legislative powers but investigates and collects witness evidence from the public on matters of mutual concern to its members. Reports on its findings are presented to the Governments of Ireland and the United Kingdom. During the February 2008 meeting of the British–Irish Council, it was agreed to set up a standing secretariat that would serve as a permanent 'civil service' for the Council. Leading on from developments in the British–Irish Council, the chair of the British–Irish Inter-Parliamentary Assembly, Niall Blaney, has suggested that the body should shadow the British–Irish Council's work.
Culture
The United Kingdom and Ireland have separate media, although British television, newspapers and magazines are widely available in Ireland, giving people in Ireland a high level of familiarity with the culture of the United Kingdom. Irish newspapers are also available in the UK, and Irish state and private television are widely available in Northern Ireland. Certain reality TV shows have embraced the whole of the islands, for example The X Factor, seasons 3, 4 and 7 of which featured auditions in Dublin and were open to Irish voters, whilst the show previously known as Britain's Next Top Model became Britain and Ireland's Next Top Model in 2011. A few cultural events are organised for the island group as a whole. For example, the Costa Book Awards are awarded to authors resident in the UK or Ireland. The Mercury Music Prize is handed out every year to the best album from a British or Irish musician or group.
Many globally popular sports had their modern rules codified in the British Isles, including golf, association football, cricket, rugby, snooker and darts, as well as many minor sports such as croquet, bowls, pitch and putt, water polo and handball. A number of sports are popular throughout the British Isles, the most prominent of which is association football. While this is organised separately in different national associations, leagues and national teams, even within the UK, it is a common passion in all parts of the islands. Rugby union is also widely enjoyed across the islands with four national teams from England, Ireland, Scotland and Wales. The British and Irish Lions is a team chosen from each national team and undertakes tours of the Southern Hemisphere rugby-playing nations every four years. Ireland plays as a united team, represented by players from both Northern Ireland and the Republic. These national rugby teams play each other each year for the Triple Crown as part of the Six Nations Championship. Also, since 2001, the professional club teams of Ireland, Scotland, Wales, Italy and South Africa compete against each other in the United Rugby Championship.
The Ryder Cup in golf was originally played between a United States team and a team representing Great Britain and Ireland. From 1979 onwards this was expanded to include the whole of Europe.
Transport
London Heathrow Airport is Europe's busiest airport in terms of passenger traffic, and the Dublin-London route is the busiest air route in Europe collectively, the busiest route out of Heathrow and the second-busiest international air route in the world. The English Channel and the southern North Sea are the busiest seaways in the world. The Channel Tunnel, opened in 1994, links Great Britain to France and is the second-longest rail tunnel in the world.
The idea of building a tunnel under the Irish Sea has been raised since 1895, when it was first investigated. Several potential Irish Sea tunnel projects have been proposed, most recently the Tusker Tunnel between the ports of Rosslare and Fishguard proposed by The Institute of Engineers of Ireland in 2004. A rail tunnel was proposed in 1997 on a different route, between Dublin and Holyhead, by British engineering firm Symonds. Either tunnel, at , would be by far the longest in the world, and would cost an estimated £15 billion or €20 billion. A proposal in 2007, estimated the cost of building a bridge from County Antrim in Northern Ireland to Galloway in Scotland at £3.5bn (€5bn).
See also
British Islands
Proposed British Isles fixed sea link connections
Extreme points of the British Isles
List of islands of the British Isles
Notes
References
Further reading
A History of Britain: At the Edge of the World, 3500 B.C. – 1603 A.D. by Simon Schama, BBC/Miramax, 2000
A History of Britain—The Complete Collection on DVD by Simon Schama, BBC 2002
Shortened History of England by G. M. Trevelyan Penguin Books
External links
An interactive geological map of the British Isles.
Geography of Northern Europe
Geography of Western Europe
Regions of Europe
Archipelagoes of Europe |
3738 | https://en.wikipedia.org/wiki/Basque%20language | Basque language | Basque (; , ) is a language spoken by Basques and others of the Basque Country, a region that straddles the westernmost Pyrenees in adjacent parts of northern Spain and south-western France. Linguistically, Basque is a language isolate (unrelated to any other existing languages). The Basques are indigenous to, and primarily inhabit, the Basque Country. The Basque language is spoken by 28.4% (751,500) of Basques in all territories. Of these, 93.2% (700,300) are in the Spanish area of the Basque Country and the remaining 6.8% (51,200) are in the French portion.
Native speakers live in a contiguous area that includes parts of four Spanish provinces and the three "ancient provinces" in France. Gipuzkoa, most of Biscay, a few municipalities of Álava and the northern area of Navarre formed the core of the remaining Basque-speaking area before measures were introduced in the 1980s to strengthen Basque fluency. By contrast, most of Álava, the westernmost part of Biscay, and central and southern Navarre are predominantly populated by native speakers of Spanish, either because Basque was replaced by Spanish over the centuries (as in most of Álava and central Navarre), or because it may never have been spoken there (as in parts of Enkarterri and south-eastern Navarre).
In Francoist Spain, Basque language use was affected by the government's repressive policies. In the Basque Country, "Francoist repression was not only political, but also linguistic and cultural." Franco's regime suppressed Basque from official discourse, education, and publishing, making it illegal to register newborn babies under Basque names, and even requiring tombstone engravings in Basque to be removed. In some provinces the public use of Basque was suppressed, with people fined for speaking it. Public use of Basque was frowned upon by supporters of the regime, often regarded as a sign of anti-Francoism or separatism. Overall, in the 1960s and later, the trend reversed and education and publishing in Basque began to flourish. As a part of this process, a standardised form of the Basque language, called Euskara Batua, was developed by the Euskaltzaindia in the late 1960s.
Besides its standardised version, the five historic Basque dialects are Biscayan, Gipuzkoan, and Upper Navarrese in Spain and Navarrese–Lapurdian and Souletin in France. They take their names from the historic Basque provinces, but the dialect boundaries are not congruent with province boundaries. Euskara Batua was created so that the Basque language could be used—and easily understood by all Basque speakers—in formal situations (education, mass media, literature), and this is its main use today. In both Spain and France, the use of Basque for education varies from region to region and from school to school.
Basque is the only surviving language isolate in Europe. The current mainstream scientific view on origin of the Basques and of their language is that early forms of Basque developed before the arrival of Indo-European languages in the area, i.e. before the arrival of Celtic and Romance languages in particular, as the latter today geographically surround the Basque-speaking region. Typologically, with its agglutinative morphology and ergative–absolutive alignment, Basque grammar remains markedly different from that of Standard Average European languages. Nevertheless, Basque has borrowed up to 40 percent of its vocabulary from Romance languages, and the Latin script is used for the Basque alphabet.
Names of the language
In Basque, the name of the language is officially (alongside various dialect forms).
In French, the language is normally called , though has become common in recent times. Spanish has a greater variety of names for the language. Today, it is most commonly referred to as , , or . Both terms, and , are inherited from the Latin ethnonym , which in turn goes back to the Greek term (), an ethnonym used by Strabo in his (23 CE, Book III).
The Spanish term , derived from Latin , has acquired negative connotations over the centuries and is not well-liked amongst Basque speakers generally. Its use is documented at least as far back as the 14th century when a law passed in Huesca in 1349 stated that —essentially penalising the use of Arabic, Hebrew, or Basque in marketplaces with a fine of 30 sols (the equivalent of 30 sheep).
History and classification
Basque is geographically surrounded by Romance languages but is a language isolate unrelated to them, and indeed, to any other language in the world. It is the last remaining descendant of one of the pre-Indo-European languages of Prehistoric Europe. Consequently, the prehistory of the Basque language may not be reconstructible by means of the traditional comparative method except by applying it to differences between dialects within the language. Little is known of its origins, but it is likely that an early form of the Basque language was present in and around the area of modern Basque Country before the arrival of the Indo-European languages in western Europe.
Authors such as Miguel de Unamuno and Louis Lucien Bonaparte have noted that the words for "knife" (), "axe" (), and "hoe" () appear to derive from the word for "stone" (), and have therefore concluded that the language dates to prehistoric Europe when those tools were made of stone. Others find this unlikely: see the controversy.
Latin inscriptions in preserve a number of words with cognates in the reconstructed proto-Basque language, for instance, the personal names and ( and mean 'young girl' and 'man', respectively in modern Basque). This language is generally referred to as Aquitanian and is assumed to have been spoken in the area before the Roman Republic's conquests in the western Pyrenees. Some authors even argue for late Basquisation, that the language moved westward during Late Antiquity after the fall of the Western Roman Empire into the northern part of Hispania into what is now Basque Country.
Roman neglect of this area allowed Aquitanian to survive while the Iberian and Tartessian languages became extinct. Through the long contact with Romance languages, Basque adopted a sizeable number of Romance words. Initially the source was Latin, later Gascon (a branch of Occitan) in the north-east, Navarro-Aragonese in the south-east and Spanish in the south-west.
Since 1968, Basque has been immersed in a revitalisation process, facing formidable obstacles. However, significant progress has been made in numerous areas. Six main factors have been identified to explain its relative success: 1) the implementation and acceptance of Unified Basque (Batua), 2) integration of Basque in the education system, 3) creation of media in Basque (radio, newspapers, and television); 4) the established new legal framework, 5) collaboration between public institutions and people's organisations, and 6) campaigns for Basque language literacy. While those six factors influenced the revitalisation process, the extensive development and use of language technologies is also considered a significant additional factor.
Hypotheses concerning Basque's connections to other languages
Once accepted as a non-Indo-European language, many attempts have been made to link the Basque language with more geographically distant languages. Apart from pseudoscientific comparisons, the appearance of long-range linguistics gave rise to several attempts to connect Basque with geographically very distant language families. Historical work on Basque is challenging since written material and documentation only is available for some few hundred years. Almost all hypotheses concerning the origin of Basque are controversial, and the suggested evidence is not generally accepted by mainstream linguists. Some of these hypothetical connections are:
Ligurian substrate: This hypothesis, proposed in the 19th century by d'Arbois de Jubainville, J. Pokorny, P. Kretschmer and several other linguists, encompasses the Basco-Iberian hypothesis.
Iberian: another ancient language once spoken in the Iberian Peninsula, shows several similarities with Aquitanian and Basque. However, not enough evidence exists to distinguish geographical connections from linguistic ones. Iberian itself remains unclassified. Eduardo Orduña Aznar claims to have established correspondences between Basque and Iberian numerals and noun case markers.
Vasconic substratum theory: This proposal, made by the German linguist Theo Vennemann, claims that enough toponymical evidence exists to conclude that Basque is the only survivor of a larger family that once extended throughout most of western Europe, and has also left its mark in modern Indo-European languages spoken in Europe.
Georgian: Linking Basque to the Kartvelian languages is now widely discredited. The hypothesis was inspired by the existence of the ancient Kingdom of Iberia in the Caucasus and some similarities in societal practices and agriculture between the two populations. Historical comparisons are difficult due to the dearth of historical material for Basque and several of the Kartvelian languages. Typological similarities have been proposed for some of the phonological characteristics and most importantly for some of the details of the ergative constructions, but these alone cannot prove historical relatedness between languages since such characteristics are found in other languages across the world, even if not in Indo-European. According to J. P. Mallory, the hypothesis was also inspired by a Basque place-name ending in -dze which is common in Kartvelian. The theory suggested that Basque and Georgian were remnants of a pre-Indo-European group.
Northeast Caucasian languages, such as Chechen, are seen by some linguists as more likely candidates for a very distant connection.
Dené–Caucasian: Based on the possible Caucasian link, some linguists, for example John Bengtson and Merritt Ruhlen, have proposed including Basque in the Dené–Caucasian superfamily of languages, but this proposed superfamily includes languages from North America and Eurasia, and its existence is highly controversial.
Indo-European: A genetic link between Basque and the Indo-European languages has been proposed by Forni (2013). This proposal is rejected by most reviewers, both including scholars adhering to the mainstream view of Basque as a language isolate (Gorrochategui, Lakarra), as well as proponents of wide-range genetic relations (Bengtson).
Geographic distribution
The region where Basque is spoken has become smaller over centuries, especially at the northern, southern, and eastern borders. Nothing is known about the limits of this region in ancient times, but on the basis of toponyms and epigraphs, it seems that in the beginning of the Common Era it stretched to the river Garonne in the north (including the south-western part of present-day France); at least to the Val d'Aran in the east (now a Gascon-speaking part of Catalonia), including lands on both sides of the Pyrenees; the southern and western boundaries are not clear at all.
The Reconquista temporarily counteracted this contracting tendency when the Christian lords called on northern Iberian peoples — Basques, Asturians, and "Franks" — to colonise the new conquests. The Basque language became the main everyday language, while other languages like Spanish, Gascon, French, or Latin were preferred for the administration and high education.
By the 16th century, the Basque-speaking area was reduced basically to the present-day seven provinces of the Basque Country, excluding the southern part of Navarre, the south-western part of Álava, and the western part of Biscay, and including some parts of Béarn.
In 1807, Basque was still spoken in the northern half of Álava—including its capital city Vitoria-Gasteiz—and a vast area in central Navarre, but in these two provinces, Basque experienced a rapid decline that pushed its border northwards. In the French Basque Country, Basque was still spoken in all the territory except in Bayonne and some villages around, and including some bordering towns in Béarn.
In the 20th century, however, the rise of Basque nationalism spurred increased interest in the language as a sign of ethnic identity, and with the establishment of autonomous governments in the Southern Basque Country, it has recently made a modest comeback. In the Spanish part, Basque-language schools for children and Basque-teaching centres for adults have brought the language to areas such as western Enkarterri and the Ribera del Ebro in southern Navarre, where it is not known to ever have been widely spoken; and in the French Basque Country, these schools and centres have almost stopped the decline of the language.
Official status
Historically, Latin or Romance languages have been the official languages in this region. However, Basque was explicitly recognised in some areas. For instance, the fuero or charter of the Basque-colonised Ojacastro (now in La Rioja) allowed the inhabitants to use Basque in legal processes in the 13th and 14th centuries.
The Spanish Constitution of 1978 states in Article 3 that the Spanish language is the official language of the nation, but allows autonomous communities to provide a co-official language status for the other languages of Spain. Consequently, the Statute of Autonomy of the Basque Autonomous Community establishes Basque as the co-official language of the autonomous community. The Statute of Navarre establishes Spanish as the official language of Navarre, but grants co-official status to the Basque language in the Basque-speaking areas of northern Navarre. Basque has no official status in the French Basque Country and French citizens are barred from officially using Basque in a French court of law. However, the use of Basque by Spanish nationals in French courts is permitted (with translation), as Basque is officially recognised on the other side of the border.
The positions of the various existing governments differ with regard to the promotion of Basque in areas where Basque is commonly spoken. The language has official status in those territories that are within the Basque Autonomous Community, where it is spoken and promoted heavily, but only partially in Navarre. The Ley del Vascuence ("Law of Basque"), seen as contentious by many Basques, but considered fitting Navarra's linguistic and cultural diversity by some of the main political parties of Navarre, divides Navarre into three language areas: Basque-speaking, non-Basque-speaking, and mixed. Support for the language and the linguistic rights of citizens vary, depending on the area. Others consider it unfair, since the rights of Basque speakers differ greatly depending on the place they live.
Demographics
The 2016 sociolinguistic survey of all Basque-speaking territories showed that in 2016, of all people aged 16 and above:
In the Basque Autonomous Community, 33.9% were fluent Basque speakers, 19.1% passive speakers and 47% did not speak Basque. The percentage was highest in Gipuzkoa (50.6% speakers) and Bizkaia (27.6%) and lowest in Álava (19.2%). These results represent an increase from previous years (30.1% in 2006, 29.5% in 2001, 27.7% in 1996 and 24.1% in 1991). The highest percentage of speakers can now be found in the 16–24 age range (57.5%) vs. 25.0% in the 65+ age range.
In French Basque Country, in 2006, 20.5% were fluent Basque speakers, 9.3% passive speakers, and 70.1% did not speak Basque. The percentage was highest in Labourd and Soule (49.5% speakers) and lowest in the Bayonne-Anglet-Biarritz conurbation (8.4%). Because the French Basque Country is not under the influence of the Basque Autonomous Country government, the region has fewer incentives to learn the language by government authorities. As such, these results represent another decrease from previous years (22.5% in 2006,24.8% in 2001 and 26.4 in 1996 or 56,146 in 1996 to 51,197 in 2016). The highest percentage of speakers is in the 65+ age range (28.1%). The lowest percentage is found in the 35-49 age range (14.6%), but there is a slight increase in the 16–24 age range (18.9%)
In Navarre, 12.9% were fluent Basque speakers, 10.3% passive speakers, and 76.7% did not speak Basque. The percentage was highest in the Basque-speaking zone in the north (61.1% speakers) and lowest in the non-Basque-speaking zone in the south (2.7%). These results represent a slight increase from previous years (11.1% in 2006,10.3% in 2001, 9.6% in 1996 and 9.5% in 1991). The highest percentage of speakers can now be found in the 16–24 age range (25.8%) vs. 8.3% in the 65+ age range.
Taken together, in 2016, of a total population of 3,131,464 (2,191,688 in the Autonomous Community; 297,847 in the Northern provinces; and 640,647 in Navarre), 751,527 spoke Basque (aged 16 and above). This amounts to 28.4 % Basque bilinguals overall, 16.4% passive speakers, and 55.2% non-speakers. Compared to the 1991 figures, this represents an overall increase of 223,000, from 528,500 (from a population of 2,371,100) 25 years previously. This number tends to increase, since 55.4% of the population between 16 and 24 years old spoke Basque in 2016, compared to only 22.5% in 1991.
While there is a general increase in the number of Basque-speaking during this period, this is mainly because of bilinguism. Basque transmission as a sole mother tongue has decreased from 19% in 1991 to 15.1% in 2016, while Basque and another language being used a mother language increased from 3% to 5.4% in the same time period. General public attitude towards efforts to promote the Basque language have also been more positive, with the share of people against these efforts falling from 20.9% in 1991 to 16% in 2016.
Basque is used as a language of commerce both in the Basque Country and in locations around the world where Basques immigrated throughout history.
Dialects
The modern Basque dialects show a high degree of dialectal divergence, sometimes making cross-dialect communication difficult. This is especially true in the case of Biscayan and Souletin, which are regarded as the most divergent Basque dialects.
Modern Basque dialectology distinguishes five dialects:
Biscayan or "Western"
Gipuzkoan or "Central"
Upper Navarrese
Navarro-Lapurdian
Souletin (Zuberoan)
These dialects are divided in 11 subdialects, and 24 minor varieties among them.
According to Koldo Zuazo, the Biscayan dialect or "Western" is the most widespread dialect, with around 300,000 speakers out of a total of around 660,000 speakers. This dialect is divided in two minor subdialects: the Western Biscayan and Eastern Biscayan, plus transitional dialects.
Influence on other languages
Although the influence of the neighbouring Romance languages on the Basque language (especially the lexicon, but also to some degree Basque phonology and grammar) has been much more extensive, it is usually assumed that there has been some feedback from Basque into these languages as well. In particular Gascon and Aragonese, and to a lesser degree Spanish are thought to have received this influence in the past. In the case of Aragonese and Gascon, this would have been through substrate interference following language shift from Aquitanian or Basque to a Romance language, affecting all levels of the language, including place names around the Pyrenees.
Although a number of words of alleged Basque origin in the Spanish language are circulated (e.g. 'anchovies', 'dashing, gallant, spirited', 'puppy', etc.), most of these have more easily explicable Romance etymologies or not particularly convincing derivations from Basque. Ignoring cultural terms, there is one strong loanword candidate, , long considered the source of the Pyrenean and Iberian Romance words for "left (side)" (, , ). The lack of initial in Gascon could arguably be due to a Basque influence but this issue is under-researched.
The other most commonly claimed substrate influences:
the Old Spanish merger of and .
the simple five vowel system.
change of initial into (e.g. fablar → hablar, with Old Basque lacking but having ).
voiceless alveolar retracted sibilant , a sound transitional between laminodental and palatal ; this sound also influenced other Ibero-Romance languages and Catalan.
The first two features are common, widespread developments in many Romance (and non-Romance) languages. The change of to occurred historically only in a limited area (Gascony and Old Castile) that corresponds almost exactly to areas where heavy Basque bilingualism is assumed, and as a result has been widely postulated (and equally strongly disputed). Substrate theories are often difficult to prove (especially in the case of phonetically plausible changes like to ). As a result, although many arguments have been made on both sides, the debate largely comes down to the a priori tendency on the part of particular linguists to accept or reject substrate arguments.
Examples of arguments against the substrate theory, and possible responses:
Spanish did not fully shift to , instead, it has preserved before consonants such as and (cf fuerte, frente). (On the other hand, the occurrence of in these words might be a secondary development from an earlier sound such as or and learned words (or words influenced by written Latin form). Gascon does have in these words, which might reflect the original situation.)
Evidence of Arabic loanwords in Spanish points to continuing to exist long after a Basque substrate might have had any effect on Spanish. (On the other hand, the occurrence of in these words might be a late development. Many languages have come to accept new phonemes from other languages after a period of significant influence. For example, French lost /h/ but later regained it as a result of Germanic influence, and has recently gained as a result of English influence.)
Basque regularly developed Latin into or .
The same change also occurs in parts of Sardinia, Italy and the Romance languages of the Balkans where no Basque substrate can be reasonably argued for. (On the other hand, the fact that the same change might have occurred elsewhere independently does not disprove substrate influence. Furthermore, parts of Sardinia also have prothetic or before initial , just as in Basque and Gascon, which may actually argue for some type of influence between both areas.)
Beyond these arguments, a number of nomadic groups of Castile are also said to use or have used Basque words in their jargon, such as the gacería in Segovia, the mingaña, the Galician fala dos arxinas and the Asturian Xíriga.
Part of the Romani community in the Basque Country speaks Erromintxela, which is a rare mixed language, with a Kalderash Romani vocabulary and Basque grammar.
Basque pidgins
A number of Basque-based or Basque-influenced pidgins have existed. In the 16th century, Basque sailors used a Basque–Icelandic pidgin in their contacts with Iceland. The Algonquian–Basque pidgin arose from contact between Basque whalers and the Algonquian peoples in the Gulf of Saint Lawrence and Strait of Belle Isle.
Phonology
Vowels
The Basque language features five vowels: , , , and (the same that are found in Spanish, Asturian and Aragonese). In the Zuberoan dialect, extra phonemes are featured:
the close front rounded vowel , graphically represented as ;
a set of contrasting nasal vowels, indicating a strong influence from Gascon.
Consonants
Basque has a distinction between laminal and apical articulation for the alveolar fricatives and affricates. With the laminal alveolar fricative , the friction occurs across the blade of the tongue, the tongue tip pointing toward the lower teeth. This is the usual in most European languages. It is written with an orthographic . By contrast, the voiceless apicoalveolar fricative is written ; the tip of the tongue points toward the upper teeth and friction occurs at the tip (apex). For example, zu "you" (singular, respectful) is distinguished from su "fire". The affricate counterparts are written and . So, etzi "the day after tomorrow" is distinguished from etsi "to give up"; atzo "yesterday" is distinguished from atso "old woman".
In the westernmost parts of the Basque country, only the apical and the alveolar affricate are used.
Basque also features postalveolar sibilants (, written , and , written ), sounding like English sh and ch.
There are two palatal stops, voiced and unvoiced, as well as a palatal nasal and a palatal lateral (the palatal stops are not present in all dialects). These and the postalveolar sounds are typical of diminutives, which are used frequently in child language and motherese (mainly to show affection rather than size). For example, tanta "drop" vs. ttantta "droplet". A few common words, such as txakur "dog", use palatal sounds even though in current usage they have lost the diminutive sense, the corresponding non-palatal forms now acquiring an augmentative or pejorative sense: zakur—"big dog". Many Basque dialects exhibit a derived palatalisation effect, in which coronal onset consonants change into the palatal counterpart after the high front vowel . For example, the in egin "to act" becomes palatal in southern and western dialects when a suffix beginning with a vowel is added: = "the action", = "doing".
The letter has a variety of realisations according to the regional dialect: , as pronounced from west to east in south Bizkaia and coastal Lapurdi, central Bizkaia, east Bizkaia and Gipuzkoa, south Navarre, inland Lapurdi and Low Navarre, and Zuberoa, respectively.
The letter is silent in the southern dialects, but pronounced (although vanishing) in the northern ones. Unified Basque spells it except when it is predictable, in a position following a consonant.
Unless they are recent loanwords (e.g. Ruanda "Rwanda", radar, robot ... ), words may not have initial . In older loans, initial r- took a prosthetic vowel, resulting in err- (Erroma "Rome", Errusia "Russia"), more rarely irr- (for example irratia "radio", irrisa "rice") and arr- (for example arrazional "rational").
Stress and pitch
Basque features great dialectal variation in accentuation, from a weak pitch accent in the western dialects to a marked stress in central and eastern dialects, with varying patterns of stress placement. Stress is in general not distinctive (and for historical comparisons not very useful); there are, however, a few instances where stress is phonemic, serving to distinguish between a few pairs of stress-marked words and between some grammatical forms (mainly plurals from other forms), e.g. basóà ("the forest", absolutive case) vs. básoà ("the glass", absolutive case; an adoption from Spanish vaso); basóàk ("the forest", ergative case) vs. básoàk ("the glass", ergative case) vs. básoak ("the forests" or "the glasses", absolutive case).
Given its great deal of variation among dialects, stress is not marked in the standard orthography and Euskaltzaindia (the Academy of the Basque Language) provides only general recommendations for a standard placement of stress, basically to place a high-pitched weak stress (weaker than that of Spanish, let alone that of English) on the second syllable of a syntagma, and a low-pitched even-weaker stress on its last syllable, except in plural forms where stress is moved to the first syllable.
This scheme provides Basque with a distinct musicality that differentiates its sound from the prosodical patterns of Spanish (which tends to stress the second-to-last syllable). Some Euskaldun berriak ("new Basque-speakers", i.e. second-language Basque-speakers) with Spanish as their first language tend to carry the prosodical patterns of Spanish into their pronunciation of Basque, e.g. pronouncing nire ama ("my mum") as nire áma (– – ´ –), instead of as niré amà (– ´ – `).
Morphophonology
The combining forms of nominals in final vary across the regions of the Basque Country. The can stay unchanged, be lowered to an , or it can be lost. Loss is most common in the east, while lowering is most common in the west. For instance, buru, "head", has the combining forms buru- and bur-, as in buruko, "cap", and burko, "pillow", whereas katu, "cat", has the combining form kata-, as in katakume, "kitten". Michelena suggests that the lowering to is generalised from cases of Romance borrowings in Basque that retained Romance stem alternations, such as kantu, "song" with combining form kanta-, borrowed from Romance canto, canta-.
Grammar
Basque is an ergative–absolutive language. The subject of an intransitive verb is in the absolutive case (which is unmarked), and the same case is used for the direct object of a transitive verb. The subject of the transitive verb is marked differently, with the ergative case (shown by the suffix -k). This also triggers main and auxiliary verbal agreement.
The auxiliary verb, which accompanies most main verbs, agrees not only with the subject, but with any direct object and the indirect object present. Among European languages, this polypersonal agreement is found only in Basque, some languages of the Caucasus (especially the Kartvelian languages), Mordvinic languages, Hungarian, and Maltese (all non-Indo-European). The ergative–absolutive alignment is also rare among European languages—occurring only in some languages of the Caucasus—but not infrequent worldwide.
Consider the phrase:
Martin-ek is the agent (transitive subject), so it is marked with the ergative case ending -k (with an epenthetic -e-). Egunkariak has an -ak ending, which marks plural object (plural absolutive, direct object case). The verb is , in which is a kind of gerund ("buying") and the auxiliary means "he/she (does) them for me". This can be split like this:
di- is used in the present tense when the verb has a subject (ergative), a direct object (absolutive), and an indirect object, and the object is him/her/it/them.
-zki- means the absolutive (in this case the newspapers) is plural; if it were singular there would be no infix; and
-t or -da- means "to me/for me" (indirect object).
in this instance there is no suffix after -t. A zero suffix in this position indicates that the ergative (the subject) is third person singular (he/she/it).
The auxiliary verb is composed as di-zki-da-zue and means 'you pl. (do) them for me'
di- indicates that the main verb is transitive and in the present tense
-zki- indicates that the direct object is plural
-da- indicates that the indirect object is me (to me/for me; -t becomes -da- when not final)
-zue indicates that the subject is you (plural)
The pronoun zuek 'you (plural)' has the same form both in the nominative or absolutive case (the subject of an intransitive sentence or direct object of a transitive sentence) and in the ergative case (the subject of a transitive sentence). In spoken Basque, the auxiliary verb is never dropped even if it is redundant, e.g. in 'you (pl.) are buying the newspapers for me'. However, the pronouns are almost always dropped, e.g. zuek in 'you (pl.) are buying the newspapers for me'. The pronouns are used only to show emphasis: 'it is you (pl.) who buys the newspapers for me', or 'it is me for whom you buy the newspapers'.
Modern Basque dialects allow for the conjugation of about fifteen verbs, called synthetic verbs, some only in literary contexts. These can be put in the present and past tenses in the indicative and subjunctive moods, in three tenses in the conditional and potential moods, and in one tense in the imperative. Each verb that can be taken intransitively has a nor (absolutive) paradigm and possibly a nor-nori (absolutive–dative) paradigm, as in the sentence Aititeri txapela erori zaio ("The hat fell from grandfather['s head]"). Each verb that can be taken transitively uses those two paradigms for antipassive-voice contexts in which no agent is mentioned (Basque lacks a passive voice, and displays instead an antipassive voice paradigm), and also has a nor-nork (absolutive–ergative) paradigm and possibly a nor-nori-nork (absolutive–dative–ergative) paradigm. The last would entail the dizkidazue example above. In each paradigm, each constituent noun can take on any of eight persons, five singular and three plural, with the exception of nor-nori-nork in which the absolutive can only be third person singular or plural. The most ubiquitous auxiliary, izan, can be used in any of these paradigms, depending on the nature of the main verb.
There are more persons in the singular (5) than in the plural (3) for synthetic (or filamentous) verbs because of the two familiar persons—informal masculine and feminine second person singular. The pronoun hi is used for both of them, but where the masculine form of the verb uses a -k, the feminine uses an -n. This is a property rarely found in Indo-European languages. The entire paradigm of the verb is further augmented by inflecting for "listener" (the allocutive) even if the verb contains no second person constituent. If the situation calls for the familiar masculine, the form is augmented and modified accordingly. Likewise for the familiar feminine.
(Gizon bat etorri da, "a man has come"; gizon bat etorri duk, "a man has come [you are a male close friend]", gizon bat etorri dun, "a man has come [you are a female close friend]", gizon bat etorri duzu, "a man has come [I talk to you (Sir / Madam)]") This multiplies the number of possible forms by nearly three. Still, the restriction on contexts in which these forms may be used is strong, since all participants in the conversation must be friends of the same sex, and not too far apart in age. Some dialects dispense with the familiar forms entirely. Note, however, that the formal second person singular conjugates in parallel to the other plural forms, perhaps indicating that it was originally the second person plural, later came to be used as a formal singular, and then later still the modern second person plural was formulated as an innovation.
All the other verbs in Basque are called periphrastic, behaving much like a participle would in English. These have only three forms in total, called aspects: perfect (various suffixes), habitual (suffix -t[z]en), and future/potential (suffix. -ko/-go). Verbs of Latinate origin in Basque, as well as many other verbs, have a suffix -tu in the perfect, adapted from the Latin perfect passive -tus suffix. The synthetic verbs also have periphrastic forms, for use in perfects and in simple tenses in which they are deponent.
Within a verb phrase, the periphrastic verb comes first, followed by the auxiliary.
A Basque noun-phrase is inflected in 17 different ways for case, multiplied by four ways for its definiteness and number (indefinite, definite singular, definite plural, and definite close plural: euskaldun [Basque speaker], euskalduna [the Basque speaker, a Basque speaker], euskaldunak [Basque speakers, the Basque speakers], and euskaldunok [we Basque speakers, those Basque speakers]). These first 68 forms are further modified based on other parts of the sentence, which in turn are inflected for the noun again. It has been estimated that, with two levels of recursion, a Basque noun may have 458,683 inflected forms.
The proper name "Mikel" (Michael) is declined as follows:
Within a noun phrase, modifying adjectives follow the noun. As an example of a Basque noun phrase, etxe zaharrean "in the old house" is morphologically analysed as follows by Agirre et al.
Basic syntactic construction is subject–object–verb (unlike Spanish, French or English where a subject–verb–object construction is more common). The order of the phrases within a sentence can be changed with thematic purposes, whereas the order of the words within a phrase is usually rigid. As a matter of fact, Basque phrase order is topic–focus, meaning that in neutral sentences (such as sentences to inform someone of a fact or event) the topic is stated first, then the focus. In such sentences, the verb phrase comes at the end. In brief, the focus directly precedes the verb phrase. This rule is also applied in questions, for instance, What is this? can be translated as Zer da hau? or Hau zer da?, but in both cases the question tag zer immediately precedes the verb da. This rule is so important in Basque that, even in grammatical descriptions of Basque in other languages, the Basque word galdegai (focus) is used.
In negative sentences, the order changes. Since the negative particle ez must always directly precede the auxiliary, the topic most often comes beforehand, and the rest of the sentence follows. This includes the periphrastic, if there is one: Aitak frantsesa irakasten du, "Father teaches French," in the negative becomes Aitak ez du frantsesa irakasten, in which irakasten ("teaching") is separated from its auxiliary and placed at the end.
Vocabulary
Through contact with neighbouring peoples, Basque has adopted many words from Latin, Spanish, and Gascon, among other languages. There are a considerable number of Latin loans (sometimes obscured by being subject to Basque phonology and grammar for centuries), for example: lore ("flower", from florem), errota ("mill", from rotam, "[mill] wheel"), gela ("room", from cellam), gauza ("thing", from causa).
Writing system
Basque is written using the Latin script including ñ and sometimes ç and ü. Basque does not use Cc, Qq, Vv, Ww, Yy for native words, but the Basque alphabet (established by Euskaltzaindia) does include them for loanwords:
Aa Bb Cc (and, as a variant, Çç) Dd Ee Ff Gg Hh Ii Jj Kk Ll Mm Nn Ññ Oo Pp Qq Rr Ss Tt Uu Vv Ww Xx Yy Zz
The phonetically meaningful digraphs dd, ll, rr, ts, tt, tx, tz are treated as pairs of letters.
All letters and digraphs represent unique phonemes. The main exception is when l and n are preceded by i, that in most dialects palatalises their sound into and , even if these are not written. Hence, Ikurriña can also be written Ikurrina without changing the sound, whereas the proper name Ainhoa requires the mute h to break the palatalisation of the n.
H is mute in most regions, but it is pronounced in many places in the north-east, the main reason for its existence in the Basque alphabet.
Its acceptance was a matter of contention during the standardisation process because the speakers of the most extended dialects had to learn where to place these h's, silent for them.
In Sabino Arana's (1865–1903) alphabet, digraphs and were replaced with ĺ and ŕ, respectively.
A typically Basque style of lettering is sometimes used for inscriptions.
It derives from the work of stone and wood carvers and is characterised by thick serifs.
Number system used by millers
Basque millers traditionally employed a separate number system of unknown origin. In this system the symbols are arranged either along a vertical line or horizontally. On the vertical line the single digits and fractions are usually off to one side, usually at the top. When used horizontally, the smallest units are usually on the right and the largest on the left.
The system is, as is the Basque system of counting in general, vigesimal (base 20). Although the system is in theory capable of indicating numbers above 100, most recorded examples do not go above 100 in general. Fractions are relatively common, especially .
The exact systems used vary from area to area but generally follow the same principle with 5 usually being a diagonal line or a curve off the vertical line (a V shape is used when writing a 5 horizontally). Units of ten are usually a horizontal line through the vertical. The twenties are based on a circle with intersecting lines. This system is no longer in general use but is occasionally employed for decorative purposes.
Examples
Article 1 of the Universal Declaration of Human Rights
Esklabu erremintaria
Language video gallery
See also
Basque dialects
Vasconic languages
List of Basques
Basque Country
Late Basquisation
Languages of France
Languages of Spain
Aquitanian language
List of ideophones in Basque
Wiktionary: Swadesh list of Basque words
Notes
Further reading
General and descriptive grammars
Allières, Jacques (1979): Manuel pratique de basque, "Connaissance des langues" v. 13, A. & J. Picard (Paris), .
de Azkue Aberasturi, Resurrección María (1969): Morfología vasca. La Gran enciclopedia vasca, Bilbao 1969.
Campion, Arturo (1884): Gramática de los cuatro dialectos literarios de la lengua euskara, Tolosa.
Euskara Institutua (), University of the Basque Country (UPV/EHU), Sareko Euskal Gramatika, SEG
Hualde, José Ignacio & Ortiz de Urbina, Jon (eds.): A Grammar of Basque. Berlin: Mouton de Gruyter, 2003. .
Lafitte, Pierre (1962): Grammaire basque – navarro-labourdin littéraire. Elkarlanean, Donostia/Bayonne, . (Dialectal.)
Lafon, R. (1972): "Basque" In Thomas A. Sebeok (ed.) Current Trends in Linguistics. Vol. 9. Linguistics in Western Europe, Mouton, The Hague, Mouton, pp. 1744–1792.
de Rijk, Rudolf P. G. (2007): Standard Basque: A Progressive Grammar. (Current Studies in Linguistics) (Vol. 1), The MIT Press, Cambridge MA,
Tovar, Antonio, (1957): The Basque Language, U. of Pennsylvania Press, Philadelphia.
Urquizu Sarasúa, Patricio (2007): Gramática de la lengua vasca. UNED, Madrid, .
van Eys, Willem J. (1879): Grammaire comparée des dialectes basques, Paris.
Linguistic studies
Agirre, Eneko, et al. (1992): XUXEN: A spelling checker/corrector for Basque based on two-level morphology.
Gavel, Henri (1921): Eléments de phonetique basque (= Revista Internacional de los Estudios Vascos = Revue Internationale des Etudes Basques 12, París. (Study of the dialects.)
Hualde, José Ignacio (1991): Basque phonology, Taylor & Francis, .
Lakarra Andrinua, Joseba A.; Hualde, José Ignacio (eds.) (2006): Studies in Basque and historical linguistics in memory of R. L. Trask – R. L. Trasken oroitzapenetan ikerketak euskalaritzaz eta hizkuntzalaritza historikoaz, (= Anuario del Seminario de Filología Vasca Julio de Urquijo: International journal of Basque linguistics and philology Vol. 40, No. 1–2), San Sebastián.
Lakarra, J. & Ortiz de Urbina, J.(eds.) (1992): Syntactic Theory and Basque Syntax, Gipuzkoako Foru Aldundia, Donostia-San Sebastian, .
Orduña Aznar, Eduardo. 2005. Sobre algunos posibles numerales en textos ibéricos. Palaeohispanica 5:491–506. This fifth volume of the journal Palaeohispanica consists of Acta Palaeohispanica IX, the proceedings of the ninth conference on Paleohispanic studies.
de Rijk, R. (1972): Studies in Basque Syntax: Relative clauses PhD Dissertation, MIT, Cambridge, Massachusetts, USA.
Uhlenbeck, C.C. (1909–1910): "Contribution à une phonétique comparative des dialectes basques", Revista Internacional de los Estudios Vascos = Revue Internationale des Etudes Basques 3 pp. 465–503 4 pp. 65–120.
Zuazo, Koldo (2008): Euskalkiak: euskararen dialektoak. Elkar. .
Lexicons
Aulestia, Gorka (1989): Basque–English dictionary University of Nevada Press, Reno, .
Aulestia, Gorka & White, Linda (1990): English–Basque dictionary, University of Nevada Press, Reno, .
Azkue Aberasturi, Resurrección María de (1905): Diccionario vasco–español–francés, Geuthner, Bilbao/Paris (reprinted many times).
Michelena, Luis: Diccionario General Vasco/Orotariko Euskal Hiztegia. 16 vols. Real academia de la lengua vasca, Bilbao 1987ff. .
Morris, Mikel (1998): "Morris Student Euskara–Ingelesa Basque–English Dictionary", Klaudio Harluxet Fundazioa, Donostia
Sarasola, Ibon (2010–), "Egungo Euskararen Hiztegia EEH" , Bilbo: Euskara Institutua , The University of the Basque Country UPV/EHU
Sarasola, Ibon (2010): "Zehazki" , Bilbo: Euskara Institutua , The University of the Basque Country UPV/EHU
Sota, M. de la, et al., 1976: Diccionario Retana de autoridades de la lengua vasca: con cientos de miles de nuevas voces y acepciones, Antiguas y modernas, Bilbao: La Gran Enciclopedia Vasca. .
Van Eys, W. J. 1873. Dictionnaire basque–français. Paris/London: Maisonneuve/Williams & Norgate.
Basque corpora
Sarasola, Ibon; Pello Salaburu, Josu Landa (2011): "ETC: Egungo Testuen Corpusa" , Bilbo: Euskara Institutua , The University of the Basque Country UPV/EHU
Sarasola, Ibon; Pello Salaburu, Josu Landa (2009): "Ereduzko Prosa Gaur, EPG" , Bilbo: Euskara Institutua , The University of the Basque Country UPV/EHU
Sarasola, Ibon; Pello Salaburu, Josu Landa (2009–): "Ereduzko Prosa Dinamikoa, EPD" , Bilbo: Euskara Institutua , The University of the Basque Country UPV/EHU
Sarasola, Ibon; Pello Salaburu, Josu Landa (2013): "Euskal Klasikoen Corpusa, EKC" , Bilbo: Euskara Institutua , The University of the Basque Country UPV/EHU
Sarasola, Ibon; Pello Salaburu, Josu Landa (2014): "Goenkale Corpusa" , Bilbo: Euskara Institutua , The University of the Basque Country UPV/EHU
Sarasola, Ibon; Pello Salaburu, Josu Landa (2010): "Pentsamenduaren Klasikoak Corpusa" , Bilbo: Euskara Institutua , The University of the Basque Country UPV/EHU
Other
Agirre Sorondo, Antxon. 1988. Tratado de Molinología: Los molinos en Guipúzcoa. San Sebastián: Eusko Ikaskunza-Sociedad de Estudios Vascos. Fundación Miguel de Barandiarán.
Bakker, Peter, et al. 1991. Basque pidgins in Iceland and Canada. Anejos del Anuario del Seminario de Filología Vasca "Julio de Urquijo", XXIII.
Deen, Nicolaas Gerard Hendrik. 1937. Glossaria duo vasco-islandica. Amsterdam. Reprinted 1991 in Anuario del Seminario de Filología Vasca Julio de Urquijo, 25(2):321–426.
History of the language and etymologies
Agirrezabal, Lore. 2003. Erromintxela, euskal ijitoen hizkera. San Sebastián: Argia.
Azurmendi, Joxe: "Die Bedeutung der Sprache in Renaissance und Reformation und die Entstehung der baskischen Literatur im religiösen und politischen Konfliktgebiet zwischen Spanien und Frankreich" In: Wolfgang W. Moelleken (Herausgeber), Peter J. Weber (Herausgeber): Neue Forschungsarbeiten zur Kontaktlinguistik, Bonn: Dümmler, 1997.
Hualde, José Ignacio; Lakarra, Joseba A. & R.L. Trask (eds) (1996): Towards a History of the Basque Language, "Current Issues in Linguistic Theory" 131, John Benjamin Publishing Company, Amsterdam, .
Michelena, Luis, 1990. Fonética histórica vasca. Bilbao.
Lafon, René (1944): Le système du verbe basque au XVIe siècle, Delmas, Bordeaux.
Löpelmann, Martin (1968): Etymologisches Wörterbuch der baskischen Sprache. Dialekte von Labourd, Nieder-Navarra und La Soule. 2 Bde. de Gruyter, Berlin (non-standard etymologies; idiosyncratic).
Orpustan, J. B. (1999): La langue basque au Moyen-Age. Baïgorri, .
Pagola, Rosa Miren. 1984. Euskalkiz Euskalki. Vitoria-Gasteiz: Eusko Jaurlaritzaren Argitalpe.
Rohlfs, Gerhard. 1980. Le Gascon: études de philologie pyrénéenne. Zeitschrift für Romanische Philologie 85.
Trask, R.L.: History of Basque. New York/London: Routledge, 1996. .
Trask, R.L. † (edited by Max W. Wheeler) (2008): Etymological Dictionary of Basque, University of Sussex (unfinished). Also "Some Important Basque Words (And a Bit of Culture)"
Relationship to other languages
General reviews of the theories
Jacobsen, William H. Jr. (1999): "Basque Language Origin Theories" In Basque Cultural Studies, edited by William A. Douglass, Carmelo Urza, Linda White, and Joseba Zulaika, 27–43. Basque Studies Program Occasional Papers Series, No. 5. Reno: Basque Studies Program, University of Nevada, Reno.
Lakarra Andrinua, Joseba (1998): "Hizkuntzalaritza konparatua eta aitzineuskararen erroa" (in Basque), Uztaro 25, pp. 47–110, (includes review of older theories).
Lakarra Andrinua, Joseba (1999): "Ná-De-Ná" (in Basque), Uztaro 31, pp. 15–84.
Trask, R.L. (1995): "Origin and Relatives of the Basque Language : Review of the Evidence" in Towards a History of the Basque Language, ed. J. Hualde, J. Lakarra, R.L. Trask, John Benjamins, Amsterdam / Philadelphia.
Trask, R.L.: History of Basque. New York/London: Routledge, 1996. ; pp. 358–414.
Afroasiatic hypothesis
Schuchardt, Hugo (1913): "Baskisch-Hamitische wortvergleichungen" Revista Internacional de Estudios Vascos = "Revue Internationale des Etudes Basques" 7:289–340.
Mukarovsky, Hans Guenter (1964/66): "Les rapports du basque et du berbère", Comptes rendus du GLECS (Groupe Linguistique d'Etudes Chamito-Sémitiques) 10:177–184.
Trombetti, Alfredo (1925): Le origini della lingua basca, Bologna, (new edit ).
Dené–Caucasian hypothesis
Bengtson, John D. (1999): The Comparison of Basque and North Caucasian. in: Mother Tongue. Journal of the Association for the Study of Language in Prehistory. Gloucester, Mass.
Bengtson, John D. (2004): "Some features of Dene–Caucasian phonology (with special reference to Basque)." Cahiers de l'Institut de Linguistique de Louvain (CILL) 30.4, pp. 33–54.
Bengtson, John D.. (2006): "Materials for a Comparative Grammar of the Dene–Caucasian (Sino-Caucasian) Languages." (there is also a preliminary draft)
Bengtson, John D. (1997): Review of "The History of Basque". London: Routledge, 1997. Pp.xxii,458" by R.L. Trask.
Bengtson, John D., (1996): "A Final (?) Response to the Basque Debate in Mother Tongue 1."
Caucasian hypothesis
Bouda, Karl (1950): "L'Euskaro-Caucasique" Boletín de la Real Sociedad Vasca de Amigos del País. Homenaje a D. Julio de Urquijo e Ybarra vol. III, San Sebastián, pp. 207–232.
Klimov, Georgij A. (1994): Einführung in die kaukasische Sprachwissenschaft, Buske, Hamburg, ; pp. 208–215.
Trombetti, Alfredo (1925): Le origini della lingua basca, Bologna, (new edit ).
Míchelena, Luis (1968): "L'euskaro-caucasien" in Martinet, A. (ed.) Le langage, Paris, pp. 1414–1437 (criticism).
Uhlenbeck, Christian Cornelius (1924): "De la possibilité d' une parenté entre le basque et les langues caucasiques", Revista Internacional de los Estudios Vascos = Revue Internationale des Etudes Basques 15, pp. 565–588.
Zelikov, Mixail (2005): "L’hypothèse basco-caucasienne dans les travaux de N. Marr" Cahiers de l'ILSL, N° 20, pp. 363–381.
Зыцарь Ю. В. O родстве баскского языка с кавказскими // Вопросы языкознания. 1955. № 5.
Iberian hypothesis
Bähr, Gerhard (1948): "Baskisch und Iberisch" Eusko Jakintza II, pp. 3–20, 167–194, 381–455.
Gorrochategui, Joaquín (1993): La onomástica aquitana y su relación con la ibérica, Lengua y cultura en Hispania prerromana : actas del V Coloquio sobre lenguas y culturas de la Península Ibérica: (Colonia 25–28 de Noviembre de 1989) (Francisco Villar and Jürgen Untermann, eds.), , pp. 609–634.
Rodríguez Ramos, Jesús (2002). La hipótesis del vascoiberismo desde el punto de vista de la epigrafía íbera, Fontes linguae vasconum: Studia et documenta, 90, pp. 197–218, .
Schuchardt, Hugo Ernst Mario (1907): Die Iberische Deklination, Wien.
Uralic-Altaic hypothesis
Bonaparte, Louis Lucien (1862): Langue basque et langues finnoises, London.
Vasconic-Old European hypothesis
Vennemann, Theo (2003): Europa Vasconica – Europa Semitica, Trends in Linguistics. Studies and Monographs 138, De Gruyter, Berlin, .
Vennemann, Theo (2007): "Basken wie wir: Linguistisches und Genetisches zum europäischen Stammbaum", BiologenHeute 5/6, 6–11.
Other theories
Thornton, R.W. (2002): Basque Parallels to Greenberg's Eurasiatic. in: Mother Tongue. Gloucester, Mass., 2002.
External links
– Euskaltzaindia (The Royal Academy of the Basque Language)
An overview of language technology tools for Basque: Automatic translators for Basque, dictionaries, resources to learn Basque... (~ 2016)
Euskara Institutua, The University of the Basque Country, UPV/EHU
Ahotsak.eus - Basque Oral Archive
Agglutinative languages
Articles containing video clips
Basque culture
Language isolates of Europe
Languages of France
Subject–object–verb languages
Synthetic languages
Vasconic languages
Languages of Spain |
3740 | https://en.wikipedia.org/wiki/Bj%C3%B6rn%20Ulvaeus | Björn Ulvaeus | Björn Kristian Ulvaeus (; born 25 April 1945) is a Swedish singer, songwriter, producer, a member of the musical group ABBA, and co-composer of the musicals Chess, Kristina från Duvemåla, and Mamma Mia! He co-produced the films Mamma Mia! and Mamma Mia! Here We Go Again with fellow ABBA member and close friend Benny Andersson. He is the oldest member of the group.
Early life
Björn Kristian Ulvaeus was born in Gothenburg on 25 April 1945. In 1951, he moved with his family to Västervik, Kalmar County. His parents were Aina Eliza Viktoria (née Bengtsson; 1909–2005) and Erik Gunnar Ulvaeus (1912–1999). Ulvaeus has one sister, Eva Margareta (born 1948). Ulvaeus studied business and law at Lund University after undertaking his military service, alongside comedian Magnus Holmström.
Career
Before gaining international recognition with ABBA, Ulvaeus was a member of the Swedish folk-schlager band Hootenanny Singers, known earlier as the "West Bay Singers", who had an enormous following in Scandinavia. While on the road in southern Sweden in 1966, they encountered the Hep Stars, and Ulvaeus quickly became friends with the group's keyboard player, Benny Andersson. The two musicians shared a passion for songwriting, and each found a composing partner in the other. On meeting again that summer, they composed their first song together: "Isn't It Easy To Say", a song soon to be recorded by Andersson's group. The two continued teaming up for music, helping out each other's bands in the recording studio, and adding guitar or keyboards respectively to the recordings. In 1968, they composed two songs together: "A Flower in My Garden", recorded by Hep Stars, and their first real hit "Ljuva Sextiotal", for which Stig Anderson wrote lyrics. The latter, a cabarét-style ironic song about the 1960s, was submitted for the 1969 Swedish heats for the Eurovision Song Contest, but was rejected; it was later recorded by diva Brita Borg. Another hit came in 1969 with "Speleman", also recorded by Hep Stars.
While filming a nostalgic schlager special for television in March 1969, Björn met eighteen-year-old future wife and singer-songwriter Agnetha Fältskog.
Björn Ulvaeus continued recording and touring with Hootenanny Singers to great acclaim while working as in-house producer at Polar Record Company (headed by future manager Stig Anderson), with Benny as his new partner. The twosome produced records by other artists and continued writing songs together. Polar artist Arne Lamberts Swedish version of "A Flower in My Garden" ("Fröken Blåklint") was one of Björn & Benny's first in-house productions. In December 1969, they recorded the new song "She's My Kind of Girl", which became their first single as a duo. It was released in March 1970, giving them a minor hit in Sweden and a top-ten hit in Japan two years later.
The Hootenanny Singers entered Svensktoppen, the Swedish radio charts, in 1970 with "Omkring Tiggarn Från Luossa", a cover of an old folk-schlager song. It remained on the charts for 52 consecutive weeks, a record which endured until 1990; the song was produced by Björn and Benny, and had Ulvaeus's solo vocal and Benny's piano.
After ABBA went on hiatus in 1982, Ulvaeus and Andersson created the musicals Chess, a collaboration with lyricist Tim Rice, Kristina från Duvemåla (based on The Emigrants novels by Swedish writer Vilhelm Moberg), and Mamma Mia! (based on ABBA songs).
Together with Andersson, Ulvaeus was nominated for the Drama Desk Award in the category "Outstanding Music" (for the musical Chess), and for a Tony Award in a category "Best Orchestrations" (for the musical Mamma Mia!). The original cast recordings for both musicals were nominated for a Grammy Award.
For the 2004 semi-final of the Eurovision Song Contest in Istanbul, thirty years after ABBA had won the 1974 contest in Brighton, UK, Ulvaeus appeared briefly in a special comedy video made for the interval act, entitled "Our Last Video". Each of the four members of the group appeared briefly in cameo roles, as did others such as Cher and Rik Mayall. The video was not included in the official DVD release of the Eurovision Contest, but was issued as a separate DVD release. It was billed as the first time the four had worked together since the group split. In fact, they each filmed their appearances separately.
Ulvaeus also shared with Andersson "The Special International Ivor Novello Award" from the British Academy of Songwriters, Composers and Authors, "The Music Export Prize" from the Swedish Ministry of Industry and Trade (2008), and "Lifetime Achievement Award" from the Swedish Music Publishers Association (SMFF).
On 15 April 2013, it was officially announced by the EBU and the SVT that Ulvaeus and Andersson, with the late Swedish DJ and record producer Avicii, had composed the anthem for the 2013 Eurovision Song Contest. The song was performed for the first time in the Final on 18 May.
Ulvaeus reunited with ABBA in 2018.
In 2019, Ulvaeus worked with Swedish songwriter Andreas Carlsson to arrange an English dub of Tomas Ledin's jukebox musical film En del av mitt hjärta (English: A Piece of My Heart) directed by Edward af Sillén. Ulvaeus was asked to write English lyrics for Ledin's songs as they are long-term friends.
In 2020, Björn Ulvaeus has been appointed President of CISAC, the International Confederation of Societies of Authors and Composers.
Personal life
On 6 July 1971, Ulvaeus married Agnetha Fältskog. They had two children: Linda Elin Ulvaeus (born 23 February 1973), and Peter Christian Ulvaeus (born 4 December 1977). The couple separated in early 1979, and their divorce was finalised in July 1980.
Ulvaeus married music journalist Lena Källersjö on 6 January 1981. They have two daughters: Emma Eleonora (born 3 January 1982) and Anna Linnea (born 29 April 1986). Ulvaeus and Källersjö live on a private island in Djursholm, an upscale area in Danderyd municipality north of Stockholm. From 1984 to 1990 they lived in the United Kingdom, where Ulvaeus founded an IT business with his brother. In February 2022, Ulvaeus and Källersjö announced their separation.
He is also one of four people (including Per Gessle) who own NoteHeads, a Swedish company which publishes the music notation program Igor Engraver.
Ulvaeus is a member of the International Humanist and Ethical Union's Swedish member organisation Humanisterna, and was awarded their annual prize, Hedenius-priset, in 2006. Ulvaeus describes himself as an atheist. He has appeared on several shows discussing his views about religion.
Ulvaeus suffered from severe long-term memory loss. However, in a 2009 interview, he stated that reports of his memory loss were "hugely exaggerated". In a TV interview with Fredrik Skavlan, Ulvaeus said the memory loss pertained to episodic memory. He said that, for instance, he was not nostalgic for his days with ABBA: "It was good while it lasted."
The Guardian called him Sweden's "highest-profile cash-free campaigner", explaining that "after his son was robbed several years ago, Ulvaeus became an evangelist for the electronic payment movement, claiming that cash was the primary cause of crime and that 'all activity in the black economy requires cash'". He has reportedly been living cash-free for more than a year, and ABBA The Museum has operated cash-free since it opened in May 2013.
Tax vindication
The Swedish Tax Agency accused Björn Ulvaeus of failing to pay 90 million kronor (US$12.8 million) in back taxes for eight years ending in 2005. The agency claimed that he "laundered" his music royalty income through institutions in several foreign countries. Ulvaeus paid the taxes as a precautionary measure during the 2½-year dispute. In October 2008, the county administrative court decided the case in Ulvaeus' favour, ruling that he never owed any of the 90 million kronor.
Discography
Björn solo singles
1968: "Raring" (Swedish version of "Honey")/"Vill Du Ha En Vän"
1968: "Fröken Fredriksson" (Swedish version of "Harper Valley PTA")/"Vår Egen Sång" – (Polar POS 162)
1969: "Saknar Du Något Min Kära" (Swedish version of "Where Do You Go To (My Lovely)?"/"Gömt Är Inte Glömt")
1969: "Partaj-Aj-Aj-Aj"/"Kvinnan I Mitt Liv"
Björn and Benny singles
1970: "She's My Kind of Girl"/"Inga Theme"
1970: "Hej Gamle Man!"/"Lycka" (Happiness)
1971: "Hey, Musikant"/"Was die Liebe sagt"
1971: "Det Kan Ingen Doktor Hjalpa" (It Can't Be Remedied by a Doctor)/"På Bröllop"
1971: "Tänk Om Jorden Vore Ung" (If Only We Had The Time)/"Träskofolket"
1972: "En Karusell" (Merry-Go-Round)/"Att Finnas Till"
1972: "Love Has Its Ways"/"Rock 'N' Roll Band" (Benny & Björn 1st version)
Björn and Benny albums
1970: Lycka
1984: Chess (concept album with Tim Rice)
1986: Chess Pieces
1988: Chess: Original Broadway Cast Recording
1994: Chess in Concert
1996: Kristina från Duvemåla
1998: från Waterloo till Duvemåla
1999: 16 favoriter ur Kristina från Duvemåla
1999: Mamma Mia! (Original Cast Recording)
2000: Mamma Mia! (Original Broadway Cast Recording)
2002: Chess på Svenska
2005: Mamma Mia! På Svenska
2008: Mamma Mia! – The Movie Soundtrack
2009: Chess in Concert (London)
2010: Kristina at Carnegie Hall
2013: Hjälp Sökes
Gemini
1985: Gemini
1987: Geminism
Josefin Nilsson
1993: Shapes
See also
List of Swedes in music
Abbacadabra
References
External links
1945 births
Living people
Musicians from Gothenburg
ABBA members
Litteris et Artibus recipients
Swedish composers
Swedish male composers
Swedish humanists
Swedish musical theatre composers
Swedish songwriters
Swedish guitarists
Male guitarists
Eurovision Song Contest winners
Ivor Novello Award winners
Eurodisco musicians
Swedish expatriates in the United Kingdom
Swedish rock guitarists
Swedish mandolinists
Banjoists
Acoustic guitarists
Swedish atheists
Swedish agnostics
Swedish pop singers
Swedish male singers
Swedish rock singers |
3741 | https://en.wikipedia.org/wiki/Benny%20Andersson | Benny Andersson | Göran Bror Benny Andersson (; born 16 December 1946) is a Swedish singer, musician, composer, producer, member of the Swedish music group ABBA and co-composer of the musicals Chess, Kristina från Duvemåla, and Mamma Mia! For the 2008 film version of Mamma Mia! and its 2018 sequel, Mamma Mia! Here We Go Again, he worked also as an executive producer. Since 2001, he has been active with his own band Benny Anderssons orkester.
Early life
Göran Bror Benny Andersson was born 16 December 1946 in the Vasastan district of Stockholm to civil engineer Gösta Andersson (1912–1973) and his wife Laila (1920–1971). His sister Eva-Lis Andersson followed in 1948. Andersson's musical background comes from his father and grandfather (Efraim); they both enjoyed playing the accordion, and at six, Benny got his own. His father and grandfather taught him Swedish folk music, traditional music, and schlager. The first records Benny bought were "Du Bist Musik" by Italian schlager singer Caterina Valente and Elvis Presley's "Jailhouse Rock". He was especially impressed by the flip side, "Treat Me Nice", as this featured a piano. This variety of different kinds of music influenced him through the years.
At ten, Andersson got his own piano and taught himself to play. He left school at 15 and began to perform at youth clubs. This is when he met his first girlfriend Christina Grönvall, with whom he had two children: Peter (born 1963) and Heléne (born 1965). In early 1964, Benny and Christina joined "Elverkets Spelmanslag" ("The Electricity Board Folk Music Group"); the name was a punning reference to their electric instruments. Their repertoire consisted mainly of instrumentals, including "Baby Elephant Walk"; he also wrote his first songs.
Career
Hep Stars (1964–1969)
In October 1964 he joined the Hep Stars as keyboardist and they made a breakthrough in March 1965 with their hit "Cadillac", eventually becoming the most celebrated of the Swedish 1960s pop bands. Andersson secured his place as the band's keyboardist and musical driving force as well as a teen idol. The band performed mostly covers of international hits, but Andersson soon started writing his own material, and gave the band the classic hits "No Response", "Sunny Girl", "Wedding", "Consolation", "It's Nice To Be Back" and "She Will Love You," among others.
Before ABBA (1969–1972)
Andersson met Björn Ulvaeus in June 1966, and the two men started writing songs together, their first being "Isn't It Easy To Say", eventually recorded by the Hep Stars. He also had a fruitful songwriting collaboration with Lasse Berghagen, with whom he wrote several songs and submitted "Hej, Clown" for the 1969 Melodifestivalen – the Swedish Eurovision Song Festival finals. The song finished in second place. During this contest, he met vocalist Anni-Frid Lyngstad, and they soon became a couple. Around the same time, his songwriting companion Ulvaeus met vocalist Agnetha Fältskog.
The personal relationships and Andersson and Ulvaeus' songwriting collaboration led quite naturally to the very close cooperation which the four friends had during the following years. Benny and Björn scored their first hits as songwriters in the spring of 1969: "Ljuva sextital" (a hit with Brita Borg) and "Speleman" (a hit for the Hep Stars). As the two couples began supporting each other during recording sessions, the sound of the women's voices convinced the songwriters to model their 'group' on various MOR acts such as Blue Mink, Middle of the Road and Sweet. Thus, ABBA came to life.
ABBA (1972–1982)
The group's breakthrough came with winning the Eurovision Song Contest for Sweden with "Waterloo" on 6 April 1974. During the next eight years, Andersson (together with Ulvaeus) wrote music for and produced eight studio albums with ABBA. The group achieved great success globally and scored a chain of No. 1 hits.
With ABBA, Benny sang lead vocal on only one song - "Suzy-Hang-Around", from the Waterloo album.
After ABBA: Chess, Kristina and Mamma Mia! (1983–present)
After ABBA, Andersson continued writing music with Ulvaeus. Their first project was the stage musical Chess, written with Tim Rice. The Chess concept album – with vocals by Elaine Paige, Barbara Dickson, Murray Head and Swedes Tommy Körberg and Björn Skifs – was released in October 1984, selling two million copies worldwide. The Paige/Dickson duet "I Know Him So Well" became a major UK No. 1 hit, and Murray Head's "One Night in Bangkok" gave Andersson/Ulvaeus a US No. 3 hit.
Chess was staged in London's West End Prince Edward Theatre in May 1986 and received mixed to positive reviews, running for about three years. A revised staging on Broadway in April 1988 received poor reviews, running for two months.
In 1985, Andersson produced and released an album with brother and sister Anders and Karin Glenmark, featuring new songs by Andersson/Ulvaeus. The duo named themselves Gemini, and a second album with more music by Björn and Benny was released in April 1987, containing the big hit "Mio My Mio"; also to be found on the soundtrack to the film Mio in the Land of Faraway, for which Andersson co-produced the music.
In 1987, Andersson released his first solo album Klinga Mina Klockor ("Chime, My Bells"). All the music was written by and performed by himself on accordion, backed by the Orsa Spelmän (Orsa Folk Musicians) on fiddles. A second solo album followed: November 1989.
In 1990, Andersson scored a Swedish No. 1 hit with "Lassie", sung by female cabaret group Ainbusk, for whom he also wrote the Svensktoppen hits "Älska Mig" and "Drömmarnas Golv". He decided to produce an album with Josefin Nilsson from this quartet, resulting in the 1993 English-language album Shapes, featuring ten new Andersson/Ulvaeus compositions.
In 1992, he wrote the introduction melody for the European football championship, which was organised by Sweden that year.
From the late 1980s, Andersson had worked on an idea for an epic Swedish language musical based on his affection for traditional folk music, and in October 1995, Kristina från Duvemåla premiered in Sweden. The musical was based on The Emigrants novels by Swedish writer Vilhelm Moberg. The musical ran successfully for almost five years, before closing in June 1999. An English-language version, simply titled Kristina, was staged in concert at Carnegie Hall in New York City for two nights in September 2009, yielding a live recording, and at the Royal Albert Hall for one night in April 2010.
Andersson's next project was Mamma Mia!, a musical built around 24 of ABBA's songs, which has become a worldwide box-office blockbuster, with versions in several languages being played in many countries, including the UK (West End premiere in April 1999), Canada (Toronto premiere in 2000), the USA (Broadway premiere in 2001), and Sweden (Swedish language premiere in 2005).
For the 2004 semi-final of the Eurovision Song Contest, staged in Istanbul thirty years after ABBA had won the contest in Brighton, Benny appeared briefly in a special comedy video made for the interval act, entitled "Our Last Video". Each of the four members of the group appeared briefly in cameo roles, as did others such as Cher and Rik Mayall. The video was not included in the official DVD release of the Eurovision Contest, but was issued as a separate DVD release. It was billed as the first time the four had worked together since the group split; however, Frida's appearance was filmed separately.
A film version of Mamma Mia! premiered on 18 July 2008. In April/May 2007, Andersson worked on the film soundtrack, re-recording the ABBA songs with musicians from the original ABBA recording sessions. Mamma Mia! The Movie has become the most successful film musical of all time, and the biggest-selling DVD ever in the UK.
Benny Anderssons Orkester (2001–present)
Andersson currently performs with his own band of 16 musicians, Benny Anderssons Orkester ("Benny Andersson's orchestra", BAO), with fellow Swedes Helen Sjöholm (of Kristina from Duvemåla) and Tommy Körberg (of Chess), with lyrics to new material sometimes written by Björn Ulvaeus. BAO has released five albums to huge success in Sweden, all containing hit singles.
In 2009 BAO achieved a new record in Sweden on the Svensktoppen chart by staying there for 243 weeks with the song "Du är min man" ("You Are My Man"), sung by Sjöholm.
New compositions (1984–present)
Andersson composes primarily for his band BAO, with vocalists Sjöholm and Körberg, but he keeps his older material alive by re-visiting it, as in Mamma Mia! and the Swedish version of Chess.
For a compilation album of the Glenmark duo Gemini, Andersson had Björn Ulvaeus write new Swedish lyrics for the re-recording of two songs from 1984 and 1987.
Andersson and Ulvaeus have continuously been writing new material; most recently the two wrote seven songs for Andersson's BAO 2011 album O klang och jubeltid, performed as usual by vocalists Sjöholm, Körberg and Kalle Moraeus. In July 2009, BAO, now named "The Benny Andersson Band", released their first international record, the album The Story of a Heart. It was a compilation of 14 tracks from Andersson's five Swedish-language releases between 1987 and 2007, including five songs now recorded with lyrics by Ulvaeus in English, and the new title song premiered on BBC2's Ken Bruce Show. A Swedish-language version of the title track, "Sommaren Du Fick" ("The Summer You Got"), was released as a single in Sweden prior to the English version, with vocals by Helen Sjöholm.
In the spring of 2009, Andersson also released a single recorded by the staff at his privately owned Stockholm hotel Hotel Rival, titled "2nd Best to None", accompanied by a video showing the staff at work. In 2008, Andersson and Ulvaeus wrote a song for Swedish singer Sissela Kyle, titled "Jag vill bli gammal" ("I Wanna Grow Old"), for her Stockholm stage show "Your Days Are Numbered", which was never recorded and released but did get a TV performance. Ulvaeus also contributed lyrics to ABBA's 1976 instrumental track "Arrival" for Sarah Brightman's cover version recorded for her 2008 album A Winter Symphony. New English lyrics have also been written for Andersson's 1999 song "Innan Gryningen" (then also named "Millennium Hymn"), with the new title "The Silence of the Dawn" for Barbara Dickson was performed live, but not yet recorded and released. In 2007, they wrote the new song "Han som har vunnit allt" ("He Who's Won It All") for actor and singer Anders Ekborg. Ulvaeus wrote English lyrics for two older songs from Andersson's solo albums I Walk with You Mama ("Stockholm by Night", 1989) and After the Rain ("Efter regnet", 1987) for opera singer Anne Sofie Von Otter, for her Andersson tribute album I Let the Music Speak. Barbara Dickson recorded an Ulvaeus and Andersson song called "The Day The Wall Came Tumbling Down"; the song eventually was released by Australian Mamma Mia! musical star Anne Wood's album of ABBA covers, Divine Discontent. As of October 2012, Ulvaeus had mentioned writing new material with Andersson for a BAO Christmas release (also mentioned as a BAO box), and Andersson is busy writing music for a Swedish language obscure musical, Hjälp Sökes ("Help is Wanted") together with Kristina Lugn and Lars Rudolfsson, premiering 8 February 2013.
Andersson has also written music for a documentary film about Olof Palme, re-recording the track "Sorgmarch" from his last album as a theme throughout the film.
The song "Kärlekens Tid", recorded 2004 by Helen Sjöholm with BAO, has also been performed in concert in English (lyrics by Ylva Eggehorn) by opera baritone Bryn Terfel.
On 15 April 2013, it was officially announced by the EBU and the SVT that Andersson, along with Ulvaeus and the late Stockholm based DJ and record producer Avicii, had composed the anthem for the 2013 Eurovision Song Contest. The song was performed for the first time in the Final on 18 May.
A new album of Andersson compositions presented in a choral style was released on 18 September 2015. "Kärlekens Tid" was produced in Andersson's Mono Music studio, under the direction of choirmaster Gustaf Sjökvist, who died before the album's release. Gustaf Sjökvists Choir, conducted by Cecilia Rydinger Alin, performed two concerts at Skeppsholmen on 20 September, featuring Benny Andersson on piano. The album includes songs in Swedish and English from a range of Andersson's projects, such as Chess, Kristina and BAO.
In November 2018, Deutsche Grammophon released Piano, a collection of ABBA tunes, tunes from Chess and original compositions all played by Andersson on solo piano.
Andersson reunited with ABBA in 2018, and their new studio album Voyage was released in 2021.
Film music
Andersson has written music to several films for screen and television; the first attempt in the early 1970s for the Swedish erotica movie The Seduction of Inga; the film was not a success, but the 'Björn & Benny' single "She's My Kind of Girl" surprised the composers by being released in Japan and becoming a Top 10 hit (the song renamed in Japan as "The Little Girl of the Cold Wind").
In 1987, Andersson wrote music and co-produced the soundtrack with Anders Eljas for the film Mio in the Land of Faraway, based on Swedish author Astrid Lindgrens Mio, My Son. The title song became a huge hit in Sweden for Gemini.
In 2000, he wrote the music for fellow Swede (no relation) Roy Andersson's film Songs from the Second Floor (the music later re-recorded, featuring new lyrics, with BAO! with vocals by Helen Sjöholm). He also wrote the theme for Roy Andersson's next film, You, the Living, from 2007.
Andersson worked on the film adaptation of Mamma Mia!. He also wrote the film score for the 2012 documentary Palme about Swedish prime minister Olof Palme. He later won a Guldbagge Award for Best Original Score, for that film at the 48th Guldbagge Awards.
Awards
Together with Ulvaeus, Andersson was nominated for a Drama Desk Award in a category "Outstanding Music" (for the musical Chess), and for a Tony Award in a category "Best Orchestrations" (for musical Mamma Mia!). Original cast recordings of both musicals were nominated for a Grammy Award. Andersson/Ulvaeus also won a Touring Broadway Award for the musical "Mamma Mia" (best score).
During his post-ABBA career Andersson won four Swedish Grammis awards, and together with Ulvaeus received the "Special International" Ivor Novello award from 'The British Academy of Composers and Songwriters', twice "The Music Export Prize" from the Swedish Ministry of Industry and Trade (2008), as well as the "Lifetime Achievement" award from the Swedish Music Publishers Association (SMFF). In 2002, Andersson was given an honorary professorship by the Swedish Government for his "ability to create high-class music reaching people around the world".
In 2007, he was elected a member of Royal Swedish Academy of Music, and in 2008 received an Honorary Doctorate from the Stockholm University Faculty of Humanities for contributing importantly both to the preservation and the growth of the Swedish folk music tradition.
On 15 March 2010, Andersson appeared on stage in New York with former wife Anni-Frid Lyngstad to accept ABBA's award of induction into the Rock and Roll Hall of Fame. During his acceptance speech he reflected on the important influence of traditional European music and the melancholy of the Swedish soul on ABBA's brand of pop music. "If you live in a country like Sweden, with five, six months of snow, and the sun disappears totally for like two months, that would be reflected in the work of artists," he said. "It's definitely in the Swedish folk music, you can hear it in the Russian folk songs, you can hear in the music from Jean Sibelius or Edvard Grieg from Norway, you can see it in the eyes of Greta Garbo and you can hear it in the voice of Jussi Björling. And you can hear in the sound of Frida and Agnetha on some of our songs too."
In 2012, he received an Honorary Doctorate of Philosophy from the Luleå Tekniska Universitet Faculty of Humanities and Social Sciences.
Andersson won the Swedish "Guldbaggen" award in 2012 as composer of the music for the film "Palme".
For his album Piano he received the Opus Klassik award in 2018.
Personal life
Andersson was engaged to Christina Grönvall. In 1963, they had a son, Peter, and in 1965, a daughter, Heléne. Both children were given their mother's surname. They split in 1966 and Christina kept custody of the children as Andersson was then at the peak of his Hep Stars' success. In the 1990s, Peter formed One More Time, a group that enjoyed European success with the ABBA-like "Highland" and, later, as Sweden's entry to the Eurovision Song Contest 1996.
Andersson was in a relationship with Anni-Frid Lyngstad of ABBA for about 11 years, from 1969 till 1980. They married on 6 October 1978, but separated on 26 November 1980 and divorced in 1981.
He married Swedish TV presenter Mona Nörklit in 1981 and had a son, Ludvig (born January 1982), who has since followed in his father's footsteps in forming his own band.
Andersson was an alcoholic through much of his adult life. He has remained a teetotaler since 2001. Andersson did not disclose the extent of his substance abuse problems until a 2011 interview, at which point he had maintained nearly a decade of sobriety.
Discography
Also appears on
Beginner's Guide to Scandinavia (3CD, Nascente 2011)
See also
List of Swedes in music
References
External links
Deutsche Grammophon page on Benny Andersson
BBC Radio 3 New Generation Artists page
icethesite (Benny Andersson and Björn Ulvaeus news site)
The Hep Stars International Official website (Benny before ABBA)
Chronology: Benny Andersson
Official ABBA site
1946 births
Living people
Musicians from Stockholm
ABBA members
Members of the Royal Swedish Academy of Music
Swedish accordionists
Swedish keyboardists
Swedish pianists
Swedish songwriters
20th-century Swedish male singers
Swedish musical theatre composers
Swedish film score composers
Georges Delerue Award winners
Swedish pop pianists
Eurodisco musicians
Ivor Novello Award winners
Swedish feminists
Male feminists
Feminist musicians
Eurovision Song Contest winners
Best Original Score Guldbagge Award winners
21st-century Swedish male singers
Acoustic guitarists
Swedish organists
Male organists
21st-century accordionists
Male pianists
21st-century organists
Male film score composers
Deutsche Grammophon artists |
3742 | https://en.wikipedia.org/wiki/Bluetooth | Bluetooth | Bluetooth is a short-range wireless technology standard that is used for exchanging data between fixed and mobile devices over short distances using UHF radio waves in the ISM bands, from 2.402 to 2.48GHz, and building personal area networks (PANs). It is mainly used as an alternative to wire connections, to exchange files between nearby portable devices and connect cell phones and music players with wireless headphones. In the most widely used mode, transmission power is limited to 2.5 milliwatts, giving it a very short range of up to .
Bluetooth is managed by the Bluetooth Special Interest Group (SIG), which has more than 35,000 member companies in the areas of telecommunication, computing, networking, and consumer electronics. The IEEE standardized Bluetooth as IEEE 802.15.1, but no longer maintains the standard. The Bluetooth SIG oversees development of the specification, manages the qualification program, and protects the trademarks. A manufacturer must meet Bluetooth SIG standards to market it as a Bluetooth device. A network of patents apply to the technology, which are licensed to individual qualifying devices. , Bluetooth integrated circuit chips ship approximately million units annually. By 2017, there were 3.6 billion Bluetooth devices shipping annually and the shipments were expected to continue increasing at about 12% a year.
Etymology
The name "Bluetooth" was proposed in 1997 by Jim Kardach of Intel, one of the founders of the Bluetooth SIG. The name was inspired by a conversation with Sven Mattisson who related Scandinavian history through tales from Frans G. Bengtsson's The Long Ships, a historical novel about Vikings and the 10th-century Danish king Harald Bluetooth. Upon discovering a picture of the Harald Bluetooth rune stone in the book Gwyn Jones's A History of the Vikings, Jim proposed Bluetooth as the codename for the short-range wireless program which is now called Bluetooth.
According to Bluetooth's official website,
Bluetooth is the Anglicised version of the Scandinavian Blåtand/Blåtann (or in Old Norse blátǫnn). It was the epithet of King Harald Bluetooth, who united the disparate
Danish tribes into a single kingdom; Kardach chose the name to imply that Bluetooth similarly unites communication protocols.
Logo
The Bluetooth logo is a bind rune merging the Younger Futhark runes (ᚼ, Hagall) and (ᛒ, Bjarkan), Harald's initials.
History
The development of the "short-link" radio technology, later named Bluetooth, was initiated in 1989 by Nils Rydbeck, CTO at Ericsson Mobile in Lund, Sweden. The purpose was to develop wireless headsets, according to two inventions by Johan Ullman, and . Nils Rydbeck tasked Tord Wingren with specifying and Dutchman Jaap Haartsen and Sven Mattisson with developing. Both were working for Ericsson in Lund. Principal design and development began in 1994 and by 1997 the team had a workable solution. From 1997 Örjan Johansson became the project leader and propelled the technology and standardization.
In 1997, Adalio Sanchez, then head of IBM ThinkPad product R&D, approached Nils Rydbeck about collaborating on integrating a mobile phone into a ThinkPad notebook. The two assigned engineers from Ericsson and IBM to study the idea. The conclusion was that power consumption on cellphone technology at that time was too high to allow viable integration into a notebook and still achieve adequate battery life. Instead, the two companies agreed to integrate Ericsson's short-link technology on both a ThinkPad notebook and an Ericsson phone to accomplish the goal. Since neither IBM ThinkPad notebooks nor Ericsson phones were the market share leaders in their respective markets at that time, Adalio Sanchez and Nils Rydbeck agreed to make the short-link technology an open industry standard to permit each player maximum market access. Ericsson contributed the short-link radio technology, and IBM contributed patents around the logical layer. Adalio Sanchez of IBM then recruited Stephen Nachtsheim of Intel to join and then Intel also recruited Toshiba and Nokia. In May 1998, the Bluetooth SIG was launched with IBM and Ericsson as the founding signatories and a total of five members: Ericsson, Intel, Nokia, Toshiba and IBM.
The first consumer Bluetooth device was launched in 1999. It was a hands-free mobile headset that earned the "Best of show Technology Award" at COMDEX.
The first Bluetooth mobile phone was the Ericsson T36 but it was the revised T39 model that actually made it to store shelves in 2001. In parallel, IBM introduced the IBM ThinkPad A30 in October 2001 which was the first notebook with integrated Bluetooth.
Bluetooth's early incorporation into consumer electronics products continued at Vosi Technologies in Costa Mesa, California, USA, initially overseen by founding members Bejan Amini and Tom Davidson. Vosi Technologies had been created by real estate developer Ivano Stegmenga, with United States Patent 608507, for communication between a cellular phone and a vehicle's audio system. At the time, Sony/Ericsson had only a minor market share in the cellular phone market, which was dominated in the US by Nokia and Motorola. Due to ongoing negotiations for an intended licensing agreement with Motorola beginning in the late 1990s, Vosi could not publicly disclose the intention, integration and initial development of other enabled devices which were to be the first "Smart Home" internet connected devices.
Vosi needed a means for the system to communicate without a wired connection from the vehicle to the other devices in the network. Bluetooth was chosen, since WiFi was not yet readily available or supported in the public market. Vosi had begun to develop the Vosi Cello integrated vehicular system and some other internet connected devices, one of which was intended to be a table-top device named the Vosi Symphony, networked with Bluetooth. Through the negotiations with Motorola, Vosi introduced and disclosed its intent to integrate Bluetooth in its devices. In the early 2000s a legal battle ensued between Vosi and Motorola, which indefinitely suspended release of the devices. Later, Motorola implemented it in their devices which initiated the significant propagation of Bluetooth in the public market due to its large market share at the time.
In 2012, Jaap Haartsen was nominated by the European Patent Office for the European Inventor Award.
Implementation
Bluetooth operates at frequencies between 2.402 and 2.480GHz, or 2.400 and 2.4835GHz, including guard bands 2MHz wide at the bottom end and 3.5MHz wide at the top. This is in the globally unlicensed (but not unregulated) industrial, scientific and medical (ISM) 2.4GHz short-range radio frequency band. Bluetooth uses a radio technology called frequency-hopping spread spectrum. Bluetooth divides transmitted data into packets, and transmits each packet on one of 79 designated Bluetooth channels. Each channel has a bandwidth of 1MHz. It usually performs 1600hops per second, with adaptive frequency-hopping (AFH) enabled. Bluetooth Low Energy uses 2MHz spacing, which accommodates 40 channels.
Originally, Gaussian frequency-shift keying (GFSK) modulation was the only modulation scheme available. Since the introduction of Bluetooth 2.0+EDR, π/4-DQPSK (differential quadrature phase-shift keying) and 8-DPSK modulation may also be used between compatible devices. Devices functioning with GFSK are said to be operating in basic rate (BR) mode, where an instantaneous bit rate of 1Mbit/s is possible. The term Enhanced Data Rate (EDR) is used to describe π/4-DPSK (EDR2) and 8-DPSK (EDR3) schemes, each giving 2 and 3Mbit/s respectively. The combination of these (BR and EDR) modes in Bluetooth radio technology is classified as a BR/EDR radio.
In 2019, Apple published an extension called HDR which supports data rates of 4 (HDR4) and 8 (HDR8) Mbit/s using π/4-DQPSK modulation on 4 MHz channels with forward error correction (FEC) .
Bluetooth is a packet-based protocol with a master/slave architecture. One master may communicate with up to seven slaves in a piconet. All devices within a given piconet use the clock provided by the master as the base for packet exchange. The master clock ticks with a period of 312.5μs, two clock ticks then make up a slot of 625µs, and two slots make up a slot pair of 1250µs. In the simple case of single-slot packets, the master transmits in even slots and receives in odd slots. The slave, conversely, receives in even slots and transmits in odd slots. Packets may be 1, 3, or 5 slots long, but in all cases, the master's transmission begins in even slots and the slave's in odd slots.
The above excludes Bluetooth Low Energy, introduced in the 4.0 specification, which uses the same spectrum but somewhat differently.
Communication and connection
A master BR/EDR Bluetooth device can communicate with a maximum of seven devices in a piconet (an ad hoc computer network using Bluetooth technology), though not all devices reach this maximum. The devices can switch roles, by agreement, and the slave can become the master (for example, a headset initiating a connection to a phone necessarily begins as master—as an initiator of the connection—but may subsequently operate as the slave).
The Bluetooth Core Specification provides for the connection of two or more piconets to form a scatternet, in which certain devices simultaneously play the master role in one piconet and the slave role in another.
At any given time, data can be transferred between the master and one other device (except for the little-used broadcast mode). The master chooses which slave device to address; typically, it switches rapidly from one device to another in a round-robin fashion. Since it is the master that chooses which slave to address, whereas a slave is (in theory) supposed to listen in each receive slot, being a master is a lighter burden than being a slave. Being a master of seven slaves is possible; being a slave of more than one master is possible. The specification is vague as to required behavior in scatternets.
Uses
Bluetooth is a standard wire-replacement communications protocol primarily designed for low power consumption, with a short range based on low-cost transceiver microchips in each device. Because the devices use a radio (broadcast) communications system, they do not have to be in visual line of sight of each other; however, a quasi optical wireless path must be viable. Range is power-class-dependent, but effective ranges vary in practice. See the table "Ranges of Bluetooth devices by class".
Officially Class 3 radios have a range of up to , Class 2, most commonly found in mobile devices, , and Class 1, primarily for industrial use cases, . Bluetooth marketing qualifies that Class 1 range is in most cases , and Class 2 range . The actual range achieved by a given link will depend on the qualities of the devices at both ends of the link, as well as the air conditions in between, and other factors.
The effective range varies depending on propagation conditions, material coverage, production sample variations, antenna configurations and battery conditions. Most Bluetooth applications are for indoor conditions, where attenuation of walls and signal fading due to signal reflections make the range far lower than specified line-of-sight ranges of the Bluetooth products.
Most Bluetooth applications are battery-powered Class 2 devices, with little difference in range whether the other end of the link is a Class 1 or Class 2 device as the lower-powered device tends to set the range limit. In some cases the effective range of the data link can be extended when a Class 2 device is connecting to a Class 1 transceiver with both higher sensitivity and transmission power than a typical Class 2 device. Mostly, however, the Class 1 devices have a similar sensitivity to Class 2 devices. Connecting two Class 1 devices with both high sensitivity and high power can allow ranges far in excess of the typical 100m, depending on the throughput required by the application. Some such devices allow open field ranges of up to 1 km and beyond between two similar devices without exceeding legal emission limits.
The Bluetooth Core Specification mandates a range of not less than , but there is no upper limit on actual range. Manufacturers' implementations can be tuned to provide the range needed for each case.
Bluetooth profile
To use Bluetooth wireless technology, a device must be able to interpret certain Bluetooth profiles, which are definitions of possible applications and specify general behaviors that Bluetooth-enabled devices use to communicate with other Bluetooth devices. These profiles include settings to parameterize and to control the communication from the start. Adherence to profiles saves the time for transmitting the parameters anew before the bi-directional link becomes effective. There are a wide range of Bluetooth profiles that describe many different types of applications or use cases for devices.
List of applications
Wireless control and communication between a mobile phone and a handsfree headset. This was one of the earliest applications to become popular.
Wireless control of and communication between a mobile phone and a Bluetooth compatible car stereo system (and sometimes between the SIM card and the car phone).
Wireless communication between a smartphone and a smart lock for unlocking doors.
Wireless control of and communication with iOS and Android device phones, tablets and portable wireless speakers.
Wireless Bluetooth headset and intercom. Idiomatically, a headset is sometimes called "a Bluetooth".
Wireless streaming of audio to headphones with or without communication capabilities.
Wireless streaming of data collected by Bluetooth-enabled fitness devices to phone or PC.
Wireless networking between PCs in a confined space and where little bandwidth is required.
Wireless communication with PC input and output devices, the most common being the mouse, keyboard and printer.
Transfer of files, contact details, calendar appointments, and reminders between devices with OBEX and sharing directories via FTP.
Replacement of previous wired RS-232 serial communications in test equipment, GPS receivers, medical equipment, bar code scanners, and traffic control devices.
For controls where infrared was often used.
For low bandwidth applications where higher USB bandwidth is not required and cable-free connection desired.
Sending small advertisements from Bluetooth-enabled advertising hoardings to other, discoverable, Bluetooth devices.
Wireless bridge between two Industrial Ethernet (e.g., PROFINET) networks.
Seventh and eighth generation game consoles such as Nintendo's Wii, and Sony's PlayStation 3 use Bluetooth for their respective wireless controllers.
Dial-up internet access on personal computers or PDAs using a data-capable mobile phone as a wireless modem.
Short-range transmission of health sensor data from medical devices to mobile phone, set-top box or dedicated telehealth devices.
Allowing a DECT phone to ring and answer calls on behalf of a nearby mobile phone.
Real-time location systems (RTLS) are used to track and identify the location of objects in real time using "Nodes" or "tags" attached to, or embedded in, the objects tracked, and "Readers" that receive and process the wireless signals from these tags to determine their locations.
Personal security application on mobile phones for prevention of theft or loss of items. The protected item has a Bluetooth marker (e.g., a tag) that is in constant communication with the phone. If the connection is broken (the marker is out of range of the phone) then an alarm is raised. This can also be used as a man overboard alarm.
Calgary, Alberta, Canada's Roads Traffic division uses data collected from travelers' Bluetooth devices to predict travel times and road congestion for motorists.
Wireless transmission of audio (a more reliable alternative to FM transmitters)
Live video streaming to the visual cortical implant device by Nabeel Fattah in Newcastle university 2017.
Connection of motion controllers to a PC when using VR headsets
Bluetooth vs Wi-Fi (IEEE 802.11)
Bluetooth and Wi-Fi (Wi-Fi is the brand name for products using IEEE 802.11 standards) have some similar applications: setting up networks, printing, or transferring files. Wi-Fi is intended as a replacement for high-speed cabling for general local area network access in work areas or home. This category of applications is sometimes called wireless local area networks (WLAN). Bluetooth was intended for portable equipment and its applications. The category of applications is outlined as the wireless personal area network (WPAN). Bluetooth is a replacement for cabling in various personally carried applications in any setting and also works for fixed location applications such as smart energy functionality in the home (thermostats, etc.).
Wi-Fi and Bluetooth are to some extent complementary in their applications and usage. Wi-Fi is usually access point-centered, with an asymmetrical client-server connection with all traffic routed through the access point, while Bluetooth is usually symmetrical, between two Bluetooth devices. Bluetooth serves well in simple applications where two devices need to connect with a minimal configuration like a button press, as in headsets and speakers.
Devices
Bluetooth exists in numerous products such as telephones, speakers, tablets, media players, robotics systems, laptops, and console gaming equipment as well as some high definition headsets, modems, hearing aids and even watches. Given the variety of devices which use the Bluetooth, coupled with the contemporary deprecation of headphone jacks by Apple, Google, and other companies, and the lack of regulation by the FCC, the technology is prone to interference. Nonetheless Bluetooth is useful when transferring information between two or more devices that are near each other in low-bandwidth situations. Bluetooth is commonly used to transfer sound data with telephones (i.e., with a Bluetooth headset) or byte data with hand-held computers (transferring files).
Bluetooth protocols simplify the discovery and setup of services between devices. Bluetooth devices can advertise all of the services they provide. This makes using services easier, because more of the security, network address and permission configuration can be automated than with many other network types.
Computer requirements
A personal computer that does not have embedded Bluetooth can use a Bluetooth adapter that enables the PC to communicate with Bluetooth devices. While some desktop computers and most recent laptops come with a built-in Bluetooth radio, others require an external adapter, typically in the form of a small USB "dongle."
Unlike its predecessor, IrDA, which requires a separate adapter for each device, Bluetooth lets multiple devices communicate with a computer over a single adapter.
Operating system implementation
For Microsoft platforms, Windows XP Service Pack 2 and SP3 releases work natively with Bluetooth v1.1, v2.0 and v2.0+EDR. Previous versions required users to install their Bluetooth adapter's own drivers, which were not directly supported by Microsoft. Microsoft's own Bluetooth dongles (packaged with their Bluetooth computer devices) have no external drivers and thus require at least Windows XP Service Pack 2. Windows Vista RTM/SP1 with the Feature Pack for Wireless or Windows Vista SP2 work with Bluetooth v2.1+EDR. Windows 7 works with Bluetooth v2.1+EDR and Extended Inquiry Response (EIR).
The Windows XP and Windows Vista/Windows 7 Bluetooth stacks support the following Bluetooth profiles natively: PAN, SPP, DUN, HID, HCRP. The Windows XP stack can be replaced by a third party stack that supports more profiles or newer Bluetooth versions. The Windows Vista/Windows 7 Bluetooth stack supports vendor-supplied additional profiles without requiring that the Microsoft stack be replaced. It is generally recommended to install the latest vendor driver and its associated stack to be able to use the Bluetooth device at its fullest extent.
Apple products have worked with Bluetooth since Mac OSX v10.2, which was released in 2002.
Linux has two popular Bluetooth stacks, BlueZ and Fluoride. The BlueZ stack is included with most Linux kernels and was originally developed by Qualcomm. Fluoride, earlier known as Bluedroid is included in Android OS and was originally developed by Broadcom.
There is also Affix stack, developed by Nokia. It was once popular, but has not been updated since 2005.
FreeBSD has included Bluetooth since its v5.0 release, implemented through netgraph.
NetBSD has included Bluetooth since its v4.0 release. Its Bluetooth stack was ported to OpenBSD as well, however OpenBSD later removed it as unmaintained.
DragonFly BSD has had NetBSD's Bluetooth implementation since 1.11 (2008). A netgraph-based implementation from FreeBSD has also been available in the tree, possibly disabled until 2014-11-15, and may require more work.
Specifications and features
The specifications were formalized by the Bluetooth Special Interest Group (SIG) and formally announced on 20 May 1998. Today it has a membership of over 30,000 companies worldwide. It was established by Ericsson, IBM, Intel, Nokia and Toshiba, and later joined by many other companies.
All versions of the Bluetooth standards support downward compatibility. That lets the latest standard cover all older versions.
The Bluetooth Core Specification Working Group (CSWG) produces mainly 4 kinds of specifications:
The Bluetooth Core Specification, release cycle is typically a few years in between
Core Specification Addendum (CSA), release cycle can be as tight as a few times per year
Core Specification Supplements (CSS), can be released very quickly
Errata (Available with a user account: Errata login)
Bluetooth 1.0 and 1.0B
Products weren't interoperable
Anonymity wasn't possible, preventing certain services from using Bluetooth environments
Bluetooth 1.1
Ratified as IEEE Standard 802.15.1–2002
Many errors found in the v1.0B specifications were fixed.
Added possibility of non-encrypted channels.
Received Signal Strength Indicator (RSSI).
Bluetooth 1.2
Major enhancements include:
Faster Connection and Discovery
Adaptive frequency-hopping spread spectrum (AFH), which improves resistance to radio frequency interference by avoiding the use of crowded frequencies in the hopping sequence.
Higher transmission speeds in practice than in v1.1, up to 721 kbit/s.
Extended Synchronous Connections (eSCO), which improve voice quality of audio links by allowing retransmissions of corrupted packets, and may optionally increase audio latency to provide better concurrent data transfer.
Host Controller Interface (HCI) operation with three-wire UART.
Ratified as IEEE Standard 802.15.1–2005
Introduced Flow Control and Retransmission Modes for L2CAP.
Bluetooth 2.0 + EDR
This version of the Bluetooth Core Specification was released before 2005. The main difference is the introduction of an Enhanced Data Rate (EDR) for faster data transfer. The bit rate of EDR is 3Mbit/s, although the maximum data transfer rate (allowing for inter-packet time and acknowledgements) is 2.1Mbit/s. EDR uses a combination of GFSK and phase-shift keying modulation (PSK) with two variants, π/4-DQPSK and 8-DPSK. EDR can provide a lower power consumption through a reduced duty cycle.
The specification is published as Bluetooth v2.0 + EDR, which implies that EDR is an optional feature. Aside from EDR, the v2.0 specification contains other minor improvements, and products may claim compliance to "Bluetooth v2.0" without supporting the higher data rate. At least one commercial device states "Bluetooth v2.0 without EDR" on its data sheet.
Bluetooth 2.1 + EDR
Bluetooth Core Specification Version 2.1 + EDR was adopted by the Bluetooth SIG on 26 July 2007.
The headline feature of v2.1 is secure simple pairing (SSP): this improves the pairing experience for Bluetooth devices, while increasing the use and strength of security.
Version 2.1 allows various other improvements, including extended inquiry response (EIR), which provides more information during the inquiry procedure to allow better filtering of devices before connection; and sniff subrating, which reduces the power consumption in low-power mode.
Bluetooth 3.0 + HS
Version 3.0 + HS of the Bluetooth Core Specification was adopted by the Bluetooth SIG on 21 April 2009. Bluetooth v3.0 + HS provides theoretical data transfer speeds of up to 24 Mbit/s, though not over the Bluetooth link itself. Instead, the Bluetooth link is used for negotiation and establishment, and the high data rate traffic is carried over a colocated 802.11 link.
The main new feature is AMP (Alternative MAC/PHY), the addition of 802.11 as a high-speed transport. The high-speed part of the specification is not mandatory, and hence only devices that display the "+HS" logo actually support Bluetooth over 802.11 high-speed data transfer. A Bluetooth v3.0 device without the "+HS" suffix is only required to support features introduced in Core Specification Version 3.0 or earlier Core Specification Addendum 1.
L2CAP Enhanced modes Enhanced Retransmission Mode (ERTM) implements reliable L2CAP channel, while Streaming Mode (SM) implements unreliable channel with no retransmission or flow control. Introduced in Core Specification Addendum 1.
Alternative MAC/PHY Enables the use of alternative MAC and PHYs for transporting Bluetooth profile data. The Bluetooth radio is still used for device discovery, initial connection and profile configuration. However, when large quantities of data must be sent, the high-speed alternative MAC PHY 802.11 (typically associated with Wi-Fi) transports the data. This means that Bluetooth uses proven low power connection models when the system is idle, and the faster radio when it must send large quantities of data. AMP links require enhanced L2CAP modes.
Unicast Connectionless Data Permits sending service data without establishing an explicit L2CAP channel. It is intended for use by applications that require low latency between user action and reconnection/transmission of data. This is only appropriate for small amounts of data.
Enhanced Power Control Updates the power control feature to remove the open loop power control, and also to clarify ambiguities in power control introduced by the new modulation schemes added for EDR. Enhanced power control removes the ambiguities by specifying the behavior that is expected. The feature also adds closed loop power control, meaning RSSI filtering can start as the response is received. Additionally, a "go straight to maximum power" request has been introduced. This is expected to deal with the headset link loss issue typically observed when a user puts their phone into a pocket on the opposite side to the headset.
Ultra-wideband
The high-speed (AMP) feature of Bluetooth v3.0 was originally intended for UWB, but the WiMedia Alliance, the body responsible for the flavor of UWB intended for Bluetooth, announced in March 2009 that it was disbanding, and ultimately UWB was omitted from the Core v3.0 specification.
On 16 March 2009, the WiMedia Alliance announced it was entering into technology transfer agreements for the WiMedia Ultra-wideband (UWB) specifications. WiMedia has transferred all current and future specifications, including work on future high-speed and power-optimized implementations, to the Bluetooth Special Interest Group (SIG), Wireless USB Promoter Group and the USB Implementers Forum. After successful completion of the technology transfer, marketing, and related administrative items, the WiMedia Alliance ceased operations.
In October 2009, the Bluetooth Special Interest Group suspended development of UWB as part of the alternative MAC/PHY, Bluetooth v3.0 + HS solution. A small, but significant, number of former WiMedia members had not and would not sign up to the necessary agreements for the IP transfer. As of 2009, the Bluetooth SIG was in the process of evaluating other options for its longer term roadmap.
Bluetooth 4.0
The Bluetooth SIG completed the Bluetooth Core Specification version 4.0 (called Bluetooth Smart) and has been adopted . It includes Classic Bluetooth, Bluetooth high speed and Bluetooth Low Energy (BLE) protocols. Bluetooth high speed is based on Wi-Fi, and Classic Bluetooth consists of legacy Bluetooth protocols.
Bluetooth Low Energy, previously known as Wibree, is a subset of Bluetooth v4.0 with an entirely new protocol stack for rapid build-up of simple links. As an alternative to the Bluetooth standard protocols that were introduced in Bluetooth v1.0 to v3.0, it is aimed at very low power applications powered by a coin cell. Chip designs allow for two types of implementation, dual-mode, single-mode and enhanced past versions. The provisional names Wibree and Bluetooth ULP (Ultra Low Power) were abandoned and the BLE name was used for a while. In late 2011, new logos "Bluetooth Smart Ready" for hosts and "Bluetooth Smart" for sensors were introduced as the general-public face of BLE.
Compared to Classic Bluetooth, Bluetooth Low Energy is intended to provide considerably reduced power consumption and cost while maintaining a similar communication range. In terms of lengthening the battery life of Bluetooth devices, represents a significant progression.
In a single-mode implementation, only the low energy protocol stack is implemented. Dialog Semiconductor, STMicroelectronics, AMICCOM, CSR, Nordic Semiconductor and Texas Instruments have released single mode Bluetooth Low Energy solutions.
In a dual-mode implementation, Bluetooth Smart functionality is integrated into an existing Classic Bluetooth controller. , the following semiconductor companies have announced the availability of chips meeting the standard: Qualcomm-Atheros, CSR, Broadcom and Texas Instruments. The compliant architecture shares all of Classic Bluetooth's existing radio and functionality resulting in a negligible cost increase compared to Classic Bluetooth.
Cost-reduced single-mode chips, which enable highly integrated and compact devices, feature a lightweight Link Layer providing ultra-low power idle mode operation, simple device discovery, and reliable point-to-multipoint data transfer with advanced power-save and secure encrypted connections at the lowest possible cost.
General improvements in version 4.0 include the changes necessary to facilitate BLE modes, as well the Generic Attribute Profile (GATT) and Security Manager (SM) services with AES Encryption.
Core Specification Addendum 2 was unveiled in December 2011; it contains improvements to the audio Host Controller Interface and to the High Speed (802.11) Protocol Adaptation Layer.
Core Specification Addendum 3 revision 2 has an adoption date of 24 July 2012.
Core Specification Addendum 4 has an adoption date of 12 February 2013.
Bluetooth 4.1
The Bluetooth SIG announced formal adoption of the Bluetooth v4.1 specification on 4 December 2013. This specification is an incremental software update to Bluetooth Specification v4.0, and not a hardware update. The update incorporates Bluetooth Core Specification Addenda (CSA 1, 2, 3 & 4) and adds new features that improve consumer usability. These include increased co-existence support for LTE, bulk data exchange rates—and aid developer innovation by allowing devices to support multiple roles simultaneously.
New features of this specification include:
Mobile Wireless Service Coexistence Signaling
Train Nudging and Generalized Interlaced Scanning
Low Duty Cycle Directed Advertising
L2CAP Connection Oriented and Dedicated Channels with Credit-Based Flow Control
Dual Mode and Topology
LE Link Layer Topology
802.11n PAL
Audio Architecture Updates for Wide Band Speech
Fast Data Advertising Interval
Limited Discovery Time
Notice that some features were already available in a Core Specification Addendum (CSA) before the release of v4.1.
Bluetooth 4.2
Released on 2 December 2014, it introduces features for the Internet of Things.
The major areas of improvement are:
Low Energy Secure Connection with Data Packet Length Extension
Link Layer Privacy with Extended Scanner Filter Policies
Internet Protocol Support Profile (IPSP) version 6 ready for Bluetooth Smart things to support connected home
Older Bluetooth hardware may receive 4.2 features such as Data Packet Length Extension and improved privacy via firmware updates.
Bluetooth 5
The Bluetooth SIG released Bluetooth 5 on 6 December 2016. Its new features are mainly focused on new Internet of Things technology. Sony was the first to announce Bluetooth 5.0 support with its Xperia XZ Premium in Feb 2017 during the Mobile World Congress 2017. The Samsung Galaxy S8 launched with Bluetooth 5 support in April 2017. In September 2017, the iPhone 8, 8 Plus and iPhone X launched with Bluetooth 5 support as well. Apple also integrated Bluetooth 5 in its new HomePod offering released on 9 February 2018. Marketing drops the point number; so that it is just "Bluetooth 5" (unlike Bluetooth 4.0); the change is for the sake of "Simplifying our marketing, communicating user benefits more effectively and making it easier to signal significant technology updates to the market."
Bluetooth 5 provides, for , options that can double the speed (2Mbit/s burst) at the expense of range, or provide up to four times the range at the expense of data rate. The increase in transmissions could be important for Internet of Things devices, where many nodes connect throughout a whole house. Bluetooth 5 increases capacity of connectionless services such as location-relevant navigation of low-energy Bluetooth connections.
The major areas of improvement are:
Slot Availability Mask (SAM)
2 Mbit/s PHY for
LE Long Range
High Duty Cycle Non-Connectable Advertising
LE Advertising Extensions
LE Channel Selection Algorithm #2
Features Added in CSA5 – Integrated in v5.0:
Higher Output Power
The following features were removed in this version of the specification:
Park State
Bluetooth 5.1
The Bluetooth SIG presented Bluetooth 5.1 on 21 January 2019.
The major areas of improvement are:
Angle of Arrival (AoA) and Angle of Departure (AoD) which are used for locating and tracking of devices
Advertising Channel Index
GATT Caching
Minor Enhancements batch 1:
HCI support for debug keys in LE Secure Connections
Sleep clock accuracy update mechanism
ADI field in scan response data
Interaction between QoS and Flow Specification
Block Host channel classification for secondary advertising
Allow the SID to appear in scan response reports
Specify the behavior when rules are violated
Periodic Advertising Sync Transfer
Features Added in Core Specification Addendum (CSA) 6 – Integrated in v5.1:
Models
Mesh-based model hierarchy
The following features were removed in this version of the specification:
Unit keys
Bluetooth 5.2
On 31 December 2019, the Bluetooth SIG published the Bluetooth Core Specification Version 5.2. The new specification adds new features:
Enhanced Attribute Protocol (EATT), an improved version of the Attribute Protocol (ATT)
LE Power Control
LE Isochronous Channels
LE Audio that is built on top of the new 5.2 features. BT LE Audio was announced in January 2020 at CES by the Bluetooth SIG. Compared to regular Bluetooth Audio, Bluetooth Low Energy Audio makes lower battery consumption possible and creates a standardized way of transmitting audio over BT LE. Bluetooth LE Audio also allows one-to-many and many-to-one broadcasts, allowing multiple receivers from one source or one receiver for multiple sources. It uses a new LC3 codec. BLE Audio will also add support for hearing aids.
Bluetooth 5.3
The Bluetooth SIG published the Bluetooth Core Specification Version 5.3 on July 13, 2021. The feature enhancements of Bluetooth 5.3 are:
Connection Subrating
Periodic Advertisement Interval
Channel Classification Enhancement
Encryption Key Size Control Enhancements
The following features were removed in this version of the specification:
Alternate MAC and PHY (AMP) Extension
Technical information
Architecture
Software
Seeking to extend the compatibility of Bluetooth devices, the devices that adhere to the standard use an interface called HCI (Host Controller Interface) between the host device (e.g. laptop, phone) and the Bluetooth device (e.g. Bluetooth wireless headset).
High-level protocols such as the SDP (Protocol used to find other Bluetooth devices within the communication range, also responsible for detecting the function of devices in range), RFCOMM (Protocol used to emulate serial port connections) and TCS (Telephony control protocol) interact with the baseband controller through the L2CAP (Logical Link Control and Adaptation Protocol). The L2CAP protocol is responsible for the segmentation and reassembly of the packets.
Hardware
The hardware that makes up the Bluetooth device is made up of, logically, two parts; which may or may not be physically separate. A radio device, responsible for modulating and transmitting the signal; and a digital controller. The digital controller is likely a CPU, one of whose functions is to run a Link Controller; and interfaces with the host device; but some functions may be delegated to hardware. The Link Controller is responsible for the processing of the baseband and the management of ARQ and physical layer FEC protocols. In addition, it handles the transfer functions (both asynchronous and synchronous), audio coding (e.g. SBC (codec)) and data encryption. The CPU of the device is responsible for attending the instructions related to Bluetooth of the host device, in order to simplify its operation. To do this, the CPU runs software called Link Manager that has the function of communicating with other devices through the LMP protocol.
A Bluetooth device is a short-range wireless device. Bluetooth devices are fabricated on RF CMOS integrated circuit (RF circuit) chips.
Bluetooth protocol stack
Bluetooth is defined as a layer protocol architecture consisting of core protocols, cable replacement protocols, telephony control protocols, and adopted protocols. Mandatory protocols for all Bluetooth stacks are LMP, L2CAP and SDP. In addition, devices that communicate with Bluetooth almost universally can use these protocols: HCI and RFCOMM.
Link Manager
The Link Manager (LM) is the system that manages establishing the connection between devices. It is responsible for the establishment, authentication and configuration of the link. The Link Manager locates other managers and communicates with them via the management protocol of the LMP link. To perform its function as a service provider, the LM uses the services included in the Link Controller (LC).
The Link Manager Protocol basically consists of several PDUs (Protocol Data Units) that are sent from one device to another. The following is a list of supported services:
Transmission and reception of data.
Name request
Request of the link addresses.
Establishment of the connection.
Authentication.
Negotiation of link mode and connection establishment.
Host Controller Interface
The Host Controller Interface provides a command interface for the controller and for the link manager, which allows access to the hardware status and control registers.
This interface provides an access layer for all Bluetooth devices. The HCI layer of the machine exchanges commands and data with the HCI firmware present in the Bluetooth device. One of the most important HCI tasks that must be performed is the automatic discovery of other Bluetooth devices that are within the coverage radius.
Logical Link Control and Adaptation Protocol
The Logical Link Control and Adaptation Protocol (L2CAP) is used to multiplex multiple logical connections between two devices using different higher level protocols.
Provides segmentation and reassembly of on-air packets.
In Basic mode, L2CAP provides packets with a payload configurable up to 64 kB, with 672 bytes as the default MTU, and 48 bytes as the minimum mandatory supported MTU.
In Retransmission and Flow Control modes, L2CAP can be configured either for isochronous data or reliable data per channel by performing retransmissions and CRC checks.
Bluetooth Core Specification Addendum 1 adds two additional L2CAP modes to the core specification. These modes effectively deprecate original Retransmission and Flow Control modes:
Enhanced Retransmission Mode (ERTM) This mode is an improved version of the original retransmission mode. This mode provides a reliable L2CAP channel.
Streaming Mode (SM) This is a very simple mode, with no retransmission or flow control. This mode provides an unreliable L2CAP channel.
Reliability in any of these modes is optionally and/or additionally guaranteed by the lower layer Bluetooth BDR/EDR air interface by configuring the number of retransmissions and flush timeout (time after which the radio flushes packets). In-order sequencing is guaranteed by the lower layer.
Only L2CAP channels configured in ERTM or SM may be operated over AMP logical links.
Service Discovery Protocol
The Service Discovery Protocol (SDP) allows a device to discover services offered by other devices, and their associated parameters. For example, when you use a mobile phone with a Bluetooth headset, the phone uses SDP to determine which Bluetooth profiles the headset can use (Headset Profile, Hands Free Profile (HFP), Advanced Audio Distribution Profile (A2DP) etc.) and the protocol multiplexer settings needed for the phone to connect to the headset using each of them. Each service is identified by a Universally Unique Identifier (UUID), with official services (Bluetooth profiles) assigned a short form UUID (16 bits rather than the full 128).
Radio Frequency Communications
Radio Frequency Communications (RFCOMM) is a cable replacement protocol used for generating a virtual serial data stream. RFCOMM provides for binary data transport and emulates EIA-232 (formerly RS-232) control signals over the Bluetooth baseband layer, i.e., it is a serial port emulation.
RFCOMM provides a simple, reliable, data stream to the user, similar to TCP. It is used directly by many telephony related profiles as a carrier for AT commands, as well as being a transport layer for OBEX over Bluetooth.
Many Bluetooth applications use RFCOMM because of its widespread support and publicly available API on most operating systems. Additionally, applications that used a serial port to communicate can be quickly ported to use RFCOMM.
Bluetooth Network Encapsulation Protocol
The Bluetooth Network Encapsulation Protocol (BNEP) is used for transferring another protocol stack's data via an L2CAP channel.
Its main purpose is the transmission of IP packets in the Personal Area Networking Profile.
BNEP performs a similar function to SNAP in Wireless LAN.
Audio/Video Control Transport Protocol
The Audio/Video Control Transport Protocol (AVCTP) is used by the remote control profile to transfer AV/C commands over an L2CAP channel. The music control buttons on a stereo headset use this protocol to control the music player.
Audio/Video Distribution Transport Protocol
The Audio/Video Distribution Transport Protocol (AVDTP) is used by the advanced audio distribution (A2DP) profile to stream music to stereo headsets over an L2CAP channel intended for video distribution profile in the Bluetooth transmission.
Telephony Control Protocol
The Telephony Control Protocol– Binary (TCS BIN) is the bit-oriented protocol that defines the call control signaling for the establishment of voice and data calls between Bluetooth devices. Additionally, "TCS BIN defines mobility management procedures for handling groups of Bluetooth TCS devices."
TCS-BIN is only used by the cordless telephony profile, which failed to attract implementers. As such it is only of historical interest.
Adopted protocols
Adopted protocols are defined by other standards-making organizations and incorporated into Bluetooth's protocol stack, allowing Bluetooth to code protocols only when necessary. The adopted protocols include:
Point-to-Point Protocol (PPP) Internet standard protocol for transporting IP datagrams over a point-to-point link.
TCP/IP/UDP Foundation Protocols for TCP/IP protocol suite
Object Exchange Protocol (OBEX) Session-layer protocol for the exchange of objects, providing a model for object and operation representation
Wireless Application Environment/Wireless Application Protocol (WAE/WAP) WAE specifies an application framework for wireless devices and WAP is an open standard to provide mobile users access to telephony and information services.
Baseband error correction
Depending on packet type, individual packets may be protected by error correction, either 1/3 rate forward error correction (FEC) or 2/3 rate. In addition, packets with CRC will be retransmitted until acknowledged by automatic repeat request (ARQ).
Setting up connections
Any Bluetooth device in discoverable mode transmits the following information on demand:
Device name
Device class
List of services
Technical information (for example: device features, manufacturer, Bluetooth specification used, clock offset)
Any device may perform an inquiry to find other devices to connect to, and any device can be configured to respond to such inquiries. However, if the device trying to connect knows the address of the device, it always responds to direct connection requests and transmits the information shown in the list above if requested. Use of a device's services may require pairing or acceptance by its owner, but the connection itself can be initiated by any device and held until it goes out of range. Some devices can be connected to only one device at a time, and connecting to them prevents them from connecting to other devices and appearing in inquiries until they disconnect from the other device.
Every device has a unique 48-bit address. However, these addresses are generally not shown in inquiries. Instead, friendly Bluetooth names are used, which can be set by the user. This name appears when another user scans for devices and in lists of paired devices.
Most cellular phones have the Bluetooth name set to the manufacturer and model of the phone by default. Most cellular phones and laptops show only the Bluetooth names and special programs are required to get additional information about remote devices. This can be confusing as, for example, there could be several cellular phones in range named T610 (see Bluejacking).
Pairing and bonding
Motivation
Many services offered over Bluetooth can expose private data or let a connecting party control the Bluetooth device. Security reasons make it necessary to recognize specific devices, and thus enable control over which devices can connect to a given Bluetooth device. At the same time, it is useful for Bluetooth devices to be able to establish a connection without user intervention (for example, as soon as in range).
To resolve this conflict, Bluetooth uses a process called bonding, and a bond is generated through a process called pairing. The pairing process is triggered either by a specific request from a user to generate a bond (for example, the user explicitly requests to "Add a Bluetooth device"), or it is triggered automatically when connecting to a service where (for the first time) the identity of a device is required for security purposes. These two cases are referred to as dedicated bonding and general bonding respectively.
Pairing often involves some level of user interaction. This user interaction confirms the identity of the devices. When pairing completes, a bond forms between the two devices, enabling those two devices to connect in the future without repeating the pairing process to confirm device identities. When desired, the user can remove the bonding relationship.
Implementation
During pairing, the two devices establish a relationship by creating a shared secret known as a link key. If both devices store the same link key, they are said to be paired or bonded. A device that wants to communicate only with a bonded device can cryptographically authenticate the identity of the other device, ensuring it is the same device it previously paired with. Once a link key is generated, an authenticated Asynchronous Connection-Less (ACL) link between the devices may be encrypted to protect exchanged data against eavesdropping. Users can delete link keys from either device, which removes the bond between the devices—so it is possible for one device to have a stored link key for a device it is no longer paired with.
Bluetooth services generally require either encryption or authentication and as such require pairing before they let a remote device connect. Some services, such as the Object Push Profile, elect not to explicitly require authentication or encryption so that pairing does not interfere with the user experience associated with the service use-cases.
Pairing mechanisms
Pairing mechanisms changed significantly with the introduction of Secure Simple Pairing in Bluetooth v2.1. The following summarizes the pairing mechanisms:
Legacy pairing: This is the only method available in Bluetooth v2.0 and before. Each device must enter a PIN code; pairing is only successful if both devices enter the same PIN code. Any 16-byte UTF-8 string may be used as a PIN code; however, not all devices may be capable of entering all possible PIN codes.
Limited input devices: The obvious example of this class of device is a Bluetooth Hands-free headset, which generally have few inputs. These devices usually have a fixed PIN, for example "0000" or "1234", that are hard-coded into the device.
Numeric input devices: Mobile phones are classic examples of these devices. They allow a user to enter a numeric value up to 16 digits in length.
Alpha-numeric input devices: PCs and smartphones are examples of these devices. They allow a user to enter full UTF-8 text as a PIN code. If pairing with a less capable device the user must be aware of the input limitations on the other device; there is no mechanism available for a capable device to determine how it should limit the available input a user may use.
Secure Simple Pairing (SSP): This is required by Bluetooth v2.1, although a Bluetooth v2.1 device may only use legacy pairing to interoperate with a v2.0 or earlier device. Secure Simple Pairing uses a form of public-key cryptography, and some types can help protect against man in the middle, or MITM attacks. SSP has the following authentication mechanisms:
Just works: As the name implies, this method just works, with no user interaction. However, a device may prompt the user to confirm the pairing process. This method is typically used by headsets with minimal IO capabilities, and is more secure than the fixed PIN mechanism this limited set of devices uses for legacy pairing. This method provides no man-in-the-middle (MITM) protection.
Numeric comparison: If both devices have a display, and at least one can accept a binary yes/no user input, they may use Numeric Comparison. This method displays a 6-digit numeric code on each device. The user should compare the numbers to ensure they are identical. If the comparison succeeds, the user(s) should confirm pairing on the device(s) that can accept an input. This method provides MITM protection, assuming the user confirms on both devices and actually performs the comparison properly.
Passkey Entry: This method may be used between a device with a display and a device with numeric keypad entry (such as a keyboard), or two devices with numeric keypad entry. In the first case, the display presents a 6-digit numeric code to the user, who then enters the code on the keypad. In the second case, the user of each device enters the same 6-digit number. Both of these cases provide MITM protection.
Out of band (OOB): This method uses an external means of communication, such as near-field communication (NFC) to exchange some information used in the pairing process. Pairing is completed using the Bluetooth radio, but requires information from the OOB mechanism. This provides only the level of MITM protection that is present in the OOB mechanism.
SSP is considered simple for the following reasons:
In most cases, it does not require a user to generate a passkey.
For use cases not requiring MITM protection, user interaction can be eliminated.
For numeric comparison, MITM protection can be achieved with a simple equality comparison by the user.
Using OOB with NFC enables pairing when devices simply get close, rather than requiring a lengthy discovery process.
Security concerns
Prior to Bluetooth v2.1, encryption is not required and can be turned off at any time. Moreover, the encryption key is only good for approximately 23.5 hours; using a single encryption key longer than this time allows simple XOR attacks to retrieve the encryption key.
Turning off encryption is required for several normal operations, so it is problematic to detect if encryption is disabled for a valid reason or a security attack.
Bluetooth v2.1 addresses this in the following ways:
Encryption is required for all non-SDP (Service Discovery Protocol) connections
A new Encryption Pause and Resume feature is used for all normal operations that require that encryption be disabled. This enables easy identification of normal operation from security attacks.
The encryption key must be refreshed before it expires.
Link keys may be stored on the device file system, not on the Bluetooth chip itself. Many Bluetooth chip manufacturers let link keys be stored on the device—however, if the device is removable, this means that the link key moves with the device.
Security
Overview
Bluetooth implements confidentiality, authentication and key derivation with custom algorithms based on the SAFER+ block cipher. Bluetooth key generation is generally based on a Bluetooth PIN, which must be entered into both devices. This procedure might be modified if one of the devices has a fixed PIN (e.g., for headsets or similar devices with a restricted user interface). During pairing, an initialization key or master key is generated, using the E22 algorithm.
The E0 stream cipher is used for encrypting packets, granting confidentiality, and is based on a shared cryptographic secret, namely a previously generated link key or master key. Those keys, used for subsequent encryption of data sent via the air interface, rely on the Bluetooth PIN, which has been entered into one or both devices.
An overview of Bluetooth vulnerabilities exploits was published in 2007 by Andreas Becker.
In September 2008, the National Institute of Standards and Technology (NIST) published a Guide to Bluetooth Security as a reference for organizations. It describes Bluetooth security capabilities and how to secure Bluetooth technologies effectively. While Bluetooth has its benefits, it is susceptible to denial-of-service attacks, eavesdropping, man-in-the-middle attacks, message modification, and resource misappropriation. Users and organizations must evaluate their acceptable level of risk and incorporate security into the lifecycle of Bluetooth devices. To help mitigate risks, included in the NIST document are security checklists with guidelines and recommendations for creating and maintaining secure Bluetooth piconets, headsets, and smart card readers.
Bluetooth v2.1 – finalized in 2007 with consumer devices first appearing in 2009 – makes significant changes to Bluetooth's security, including pairing. See the pairing mechanisms section for more about these changes.
Bluejacking
Bluejacking is the sending of either a picture or a message from one user to an unsuspecting user through Bluetooth wireless technology. Common applications include short messages, e.g., "You've just been bluejacked!" Bluejacking does not involve the removal or alteration of any data from the device. Bluejacking can also involve taking control of a mobile device wirelessly and phoning a premium rate line, owned by the bluejacker. Security advances have alleviated this issue .
History of security concerns
2001–2004
In 2001, Jakobsson and Wetzel from Bell Laboratories discovered flaws in the Bluetooth pairing protocol and also pointed to vulnerabilities in the encryption scheme. In 2003, Ben and Adam Laurie from A.L. Digital Ltd. discovered that serious flaws in some poor implementations of Bluetooth security may lead to disclosure of personal data. In a subsequent experiment, Martin Herfurt from the trifinite.group was able to do a field-trial at the CeBIT fairgrounds, showing the importance of the problem to the world. A new attack called BlueBug was used for this experiment. In 2004 the first purported virus using Bluetooth to spread itself among mobile phones appeared on the Symbian OS.
The virus was first described by Kaspersky Lab and requires users to confirm the installation of unknown software before it can propagate. The virus was written as a proof-of-concept by a group of virus writers known as "29A" and sent to anti-virus groups. Thus, it should be regarded as a potential (but not real) security threat to Bluetooth technology or Symbian OS since the virus has never spread outside of this system. In August 2004, a world-record-setting experiment (see also Bluetooth sniping) showed that the range of Class 2 Bluetooth radios could be extended to with directional antennas and signal amplifiers.
This poses a potential security threat because it enables attackers to access vulnerable Bluetooth devices from a distance beyond expectation. The attacker must also be able to receive information from the victim to set up a connection. No attack can be made against a Bluetooth device unless the attacker knows its Bluetooth address and which channels to transmit on, although these can be deduced within a few minutes if the device is in use.
2005
In January 2005, a mobile malware worm known as Lasco surfaced. The worm began targeting mobile phones using Symbian OS (Series 60 platform) using Bluetooth enabled devices to replicate itself and spread to other devices. The worm is self-installing and begins once the mobile user approves the transfer of the file (Velasco.sis) from another device. Once installed, the worm begins looking for other Bluetooth enabled devices to infect. Additionally, the worm infects other .SIS files on the device, allowing replication to another device through the use of removable media (Secure Digital, CompactFlash, etc.). The worm can render the mobile device unstable.
In April 2005, Cambridge University security researchers published results of their actual implementation of passive attacks against the PIN-based pairing between commercial Bluetooth devices. They confirmed that attacks are practicably fast, and the Bluetooth symmetric key establishment method is vulnerable. To rectify this vulnerability, they designed an implementation that showed that stronger, asymmetric key establishment is feasible for certain classes of devices, such as mobile phones.
In June 2005, Yaniv Shaked and Avishai Wool published a paper describing both passive and active methods for obtaining the PIN for a Bluetooth link. The passive attack allows a suitably equipped attacker to eavesdrop on communications and spoof if the attacker was present at the time of initial pairing. The active method makes use of a specially constructed message that must be inserted at a specific point in the protocol, to make the master and slave repeat the pairing process. After that, the first method can be used to crack the PIN. This attack's major weakness is that it requires the user of the devices under attack to re-enter the PIN during the attack when the device prompts them to. Also, this active attack probably requires custom hardware, since most commercially available Bluetooth devices are not capable of the timing necessary.
In August 2005, police in Cambridgeshire, England, issued warnings about thieves using Bluetooth enabled phones to track other devices left in cars. Police are advising users to ensure that any mobile networking connections are de-activated if laptops and other devices are left in this way.
2006
In April 2006, researchers from Secure Network and F-Secure published a report that warns of the large number of devices left in a visible state, and issued statistics on the spread of various Bluetooth services and the ease of spread of an eventual Bluetooth worm.
In October 2006, at the Luxemburgish Hack.lu Security Conference, Kevin Finistere and Thierry Zoller demonstrated and released a remote root shell via Bluetooth on Mac OS X v10.3.9 and v10.4. They also demonstrated the first Bluetooth PIN and Linkkeys cracker, which is based on the research of Wool and Shaked.
2017
In April 2017, security researchers at Armis discovered multiple exploits in the Bluetooth software in various platforms, including Microsoft Windows, Linux, Apple iOS, and Google Android. These vulnerabilities are collectively called "BlueBorne". The exploits allow an attacker to connect to devices or systems without authentication and can give them "virtually full control over the device". Armis contacted Google, Microsoft, Apple, Samsung and Linux developers allowing them to patch their software before the coordinated announcement of the vulnerabilities on 12 September 2017.
2018
In July 2018, Lior Neumann and Eli Biham, researchers at the Technion – Israel Institute of Technology identified a security vulnerability in the latest Bluetooth pairing procedures: Secure Simple Pairing and LE Secure Connections.
Also, in October 2018, Karim Lounis, a network security researcher at Queen's University, identified a security vulnerability, called CDV (Connection Dumping Vulnerability), on various Bluetooth devices that allows an attacker to tear down an existing Bluetooth connection and cause the deauthentication and disconnection of the involved devices. The researcher demonstrated the attack on various devices of different categories and from different manufacturers.
2019
In August 2019, security researchers at the Singapore University of Technology and Design, Helmholtz Center for Information Security, and University of Oxford discovered a vulnerability, called KNOB (Key Negotiation Of Bluetooth) in the key negotiation that would "brute force the negotiated encryption keys, decrypt the eavesdropped ciphertext, and inject valid encrypted messages (in real-time)".
Health concerns
Bluetooth uses the radio frequency spectrum in the 2.402GHz to 2.480GHz range, which is non-ionizing radiation, of similar bandwidth to that used by wireless and mobile phones. No specific harm has been demonstrated, even though wireless transmission has been included by IARC in the possible carcinogen list. Maximum power output from a Bluetooth radio is 100mW for class 1, 2.5mW for class 2, and 1mW for class 3 devices. Even the maximum power output of class1 is a lower level than the lowest-powered mobile phones. UMTS and W-CDMA output 250mW, GSM1800/1900 outputs 1000mW, and GSM850/900 outputs 2000mW.
Award programs
The Bluetooth Innovation World Cup, a marketing initiative of the Bluetooth Special Interest Group (SIG), was an international competition that encouraged the development of innovations for applications leveraging Bluetooth technology in sports, fitness and health care products. The competition aimed to stimulate new markets.
The Bluetooth Innovation World Cup morphed into the Bluetooth Breakthrough Awards in 2013. Bluetooth SIG subsequently launched the Imagine Blue Award in 2016 at Bluetooth World. The Bluetooth Breakthrough Awards program highlights the most innovative products and applications available today, prototypes coming soon, and student-led projects in the making.
See also
ANT+
Bluetooth stack – building blocks that make up the various implementations of the Bluetooth protocol
Bluetooth profile – features used within the Bluetooth stack
Bluesniping
BlueSoleil – proprietary Bluetooth driver
Bluetooth Low Energy Beacons (AltBeacon, iBeacon, Eddystone)
Bluetooth Mesh
Continua Health Alliance
DASH7
Headset (audio)
Hotspot (Wi-Fi)
Java APIs for Bluetooth
Key finder
Li-Fi
List of Bluetooth protocols
List of Bluetooth Profiles
MyriaNed
Near-field communication
RuBee – secure wireless protocol alternative
Tethering
Thread (network protocol)
Wi-Fi HaLow
ZigBee – low-power lightweight wireless protocol in the ISM band based on IEEE 802.15.4
Notes
References
External links
Specifications at Bluetooth SIG
Bluetooth
Mobile computers
Networking standards
Wireless communication systems
Telecommunications-related introductions in 1989
Swedish inventions |
3743 | https://en.wikipedia.org/wiki/Bluetooth%20Special%20Interest%20Group | Bluetooth Special Interest Group | The Bluetooth Special Interest Group (Bluetooth SIG) is the standards organization that oversees the development of Bluetooth standards and the licensing of the Bluetooth technologies and trademarks to manufacturers. The SIG is a not-for-profit, non-stock corporation founded in September 1998. The SIG is headquartered in Kirkland, Washington.
The SIG does not make, manufacture or sell Bluetooth-enabled products.
Introduction
Bluetooth technology provides a way to exchange information between wireless devices such as PDAs, laptops, computers, printers and digital cameras via a secure, low-cost, globally available short-range radio frequency band. Originally developed by Ericsson, Bluetooth technology is now used in many different products by many different manufacturers. These manufacturers must be either Associate or Promoter members of(see below) the Bluetooth SIG before they are granted early access to the Bluetooth specifications, but published Bluetooth specifications are available online via the Bluetooth SIG Website bluetooth.com.
The SIG owns the Bluetooth word mark, figure mark and combination mark. These trademarks are licensed out for use to companies that are incorporating Bluetooth wireless technology into their products. To become a licensee, a company must become a member of the Bluetooth SIG. The SIG also manages the Bluetooth SIG Qualification program, a certification process required for any product using Bluetooth wireless technology and a pre-condition of the intellectual property license for Bluetooth technology. The main tasks for the SIG are to publish the Bluetooth specifications, protect the Bluetooth trademarks and evangelize Bluetooth wireless technology. In 2016, the SIG introduced a new visual and creative identity to support Bluetooth technology as the catalyst for the Internet of Things (IoT). This change included an updated logo, a new tagline and deprecation of the Bluetooth Smart and Bluetooth Smart Ready logos.
At its inception in 1998, the Bluetooth SIG was primarily run by a staff effectively seconded from its member companies. In 2001 Tom Siep served as the group's managing director, and from 2002 to 2004 Mike McCamon led the group as its executive director. In 2004 he was replaced by Michael W. Foley (Mike). In mid-2012, Mark Powell took the reins as the SIG's current executive director. Beginning in 2002 a professional staff was hired, composed of operations, engineering and marketing specialists. From 2002 to 2004 the Bluetooth SIG was based in Overland Park, Kansas, US, and is now based in Kirkland, Washington. In addition to its professional staff, the SIG is supported by its more than 35,000 member companies who participate in the various working groups that produce the standardization documents and oversee the qualification process for new products and help to evangelize the technology.
Structure
The SIG members participate in study groups, expert groups, working groups along with committees.
Study groups
The study groups carry out research into their various areas which informs the development of the Bluetooth specifications. They may eventually become working groups in their own right.
Expert groups
The expert groups deal with issues of technical importance to all aspects of Bluetooth development. As with the Study Groups their work informs the working groups as well as the corporate groups.
Participation in the Expert Groups is restricted to Promoter members and Associate members.
Working groups
The working groups develop new Bluetooth specifications and enhance adopted specifications. They are responsible for the vast majority of published standards and specifications. Participation in the working groups is restricted to Promoter members and Associate members.
Committees
The committees of the SIG deal with the other aspects of licensing, marketing and review including developing and maintaining the Qualification Process, oversight of the Bluetooth specifications, and developing, improving and maintaining the test methodology and concepts as well as other strategic functions.
Membership
Any company incorporating Bluetooth wireless technology into products, using the technology to offer goods and services or simply re-branding a product with Bluetooth technology may become a member of the Bluetooth SIG. There are three levels of corporate membership totaling more than 20,000 members, and individuals from member companies may also participate.
Promoter members
These members are the most active in the SIG and have considerable influence over both the strategic and technological directions of Bluetooth as a whole.
Ericsson (founder member)
Intel (founder member)
Nokia (founder member)
Toshiba (founder member)
Microsoft (since 1999)
Lenovo (since 2005)
Apple (since 2015)
Each Promoter member has one seat (and one vote) on the Board of Directors and the Qualification Review Board (the body responsible for developing and maintaining the qualification process). They each may have multiple staff in the various working groups and committees that comprise the work of the SIG.
The SIG's website carries a full list of members.
Associate members
The Bluetooth SIG Associate membership fees have stayed the same since 2006. Associate membership is renewed annually and the yearly fee depends on the individual company's revenue. Companies with annual revenue in excess of $100M US are considered Large Associates and pay annual membership fees of $35,000 US. Small Associates are categorized as those organizations with revenue less than $100M US and join the SIG with an annual membership fee of $7,500 US. Associate members of the SIG get early access to draft specifications at versions 0.5 and 0.7 and are eligible to participate and gain a voting seat in working groups and committees—a key opportunity to work with other Associate and Promoter members on enhancing existing specifications. They are also eligible for enhanced marketing support, receive discounts on product qualification listings and SIG events including Bluetooth World and UnPlugFest (UPF) testing events.
Adopter members
Adopter membership in the SIG is free and entitles members to use published Bluetooth wireless specifications and Bluetooth trademarks. Adopter members do not have early access to unpublished specifications and may not participate in working groups or committees to influence the development of the technology.
Individuals
Membership is not currently open to individuals.
Universities
Universities or other educational facilities are not accepted for membership.
Qualification
Next to the development of the technology itself, the qualification process is one of the most important aspects of Bluetooth technology, supporting interoperability, conformance to the Bluetooth specifications, and to strengthening the Bluetooth brand.
Members of the Bluetooth SIG must complete the qualification and declaration process for their Bluetooth enabled product(s) to demonstrate and declare compliance to the .
The primary objective of the qualification process is for members to demonstrate their product(s) compliance to the adopted specifications through testing and documentation. After qualification is completed, members need to complete the declaration process. Members declare their compliance to both the Bluetooth Patent/Copyright License Agreement and Bluetooth Trademark License Agreement (“BTLA”).
An overview of both processes including steps of the processes, types and fees is available on the Bluetooth SIG public portal.
Bluetooth Qualification Experts (BQEs) and Bluetooth Qualification Test Facilities (BQTFs) are available to support members through the processes. Members uncertain or unfamiliar with the qualification process are encouraged to consider using one or both of these service types.
See also
WLAN
IEEE 802.15.1
References
External links
Bluetooth
Standards organizations in the United States
Organizations based in Washington (state)
Organizations established in 1998
Kirkland, Washington |
3744 | https://en.wikipedia.org/wiki/Boney%20M. | Boney M. | Boney M. was a Euro-Caribbean vocal group created by German record producer Frank Farian, who was the group's primary songwriter. Originally based in West Germany, the four original members of the group's official line-up were Liz Mitchell and Marcia Barrett from Jamaica, Maizie Williams from Montserrat and Bobby Farrell from Aruba. The group was formed in 1976 and achieved popularity during the disco era of the late 1970s. Since the 1980s, various line-ups of the band have performed with different personnel.
The band has sold around 80 million records worldwide and is known for international hits including "Daddy Cool", "Ma Baker", "Belfast", "Sunny", "Rasputin", "Mary's Boy Child – Oh My Lord" and "Rivers of Babylon".
1970s
German singer-songwriter Frank Farian recorded the dance track "Baby Do You Wanna Bump" in December 1974. Farian sang the repeated line "Do you do you wanna bump?" in a deep voice (entirely studio created) as well as performing the high falsetto chorus. When the record was released as a single, it was credited to "Boney M.", a pseudonym Farian had created for himself after watching the Australian television detective series Boney. He said:
After a slow start, the song became a hit in the Netherlands and Belgium. It was then that Farian decided to hire performers to create a group for TV appearances. Farian found model-turned-singer Maizie Williams (originally from Montserrat), Bobby Farrell, a male exotic dancer from Aruba, singer Marcia Barrett from Jamaica who brought in Liz Mitchell, also from Jamaica and a former member of the Les Humphries Singers.
Take the Heat off Me
Boney M.'s first album, Take the Heat off Me, was released in 1976. It contained tracks that Marcia Barrett had already recorded with Farian, including the title track and "Lovin' or Leavin'", both of which were previously recorded in German by another Farian act, Gilla. As Maizie Williams' voice was not considered suitable for recording purposes by Farian, and a try-out with Bobby Farrell performing "No Woman No Cry" did not work, Farian decided to use only Liz Mitchell and Marcia Barrett along with his own studio-enhanced voice to create the Boney M. sound.
The album's commercial performance was initially lukewarm. However, the group rigorously toured discos, clubs and even country fairs to earn a reputation for themselves. The group's big break came when, at the end of summer 1976, German television producer Michael 'Mike' Leckebusch (of Radio Bremen) requested the group for his show Musikladen. Boney M. appeared on the live music show on 18 September 1976, after 10:00 p.m. and in their daring stage costumes, where they performed the song "Daddy Cool". The song quickly went to no.1 in Germany, with the album following the success of the single. Another single, "Sunny" (a cover of the 1966 Bobby Hebb song) gave the group their second no.1 hit. The group's popularity had also grown throughout Europe, with "Daddy Cool" reaching no.1 in Switzerland, Sweden, Norway, Spain, France and Austria. Both singles were also Top 10 hits in the UK, which would become one of their biggest markets.
Love for Sale
In 1977, Boney M. released their second album, Love for Sale, which contained the hits "Ma Baker" and "Belfast". The group embarked on their first major concert tours with a live band of musicians called 'The Black Beauty Circus' (given their name after Maizie Williams' first band, 'Black Beautiful People'). Love for Sale was certified Gold a year after its release in the UK. Both singles from the album reached no.1 in Germany and the UK Top 10.
Nightflight to Venus
1978 was the group's biggest year. They released a new double A-sided single, "Rivers of Babylon/Brown Girl in the Ring", which was a hit all over Europe, reaching No. 1 in several countries as well as becoming one of the biggest selling singles of all time in the UK. It also became their most successful single in the United States, peaking at No. 30 on the U.S. pop singles chart. Following this came their biggest-selling album, Nightflight to Venus, which spawned further hit singles with "Rasputin" and "Painter Man". Continuing with their success, they released "Mary's Boy Child – Oh My Lord", which was the 1978 Christmas number one single in the United Kingdom and became another of the biggest selling singles of all time there. Also during 1978, Boney M. made a much-publicized promotional visit to the Soviet Union, one of the very few Western acts along with Elton John to do so, although tracks like "Rasputin" were not released in the Soviet Union due to their lyrics.
While it had never been a secret that Bobby Farrell never sang on the group's records (Farian did the male vocals in the studio), in 1978 it became public knowledge that Maizie Williams did not sing on the studio recordings either, since "her voice wasn't suited for this kind of music" as Farian stated in an interview with German teen magazine Bravo. Since this had become common practice within the disco genre of the late 1970s, few people cared – unlike when Farian repeated the practice to much more severe backlash with Milli Vanilli in the late 1980s. While only two of Boney M.'s official members actually contributed to the band's records, all four members of the group, including Williams and Farrell, performed the vocals live at Boney M. concerts. The band's live sound was also augmented by several backing vocalists, which served to mitigate any vocal deficiencies the group may have had compared with the studio productions.
Oceans of Fantasy
1979 saw Boney M. release a brand new single, "Hooray! Hooray! It's a Holi-Holiday", which became another Top 10 hit across Europe. Later in the year they released their fourth album, Oceans of Fantasy, containing two hit singles – "Gotta Go Home"/"El Lute" and "I'm Born Again"/"Bahama Mama". The album also included a "Lead" and "Backing Vocals" credit for the first time. Oceans of Fantasy reached no.1 in the UK and was certified Platinum, though their run of Top 10 singles had now ended with "Gotta Go Home" peaking at no.12 and "I'm Born Again" peaking at 35.
1980s
In 1980, Boney M. released a greatest hits album, The Magic of Boney M. – 20 Golden Hits, which also contained two new songs, "My Friend Jack" and "I See a Boat on the River". It made the No. 1 spot in the UK, reaching Gold status within six weeks of release, though it was their last big-selling album in the UK.
Boonoonoonoos
Boney M.'s fifth album had been scheduled for release in November 1980 but the recording sessions dragged on all through 1981. When Boonoonoonoos was finally released by the end of that year, Bobby Farrell was fired from the group due to his unreliability. While still a healthy seller in continental Europe, Boonoonoonoos failed to crack the UK Top 100 after three consecutive No. 1 albums, and Farrell's departure left the group unable to promote it. Following this, the group released a Christmas Album.
Ten Thousand Lightyears
Reggie Tsiboe was hired to replace Farrell as the new male member of Boney M. in 1982 but the singles "The Carnival Is Over" and "Jambo" fared poorly, and the group's seventh album Ten Thousand Lightyears, issued in 1984, marked another commercial low point peaking at number 23 in the German album charts. The group, however, returned to the German Top 20 in the autumn of 1984 with "Kalimba de Luna" (a Top 10 hit in France) and "Happy Song" (a cover of a song by Italian Italo-disco band Baby's Gang), the latter seeing Bobby Farrell return to the group. Both songs were carbon-copies of the original Italian hits by Tony Esposito and Baby's Gang respectively.
Eye Dance
By 1985, Farian clearly began losing interest in the group, and their final and eighth studio album Eye Dance was widely regarded as uninspired and disappointing. After celebrating Boney M.'s 10th anniversary in early 1986, the group officially disbanded after the release of the commercially unsuccessful single "Young, Free and Single" which peaked at No.48.
Later years
From this point, different versions of the group were formed by members, some with cooperation of Farian, others without (for example by independently obtaining the rights to use the Boney M. name in a different country). One version began touring in the first half of 1987 with Marilyn Scharbaai (Carrilho) taking Liz Mitchell's place. Mitchell returned for a second leg of the tour late 1987, and Marcia Barrett soon left the band. At the same time, Bobby Farrell had set up a deal for a new Boney M. album to be recorded without Farian in Belgium. When Farrell failed to show up for either recording or tour, and Maizie Williams had never sung on record, the album ended up being released as Liz Mitchell's first solo album No One Will Force You. Mitchell and Williams completed a tour during 1987–88, adding singer Celena Duncan and Ron Gale as replacements for Barrett and Farrell. Carol Grey later replaced Celena Duncan and Curt De Daran later replaced Ron Gale.
In October 1988, the classic Boney M. line-up reunited without producer Frank Farian for the album Greatest Hits of All Times – Remix '88 but tensions ran high between the members, and Liz Mitchell left in the spring of 1989 to be replaced by Madeleine Davis. While Mitchell promoted her solo album, the group recorded the single "Everybody Wants to Dance Like Josephine Baker", without Farian's knowledge or approval. Threatened with legal action by the producer over the use of the Boney M. name, the single was subsequently withdrawn and Farian issued "Stories" with his own new Boney M. line-up featuring Liz Mitchell, Reggie Tsiboe and two new members, Sharon Stevens and Patty Onoyewenjo, "Stories" peaked at number 11 in the Swiss charts. A second remix album Greatest Hits of All Times – Remix '89 – Volume II was released but fared poorly.
1990s
1992 saw a renewed interest in Boney M.'s music with the "Boney M. Megamix" single returning the group to the UK Top 10 for the first time since 1980, and a subsequent Greatest Hits album reaching the UK Top 20 in 1993. While Marcia Barrett, now residing in Florida, was battling cancer and unable to perform, Boney M. toured the world with a line-up of Liz Mitchell, Carol Grey, Patricia Lorna Foster and Curt Dee Daran (replaced by Tony Ashcroft in 1994). They released the single "Papa Chico" but failed to chart. Maizie Williams assembled her own Boney M. with an ever-changing line-up. Bobby Farrell also toured with varying trios of female performers.
2000s
Liz Mitchell was touring the world with her line-up of Boney M., which is the only line-up officially supported by Farian (the court ruling of 1990 stated that all four members are entitled to perform their own Boney M. shows). Bobby Farrell and Liz Mitchell have released solo albums containing their own re-recordings of Boney M.'s classic hits. Maizie Williams released her first solo album in 2006 and her own single version of Boney M.'s "Sunny". In 2007 her rendition of 'Daddy Cool' with Melo-M hit the number one spot in the Latvian (LMK) Charts. Marcia Barrett has released two solo albums with a third scheduled for release in 2010.
As recounted in his 1988 book Touching the Void, the British climber Joe Simpson was subsequently to find the catchy tune of "Brown Girl in the Ring" haunting him in the final hours of his struggle to survive the descent of Siula Grande in the Andes, and the song was later used in the 2003 film of Touching the Void made by Kevin Macdonald. Simpson recalls: "I remember thinking, bloody hell, I'm going to die to Boney M".
A musical based on the music of Boney M., Daddy Cool, opened in London in August 2006 to mixed reviews and sluggish ticket sales, causing it to close in February 2007. From April to July 2007, the show played in a mobile theatre in Berlin, which was specially designed for it.
In April 2007, Australian pop singer Peter Wilson released a song co-written by Frank Farian entitled "Doin' Fine". It is described as "paying tribute to the sound of Boney M." and features the famous string arrangement from their first number 1 hit, "Daddy Cool".
Boney M. (featuring Marcia Barrett) made a live appearance at the 37th International Film Festival of India (IFFI), which took place on 23 November 2006 in Panaji, the state capital of Goa, India. The group is also popular in the Vietnamese diaspora, and was featured in Thuy Nga music productions.
In the UK, a new album of their greatest hits, entitled The Magic of Boney M. was released via BMG on 27 November 2006. Special additions to this release were a Mousse T. remix of "Sunny" and a brand new song from 2006, featuring Liz Mitchell, entitled "A Moment of Love".
On 10 April 2007, Boney M.'s first four albums were reissued on compact disc with bonus tracks, this time also in the United States (the first time these were available to the U.S. music market since their original releases in the 1970s).
In September 2007, Boney M.'s last four original albums, Boonoonoonoos, Ten Thousand Lightyears, Kalimba de Luna - 16 Happy Songs and Eye Dance were reissued on compact disc in Europe and the United States, all including bonus tracks. In November 2007, a new Christmas compilation was scheduled for release as well as the DVD Fantastic Boney M. – On Stage and on the Road featuring a live performance recorded in Vienna on 1 November 1977 (the DVD cover erroneously states it to be a live show from Hamburg), and a film from the band's 1981 visit to Jamaica (made to promote the Boonoonoonoos album that year).
Bobby Farrell's Boney M. performed a concert at the Amphi in Ra'anana, Israel in May 2007. On 28 June 2007 Boney M. featuring Matthew Felsenfeld and Liz Mitchell performed at the "Oktiabrsky" concert hall in St. Petersburg, Russia. In September 2007, Maizie Williams' Boney M. line-up performed live at the Royal Albert Hall, UK, to raise awareness of HIV/AIDS in Africa, performing her own renditions of "Brown Girl in the Ring" and "Hooray! Hooray! It's a Holi-Holiday".
The legal rights to the name "Boney M." have been a matter of controversy, and even court cases, between the former members of the band and producer Frank Farian ever since the late 1980s. Farian, the man who in effect created the group, has continued to work with Liz Mitchell and her line-up all through the 1990s and 2000s. In January 2007, Zanillya Farrell (daughter of Bobby Farrell) and Yasmina Ayad-Saban (ex-wife of Farrell) renewed the trademark to the name Boney M. in Germany for a 10-year period.
In January 2009, Farian released the single "Felicidad America (Obama Obama)", a version of the 1980 Boney M. song "Felicidad (Margherita)" with new lyrics about newly elected U.S. president Barack Obama. The song was recorded with two new vocalists, and credited to "Boney M. feat. Sherita O. & Yulee B."
2010s
In July 2010, Maizie Williams headlined a Boney M. performance at Ramallah's Cultural Palace, in the West Bank, as part of the Palestine International Festival. The band played "Daddy Cool", "Ma Baker" and "Brown Girl in the Ring", but refrained from playing "Rivers of Babylon", rumored to be at the event organizers' request because of its description of the Jewish yearning for Zion.
Bobby Farrell died at the age of 61 from heart failure on 30 December 2010. His agent said Farrell was complaining of breathing problems after performing with his band the evening before. Farrell lived in Amsterdam until his death. The singer was found dead in a hotel room in Saint Petersburg, Russia, where he had been performing.
It was announced in February 2014 that Maizie Williams' line-up of Boney M. would be touring Australia in June. They sang at Guilfest, Guildford, UK on 20 July 2014, and Watchet Live music festival UK, on 24 August 2014.
In March 2015, Farian released Diamonds, a 3CD box celebrating the 40th anniversary of Boney M. It contained re-mastered versions of the original hit singles or of previously unreleased versions, a remix disc and the new digital single Song of Joy featuring Liz Mitchell. A major DVD set was also released.
In February 2017, they performed at the closing ceremony of Patras Carnival in Patras, Greece. At the end of 2017 the album "World Music for Christmas" was released along with the single and video "Like Diamonds in the Sky" featuring Liz Mitchell, based on El Cóndor Pasa.
2020s
In 2021, a remix of "Rasputin" by house music producer and Kiss FM DJ Kevin Christie was released by Sony Music's Ministry of Sound label. Credited to Majestic & Boney M (with the former being the DJ alias of Christie), the record reached number 11 on the UK singles chart and was released with a video featuring Bimini Bon-Boulash from RuPaul's Drag Race UK. In December 2021, Mitchell was one of the contributors to the Channel 5 music show Britain's Biggest 70s Hits alongside other musicians from the era like Dean Friedman and Barry Blue, and radio presenters like David Hamilton.
UK sales mark
In 1978, "Rivers of Babylon", a cover of a track by The Melodians with lyrics partly based on Psalm 137 and partly on Psalm 19, became (at the time) the second highest-selling single of all time in the UK. After remaining at No.1 for five weeks, "Rivers of Babylon" began dropping down the chart, at which point the B-side "Brown Girl in the Ring" was given extensive radio airplay, and the single ascended to No. 2. The single spent six months in the UK Top 40, including 19 weeks in the Top 10. It eventually sold over two million copies, the second single to do so, and is still one of only seven to achieve this feat. (see List of million-selling singles in the United Kingdom)
The group achieved a second UK million-seller with their version of the calypso classic "Mary's Boy Child", released as a medley "Mary's Boy Child – Oh My Lord", which was previously a million-seller for Harry Belafonte. The single sold over 1.8 million copies, 1.6 million of which were in the four weeks the song was at No.1 in December 1978.
Boney M. are the only artists to appear twice in the top 11 best selling singles of all time in the UK, with "Rivers of Babylon" in seventh place and "Mary's Boy Child/Oh My Lord" at number 11. They are also one of six artists to sell a million copies with two singles in the same year.
Back catalogue
Compared to other best-selling artists of the 1970s like ABBA, Donna Summer, and the Bee Gees, the Boney M. discography is quite unusual – while the greater part of the band's back catalogue has been remixed, remade, remodeled and reissued all through the 1980s, 1990s and 2000s by producer Frank Farian and record company BMG-Ariola (now Sony Music), most of the original 7" and 12" versions issued on vinyl in the 1970s and early 1980s remained unavailable on CD until 2007, where they were released on various different compilations, most notably the 2007 remasters of their albums, The Collection (2008), the Ultimate Boney M. series (2008), Let It All Be Music: The Party Album (2009), Hit Story (2010) and Diamonds (2015). Some of these CDs were compiled by Frank Eberlein, who had also been interviewed on a fansite called "Fantastic Boney M." about the compiling process.
Popularity outside the West
Boney M. was hugely popular in the Soviet Union in the 1970s, although the song "Rasputin" was banned by the Soviet authorities during the group's concert in Moscow in December 1978. In the Soviet film Repentance (1984, released 1987), "Sunny" is played at a party of high-ranked communist officials. "Sunny" is played during a few parts of the successful Korean film of the same name, Sunny.
During the 2002 presidential election campaign of South Korea, then-candidate Roh Moo-hyun, who eventually won the presidency at that event, took Bahama Mama to promote his aim of positive political reform.
The 2005 Chinese film Shanghai Dreams features a scene depicting a rural Chinese disco in 1983, with teenagers dancing to "Rivers of Babylon" and "Gotta Go Home".
In the 2008 Kazakh film Tulpan, the tractor driver Boni continually plays a cassette of "Rivers of Babylon", an example of his fascination for all things Western.
In the 2008 Chinese film Cheung Gong 7 hou (English title: CJ7), "Sunny" is a vital part of the soundtrack.
"Sunny" is the theme song of the 2011 Taiwanese drama, Sunny Girl.
Boney M. was immensely popular in India through the 1970s and 1980s. Liz Mitchell recalled her visits to India in the 1980s in a 2015 interview with Hindustan Times: "It was amazing. We’ve had the most-wonderful tours here. We even went out shopping to so many places. We met several Bollywood stars and had dinners with them."
Personnel
Liz Mitchell – lead and backing vocals (1976–1986, 1987–1989, 1989, 1992–1994)
Marcia Barrett – lead and backing vocals (1975–1986, 1987, 1988–1989)
Maizie Williams – dancer, live vocals (1975–1986, 1987–1989)
Bobby Farrell – dancer, vocals on some 80's songs and live vocals (1975–81, 1984–1986, 1987, 1988–1989; died 2010)
Reggie Tsiboe – lead and backing vocals (1982–1986, 1989)
Discography
Take the Heat off Me (1976)
Love for Sale (1977)
Nightflight to Venus (1978)
Oceans of Fantasy (1979)
Boonoonoonoos (1981)
Christmas Album (1981)
Ten Thousand Lightyears (1984)
Eye Dance (1985)
References
External links
Official website of Marcia Barrett
Official website of Liz Mitchell
Official website of Maizie Williams
Fantastic Boney M. – The Story of Boney M.
Musical groups established in 1975
German disco groups
Eurodisco groups
German pop music groups
1975 establishments in West Germany
Atlantic Records artists
Musical quartets
1986 disestablishments in West Germany
Musical groups disestablished in 1986
Hansa Records artists |
3745 | https://en.wikipedia.org/wiki/Britain | Britain | Britain most often refers to:
United Kingdom, a sovereign state in Europe comprising the island of Great Britain, the north-eastern part of the island of Ireland and many smaller islands
Great Britain, the largest island in the United Kingdom
Roman Britain, a Roman province corresponding roughly to modern-day England and Wales
Historical predecessors to the present-day United Kingdom:
Kingdom of Great Britain (1707 to 1801)
United Kingdom of Great Britain and Ireland (1801 to 1922)
Britain may also refer to:
Places
Britain (place name)
Britain, Virginia, an unincorporated community in the United States
People
Calvin Britain (1800–1862), an American politician
Kristen Britain, an American novelist
Other uses
Captain Britain, a Marvel Comics superhero
National sports teams of the United Kingdom
See also
Terminology of the British Isles
England
Britains
Britannia
British Isles
Brittain (disambiguation)
Brittany (disambiguation)
Brit (disambiguation)
Britten (disambiguation)
Briton (disambiguation)
Brittonic languages
British (disambiguation)
Great Britain (disambiguation)
New Britain (disambiguation) |
3746 | https://en.wikipedia.org/wiki/Blade%20Runner | Blade Runner | Blade Runner is a 1982 science fiction film directed by Ridley Scott, and adapted by Hampton Fancher and David Peoples. Starring Harrison Ford, Rutger Hauer, Sean Young, and Edward James Olmos, it is an adaptation of Philip K. Dick's 1968 novel Do Androids Dream of Electric Sheep? The film is set in a dystopian future Los Angeles of 2019, in which synthetic humans known as replicants are bio-engineered by the powerful Tyrell Corporation to work on space colonies. When a fugitive group of advanced replicants led by Roy Batty (Hauer) escapes back to Earth, burnt-out cop Rick Deckard (Ford) reluctantly agrees to hunt them down.
Blade Runner initially underperformed in North American theaters and polarized critics; some praised its thematic complexity and visuals, while others critiqued its slow pacing and lack of action. It later became an acclaimed cult film regarded as one of the all-time best science fiction films. Hailed for its production design depicting a high-tech but decaying future, Blade Runner is often regarded as both a leading example of neo-noir cinema as well as a foundational work of the cyberpunk genre. The film's soundtrack, composed by Vangelis, was nominated in 1982 for a BAFTA and a Golden Globe as best original score.
The film has influenced many science fiction films, video games, anime, and television series. It brought the work of Philip K. Dick to the attention of Hollywood, and several later big-budget films were based on his work, such as Total Recall (1990), Minority Report (2002) and A Scanner Darkly (2006). In the year after its release, Blade Runner won the Hugo Award for Best Dramatic Presentation, and in 1993 it was selected for preservation in the U.S. National Film Registry by the Library of Congress as being "culturally, historically, or aesthetically significant". A sequel directed by Denis Villeneuve and titled Blade Runner 2049 was released in October 2017 alongside a trilogy of short films covering the thirty-year span between the two films' settings.
Seven different versions of Blade Runner exist as a result of controversial changes requested by studio executives. A director's cut was released in 1992 after a strong response to test screenings of a workprint. This, in conjunction with the film's popularity as a video rental, made it one of the earliest movies to be released on DVD. In 2007, Warner Bros. released The Final Cut, a 25th-anniversary digitally remastered version. This is the only version over which Scott retained artistic control.
Plot
In November 2019 Los Angeles, former police officer Rick Deckard is detained by Officer Gaff, and brought to his former supervisor, Bryant. Deckard, whose job as a "blade runner" was to track down bioengineered humanoids known as replicants and terminally "retire" them, is informed that four replicants are on Earth illegally. Deckard begins to leave, but Bryant ambiguously threatens him and Deckard stays. The two watch a video of a blade runner named Holden administering the Voight-Kampff test, which is designed to distinguish replicants from humans based on their emotional responses to questions. The test subject, Leon, shoots Holden on the second question. Bryant wants Deckard to retire Leon and three other Nexus-6 replicants: Roy Batty, Zhora, and Pris.
Bryant has Deckard meet with the CEO of the company that creates the replicants, Eldon Tyrell, so he can administer the test on a Nexus-6 to see if it works. Tyrell expresses his interest in seeing the test fail first and asks him to administer it on his assistant Rachael. After a much longer than standard test, Deckard concludes that Rachael is a replicant who believes she is human. Tyrell explains that she is an experiment who has been given false memories to provide an "emotional cushion".
After searching Leon's hotel room, Deckard finds photos and a synthetic snake scale. Roy and Leon investigate a replicant eye-manufacturing laboratory and learn of J. F. Sebastian, a gifted genetic designer who works closely with Tyrell. Deckard returns to his apartment where Rachael is waiting. She tries to prove her humanity by showing him a family photo but, after Deckard reveals that her memories are implants from Tyrell's niece, she leaves in tears. Meanwhile, Pris locates Sebastian and manipulates him to gain his trust.
A photograph from Leon's apartment and the snake scale lead Deckard to a strip club, where Zhora works. After a confrontation and chase, Deckard kills Zhora. Bryant also orders him to retire Rachael, who has disappeared from the Tyrell Corporation. After Deckard spots Rachael in a crowd, he is ambushed by Leon, who knocks the gun out of Deckard's hand and attacks him. As Leon is about to kill Deckard, Rachael saves him by using Deckard's gun to kill Leon. They return to Deckard's apartment and, during a discussion, he promises not to track her down. As Rachael abruptly tries to leave, Deckard restrains her and forces her to kiss him, and she ultimately relents.
Upon arriving at Sebastian's apartment, Roy tells Pris that the other replicants are dead. Sebastian reveals that because of a genetic premature aging disorder, his life will be cut short, like the replicants that were built with a four-year lifespan. Sebastian and Roy gain entrance into Tyrell's penthouse, where Roy demands more life from his maker. Tyrell tells him that it is impossible. Roy confesses that he has done "questionable things" but Tyrell dismisses this, praising Roy's advanced design and accomplishments in his short life. Roy kisses Tyrell, then kills him. Sebastian runs for the elevator, followed by Roy. Roy rides the elevator down alone. Bryant tells Deckard later that Sebastian was found dead.
At Sebastian's apartment, Deckard is ambushed by Pris, but he kills her as Roy returns. Roy's body begins to fail as the end of his lifespan nears. He chases Deckard through the building and ends up on the roof. Deckard tries to jump onto another roof but is left hanging on the edge. Roy makes the jump with ease and, as Deckard's grip loosens, Roy hoists him onto the roof to save him. Before Roy dies, he delivers a monologue about how his memories "will be lost in time, like tears in rain". Gaff arrives and shouts to Deckard about Rachael: "It's too bad she won't live, but then again, who does?" Deckard returns to his apartment and finds Rachael asleep in his bed. He finds an origami unicorn which has been left by Gaff. Deckard then leaves the apartment block with Rachael.
Cast
Production
Development
Interest in adapting Philip K. Dick's novel Do Androids Dream of Electric Sheep? developed shortly after its 1968 publication. Director Martin Scorsese was interested in filming the novel, but never optioned it. Producer Herb Jaffe optioned it in the early 1970s, but Dick was unimpressed with the screenplay written by Herb's son Robert, saying "Jaffe's screenplay was so terribly done ... Robert flew down to Santa Ana to speak with me about the project. And the first thing I said to him when he got off the plane was, 'Shall I beat you up here at the airport, or shall I beat you up back at my apartment?
The screenplay by Hampton Fancher was optioned in 1977. Producer Michael Deeley became interested in Fancher's draft and convinced director Ridley Scott to film it. Scott had previously declined the project, but after leaving the slow production of Dune, wanted a faster-paced project to take his mind off his older brother's recent death. He joined the project on February 21, 1980, and managed to push up the promised Filmways financing from US$13 million to $15 million. Fancher's script focused more on environmental issues and less on issues of humanity and religion, which are prominent in the novel and Scott wanted changes. Fancher found a cinema treatment by William S. Burroughs for Alan E. Nourse's novel The Bladerunner (1974), titled Blade Runner (a movie). Scott liked the name, so Deeley obtained the rights to the titles. Eventually, he hired David Peoples to rewrite the script and Fancher left the job over the issue on December 21, 1980, although he later returned to contribute additional rewrites.
Having invested over $2.5 million in pre-production, as the date of commencement of principal photography neared, Filmways withdrew financial backing. In ten days Deeley had secured $21.5 million in financing through a three-way deal between The Ladd Company (through Warner Bros.), the Hong Kong-based producer Sir Run Run Shaw and Tandem Productions.
Dick became concerned that no one had informed him about the film's production, which added to his distrust of Hollywood. After Dick criticized an early version of Fancher's script in an article written for the Los Angeles Select TV Guide, the studio sent Dick the Peoples rewrite. Although Dick died shortly before the film's release, he was pleased with the rewritten script and with a 20-minute special effects test reel that was screened for him when he was invited to the studio. Despite his well-known skepticism of Hollywood in principle, Dick enthused to Scott that the world created for the film looked exactly as he had imagined it. He said, "I saw a segment of Douglas Trumbull's special effects for Blade Runner on the KNBC news. I recognized it immediately. It was my own interior world. They caught it perfectly." He also approved of the film's script, saying, "After I finished reading the screenplay, I got the novel out and looked through it. The two reinforce each other so that someone who started with the novel would enjoy the movie and someone who started with the movie would enjoy the novel." The motion picture was dedicated to Dick. Principal photography of Blade Runner began on March 9, 1981, and ended four months later.
In 1992, Ford revealed, "Blade Runner is not one of my favorite films. I tangled with Ridley." Apart from friction with the director, Ford also disliked the voiceovers: "When we started shooting it had been tacitly agreed that the version of the film that we had agreed upon was the version without voiceover narration. It was a nightmare. I thought that the film had worked without the narration. But now I was stuck re-creating that narration. And I was obliged to do the voiceovers for people that did not represent the director's interests." "I went kicking and screaming to the studio to record it." The narration monologs were written by an uncredited Roland Kibbee.
In 2006, Scott was asked "Who's the biggest pain in the arse you've ever worked with?", he replied: "It's got to be Harrison ... he'll forgive me because now I get on with him. Now he's become charming. But he knows a lot, that's the problem. When we worked together it was my first film up and I was the new kid on the block. But we made a good movie." Ford said of Scott in 2000: "I admire his work. We had a bad patch there, and I'm over it." In 2006 Ford reflected on the production of the film saying: "What I remember more than anything else when I see Blade Runner is not the 50 nights of shooting in the rain, but the voiceover ... I was still obliged to work for these clowns that came in writing one bad voiceover after another." Ridley Scott confirmed in the summer 2007 issue of Total Film that Harrison Ford contributed to the Blade Runner Special Edition DVD, and had already recorded his interviews. "Harrison's fully on board", said Scott.
The Bradbury Building in downtown Los Angeles served as a filming location, and a Warner Bros. backlot housed the 2019 Los Angeles street sets. Other locations included the Ennis-Brown House and the 2nd Street Tunnel. Test screenings resulted in several changes, including adding a voice-over, a happy ending, and the removal of a Holden hospital scene. The relationship between the filmmakers and the investors was difficult, which culminated in Deeley and Scott being fired but still working on the film. Crew members created T-shirts during filming saying, "Yes Guv'nor, My Ass" that mocked Scott's unfavorable comparison of U.S. and British crews; Scott responded with a T-shirt of his own, "Xenophobia Sucks" making the incident known as the T-shirt war.
Casting
Casting the film proved troublesome, particularly for the lead role of Deckard. Screenwriter Hampton Fancher envisioned Robert Mitchum as Deckard and wrote the character's dialogue with Mitchum in mind. Director Ridley Scott and the film's producers spent months meeting and discussing the role with Dustin Hoffman, who eventually departed over differences in vision. Harrison Ford was ultimately chosen for several reasons, including his performance in the Star Wars films, Ford's interest in the Blade Runner story, and discussions with Steven Spielberg who was finishing Raiders of the Lost Ark at the time and strongly praised Ford's work in the film. Following his success in films like Star Wars (1977) and Raiders of the Lost Ark (1981), Ford was looking for a role with dramatic depth. According to production documents, several actors were considered for the role, including Gene Hackman, Sean Connery, Jack Nicholson, Paul Newman, Clint Eastwood, Tommy Lee Jones, Arnold Schwarzenegger, Peter Falk, Nick Nolte, Al Pacino and Burt Reynolds.
One role that was not difficult to cast was Rutger Hauer as Roy Batty, the violent yet thoughtful leader of the replicants. Scott cast Hauer without having met him, based solely on Hauer's performances in Paul Verhoeven's movies Scott had seen (Katie Tippel, Soldier of Orange, and Turkish Delight). Hauer's portrayal of Batty was regarded by Philip K. Dick as "the perfect Batty – cold, Aryan, flawless". Of the many films Hauer made, Blade Runner was his favorite. As he explained in a live chat in 2001, "Blade Runner needs no explanation. It just . All of the best. There is nothing like it. To be part of a real which changed the world's thinking. It's awesome." Hauer rewrote his character's "tears in rain" speech himself and presented the words to Scott on set prior to filming.
Blade Runner used a number of then-lesser-known actors: Sean Young portrays Rachael, an experimental replicant implanted with the memories of Tyrell's niece, causing her to believe she is human; Nina Axelrod auditioned for the role. Daryl Hannah portrays Pris, a "basic pleasure model" replicant; Stacey Nelkin auditioned for the role, but was given another part in the film, which was ultimately cut before filming. Debbie Harry turned down the role of Pris. Casting Pris and Rachael was challenging, requiring several screen tests with Morgan Paull playing the role of Deckard. Paull was cast as Deckard's fellow bounty hunter Holden based on his performances in the tests. Brion James portrays Leon Kowalski, a combat and laborer replicant, and Joanna Cassidy portrays Zhora, an assassin replicant.
Edward James Olmos portrays Gaff. Olmos drew on diverse ethnic sources to help create the fictional "Cityspeak" language his character uses in the film. His initial address to Deckard at the noodle bar is partly in Hungarian and means, "Horse dick [bullshit]! No way. You are the Blade ... Blade Runner." M. Emmet Walsh portrays Captain Bryant, a rumpled, hard-drinking and underhanded police veteran typical of the film noir genre. Joe Turkel portrays Dr. Eldon Tyrell, a corporate mogul who built an empire on genetically manipulated humanoid slaves. William Sanderson was cast as J. F. Sebastian, a quiet and lonely genius who provides a compassionate yet compliant portrait of humanity. J. F. sympathizes with the replicants, whom he sees as companions, and he shares their shorter lifespan due to his rapid aging disease. Joe Pantoliano had earlier been considered for the role. James Hong portrays Hannibal Chew, an elderly geneticist specializing in synthetic eyes, and Hy Pyke portrayed the sleazy bar owner Taffey Lewis – in a single take, something almost unheard-of with Scott, whose drive for perfection resulted at times in double-digit takes.
Design
Ridley Scott credits Edward Hopper's painting Nighthawks and the French science fiction comics magazine Métal Hurlant, to which the artist Jean "Moebius" Giraud contributed, as stylistic mood sources. He also drew on the landscape of "Hong Kong on a very bad day" and the industrial landscape of his one-time home in northeast England. The visual style of the movie is influenced by the work of futurist Italian architect Antonio Sant'Elia. Scott hired Syd Mead as his concept artist; like Scott, he was influenced by Métal Hurlant. Moebius was offered the opportunity to assist in the pre-production of Blade Runner, but he declined so that he could work on René Laloux's animated film Les Maîtres du temps – a decision that he later regretted. Production designer Lawrence G. Paull and art director David Snyder realized Scott's and Mead's sketches. Douglas Trumbull and Richard Yuricich supervised the special effects for the film, and Mark Stetson served as chief model maker.
Blade Runner has numerous similarities to Fritz Lang's Metropolis, including a built-up urban environment, in which the wealthy literally live above the workers, dominated by a huge building – the Stadtkrone Tower in Metropolis and the Tyrell Building in Blade Runner. Special effects supervisor David Dryer used stills from Metropolis when lining up Blade Runners miniature building shots.
The extended end scene in the original theatrical release shows Rachael and Deckard traveling into daylight with pastoral aerial shots filmed by director Stanley Kubrick. Ridley Scott contacted Kubrick about using some of his surplus helicopter aerial photography from The Shining.
Spinner
"Spinner" is the generic term for the fictional flying cars used in the film. A spinner can be driven as a ground-based vehicle, and take off vertically, hover, and cruise much like vertical take-off and landing (VTOL) aircraft. They are used extensively by the police as patrol cars, and wealthy people can also acquire spinner licenses. The vehicle was conceived and designed by Syd Mead who described the spinner as an aerodyne – a vehicle which directs air downward to create lift, though press kits for the film stated that the spinner was propelled by three engines: "conventional internal combustion, jet, and anti-gravity" A spinner is on permanent exhibit at the Science Fiction Museum and Hall of Fame in Seattle, Washington. Mead's conceptual drawings were transformed into 25 vehicles by automobile customizer Gene Winfield; at least two were working ground vehicles, while others were light-weight mockups for crane shots and set decoration for street shots. Two of them ended up at Disney World in Orlando, Florida, but were later destroyed, and a few others remain in private collections.
Voight-Kampff machine
The Voight-Kampff machine is a fictional interrogation tool, originating from the novel (where it is spelled "Voigt-Kampff"). The Voight-Kampff is a polygraph-like machine used by blade runners to determine whether an individual is a replicant. It measures bodily functions such as respiration, blush response, heart rate and eye movement in response to questions dealing with empathy. (Tyrell states: "Capillary dilation of the so-called blush response? Fluctuation of the pupil? Involuntary dilation of the iris?") In the film, two replicants – Leon and Rachael – take the test. Deckard tells Tyrell that it usually takes 20 to 30 cross-referenced questions to distinguish a replicant; in contrast with the book, where it is stated it only takes six or seven questions to make a determination. In the film, it takes more than a hundred questions to determine that Rachael is a replicant. Blade Runner 2049 uses a different but related tool called the Baseline Test.
Music
The Blade Runner soundtrack by Vangelis is a dark melodic combination of classic composition and futuristic synthesizers which mirrors the film-noir retro-future envisioned by Ridley Scott. Vangelis, fresh from his Academy Award-winning score for Chariots of Fire, composed and performed the music on his synthesizers. He also made use of various chimes and the vocals of collaborator Demis Roussos. Another memorable sound is the tenor sax solo "Love Theme" by British saxophonist Dick Morrissey, who performed on many of Vangelis's albums. Ridley Scott also used "Memories of Green" from the Vangelis album See You Later, an orchestral version of which Scott would later use in his film Someone to Watch Over Me.
Along with Vangelis's compositions and ambient textures, the film's soundscape also features a track by the Japanese ensemble Nipponia – "Ogi no Mato" or "The Folding Fan as a Target" from the Nonesuch Records release Traditional Vocal and Instrumental Music – and a track by harpist Gail Laughton from "Harps of the Ancient Temples" on Laurel Records.
Despite being well received by fans and critically acclaimed and nominated in 1982 for a BAFTA and Golden Globe as best original score, and the promise of a soundtrack album from Polydor Records in the end titles of the film, the release of the official soundtrack recording was delayed for over a decade. There are two official releases of the music from Blade Runner. In light of the lack of a release of an album, the New American Orchestra recorded an orchestral adaptation in 1982 which bore little resemblance to the original. Some of the film tracks would, in 1989, surface on the compilation Vangelis: Themes, but not until the 1992 release of the Director's Cut version would a substantial amount of the film's score see commercial release.
These delays and poor reproductions led to the production of many bootleg recordings over the years. A bootleg tape surfaced in 1982 at science fiction conventions and became popular given the delay of an official release of the original recordings, and in 1993 "Off World Music, Ltd" created a bootleg CD that would prove more comprehensive than Vangelis' official CD in 1994. A set with three CDs of Blade Runner-related Vangelis music was released in 2007. Titled Blade Runner Trilogy, the first disc contains the same tracks as the 1994 official soundtrack release, the second features previously unreleased music from the movie, and the third disc is all newly composed music from Vangelis, inspired by, and in the spirit of the movie.
Special effects
The film's special effects are generally recognized to be among the best of all time, using the available (non-digital) technology to the fullest. Special effects engineers, who worked on the film, are often praised for the innovative technology they used to produce and design certain aspects of those visuals. In addition to matte paintings and models, the techniques employed included multipass exposures. In some scenes, the set was lit, shot, the film rewound, and then rerecorded over with different lighting. In some cases this was done 16 times in all. The cameras were frequently motion controlled using computers. Many effects used techniques which had been developed during the production of Close Encounters of the Third Kind.
Release
Theatrical run
Blade Runner was released in 1,290 theaters on June 25, 1982. That date was chosen by producer Alan Ladd Jr. because his previous highest-grossing films (Star Wars and Alien) had a similar opening date (May 25) in 1977 and 1979, making the 25th of the month his "lucky day". Blade Runner grossed reasonably good ticket sales in its opening weekend; earning $6.1 million during its first weekend in theaters. The film was released close to other major science-fiction and fantasy releases such as The Thing, Star Trek II: The Wrath of Khan, Conan the Barbarian and E.T. the Extra-Terrestrial, which affected its commercial success.
Versions
Several versions of Blade Runner have been shown. The original workprint version (1982, 113 minutes) was shown for audience test previews in Denver and Dallas in March 1982. Negative responses to the previews led to the modifications resulting in the U.S. theatrical version. The workprint was shown as a director's cut without Scott's approval at the Los Angeles Fairfax Theater in May 1990, at an AMPAS showing in April 1991, and in September and October 1991 at the Los Angeles NuArt Theater and the San Francisco Castro Theatre. Positive responses pushed the studio to approve work on an official director's cut. A San Diego Sneak Preview was shown only once, in May 1982, and was almost identical to the U.S. theatrical version but contained three extra scenes not shown in any other version, including the 2007 Final Cut.
Two versions were shown in the film's 1982 theatrical release: the U.S. theatrical version (117 minutes), known as the original version or Domestic Cut (released on Betamax, CED Videodisc and VHS in 1983, and on LaserDisc in 1987), and the International Cut (117 minutes), also known as the "Criterion Edition" or "uncut version", which included more violent action scenes than the U.S. version. Although initially unavailable in the U.S. and distributed in Europe and Asia via theatrical and local Warner Home Video Laserdisc releases, the International Cut was later released on VHS and Criterion Collection Laserdisc in North America, and re-released in 1992 as a "10th Anniversary Edition".
Ridley Scott's Director's Cut (1992, 116 minutes) had significant changes from the theatrical version including the removal of Deckard's voice-over, the re-insertion of the unicorn sequence, and the removal of the studio-imposed happy ending. Scott provided extensive notes and consultation to Warner Bros. through film preservationist Michael Arick, who was put in charge of creating the Director's Cut.
Scott's definitive The Final Cut (2007, 117 minutes) was released by Warner Bros. theatrically on October 5, 2007, and subsequently released on DVD, HD DVD, and Blu-ray Disc in December 2007. This is the only version over which Scott had complete artistic and editorial control.
Reception
Critical response
On Rotten Tomatoes, the film holds an 89% approval rating based on 125 reviews, with an average rating of 8.50/10. The website's critics consensus reads, "Misunderstood when it first hit theaters, the influence of Ridley Scott's mysterious, neo-noir Blade Runner has deepened with time. A visually remarkable, achingly human sci-fi masterpiece." Metacritic, which uses a weighted average, assigned the film a score of 84 out of 100 based on 15 critics, indicating "universal acclaim".
Initial reactions among film critics were mixed. Some wrote that the plot took a back seat to the film's special effects and did not fit the studio's marketing as an action and adventure movie. Others acclaimed its complexity and predicted it would stand the test of time. Negative criticism in the United States cited its slow pace. Sheila Benson from the Los Angeles Times called it "Blade Crawler", and Pat Berman in The State and Columbia Record described it as "science fiction pornography". Pauline Kael praised Blade Runner as worthy of a place in film history for its distinctive sci-fi vision, yet criticized the film's lack of development in "human terms". Ares Magazine said, "Misunderstood by audiences and critics alike, it is by far the best science fiction film of the year."
Cultural analysis
Academics began analyzing the film almost as soon as it was released. One of the first books on the film was Paul M. Sammon's Future Noir: The Making of Blade Runner (1996), which dissects all the details concerning the film making. He was followed by Scott Bukatman's Blade Runner and other books and academic articles. In Postmodern Metanarratives: Blade Runner and Literature in the Age of Image, Décio Torres Cruz analyzes the philosophical and psychological issues and the literary influences in Blade Runner. He examines the film's cyberpunk and dystopic elements by establishing a link between the Biblical, classical and modern traditions and the postmodern aspects in the film's collage of several literary texts.
The boom in home video formats helped establish a growing cult around the film, which scholars have dissected for its dystopic aspects, questions regarding "authentic" humanity, ecofeminist aspects and use of conventions from multiple genres. Popular culture began to reassess its impact as a classic several years after it was released. Roger Ebert praised the visuals of both the original and the Director's Cut and recommended it for that reason; however, he found the human story clichéd and a little thin. He later added The Final Cut to his "Great Movies" list. Critic Chris Rodley and Janet Maslin theorized that Blade Runner changed cinematic and cultural discourse through its image repertoire, and subsequent influence on films. In 2012, Time film critic Richard Corliss surgically analyzed the durability, complexity, screenplay, sets and production dynamics from a personal, three-decade perspective. Denis Villeneuve, who directed the sequel, Blade Runner 2049, cites the film as a huge influence for him and many others.
It has also been noted for its postmodernist approach and that it contributes to the historical development of modern dystopia in film. Furthermore, the futuristic version of Los Angeles has been widely discussed by academics with some comparing it to Milton's descriptions of hell in Paradise Lost. From a more philosophical perspective, Alison Landsberg described Scott's direction in the film as a "prosthetic memory"—an action that has never happened and appears to be divorced from lived experience, yet it defines personhood and identity within the wider Blade Runner universe.
Awards and nominations
Blade Runner won or received nominations for the following awards:
Themes
The film operates on multiple dramatic and narrative levels. It employs some of the conventions of film noir, among them the character of a femme fatale; narration by the protagonist (in the original release); chiaroscuro cinematography; and giving the hero a questionable moral outlook – extended to include reflections upon the nature of his own humanity. It is a literate science fiction film, thematically enfolding the philosophy of religion and moral implications of human mastery of genetic engineering in the context of classical Greek drama and hubris. It also draws on Biblical images, such as Noah's flood, and literary sources, such as Frankenstein and William Blake. Although Scott said any similarity was merely coincidental, fans claimed that the chess game between Sebastian and Tyrell was based on the famous Immortal Game of 1851.
Blade Runner delves into the effects of technology on the environment and society by reaching to the past, using literature, religious symbolism, classical dramatic themes, and film noir techniques. This tension between past, present, and future is represented in the "retrofitted" future depicted in the film, one which is high-tech and gleaming in places but decayed and outdated elsewhere. In an interview with The Observer in 2002, director Ridley Scott described the film as "extremely dark, both literally and metaphorically, with an oddly masochistic feel". He also said that he "liked the idea of exploring pain" in the wake of his brother's death: "When he was ill, I used to go and visit him in London, and that was really traumatic for me."
A sense of foreboding and paranoia pervades the world of the film: corporate power looms large; the police seem omnipresent; vehicle and warning lights probe into buildings; and the consequences of huge biomedical power over the individual are explored –
especially regarding replicants' implanted memories. Control over the environment is exercised on a vast scale, and goes hand in hand with the absence of any natural life; for example, artificial animals stand in for their extinct predecessors. This oppressive backdrop explains the frequently referenced migration of humans to "off-world" (extraterrestrial) colonies. Eyes are a recurring motif, as are manipulated images, calling into question the nature of reality and our ability to accurately perceive and remember it.
These thematic elements provide an atmosphere of uncertainty for Blade Runners central theme of examining humanity. In order to discover replicants, an empathy test is used, with a number of its questions focused on the treatment of animals – seemingly an essential indicator of one's "humanity". Replicants will not respond the same way humans would, showing a lack of concern. The film goes so far as to question if Deckard might be a replicant, in the process asking the audience to re-evaluate what it means to be human.
The question of whether Deckard is intended to be a human or a replicant has been an ongoing controversy since the film's release. Both Michael Deeley and Harrison Ford wanted Deckard to be human, while Hampton Fancher preferred ambiguity. Ridley Scott has stated that in his vision, Deckard is a replicant. Deckard's unicorn-dream sequence, inserted into Scott's Director's Cut and concomitant with Gaff's parting gift of an origami unicorn, is seen by many as showing that Deckard is a replicant – because Gaff could have retrieved Deckard's implanted memories. The interpretation that Deckard is a replicant is challenged by others who believe the unicorn imagery shows that the characters, whether human or replicant, share the same dreams and recognize their affinity, or that the absence of a decisive answer is crucial to the film's main theme. The film's inherent ambiguity and uncertainty, as well as its textual richness, have permitted multiple interpretations.
Legacy
Cultural impact
While not initially a success with North American audiences, Blade Runner was popular internationally and garnered a cult following. The film's dark style and futuristic designs have served as a benchmark and its influence can be seen in many subsequent science fiction films, video games, anime, and television programs. For example, Ronald D. Moore and David Eick, the producers of the re-imagining of Battlestar Galactica, have both cited Blade Runner as one of the major influences for the show.
The film was selected for preservation in the United States National Film Registry in 1993 and is frequently taught in university courses. In 2007, it was named the second-most visually influential film of all time by the Visual Effects Society. The film has also been the subject of parody, such as the comics Blade Bummer by Crazy comics, Bad Rubber by Steve Gallacci, and the Red Dwarf 2009 three-part miniseries "Back to Earth". The anime series Psycho-Pass by Production I.G was also highly influenced by the movie.
Blade Runner continues to reflect modern trends and concerns, and an increasing number of critics consider it one of the greatest science fiction films of all time. It was voted the best science fiction film ever made in a 2004 poll of 60 eminent world scientists. Blade Runner is also cited as an important influence to both the style and story of the Ghost in the Shell film series, which itself has been highly influential to the future-noir genre. Blade Runner has been very influential to the cyberpunk movement. It also influenced the cyberpunk derivative biopunk, which revolves around biotechnology and genetic engineering.
The dialogue and music in Blade Runner has been sampled in music more than any other film of the 20th century. The 2009 album I, Human by Singaporean band Deus Ex Machina makes numerous references to the genetic engineering and cloning themes from the film, and even features a track titled "Replicant".
Blade Runner is cited as a major influence on Warren Spector, designer of the video game Deus Ex, which displays evidence of the film's influence in both its visual rendering and plot. Indeed, the film's look – and in particular its overall darkness, preponderance of neon lights and opaque visuals – are easier to render than complicated backdrops, making it a popular reference point for video game designers. It has influenced adventure games such as the 2012 graphical text adventure Cypher, Rise of the Dragon, Snatcher, the Tex Murphy series, Beneath a Steel Sky, Flashback: The Quest for Identity, Bubblegum Crisis video games (and their original anime), the role-playing game Shadowrun, the first-person shooter Perfect Dark, the shooter game Skyhammer, and the Syndicate series of video games.
The logos of Atari, Bell, Coca-Cola, Cuisinart, Pan Am and RCA, all market leaders at the time, were prominently displayed as product placement in the film, and all experienced setbacks after the film's release, leading to suggestions of a Blade Runner curse. Coca-Cola and Cuisinart recovered, and Tsingtao beer was also featured in the film and was more successful after the film than before.
The design of Tesla's Cybertruck was reportedly inspired by the film. Prior to its release Elon Musk promised that it would "look like something out of Blade Runner." Besides referring to the truck as the "Blade Runner Truck", Musk chose to debut the truck in order to coincide with the film's setting of November 2019. The film's art designer Syd Mead praised the truck and said he was "flattered" by the homage to Blade Runner.
Media recognition
American Film Institute recognition
AFI's 100 Years...100 Thrills – No. 74
AFI's 100 Years...100 Movies (10th Anniversary Edition) – No. 97
AFI's 10 Top 10 – No. 6 Science Fiction Film
In other media
Before filming began, Cinefantastique magazine commissioned Paul M. Sammon to write a special issue about Blade Runners production which became the book Future Noir: The Making of Blade Runner. The book chronicles Blade Runners evolution, focusing on film-set politics, especially the British director's experiences with his first American film crew; of which producer Alan Ladd, Jr. has said, "Harrison wouldn't speak to Ridley and Ridley wouldn't speak to Harrison. By the end of the shoot Ford was 'ready to kill Ridley', said one colleague. He really would have taken him on if he hadn't been talked out of it." Future Noir has short cast biographies and quotations about their experiences, and photographs of the film's production and preliminary sketches. A second edition of Future Noir was published in 2007, and additional materials not in either print edition have been published online.
Philip K. Dick refused a $400,000 offer to write a Blade Runner novelization, saying: "[I was] told the cheapo novelization would have to appeal to the twelve-year-old audience" and it "would have probably been disastrous to me artistically". He added, "That insistence on my part of bringing out the original novel and not doing the novelization – they were just furious. They finally recognized that there was a legitimate reason for reissuing the novel, even though it cost them money. It was a victory not just of contractual obligations but of theoretical principles." Do Androids Dream of Electric Sheep? was eventually reprinted as a tie-in, with the film poster as a cover and the original title in parentheses below the Blade Runner title. Additionally, a novelization of the movie entitled Blade Runner: A Story of the Future by Les Martin was released in 1982. Archie Goodwin scripted the comic book adaptation, A Marvel Super Special: Blade Runner, published in September 1982, which was illustrated by Al Williamson, Carlos Garzon, Dan Green, and Ralph Reese, and lettered by Ed King.
Blue Dolphin Enterprises published the film's screenplay combined with selected production storyboards as The Illustrated Blade Runner (June 1982); a book of original production artwork by Syd Mead, Mentor Huebner, Charles Knode, Michael Kaplan, and Ridley Scott as Blade Runner Sketchbook (1982); and The Blade Runner Portfolio (1982), a collection of twelve photographic prints, similar to the artist portfolios released by their Schanes & Schanes imprint.
There are two video games based on the film, both titled Blade Runner: one from 1985, an action-adventure side-scroller for Commodore 64, Sinclair ZX Spectrum, and Amstrad CPC by CRL Group PLC, which is marked as "a video game interpretation of the film score by Vangelis" rather than of the film itself (due to licensing issues); and another from 1997, a point-and-click adventure for PC by Westwood Studios. The 1997 game features a non-linear plot based in the Blade Runner world, non-player characters that each ran in their own independent AI, and an unusual pseudo-3D engine (which eschewed polygonal solids in favor of voxel elements) that did not require the use of a 3D accelerator card to play the game. Eldon Tyrell, Gaff, Leon, Rachael, Chew, J. F. Sebastian and Howie Lee appear, and their voice files are recorded by the original actors, with the exception of Gaff, who is replaced by Javier Grajeda (as Victor Gardell) and Howie Lee, who is replaced by Toru Nagai. The player assumes the role of McCoy, another replicant-hunter working at the same time as Deckard.
The television film (and later series) Total Recall 2070 was initially planned as a spin-off of the film Total Recall (based on Philip K. Dick's short story "We Can Remember It for You Wholesale"), but was produced as a hybrid of Total Recall and Blade Runner. Many similarities between Total Recall 2070 and Blade Runner were noted, as well as apparent influences on the show from Isaac Asimov's The Caves of Steel and the TV series Holmes & Yoyo.
Documentaries
The film has been the subject of several documentaries.
Blade Runner: Convention Reel (1982, 13 minutes)
Co-directed by Muffet Kaufman and Jeffrey B. Walker, shot and screened in 16 mm, featured no narrator, was filmed in 1981 while Blade Runner was still in production and featured short "behind-the-scenes" segments showing sets being built and sequences being shot, as well as interviews with Ridley Scott, Syd Mead and Douglas Trumbull. Appears on the Blade Runner Ultimate Collector's Edition.
On the Edge of Blade Runner (2000, 55 minutes)
Directed by Andrew Abbott and hosted/written by Mark Kermode. Interviews with production staff, including Scott, give details of the creative process and the turmoil during preproduction. Insights into Philip K. Dick and the origins of Do Androids Dream of Electric Sheep? are provided by Paul M. Sammon and Hampton Fancher.
Future Shocks (2003, 27 minutes)
Directed by TVOntario. It includes interviews with executive producer Bud Yorkin, Syd Mead, and the cast, and commentary by science fiction author Robert J. Sawyer and from film critics.
Dangerous Days: Making Blade Runner (2007, 213 minutes)
Directed and produced by Charles de Lauzirika for The Final Cut version of the film. Its source material comprises more than 80 interviews, including extensive conversations with Ford, Young, and Scott. The documentary is presented in eight chapters, with each of the first seven covering a portion of the filmmaking process. The final chapter examines Blade Runner's controversial legacy.
All Our Variant Futures: From Workprint to Final Cut (2007, 29 minutes)
Produced by Paul Prischman, appears on the Blade Runner Ultimate Collector's Edition and provides an overview of the film's multiple versions and their origins, as well as detailing the seven-year-long restoration, enhancement and remastering process behind The Final Cut.
Blade Runner Phenomenon (2021, 53 minutes)
Directed by Boris Hars-Tschachotin and made by the France and Germany European public service channel ARTE, this documentary tells viewers using behind-the-scenes material from various sets, photos, original locations in Los Angeles and interviews with those involved in the production.
Sequel and related media
A direct sequel was released in 2017, titled Blade Runner 2049, with Ryan Gosling alongside Ford in the starring roles. It entered production in mid-2016 and is set decades after the first film. Harrison Ford reprised his role as Rick Deckard. The film won two Academy Awards, for cinematography and visual effects.
The world of Blade Runner has also come to be explored in animation. Blade Runner 2049 was preceded by the release of three short films that served as prequels, where the chronological first, Blade Runner Black Out 2022, was an anime (the other two, 2036: Nexus Dawn and 2048: Nowhere to Run, featured actors, and were not animated). In November 2021, a Japanese-American anime television series called Blade Runner: Black Lotus was released. The series tells the story of a female replicant protagonist, rather than that of a male Blade Runner one.
Dick's friend K. W. Jeter wrote three authorized Blade Runner novels that continue Rick Deckard's story, attempting to resolve the differences between the film and Do Androids Dream of Electric Sheep? These are Blade Runner 2: The Edge of Human (1995), Blade Runner 3: Replicant Night (1996), and Blade Runner 4: Eye and Talon (2000)
Blade Runner cowriter David Peoples wrote the 1998 action film Soldier, which he referred to as a "sidequel" or spiritual successor to the original film; the two are set in a shared universe. A bonus feature on the Blu-ray for Prometheus, the 2012 film by Scott set in the Alien universe, states that Eldon Tyrell, CEO of the Blade Runner Tyrell Corporation, was the mentor of Guy Pearce's character Peter Weyland.
See also
Blade Runner (franchise)
Arcology
Biorobotics
List of dystopian films
List of fictional robots and androids
Synthetic biology
Tech noir
Notes
References
Bibliography
Eagan, Daniel (2010) America's Film Legacy: The Authoritative Guide to the Landmark Movies in the National Film Registry, A&C Black, , pages 775–776
Morgan, David. Blade Runner at National Film Registry
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3747 | https://en.wikipedia.org/wiki/Bill%20Gates | Bill Gates | William Henry Gates III (born October 28, 1955) is an American business magnate, software developer, investor, author, and philanthropist. He is a co-founder of Microsoft, along with his late childhood friend Paul Allen. During his career at Microsoft, Gates held the positions of chairman, chief executive officer (CEO), president and chief software architect, while also being the largest individual shareholder until May 2014. He was a major entrepreneur of the microcomputer revolution of the 1970s and 1980s.
Gates was born and raised in Seattle, Washington. In 1975, he and Allen founded Microsoft in Albuquerque, New Mexico. It became the world's largest personal computer software company. Gates led the company as chairman and CEO until stepping down as CEO in January 2000, succeeded by Steve Ballmer, but he remained chairman of the board of directors and became chief software architect. During the late 1990s, he was criticized for his business tactics, which have been considered anti-competitive. This opinion has been upheld by numerous court rulings. In June 2008, Gates transitioned to a part-time role at Microsoft and full-time work at the Bill & Melinda Gates Foundation, the private charitable foundation he and his then-wife, Melinda Gates, established in 2000. He stepped down as chairman of the board of Microsoft in February 2014 and assumed a new post as technology adviser to support the newly appointed CEO Satya Nadella. In March 2020, Gates left his board positions at Microsoft and Berkshire Hathaway to focus on his philanthropic efforts including climate change, global health and development, and education.
Since 1987, Gates has been included in the Forbes list of the world's wealthiest people. From 1995 to 2017, he held the Forbes title of the richest person in the world every year except from 2010 to 2013. In October 2017, he was surpassed by Amazon founder and CEO Jeff Bezos, who had an estimated net worth of US$90.6 billion compared to Gates's net worth of US$89.9 billion at the time. As of February 2022, Gates had an estimated net worth of US$130 billion, making him the fourth-richest person in the world.
Later in his career and since leaving day-to-day operations at Microsoft in 2008, Gates has pursued many business and philanthropic endeavors. He is the founder and chairman of several companies, including BEN, Cascade Investment, bgC3, and TerraPower. He has given sizable amounts of money to various charitable organizations and scientific research programs through the Bill & Melinda Gates Foundation, reported to be the world's largest private charity. Through the foundation, he led an early 21st century vaccination campaign that significantly contributed to the eradication of the wild poliovirus in Africa. In 2010, Gates and Warren Buffett founded The Giving Pledge, whereby they and other billionaires pledge to give at least half of their wealth to philanthropy.
Early life
Bill Gates was born in Seattle, Washington on October 28, 1955. He is the son of William H. Gates Sr. (1925–2020) and Mary Maxwell Gates (1929–1994). His ancestry includes English, German, and Irish/Scots-Irish. His father was a prominent lawyer, and his mother served on the board of directors for First Interstate BancSystem and the United Way of America. Gates's maternal grandfather was J. W. Maxwell, a national bank president. Gates has an older sister Kristi (Kristianne) and a younger sister Libby. He is the fourth of his name in his family but is known as William Gates III or "Trey" (i.e., three) because his father had the "II" suffix. The family lived in the Sand Point area of Seattle in a home that was damaged by a rare tornado when Gates was seven years old.
Early in his life, Gates observed that his parents wanted him to pursue a law career. When he was young, his family regularly attended a church of the Congregational Christian Churches, a Protestant Reformed denomination. Gates was small for his age and was bullied as a child. The family encouraged competition; one visitor reported that "it didn't matter whether it was hearts or pickleball or swimming to the dock; there was always a reward for winning and there was always a penalty for losing".
At 13, he enrolled in the private Lakeside prep school, where he wrote his first software program. When he was in the eighth grade, the Mothers' Club at the school used proceeds from Lakeside School's rummage sale to buy a Teletype Model 33 ASR terminal and a block of computer time on a General Electric (GE) computer for the students. Gates took an interest in programming the GE system in BASIC, and he was excused from math classes to pursue his interest. He wrote his first computer program on this machine, an implementation of tic-tac-toe that allowed users to play games against the computer. Gates was fascinated by the machine and how it would always execute software code perfectly. After the Mothers Club donation was exhausted, Gates and other students sought time on systems including DEC PDP minicomputers. One of these systems was a PDP-10 belonging to Computer Center Corporation (CCC) which banned Gates, Paul Allen, Ric Weiland, and Gates's best friend and first business partner Kent Evans, for the summer after it caught them exploiting bugs in the operating system to obtain free computer time.
The four students formed the Lakeside Programmers Club to make money. At the end of the ban, they offered to find bugs in CCC's software in exchange for extra computer time. Rather than using the system remotely via Teletype, Gates went to CCC's offices and studied source code for various programs that ran on the system, including Fortran, Lisp, and machine language. The arrangement with CCC continued until 1970 when the company went out of business.
The following year, a Lakeside teacher enlisted Gates and Evans to automate the school's class-scheduling system, providing them computer time and royalties in return. The duo worked diligently in order to have the program ready for their senior year. Towards the end of their junior year, Evans was killed in a mountain climbing accident, which Gates has described as one of the saddest days of his life. Gates then turned to Allen who helped him finish the system for Lakeside.
At 17, Gates formed a venture with Allen called Traf-O-Data to make traffic counters based on the Intel 8008 processor. In 1972, he served as a congressional page in the House of Representatives. He was a National Merit Scholar when he graduated from Lakeside School in 1973. He scored 1590 out of 1600 on the Scholastic Aptitude Tests (SAT) and enrolled at Harvard College in the autumn of 1973. He chose a pre-law major but took mathematics and graduate level computer science courses. While at Harvard, he met fellow student Steve Ballmer. Gates left Harvard after two years while Ballmer stayed and graduated magna cum laude. Years later, Ballmer succeeded Gates as Microsoft's CEO and maintained that position from 2000 until his resignation in 2014.
Gates devised an algorithm for pancake sorting as a solution to one of a series of unsolved problems presented in a combinatorics class by professor Harry Lewis. His solution held the record as the fastest version for over 30 years, and its successor is faster by only 2%. His solution was formalized and published in collaboration with Harvard computer scientist Christos Papadimitriou.
Gates remained in contact with Paul Allen and joined him at Honeywell during the summer of 1974. In 1975, the MITS Altair 8800 was released based on the Intel 8080 CPU, and Gates and Allen saw the opportunity to start their own computer software company. Gates dropped out of Harvard that same year. His parents were supportive of him after seeing how much he wanted to start his own company. He explained his decision to leave Harvard: "if things hadn't worked out, I could always go back to school. I was officially on leave."
Microsoft
BASIC
Gates read the January 1975 issue of Popular Electronics which demonstrated the Altair 8800, and he contacted Micro Instrumentation and Telemetry Systems (MITS) to inform them that he and others were working on a BASIC interpreter for the platform. In reality, Gates and Allen did not have an Altair and had not written code for it; they merely wanted to gauge MITS's interest. MITS president Ed Roberts agreed to meet them for a demonstration, and over the course of a few weeks they developed an Altair emulator that ran on a minicomputer, and then the BASIC interpreter. The demonstration was held at MITS's offices in Albuquerque, New Mexico; it was a success and resulted in a deal with MITS to distribute the interpreter as Altair BASIC. MITS hired Allen, and Gates took a leave of absence from Harvard to work with him at MITS in November 1975. Allen named their partnership "Micro-Soft", a combination of "microcomputer" and "software", and their first office was in Albuquerque. The first employee Gates and Allen hired was their high school collaborator Ric Weiland. They dropped the hyphen within a year and officially registered the trade name "Microsoft" with the Secretary of the State of New Mexico on November 26, 1976. Gates never returned to Harvard to complete his studies.
Microsoft's Altair BASIC was popular with computer hobbyists, but Gates discovered that a pre-market copy had leaked out and was being widely copied and distributed. In February 1976, he wrote an Open Letter to Hobbyists in the MITS newsletter in which he asserted that more than 90% of the users of Microsoft Altair BASIC had not paid Microsoft for it and the Altair "hobby market" was in danger of eliminating the incentive for any professional developers to produce, distribute, and maintain high-quality software. This letter was unpopular with many computer hobbyists, but Gates persisted in his belief that software developers should be able to demand payment. Microsoft became independent of MITS in late 1976, and it continued to develop programming language software for various systems. The company moved from Albuquerque to Bellevue, Washington on January 1, 1979.
Gates said he personally reviewed and often rewrote every line of code that the company produced in its first five years. As the company grew, he transitioned into a manager role, then an executive.
DONKEY.BAS, is a computer game written in 1981 and included with early versions of the PC DOS operating system distributed with the original IBM PC. It is a driving game in which the player must avoid hitting donkeys. The game was written by Gates and Neil Konzen.
IBM partnership
IBM, the leading supplier of computer equipment to commercial enterprises at the time, approached Microsoft in July 1980 concerning software for its upcoming personal computer, the IBM PC, after Bill Gates's mother, Mary Maxwell Gates, mentioned Microsoft to John Opel, IBM's CEO. IBM first proposed that Microsoft write the BASIC interpreter. IBM's representatives also mentioned that they needed an operating system, and Gates referred them to Digital Research (DRI), makers of the widely used CP/M operating system. IBM's discussions with Digital Research went poorly, however, and they did not reach a licensing agreement. IBM representative Jack Sams mentioned the licensing difficulties during a subsequent meeting with Gates and asked if Microsoft could provide an operating system. A few weeks later, Gates and Allen proposed using 86-DOS, an operating system similar to CP/M, that Tim Paterson of Seattle Computer Products (SCP) had made for hardware similar to the PC. Microsoft made a deal with SCP to be the exclusive licensing agent of 86-DOS, and later the full owner. Microsoft employed Paterson to adapt the operating system for the PC and delivered it to IBM as PC DOS for a one-time fee of $50,000.
The contract itself only earned Microsoft a relatively small fee. It was the prestige brought to Microsoft by IBM's adoption of their operating system that would be the origin of Microsoft's transformation from a small business to the leading software company in the world. Gates had not offered to transfer the copyright on the operating system to IBM because he believed that other personal computer makers would clone IBM's PC hardware. They did, making the IBM-compatible PC, running DOS, a de facto standard. The sales of MS-DOS (the version of DOS sold to customers other than IBM) made Microsoft a major player in the industry. The press quickly identified Microsoft as being very influential on the IBM PC. PC Magazine asked if Gates was "the man behind the machine?".
Gates oversaw Microsoft's company restructuring on June 25, 1981, which re-incorporated the company in Washington state and made Gates the president and chairman of the board, with Paul Allen as vice president and vice chairman. In early 1983, Allen left the company after receiving a Hodgkin lymphoma diagnosis, effectively ending the formal business partnership between Gates and Allen, which had been strained months prior due to a contentious dispute over Microsoft equity. Later in the decade, Gates repaired his relationship with Allen and together the two donated millions to their childhood school Lakeside. They remained friends until Allen's death in October 2018.
Windows
Microsoft and Gates launched their first retail version of Microsoft Windows on November 20, 1985, in an attempt to fend off competition from Apple's Macintosh GUI, which had bewitched consumers with its simplicity and ease of use. In August of the following year, the company struck a deal with IBM to develop a separate operating system called OS/2. Although the two companies successfully developed the first version of the new system, the partnership deteriorated due to mounting creative differences. The operating system grew out of DOS in an organic fashion over a decade, until with Windows 95 the DOS text screen was relegated to the closet. Windows XP, released one year after Gates stepped down as Microsoft CEO, reportedly was the first to not be based on DOS. Windows 8.1 was the last version of the OS released before Gates left the chair of the firm to John W. Thompson on February 5, 2014. As of 2021, the latest release of the OS is known as Windows 11.
Management style
Gates had primary responsibility for Microsoft's product strategy from the company's founding from 1975 until 2006. He gained a reputation for being distant from others; an industry executive complained in 1981 that "Gates is notorious for not being reachable by phone and for not returning phone calls." An Atari executive recalled that he showed Gates a game and defeated him 35 of 37 times. When they met again a month later, Gates "won or tied every game. He had studied the game until he solved it. That is a competitor".
In the early 1980s, while business partner Paul Allen was undergoing treatments for cancer, Gates — according to Allen — conspired to reduce Allen's share in Microsoft by issuing himself stock options. In his autobiography, Allen would later recall that Gates was "scheming to rip me off. It was mercenary opportunism plain and simple". Gates says he remembers the episode differently. Allen would also recall that Gates was prone to shouting episodes.
Gates met regularly with Microsoft's senior managers and program managers, and the managers described him as being verbally combative. He also berated them for perceived holes in their business strategies or proposals that placed the company's long-term interests at risk. He interrupted presentations with such comments as "that's the stupidest thing I've ever heard" and "why don't you just give up your options and join the Peace Corps?" The target of his outburst would then have to defend the proposal in detail until Gates was fully convinced. When subordinates appeared to be procrastinating, he was known to remark sarcastically, "I'll do it over the weekend." Gates has been accused of bullying Microsoft employees.
During Microsoft's early years, Gates was an active software developer, particularly in the company's programming language products, but his primary role in most of the company's history was as a manager and executive. He has not officially been on a development team since working on the TRS-80 Model 100, but he wrote code that shipped with the company's products as late as 1989. Jerry Pournelle wrote in 1985 when Gates announced Microsoft Excel: "Bill Gates likes the program, not because it's going to make him a lot of money (although I'm sure it will do that), but because it's a neat hack."
On June 15, 2006, Gates announced that he would transition out of his role at Microsoft to dedicate more time to philanthropy. He gradually divided his responsibilities between two successors when he placed Ray Ozzie in charge of management and Craig Mundie in charge of long-term product strategy. The process took two years to fully transfer his duties to Ozzie and Mundie, and was completed on June 27, 2008.
Antitrust litigation
Gates approved of many decisions that led to antitrust litigation over Microsoft's business practices. In the 1998 United States v. Microsoft case, Gates gave deposition testimony that several journalists characterized as evasive. He argued with examiner David Boies over the contextual meaning of words such as "compete", "concerned", and "we". Later in the year, when portions of the videotaped deposition were played back in court, the judge was seen laughing and shaking his head. BusinessWeek reported:
Gates later said that he had simply resisted attempts by Boies to mischaracterize his words and actions. "Did I fence with Boies? ... I plead guilty ... rudeness to Boies in the first degree." Despite Gates's denials, the judge ruled that Microsoft had committed monopolization, tying and blocking competition, each in violation of the Sherman Antitrust Act.
Post-Microsoft
Since leaving day-to-day operations at Microsoft, Gates has continued his philanthropy and works on other projects.
According to the Bloomberg Billionaires Index, Gates was the world's highest-earning billionaire in 2013, as his net worth increased by US$15.8 billion to US$78.5 billion. , most of Gates's assets are held in Cascade Investment LLC, an entity through which he owns stakes in numerous businesses, including Four Seasons Hotels and Resorts, and Corbis Corp. On February 4, 2014, Gates stepped down as chairman of Microsoft to become "technology advisor" at the firm, alongside CEO Satya Nadella.
Gates provided his perspective on a range of issues in a substantial interview that was published in the March 27, 2014, issue of Rolling Stone magazine. In the interview, Gates provided his perspective on climate change, his charitable activities, various tech companies and people involved in them, and the state of America. In response to a question about his greatest fear when he looks 50 years into the future, Gates stated: "there'll be some really bad things that'll happen in the next 50 or 100 years, but hopefully none of them on the scale of, say, a million people that you didn't expect to die from a pandemic, or nuclear or bioterrorism." Gates also identified innovation as the "real driver of progress" and pronounced that "America's way better today than it's ever been."
Gates has expressed concern about the potential harms of superintelligence; in a Reddit "ask me anything", he stated that:
In an interview that was held at the TED conference in March 2015, with Baidu's CEO, Robin Li, Gates said he would "highly recommend" Nick Bostrom's recent work, Superintelligence: Paths, Dangers, Strategies. During the conference, Gates warned that the world was not prepared for the next pandemic, a situation that would come to pass in late 2019 when the COVID-19 pandemic began. In March 2018, Gates met at his home in Seattle with Mohammed bin Salman, the reformist crown prince and de facto ruler of Saudi Arabia to discuss investment opportunities for Saudi Vision 2030. In June 2019, Gates admitted that losing the mobile operating system race to Android was his biggest mistake. He stated that it was within their skill set of being the dominant player, but partially blames the antitrust litigation during the time. That same year, Gates became an advisory board member of the Bloomberg New Economy Forum.
On March 13, 2020, Microsoft announced Gates would be leaving his board positions at Berkshire Hathaway and Microsoft to dedicate his efforts in philanthropic endeavors such as climate change, global health and development, and education.
During the COVID-19 pandemic, Gates has widely been looked at by media outlets as an expert on the issue, despite him not being a public official or having any prior medical training. His foundation did, however, establish the COVID-19 Therapeutics Accelerator in 2020 to hasten the development and evaluation of new and repurposed drugs and biologics to treat patients for COVID-19, and, as of February 2021, Gates expressed that he and Anthony Fauci frequently talk and collaborate on matters including vaccines and other medical innovations to fight the pandemic.
Business ventures and investments (partial list)
Gates has a multi-billion dollar investment portfolio with stake in various sectors and has participated in several entrepreneurial ventures beyond Microsoft, including:
AutoNation, automotive retailer that Gates has a 16% stake in trading on the NYSE.
bgC3 LLC, a think-tank and research company founded by Gates.
Canadian National Railway (CN), a Canadian Class I freight railway. As of 2019, Gates is the largest single shareholder of CN stock.
Cascade Investment LLC, a private investment and holding company incorporated in the United States, founded and controlled by Gates and headquartered in Kirkland, Washington.
Gates is the top private owner of farmland in the United States with landholdings owned via Cascade Investment totalling 242,000 acres across 19 states. He is the 49th largest private owner of land in the US.
Carbon Engineering, a for-profit venture founded by David Keith, which Gates helped fund. It's is also supported by Chevron Corporation and Occidental Petroleum.
SCoPEx, Keith's academic venture in "sun-dimming" geoengineering, which Gates provided most of the $12 million for.
Corbis (originally named Interactive Home Systems and now known as Branded Entertainment Network), a digital image licensing and rights services company founded and chaired by Gates.
EarthNow, Seattle-based startup company aiming to blanket the Earth with live satellite video coverage. Gates is a large financial backer.
Eclipse Aviation, a defunct manufacturer of very light jets. Gates was a major stake-holder early on in the project.
Impossible Foods, a company that develops plant-based substitutes for meat products. Some of the $396 million Patrick O. Brown collected for his business came from Gates around 2014 to 2017.
Ecolab, global provider of water, hygiene and energy technologies and services to the food, energy, healthcare, industrial and hospitality markets. Combined with the shares owned by the Foundation, Gates owns 11.6% of the company. A shareholder agreement in 2012 allowed him to own up to 25% of the company, but this agreement was removed.
ResearchGate, a social networking site for scientists. Gates participated in a $35 million round of financing along with other investors.
TerraPower, a nuclear reactor design company co-founded and chaired by Gates, which is developing next generation traveling-wave reactor nuclear power plants in an effort to tackle climate change.
Breakthrough Energy Ventures, a closed fund for wealthy individuals who seek ROI on a 20-year horizon (see next section), which "is funding green start-ups and a host of other low-carbon entrepreneurial projects, including everything from advanced nuclear technology to synthetic breast milk." It was founded by Gates in 2015.
Ginkgo Bioworks, a biotech startup that received $350 million in venture funding in 2019, in part from Gates's investment firm Cascade Investment.
Luminous Computing, a company that develops neuromorphic photonic integrated circuits for AI acceleration.
Mologic, British diagnostic technology company that Gates purchased, along with the Soros Economic Development Fund, "which has developed 10-minute Covid lateral flow tests that it aims to make for as little as $1."
Climate change and energy
Gates considers climate change and global access to energy to be critical, interrelated issues. He has urged governments and the private sector to invest in research and development to make clean, reliable energy cheaper. Gates envisions that a breakthrough innovation in sustainable energy technology could drive down both greenhouse gas emissions and poverty, and bring economic benefits by stabilizing energy prices. In 2011, he said: "If you gave me the choice between picking the next 10 presidents or ensuring that energy is environmentally friendly and a quarter as costly, I'd pick the energy thing."
In 2015, he wrote about the challenge of transitioning the world's energy system from one based primarily on fossil fuels to one based on sustainable energy sources. Global energy transitions have historically taken decades. He wrote, "I believe we can make this transition faster, both because the pace of innovation is accelerating, and because we have never had such an urgent reason to move from one source of energy to another." This rapid transition, according to Gates, would depend on increased government funding for basic research and financially risky private-sector investment, to enable innovation in diverse areas such as nuclear energy, grid energy storage to facilitate greater use of solar and wind energy, and solar fuels.
Gates spearheaded two initiatives that he announced at the 2015 United Nations Climate Change Conference in Paris. One was Mission Innovation, in which 20 national governments pledged to double their spending on research and development for carbon-free energy in over five years' time. Another initiative was Breakthrough Energy, a group of investors who agreed to fund high-risk startups in clean energy technologies. Gates, who had already invested $1 billion of his own money in innovative energy startups, committed a further $1 billion to Breakthrough Energy. In December 2020, he called for the U.S. federal government to create institutes for clean energy research, analogous to the National Institutes of Health. Gates has also urged rich nations to shift to 100% synthetic beef industries to reduce greenhouse gas emissions from food production.
Gates has been criticised for holding a large stake in Signature Aviation, a company that services emissions-intensive private jets. In 2019, he began to divest from fossil fuels. He does not expect divestment itself to have much practical impact, but says that if his efforts to provide alternatives were to fail, he would not want to personally benefit from an increase in fossil fuel stock prices. After he published his book How to Avoid a Climate Disaster, parts of the climate activist community criticized Gate's approach as technological solutionism.
In June 2021, Gates's company TerraPower and Warren Buffett's PacifiCorp announced the first Sodium nuclear reactor in Wyoming. Wyoming Governor Mike Gordon hailed the project as a step toward carbon-negative nuclear power. Wyoming Senator John Barrasso also said that it could boost the state's once active uranium mining industry.
Political positions
Regulation of the software industry
In 1998, Gates rejected the need for regulation of the software industry in testimony before the United States Senate. During the Federal Trade Commission's (FTC) investigation of Microsoft in the 1990s, Gates was reportedly upset at Commissioner Dennis Yao for "float[ing] a line of hypothetical questions suggesting possible curbs on Microsoft's growing monopoly power". According to one source:Gates was vexed. "He started by calling Yao's ideas socialistic," recalls a source familiar with the July 15 meeting, "and as he got angrier and angrier and louder and louder, he got into calling them Communistic.
Donald Trump Facebook ban
On February 18, 2021, after Facebook and Twitter had banned Donald Trump from their platforms as a result of the 2020 United States presidential election which led to the 2021 United States Capitol attack, Gates said a permanent ban of Trump "would be a shame" and would be an "extreme measure". He warned that it would cause "polarization" if users with different political views divide up among various social networks, and said: "I don't think banning somebody who actually did get a fair number of votes (in the presidential election) – well less than a majority – forever would be that good."
Patents for COVID-19 vaccines
In April 2021, during the COVID-19 pandemic, Gates was criticized for suggesting that pharmaceutical companies should hold onto patents for COVID-19 vaccines. The criticism came due to the possibility of this preventing poorer nations from obtaining adequate vaccines. Tara Van Ho of the University of Essex stated, "Gates speaks as if all the lives being lost in India are inevitable but eventually the West will help when in reality the US & UK are holding their feet on the neck of developing states by refusing to break [intellectual property rights] protections. It's disgusting."
Bill Gates is opposed to the TRIPS waiver. Bloomberg News reported him as saying he argued that Oxford University should not give away the rights to its COVID-19 information, as it had announced, but instead sell it to a single industry partner, as it did. His views on the value of legal monopolies in medicine have been linked to his views on legal monopolies in software.
Philanthropy
Bill and Melinda Gates Foundation
Gates studied the work of Andrew Carnegie and John D. Rockefeller, and donated some of his Microsoft stock in 1994 to create the "William H. Gates Foundation". In 2000, Gates and his wife combined three family foundations and Gates donated stock valued at $5 billion to create the charitable Bill & Melinda Gates Foundation, which was identified by the Funds for NGOs company in 2013, as the world's wealthiest charitable foundation, with assets reportedly valued at more than $34.6 billion. The foundation allows benefactors to access information that shows how its money is being spent, unlike other major charitable organizations such as the Wellcome Trust. Gates, through his foundation, also donated $20 million to Carnegie Mellon University for a new building to be named Gates Center for Computer Science which opened in 2009.
Gates has credited the generosity and extensive philanthropy of David Rockefeller as a major influence. Gates and his father met with Rockefeller several times, and their charity work is partly modeled on the Rockefeller family's philanthropic focus, whereby they are interested in tackling the global problems that are ignored by governments and other organizations. , Bill and Melinda Gates were the second-most generous philanthropists in America, having given over $28 billion to charity; the couple plan to eventually donate 95% of their wealth to charity.
The foundation is organized into five program areas: Global Development Division, Global Health Division, United States Division, and Global Policy & Advocacy Division. Among others, it supports a wide range of public health projects, granting aid to fight transmissible diseases such AIDS, tuberculosis and malaria, as well as widespread vaccine programs to eradicate polio. It grants funds to learning institutes and libraries and supports scholarships at universities. The foundation established a water, sanitation and hygiene program to provide sustainable sanitation services in poor countries. Its agriculture division supports the International Rice Research Institute in developing Golden Rice, a genetically modified rice variant used to combat vitamin A deficiency. The goal of the foundation is to provide 120 million women and girls, in the poorest countries, with high-quality contraceptive information and services, with the longer-term goal of universal access to voluntary family planning. In 2007, the Los Angeles Times criticized the foundation for investing its assets in companies that have been accused of worsening poverty, pollution and pharmaceutical firms that do not sell to developing countries. Although the foundation announced a review of its investments to assess social responsibility, it was subsequently canceled and upheld its policy of investing for maximum return, while using voting rights to influence company practices.
Gates delivered his thoughts in a fireside chat moderated by journalist and news anchor Shereen Bhan virtually at the Singapore FinTech Festival on December 8, 2020, on the topic, "Building Infrastructure for Resilience: What the COVID-19 Response Can Teach Us About How to Scale Financial Inclusion".
Gates favours the normalization of COVID-19 masks. In a November 2020 interview, he said: "What are these, like, nudists? I mean, you know, we ask you to wear pants, and no American says, or very few Americans say, that that's, like, some terrible thing."
Personal donations
Melinda Gates suggested that people should emulate the philanthropic efforts of the Salwen family, who sold their home and gave away half of its value, as detailed in their book, The Power of Half. Gates and his wife invited Joan Salwen to Seattle to speak about what the family had done, and on December 9, 2010, Bill and Melinda Gates and investor Warren Buffett each signed a commitment they called the "Giving Pledge", which is a commitment by all three to donate at least half of their wealth, over the course of time, to charity.
Gates has also provided personal donations to educational institutions. In 1999, Gates donated $20 million to the Massachusetts Institute of Technology for the construction of a computer laboratory named the "William H. Gates Building" that was designed by architect Frank Gehry. While Microsoft had previously given financial support to the institution, this was the first personal donation received from Gates.
The Maxwell Dworkin Laboratory of the Harvard John A. Paulson School of Engineering and Applied Sciences is named after the mothers of both Gates and Microsoft President Steven A. Ballmer, both of whom were students (Ballmer was a member of the school's graduating class of 1977, while Gates left his studies for Microsoft), and donated funds for the laboratory's construction. Gates also donated $6 million to the construction of the Gates Computer Science Building, completed in January 1996, on the campus of Stanford University. The building contains the Computer Science Department and the Computer Systems Laboratory (CSL) of Stanford's Engineering department.
Since 2005, Gates and his foundation have taken an interest in solving global sanitation problems. For example, they announced the "Reinvent the Toilet Challenge", which has received considerable media interest. To raise awareness for the topic of sanitation and possible solutions, Gates drank water that was "produced from human feces" in 2014 – it was produced from a sewage sludge treatment process called the Omni Processor. In early 2015, he also appeared with Jimmy Fallon on The Tonight Show and challenged him to see if he could taste the difference between this reclaimed water or bottled water.
In November 2017, Gates said he would give $50 million to the Dementia Discovery Fund, a venture capital fund that seeks treatment for Alzheimer's disease. He also pledged an additional $50 million to start-up ventures working in Alzheimer's research. Bill and Melinda Gates have said that they intend to leave their three children $10 million each as their inheritance. With only $30 million kept in the family, they are expected to give away about 99.96% of their wealth. On August 25, 2018, Gates distributed $600,000 through his foundation via UNICEF which is helping flood affected victims in Kerala, India.
Charity sports events
On April 29, 2017, Gates partnered with Swiss tennis legend Roger Federer in playing in the Match for Africa 4, a noncompetitive tennis match at a sold-out Key Arena in Seattle. The event was in support of the Roger Federer Foundation's charity efforts in Africa. Federer and Gates played against John Isner, the top-ranked American player for much of this decade, and Mike McCready, the lead guitarist for Pearl Jam. The pair won the match 6 games to 4. Overall, they raised $2 million for children in Africa. The following year, Gates and Federer returned to play in the Match for Africa 5 on March 5, 2018, at San Jose's SAP Center. Their opponents were Jack Sock, one of the top American players and a grand slam winner in doubles, and Savannah Guthrie, a co-anchor for NBC's Today show. Gates and Federer recorded their second match victory together by a score of 6–3 and the event raised over $2.5 million.
Books
Gates has written three books:
The Road Ahead, written with Microsoft executive Nathan Myhrvold and journalist Peter Rinearson, was published in November 1995. It summarized the implications of the personal computing revolution and described a future profoundly changed by the arrival of a global information superhighway.
Business @ the Speed of Thought was published in 1999, and discusses how business and technology are integrated, and shows how digital infrastructures and information networks can help to get an edge on the competition.
How to Avoid a Climate Disaster (February 2021) presents what Gates learned in over a decade of studying climate change and investing in innovations to address climate problems.
Personal life
Gates is an avid reader, and the ceiling of his large home library is engraved with a quotation from The Great Gatsby. He also enjoys bridge, tennis and golf. His days are planned for him on a minute-by-minute basis, similarly to the U.S. president's schedule. Despite his wealth and extensive business travel, Gates flew coach (economy class) in commercial aircraft until 1997, when he bought a private jet.
Gates purchased the Codex Leicester, a collection of scientific writings by Leonardo da Vinci, for US$30.8 million at an auction in 1994. In 1998, he reportedly paid $30 million for the original 1885 maritime painting Lost on the Grand Banks, at the time a record price for an American painting.
In 2016, he revealed that he was color-blind.
Marriage and divorce
Gates married Melinda French on the Hawaiian Island of Lanai on January 1, 1994. They met in 1987 after Melinda began working at Microsoft. At the time of their marriage, Gates was given permission by Melinda to spend limited time with his ex-girlfriend, businesswoman Ann Winblad. Bill and Melinda have three children: Jennifer, Rory and Phoebe. The family's residence is an earth-sheltered mansion in the side of a hill overlooking Lake Washington in Medina, Washington. In 2009, property taxes on the mansion were reported to be US$1.063 million, on a total assessed value of US$147.5 million. The estate has a swimming pool with an underwater music system, as well as a gym and a dining room. On May 3, 2021, the Gateses announced they had decided to divorce after 27 years of marriage and 34 years as a couple. They said they would keep working together on charitable efforts. The Wall Street Journal reported that Melinda had been meeting with divorce attorneys since 2019, citing interviews that suggested Bill's ties with Jeffrey Epstein was at least one of her concerns. The divorce was finalized on August 2, 2021.
Relationship with Jeffrey Epstein
A New York Times article reported that Gates's relationship with convicted sex offender Jeffrey Epstein started in 2011, just a few years after Epstein's conviction, and continued for some years, including a visit to Epstein's house with Melinda in the fall of 2013, despite her declared discomfort. Gates said in 2011 about Epstein: "His lifestyle is very different and kind of intriguing although it would not work for me".
The depth of the friendship between Gates and Epstein is unclear. Gates generally commented about his relationship with Epstein that "I met him. I didn't have any business relationship or friendship with him". However, Gates visited Epstein "many times, despite [Epstein's] past". Gates took at least one flight in 2013 in Epstein's infamous Lolita Express aircraft.
It was reported that Epstein and Gates "discussed the Gates Foundation and philanthropy". However, in an interview in 2019 Gates completely denied any connection between Epstein and the Gates Foundation or his philanthropy generally. In August 2021, Gates said the reason he had meetings with Epstein was because Gates hoped Epstein could provide money for philanthropic work, though nothing came of the idea. Gates added, "It was a huge mistake to spend time with him, to give him the credibility of being there."
It has also been reported that Epstein and Gates met with Nobel Committee chair Thorbjørn Jagland at his residence in Strasbourg, France in March 2013 to discuss the Nobel Prize. Also in attendance were representatives of the International Peace Institute which has received millions in grants from the Gates Foundation, including a $2.5 million "community engagement" grant in October 2013.
Public image
Gates's public image has changed over the years. At first he was perceived as a brilliant but ruthless "robber baron", a "nerd-turned-tycoon". Starting in 2000 with the foundation of the Bill and Melinda Gates Foundation, and particularly after he stepped down as head of Microsoft, he turned his attention to philanthropy, spending more than $50 billion on causes like health, poverty, and education. His image morphed "from tyrannical technocrat to saintly savior", a "huggable billionaire techno-philanthropist", celebrated on magazine covers and sought after for his opinions on major issues like global health and climate change. Still another shift in public opinion came in 2021 with the announcement that he and Melinda were divorcing. Coverage of that proceeding brought out information about romantic pursuits of women who worked for him, a long-term extra-marital affair, and a friendship with convicted child sex trafficker Jeffrey Epstein. This resulted in some deterioration of his public image.
Religion
In an interview with Rolling Stone, Gates said in regard to his faith: "The moral systems of religion, I think, are super important. We've raised our kids in a religious way; they've gone to the Catholic church that Melinda goes to and I participate in. I've been very lucky, and therefore I owe it to try and reduce the inequity in the world. And that's kind of a religious belief. I mean, it's at least a moral belief." In the same 2014 interview he also said: "I agree with people like Richard Dawkins that mankind felt the need for creation myths. Before we really began to understand disease and the weather and things like that, we sought false explanations for them. Now science has filled in some of the realm – not all – that religion used to fill. But the mystery and the beauty of the world is overwhelmingly amazing, and there's no scientific explanation of how it came about. To say that it was generated by random numbers, that does seem, you know, sort of an uncharitable view [laughs]. I think it makes sense to believe in God, but exactly what decision in your life you make differently because of it, I don't know."
Wealth tallies
In 1999, his wealth briefly surpassed US$101 billion. Since 2000, the nominal value of his Microsoft holdings has declined due to a fall in Microsoft's stock price after the dot-com bubble burst and the multi-billion dollar donations he has made to his charitable foundations. In May 2006, Gates remarked that he wished that he were not the richest man in the world because he disliked the attention it brought. In March 2010, Gates was the second wealthiest person after Carlos Slim, but regained the top position in 2013, according to the Bloomberg Billionaires List. Slim retook the position again in June 2014 (but then lost the top position back to Gates). Between 2009 and 2014, his wealth doubled from US$40 billion to more than US$82 billion. In October 2017, Gates was surpassed by Amazon founder Jeff Bezos as the richest person in the world. On November 15, 2019, he once again became the richest person in the world after a 48% increase in Microsoft shares, surpassing Bezos. Gates told the BBC, "I've paid more tax than any individual ever, and gladly so ... I've paid over $6 billion in taxes." He is a proponent of higher taxes, particularly for the rich.
By 2017, Gates had held the top spot on the list of The World's Billionaires for 18 out of the previous 23 years. Gates has several investments outside Microsoft, which in 2006 paid him a salary of US$616,667 and US$350,000 bonus totalling US$966,667. In 1989, he founded Corbis, a digital imaging company. In 2004, he became a director of Berkshire Hathaway, the investment company headed by long-time friend Warren Buffett.
In 1987, Gates was listed as a billionaire in Forbes magazine's 400 Richest People in America issue, worth $1.25 billion at the time, and was the world's youngest self-made billionaire. Since 1987, Gates has been included in the Forbes The World's Billionaires list and was the wealthiest person from 1995 to 1996, 1998 to 2007, 2009, and held the spot until 2018 before being overtaken by Jeff Bezos. Gates was number one on the Forbes 400 list from 1993 through to 2007, 2009, and 2014 through 2017.
Recognition
Time magazine named Gates one of the 100 people who most influenced the 20th century, as well as one of the 100 most influential people of 2004, 2005, and 2006.
Time also collectively named Gates, his wife Melinda and U2's lead singer Bono as the 2005 Persons of the Year for their humanitarian efforts. In 2006, he was voted eighth in the list of "Heroes of our time".
Gates was listed in the London Sunday Times power list in 1999, named CEO of the year by Chief Executive Officers magazine in 1994, ranked number one in the "Top 50 Cyber Elite" by Time in 1998, ranked number two in the Upside Elite 100 in 1999, and was included in The Guardian as one of the "Top 100 influential people in media" in 2001.
Gates was elected Member of the US National Academy of Engineering in 1996 "for contributions to the founding and development of personal computing".
He was named Honorary Member of the American Library Association in 1998.
He was elected a foreign member of the Chinese Academy of Engineering in 2017.
According to Forbes, Gates was ranked as the fourth most powerful person in the world in 2012, up from fifth in 2011.
In 1994, he was honored as the 20th Distinguished Fellow of the British Computer Society (DFBCS). In 1999, Gates received New York Institute of Technology's President's Medal.
Gates has received honorary doctorates from Nyenrode Business Universiteit (1996), KTH Royal Institute of Technology (2002), Waseda University (2005), Tsinghua University (2007), Harvard University (2007), the Karolinska Institute (2007), and Cambridge University (2009).
He was also made an honorary trustee of Peking University in 2007.
Gates was made an Honorary Knight Commander of the Order of the British Empire (KBE) by Queen Elizabeth II in 2005.
In January 2006, he was awarded the Grand Cross of the Order of Prince Henry by the President of Portugal Jorge Sampaio
In November 2006, he was awarded the Placard of the Order of the Aztec Eagle, together with his wife Melinda who was awarded the Insignia of the same order, both for their philanthropic work around the world in the areas of health and education, particularly in Mexico, and specifically in the program "".
Gates received the 2010 Bower Award for Business Leadership from The Franklin Institute for his achievements at Microsoft and his philanthropic work.
Also in 2010, he was honored with the Silver Buffalo Award by the Boy Scouts of America, its highest award for adults, for his service to youth.
In 2002, Bill and Melinda Gates received the Jefferson Award for Greatest Public Service Benefiting the Disadvantaged.
He was given the 2006 James C. Morgan Global Humanitarian Award from the Tech Awards.
In 2015, Gates and his wife Melinda received the Padma Bhushan, India's third-highest civilian award for their social work in the country.
In 2016, Barack Obama honored Bill and Melinda Gates with the Presidential Medal of Freedom for their philanthropic efforts.
In 2017, François Hollande awarded Bill and Melinda Gates with France's highest national order, the Commander of the Legion of Honour, for their charity efforts.
Entomologists named Bill Gates' flower fly, , in his honor in 1997.
In 2021 Bill Gates was nominated at the 11th annual Streamy Awards for the crossover for his personal YouTube channel.
In 2022 Bill Gates received the Hilal-e-Pakistan Second-highest civilian award for their social work in the country.
Depiction in media
Documentary films about Gates
The Machine That Changed the World (1990)
Triumph of the Nerds (1996)
Nerds 2.0.1 (1998)
Waiting for "Superman" (2010)
The Virtual Revolution (2010)
Inside Bill's Brain: Decoding Bill Gates (2019)
Feature films
1999: Pirates of Silicon Valley, a film that chronicles the rise of Apple and Microsoft from the early 1970s to 1997. Gates is portrayed by Anthony Michael Hall.
2002: Nothing So Strange, a mockumentary featuring Gates as the subject of a modern assassination. Gates briefly appears at the start, played by Steve Sires.
2010: The Social Network, a film that chronicles the development of Facebook. Gates is portrayed by Steve Sires.
2015: Steve Jobs vs. Bill Gates: The Competition to Control the Personal Computer, 1974–1999: Original film from the National Geographic Channel for the American Genius series.
Video and film clips
1983: Steve Jobs hosts Gates and others in the "Macintosh dating game" at the Macintosh pre-launch event (a parody of the television game show The Dating Game)
2007: Steve Jobs and Bill Gates Together at the D5 Conference, All Things Digital
2009− : Gates has given numerous TED talks on current concerns such as innovation, education and fighting global diseases
2017: Half Girlfriend, a digitally superimposed likeness of Gates appears in the movie in scenes where he comes to visit Madhav's village in Bihar.
Radio
Gates was the guest on BBC Radio 4's Desert Island Discs on January 31, 2016, in which he talked about his relationships with his father and Steve Jobs, meeting Melinda Ann French, the start of Microsoft and some of his habits (for example reading The Economist "from cover to cover every week"). His choice of things to take on a desert island were, for music: "Blue Skies" by Willie Nelson; a book: The Better Angels of Our Nature by Steven Pinker; and luxury item: a DVD Collection of Lectures from The Teaching Company.
Television
Gates made a guest appearance as himself on the TV show The Big Bang Theory. The episode on which he appeared was appropriately entitled "The Gates Excitation". He also appeared in a cameo role in 2019 on the series finale of Silicon Valley. Gates guest starred as himself in The Simpsons episode "Das Bus".
See also
Big History Project
List of richest Americans in history
List of wealthiest historical figures
Notes
References
Bibliography
Primary sources
Gates, Bill. "An exclusive interview with Bill Gates". Financial Times 1 (2013). online
Gates, Bill. "Remarks of Bill Gates, Harvard Commencement 2007". The Harvard Gazette 7 (2007). Online
Kinsley, Michael, and Conor Clarke, Eds. Creative Capitalism: A Conversation With Bill Gates, Warren Buffett, and Other Economic Leaders (Simon and Schuster, 2009).
Further reading
Leibovich, Mark. The New Imperialists (Prentice Hall, 2002) pp 139–182. online
"The Meaning of Bill Gates: As his reign at Microsoft comes to an end, so does the era he dominated", The Economist, June 28, 2008.
Wallace, James. Overdrive: Bill Gates and the Race to Control Cyberspace (John Wiley & Sons, Inc., 1997).
External links
Forbes profile
1955 births
Living people
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3748 | https://en.wikipedia.org/wiki/Bourbon | Bourbon | Bourbon may refer to:
Food and drink
Bourbon whiskey, an American whiskey made using a corn-based mash
Bourbon barrel aged beer, a type of beer aged in bourbon barrels
Bourbon biscuit, a chocolate sandwich biscuit
A beer produced by Brasseries de Bourbon
Bourbon chicken, a dish made with bourbon whiskey
Bourbon coffee, a type of coffee made from a cultivar of Coffea arabica
Bourbon Coffee, a coffeehouse chain
Bourbon vanilla, a cultivar of vanilla
Places
Bourbon, Indiana, United States
Bourbon, Missouri, United States
Bourbon, Boone County, Missouri
Bourbon County, Kentucky, United States
Bourbon County, Kansas, United States
Bourbon Street, a street in New Orleans, Louisiana, United States
Bourbon-l'Archambault, Allier département, France
Bourbon-Lancy, Saône-et-Loire département, France
Bourbonne-les-Bains, Haute-Marne département, France
Bourbonnais, an area derived from the former dukedom of Bourbon, France
Île Bourbon, former name for the Island of Réunion
Politics and history
House of Bourbon, French and Spanish royal dynasties
Spanish royal family
Duke of Bourbon, a title in the peerage of France
Bourbon Reforms, a series of measures taken by the Spanish Crown
Bourbon Restoration (disambiguation), the return to monarchs in the Bourbon Dynasty in France and Spain
Bourbon Democrat, from 1876 to 1904 a conservative member of the US Democratic Party
Other uses
USS Bourbon, a frigate
Bourbon virus, a tick-borne virus discovered in the summer of 2014
Bourbon (horse) (foaled in 1774), a British Thoroughbred racehorse
"Bourbon", a 2019 song by Chad Brownlee from Back in the Game
See also
Barbon, a village in Cumbria, England
Bhurban, a small town and a hill station in Punjab province, Pakistan
Bourbonism (disambiguation)
Borbon (disambiguation)
Constable de Bourbon (disambiguation)
Bourbon Kid, a supernatural horror book series by an anonymous British author |
3751 | https://en.wikipedia.org/wiki/Belgian%20Blue | Belgian Blue | The Belgian Blue (, ) is a breed of beef cattle from Belgium. It may also be known as the . Alternative names for this breed include Belgian Blue-White; Belgian White and Blue Pied; Belgian White Blue; Blue; and Blue Belgian. The Belgian Blue's extremely lean, hyper-sculpted, ultra-muscular physique is termed "double-muscling". The double-muscling phenotype is a heritable condition resulting in an increased number of muscle fibers (hyperplasia), instead of the (normal) enlargement of individual muscle fibers (hypertrophy).
This particular trait is shared with another breed of cattle known as Piedmontese. Both of these breeds have an increased ability to convert feed into lean muscle, which causes these particular breeds' meat to have a reduced fat content and reduced tenderness. The Belgian Blue is named after its typically blue-grey mottled hair colour; however, its actual colour can vary from white to black.
History
The breed originated in central and upper Belgium in the 19th century, from crossing local breeds with a Shorthorn breed of cattle from the United Kingdom. Charolais cattle possibly were cross-bred, as well. Belgian Blue cattle were first used as a dairy and beef breed. The modern beef breed was developed in the 1950s by Professor Hanset, working at an artificial insemination centre in Liège Province. The breed's characteristic gene mutation was maintained through linebreeding to the point where the condition was a fixed property in the Belgian Blue breed. In 1978, Belgian Blue cattle were introduced to the United States by Nick Tutt, a farmer from central Canada who immigrated to West Texas and showed the cattle to universities in the region.
Breed characteristics
The Belgian Blue has a natural mutation in the myostatin gene which codes for the protein, myostatin ("myo" meaning muscle and "statin" meaning stop). Myostatin is a protein that inhibits muscle development. This mutation also interferes with fat deposition, resulting in very lean meat. The truncated myostatin gene is unable to function in its normal capacity, resulting in accelerated lean muscle growth. Muscle growth is due primarily to physiological changes in the animal's muscle cells (fibers) from hypertrophy to a hyperplasia mode of growth. This particular type of growth is seen early in the fetus of a pregnant dam, which results in a calf that is born with two times the number of muscle fibers at birth than a calf with no myostatin gene mutation. In addition, a newborn double-muscled calf's birth weight is significantly greater than that of a normal calf.
Belgian Blue cattle have improved feed conversion ratio (FCR) due to lower feed intake compared to weight gain due to an altered composition of body weight gain which includes increased protein and decreased fat deposition. The Belgian Blue's bone structure is the same as normal cattle, albeit holding a greater amount of muscle, which causes them to have a greater meat to bone ratio. These cattle have a muscle yield around 20% more on average than cattle without the genetic myostatin mutation. Because of this breed's increased muscle yield, a diet containing higher protein is required to compensate for the altered mode of weight gain. During finishing, this breed requires high-energy (concentrated) feeds, and will not yield the same results if put on a high-fiber diet.
The value of the double-muscling breed is due to their superior carcass characteristics. However, with decreased fat content is decreased marbling of meat, which means the meat tenderness is reduced. Conversely, the Belgian Blue's meat tenderness has been argued to be just as tender because a large number of smaller muscle fibers are present.
Breed problems
Double-muscled cows can experience dystocia (a difficult birth), even when bred to normal beef bulls or dairy bulls, because of a narrower birth canal. In addition to the dam's reduced pelvic dimensions, the calf's birth weight and width are increased, making parturition harder. The neonatal calf is so large that Caesarean sections are routinely scheduled for breeders. The bull's testicular weight and semen quantity and quality have been observed as reduced. This can be contributed possibly to the increased amount of connective tissue in Blue bulls’ testicles, however this is less of an issue when compared to the dam's difficulties in calving.
Economic efficiency
The economics of breeding and raising Belgian Blue cattle are inconclusive because of complications experienced during parturition and metabolic demand for more concentrated feeds. The breed's increased need to have Caesarean sections when calving means increased cost and added work, and can become a welfare issue. However, the carcass value of double-muscled animals may be enhanced due to increased dressing yield, lean carcass content, and upgrading of some cuts leading to a higher proportion of higher valued cuts. The slower rate of fat deposition causes slaughtering to be delayed in most cases, which means an increase in maintenance costs in those animals. Belgian Blue cattle require more skilled management and do not thrive in harsh environments. For these reasons and others, the breed's overall production efficiency in an economic sense is still unclear.
References
External links
The Belgian Blue Herdbook
Cattle breeds originating in Belgium
Cattle breeds |
3755 | https://en.wikipedia.org/wiki/Boron | Boron | Boron is a chemical element with the symbol B and atomic number 5. In its crystalline form it is a brittle, dark, lustrous metalloid; in its amorphous form it is a brown powder. As the lightest element of the boron group it has three valence electrons for forming covalent bonds, resulting in many compounds such as boric acid, the mineral sodium borate, and the ultra-hard crystal boron carbide.
Boron is synthesized entirely by cosmic ray spallation and supernovae and not by stellar nucleosynthesis, so it is a low-abundance element in the Solar System and in the Earth's crust. It constitutes about 0.001 percent by weight of Earth's crust. It is concentrated on Earth by the water-solubility of its more common naturally occurring compounds, the borate minerals. These are mined industrially as evaporites, such as borax and kernite. The largest known deposits are in Turkey, the largest producer of boron minerals.
Elemental boron is a metalloid that is found in small amounts in meteoroids but chemically uncombined boron is not otherwise found naturally on Earth. Industrially, the very pure element is produced with difficulty because of contamination by carbon or other elements that resist removal. Several allotropes exist: amorphous boron is a brown powder; crystalline boron is silvery to black, extremely hard (about 9.5 on the Mohs scale), and a poor electrical conductor at room temperature. The primary use of the element itself is as boron filaments with applications similar to carbon fibers in some high-strength materials.
Boron is primarily used in chemical compounds. About half of all production consumed globally is an additive in fiberglass for insulation and structural materials. The next leading use is in polymers and ceramics in high-strength, lightweight structural and heat-resistant materials. Borosilicate glass is desired for its greater strength and thermal shock resistance than ordinary soda lime glass. As sodium perborate, it is used as a bleach. A small amount is used as a dopant in semiconductors, and reagent intermediates in the synthesis of organic fine chemicals. A few boron-containing organic pharmaceuticals are used or are in study. Natural boron is composed of two stable isotopes, one of which (boron-10) has a number of uses as a neutron-capturing agent.
The intersection of boron with biology is very small. Consensus on it as essential for mammalian life is lacking. Borates have low toxicity in mammals (similar to table salt) but are more toxic to arthropods and are occasionally used as insecticides. Boron-containing organic antibiotics are known. Although only traces are required, it is an essential plant nutrient.
History
The word boron was coined from borax, the mineral from which it was isolated, by analogy with carbon, which boron resembles chemically.
Borax in its mineral form (then known as tincal) first saw use as a glaze, beginning in China circa 300 AD. Some crude borax traveled westward, and was apparently mentioned by the alchemist Jabir ibn Hayyan around 700 AD. Marco Polo brought some glazes back to Italy in the 13th century. Georgius Agricola, in around 1600 AD, reported the use of borax as a flux in metallurgy. In 1777, boric acid was recognized in the hot springs (soffioni) near Florence, Italy, at which point it became known as sal sedativum, with ostensible medical benefits. The mineral was named sassolite, after Sasso Pisano in Italy. Sasso was the main source of European borax from 1827 to 1872, when American sources replaced it. Boron compounds were relatively rarely used until the late 1800s when Francis Marion Smith's Pacific Coast Borax Company first popularized and produced them in volume at low cost.
Boron was not recognized as an element until it was isolated by Sir Humphry Davy and by Joseph Louis Gay-Lussac and Louis Jacques Thénard. In 1808 Davy observed that electric current sent through a solution of borates produced a brown precipitate on one of the electrodes. In his subsequent experiments, he used potassium to reduce boric acid instead of electrolysis. He produced enough boron to confirm a new element and named it boracium. Gay-Lussac and Thénard used iron to reduce boric acid at high temperatures. By oxidizing boron with air, they showed that boric acid is its oxidation product. Jöns Jacob Berzelius identified it as an element in 1824. Pure boron was arguably first produced by the American chemist Ezekiel Weintraub in 1909.
Preparation of elemental boron in the laboratory
The earliest routes to elemental boron involved the reduction of boric oxide with metals such as magnesium or aluminium. However, the product is almost always contaminated with borides of those metals. Pure boron can be prepared by reducing volatile boron halides with hydrogen at high temperatures. Ultrapure boron for use in the semiconductor industry is produced by the decomposition of diborane at high temperatures and then further purified by the zone melting or Czochralski processes.
The production of boron compounds does not involve the formation of elemental boron, but exploits the convenient availability of borates.
Characteristics
Allotropes
Boron is similar to carbon in its capability to form stable covalently bonded molecular networks. Even nominally disordered (amorphous) boron contains regular boron icosahedra which are bonded randomly to each other without long-range order. Crystalline boron is a very hard, black material with a melting point of above 2000 °C. It forms four major allotropes: α-rhombohedral and β-rhombohedral (α-R and β-R), γ-orthorhombic (γ) and β-tetragonal (β-T). All four phases are stable at ambient conditions, and β-rhombohedral is the most common and stable. An α-tetragonal phase also exists (α-T), but is very difficult to produce without significant contamination. Most of the phases are based on B12 icosahedra, but the γ phase can be described as a rocksalt-type arrangement of the icosahedra and B2 atomic pairs. It can be produced by compressing other boron phases to 12–20 GPa and heating to 1500–1800 °C; it remains stable after releasing the temperature and pressure. The β-T phase is produced at similar pressures, but higher temperatures of 1800–2200 °C. The α-T and β-T phases might coexist at ambient conditions, with the β-T phase being the more stable. Compressing boron above 160 GPa produces a boron phase with an as yet unknown structure, and this phase is a superconductor at temperatures below 6–12 K. Borospherene (fullerene-like B40 molecules) and borophene (proposed graphene-like structure) were described in 2014.
Chemistry of the element
Elemental boron is rare and poorly studied because the pure material is extremely difficult to prepare. Most studies of "boron" involve samples that contain small amounts of carbon. The chemical behavior of boron resembles that of silicon more than aluminium. Crystalline boron is chemically inert and resistant to attack by boiling hydrofluoric or hydrochloric acid. When finely divided, it is attacked slowly by hot concentrated hydrogen peroxide, hot concentrated nitric acid, hot sulfuric acid or hot mixture of sulfuric and chromic acids.
The rate of oxidation of boron depends on the crystallinity, particle size, purity and temperature. Boron does not react with air at room temperature, but at higher temperatures it burns to form boron trioxide:
4 B + 3 O2 → 2 B2O3
Boron undergoes halogenation to give trihalides; for example,
2 B + 3 Br2 → 2 BBr3
The trichloride in practice is usually made from the oxide.
Atomic structure
Boron is the lightest element having an electron in a p-orbital in its ground state. But, unlike most other p-elements, it rarely obeys the octet rule and usually places only six electrons (in three molecular orbitals) onto its valence shell. Boron is the prototype for the boron group (the IUPAC group 13), although the other members of this group are metals and more typical p-elements (only aluminium to some extent shares boron's aversion to the octet rule).
Chemical compounds
In the most familiar compounds, boron has the formal oxidation state III. These include oxides, sulfides, nitrides, and halides.
The trihalides adopt a planar trigonal structure. These compounds are Lewis acids in that they readily form adducts with electron-pair donors, which are called Lewis bases. For example, fluoride (F−) and boron trifluoride (BF3) combined to give the tetrafluoroborate anion, BF4−. Boron trifluoride is used in the petrochemical industry as a catalyst. The halides react with water to form boric acid.
It is found in nature on Earth almost entirely as various oxides of B(III), often associated with other elements. More than one hundred borate minerals contain boron in oxidation state +3. These minerals resemble silicates in some respect, although it is often found not only in a tetrahedral coordination with oxygen, but also in a trigonal planar configuration. Unlike silicates, boron minerals never contain it with coordination number greater than four. A typical motif is exemplified by the tetraborate anions of the common mineral borax, shown at left. The formal negative charge of the tetrahedral borate center is balanced by metal cations in the minerals, such as the sodium (Na+) in borax. The tourmaline group of borate-silicates is also a very important boron-bearing mineral group, and a number of borosilicates are also known to exist naturally.
Boranes are chemical compounds of boron and hydrogen, with the generic formula of BxHy. These compounds do not occur in nature. Many of the boranes readily oxidise on contact with air, some violently. The parent member BH3 is called borane, but it is known only in the gaseous state, and dimerises to form diborane, B2H6. The larger boranes all consist of boron clusters that are polyhedral, some of which exist as isomers. For example, isomers of B20H26 are based on the fusion of two 10-atom clusters.
The most important boranes are diborane B2H6 and two of its pyrolysis products, pentaborane B5H9 and decaborane B10H14. A large number of anionic boron hydrides are known, e.g. [B12H12]2−.
The formal oxidation number in boranes is positive, and is based on the assumption that hydrogen is counted as −1 as in active metal hydrides. The mean oxidation number for the borons is then simply the ratio of hydrogen to boron in the molecule. For example, in diborane B2H6, the boron oxidation state is +3, but in decaborane B10H14, it is 7/5 or +1.4. In these compounds the oxidation state of boron is often not a whole number.
The boron nitrides are notable for the variety of structures that they adopt. They exhibit structures analogous to various allotropes of carbon, including graphite, diamond, and nanotubes. In the diamond-like structure, called cubic boron nitride (tradename Borazon), boron atoms exist in the tetrahedral structure of carbon atoms in diamond, but one in every four B-N bonds can be viewed as a coordinate covalent bond, wherein two electrons are donated by the nitrogen atom which acts as the Lewis base to a bond to the Lewis acidic boron(III) centre. Cubic boron nitride, among other applications, is used as an abrasive, as it has a hardness comparable with diamond (the two substances are able to produce scratches on each other). In the BN compound analogue of graphite, hexagonal boron nitride (h-BN), the positively charged boron and negatively charged nitrogen atoms in each plane lie adjacent to the oppositely charged atom in the next plane. Consequently, graphite and h-BN have very different properties, although both are lubricants, as these planes slip past each other easily. However, h-BN is a relatively poor electrical and thermal conductor in the planar directions.
Organoboron chemistry
A large number of organoboron compounds are known and many are useful in organic synthesis. Many are produced from hydroboration, which employs diborane, B2H6, a simple borane chemical. Organoboron(III) compounds are usually tetrahedral or trigonal planar, for example, tetraphenylborate, [B(C6H5)4]− vs. triphenylborane, B(C6H5)3. However, multiple boron atoms reacting with each other have a tendency to form novel dodecahedral (12-sided) and icosahedral (20-sided) structures composed completely of boron atoms, or with varying numbers of carbon heteroatoms.
Organoboron chemicals have been employed in uses as diverse as boron carbide (see below), a complex very hard ceramic composed of boron-carbon cluster anions and cations, to carboranes, carbon-boron cluster chemistry compounds that can be halogenated to form reactive structures including carborane acid, a superacid. As one example, carboranes form useful molecular moieties that add considerable amounts of boron to other biochemicals in order to synthesize boron-containing compounds for boron neutron capture therapy for cancer.
Compounds of B(I) and B(II)
As anticipated by its hydride clusters, boron forms a variety of stable compounds with formal oxidation state less than three. B2F4 and B4Cl4 are well characterized.
Binary metal-boron compounds, the metal borides, contain boron in negative oxidation states. Illustrative is magnesium diboride (MgB2). Each boron atom has a formal −1 charge and magnesium is assigned a formal charge of +2. In this material, the boron centers are trigonal planar with an extra double bond for each boron, forming sheets akin to the carbon in graphite. However, unlike hexagonal boron nitride, which lacks electrons in the plane of the covalent atoms, the delocalized electrons in magnesium diboride allow it to conduct electricity similar to isoelectronic graphite. In 2001, this material was found to be a high-temperature superconductor. It is a superconductor under active development. A project at CERN to make MgB2 cables has resulted in superconducting test cables able to carry 20,000 amperes for extremely high current distribution applications, such as the contemplated high luminosity version of the large hadron collider.
Certain other metal borides find specialized applications as hard materials for cutting tools. Often the boron in borides has fractional oxidation states, such as −1/3 in calcium hexaboride (CaB6).
From the structural perspective, the most distinctive chemical compounds of boron are the hydrides. Included in this series are the cluster compounds dodecaborate (), decaborane (B10H14), and the carboranes such as C2B10H12. Characteristically such compounds contain boron with coordination numbers greater than four.
Isotopes
Boron has two naturally occurring and stable isotopes, 11B (80.1%) and 10B (19.9%). The mass difference results in a wide range of δ11B values, which are defined as a fractional difference between the 11B and 10B and traditionally expressed in parts per thousand, in natural waters ranging from −16 to +59. There are 13 known isotopes of boron, the shortest-lived isotope is 7B which decays through proton emission and alpha decay. It has a half-life of 3.5×10−22 s. Isotopic fractionation of boron is controlled by the exchange reactions of the boron species B(OH)3 and [B(OH)4]−. Boron isotopes are also fractionated during mineral crystallization, during H2O phase changes in hydrothermal systems, and during hydrothermal alteration of rock. The latter effect results in preferential removal of the [10B(OH)4]− ion onto clays. It results in solutions enriched in 11B(OH)3 and therefore may be responsible for the large 11B enrichment in seawater relative to both oceanic crust and continental crust; this difference may act as an isotopic signature.
The exotic 17B exhibits a nuclear halo, i.e. its radius is appreciably larger than that predicted by the liquid drop model.
The 10B isotope is useful for capturing thermal neutrons (see neutron cross section#Typical cross sections). The nuclear industry enriches natural boron to nearly pure 10B. The less-valuable by-product, depleted boron, is nearly pure 11B.
Commercial isotope enrichment
Because of its high neutron cross-section, boron-10 is often used to control fission in nuclear reactors as a neutron-capturing substance. Several industrial-scale enrichment processes have been developed; however, only the fractionated vacuum distillation of the dimethyl ether adduct of boron trifluoride (DME-BF3) and column chromatography of borates are being used.
Enriched boron (boron-10)
Enriched boron or 10B is used in both radiation shielding and is the primary nuclide used in neutron capture therapy of cancer. In the latter ("boron neutron capture therapy" or BNCT), a compound containing 10B is incorporated into a pharmaceutical which is selectively taken up by a malignant tumor and tissues near it. The patient is then treated with a beam of low energy neutrons at a relatively low neutron radiation dose. The neutrons, however, trigger energetic and short-range secondary alpha particle and lithium-7 heavy ion radiation that are products of the boron + neutron nuclear reaction, and this ion radiation additionally bombards the tumor, especially from inside the tumor cells.
In nuclear reactors, 10B is used for reactivity control and in emergency shutdown systems. It can serve either function in the form of borosilicate control rods or as boric acid. In pressurized water reactors, 10B boric acid is added to the reactor coolant when the plant is shut down for refueling. It is then slowly filtered out over many months as fissile material is used up and the fuel becomes less reactive.
In future manned interplanetary spacecraft, 10B has a theoretical role as structural material (as boron fibers or BN nanotube material) which would also serve a special role in the radiation shield. One of the difficulties in dealing with cosmic rays, which are mostly high energy protons, is that some secondary radiation from interaction of cosmic rays and spacecraft materials is high energy spallation neutrons. Such neutrons can be moderated by materials high in light elements, such as polyethylene, but the moderated neutrons continue to be a radiation hazard unless actively absorbed in the shielding. Among light elements that absorb thermal neutrons, 6Li and 10B appear as potential spacecraft structural materials which serve both for mechanical reinforcement and radiation protection.
Depleted boron (boron-11)
Radiation-hardened semiconductors
Cosmic radiation will produce secondary neutrons if it hits spacecraft structures. Those neutrons will be captured in 10B, if it is present in the spacecraft's semiconductors, producing a gamma ray, an alpha particle, and a lithium ion. Those resultant decay products may then irradiate nearby semiconductor "chip" structures, causing data loss (bit flipping, or single event upset). In radiation-hardened semiconductor designs, one countermeasure is to use depleted boron, which is greatly enriched in 11B and contains almost no 10B. This is useful because 11B is largely immune to radiation damage. Depleted boron is a byproduct of the nuclear industry (see above).
Proton-boron fusion
11B is also a candidate as a fuel for aneutronic fusion. When struck by a proton with energy of about 500 keV, it produces three alpha particles and 8.7 MeV of energy. Most other fusion reactions involving hydrogen and helium produce penetrating neutron radiation, which weakens reactor structures and induces long-term radioactivity, thereby endangering operating personnel. However, the alpha particles from 11B fusion can be turned directly into electric power, and all radiation stops as soon as the reactor is turned off.
NMR spectroscopy
Both 10B and 11B possess nuclear spin. The nuclear spin of 10B is 3 and that of 11B is . These isotopes are, therefore, of use in nuclear magnetic resonance spectroscopy; and spectrometers specially adapted to detecting the boron-11 nuclei are available commercially. The 10B and 11B nuclei also cause splitting in the resonances of attached nuclei.
Occurrence
Boron is rare in the Universe and solar system due to trace formation in the Big Bang and in stars. It is formed in minor amounts in cosmic ray spallation nucleosynthesis and may be found uncombined in cosmic dust and meteoroid materials.
In the high oxygen environment of Earth, boron is always found fully oxidized to borate. Boron does not appear on Earth in elemental form. Extremely small traces of elemental boron were detected in Lunar regolith.
Although boron is a relatively rare element in the Earth's crust, representing only 0.001% of the crust mass, it can be highly concentrated by the action of water, in which many borates are soluble.
It is found naturally combined in compounds such as borax and boric acid (sometimes found in volcanic spring waters). About a hundred borate minerals are known.
On 5 September 2017, scientists reported that the Curiosity rover detected boron, an essential ingredient for life on Earth, on the planet Mars. Such a finding, along with previous discoveries that water may have been present on ancient Mars, further supports the possible early habitability of Gale Crater on Mars.
Production
Economically important sources of boron are the minerals colemanite, rasorite (kernite), ulexite and tincal. Together these constitute 90% of mined boron-containing ore. The largest global borax deposits known, many still untapped, are in Central and Western Turkey, including the provinces of Eskişehir, Kütahya and Balıkesir. Global proven boron mineral mining reserves exceed one billion metric tonnes, against a yearly production of about four million tonnes.
Turkey and the United States are the largest producers of boron products. Turkey produces about half of the global yearly demand, through Eti Mine Works () a Turkish state-owned mining and chemicals company focusing on boron products. It holds a government monopoly on the mining of borate minerals in Turkey, which possesses 72% of the world's known deposits. In 2012, it held a 47% share of production of global borate minerals, ahead of its main competitor, Rio Tinto Group.
Almost a quarter (23%) of global boron production comes from the single Rio Tinto Borax Mine (also known as the U.S. Borax Boron Mine) near Boron, California.
Market trend
The average cost of crystalline boron is $5/g. Free boron is chiefly used in making boron fibers, where it is deposited by chemical vapor deposition on a tungsten core (see below). Boron fibers are used in lightweight composite applications, such as high strength tapes. This use is a very small fraction of total boron use. Boron is introduced into semiconductors as boron compounds, by ion implantation.
Estimated global consumption of boron (almost entirely as boron compounds) was about 4 million tonnes of B2O3 in 2012. Boron mining and refining capacities are considered to be adequate to meet expected levels of growth through the next decade.
The form in which boron is consumed has changed in recent years. The use of ores like colemanite has declined following concerns over arsenic content. Consumers have moved toward the use of refined borates and boric acid that have a lower pollutant content.
Increasing demand for boric acid has led a number of producers to invest in additional capacity. Turkey's state-owned Eti Mine Works opened a new boric acid plant with the production capacity of 100,000 tonnes per year at Emet in 2003. Rio Tinto Group increased the capacity of its boron plant from 260,000 tonnes per year in 2003 to 310,000 tonnes per year by May 2005, with plans to grow this to 366,000 tonnes per year in 2006. Chinese boron producers have been unable to meet rapidly growing demand for high quality borates. This has led to imports of sodium tetraborate (borax) growing by a hundredfold between 2000 and 2005 and boric acid imports increasing by 28% per year over the same period.
The rise in global demand has been driven by high growth rates in glass fiber, fiberglass and borosilicate glassware production. A rapid increase in the manufacture of reinforcement-grade boron-containing fiberglass in Asia, has offset the development of boron-free reinforcement-grade fiberglass in Europe and the US. The recent rises in energy prices may lead to greater use of insulation-grade fiberglass, with consequent growth in the boron consumption. Roskill Consulting Group forecasts that world demand for boron will grow by 3.4% per year to reach 21 million tonnes by 2010. The highest growth in demand is expected to be in Asia where demand could rise by an average 5.7% per year.
Applications
Nearly all boron ore extracted from the Earth is destined for refinement into boric acid and sodium tetraborate pentahydrate. In the United States, 70% of the boron is used for the production of glass and ceramics.
The major global industrial-scale use of boron compounds (about 46% of end-use) is in production of glass fiber for boron-containing insulating and structural fiberglasses, especially in Asia. Boron is added to the glass as borax pentahydrate or boron oxide, to influence the strength or fluxing qualities of the glass fibers. Another 10% of global boron production is for borosilicate glass as used in high strength glassware. About 15% of global boron is used in boron ceramics, including super-hard materials discussed below. Agriculture consumes 11% of global boron production, and bleaches and detergents about 6%.
Elemental boron fiber
Boron fibers (boron filaments) are high-strength, lightweight materials that are used chiefly for advanced aerospace structures as a component of composite materials, as well as limited production consumer and sporting goods such as golf clubs and fishing rods. The fibers can be produced by chemical vapor deposition of boron on a tungsten filament.
Boron fibers and sub-millimeter sized crystalline boron springs are produced by laser-assisted chemical vapor deposition. Translation of the focused laser beam allows production of even complex helical structures. Such structures show good mechanical properties (elastic modulus 450 GPa, fracture strain 3.7%, fracture stress 17 GPa) and can be applied as reinforcement of ceramics or in micromechanical systems.
Boronated fiberglass
Fiberglass is a fiber reinforced polymer made of plastic reinforced by glass fibers, commonly woven into a mat. The glass fibers used in the material are made of various types of glass depending upon the fiberglass use. These glasses all contain silica or silicate, with varying amounts of oxides of calcium, magnesium, and sometimes boron. The boron is present as borosilicate, borax, or boron oxide, and is added to increase the strength of the glass, or as a fluxing agent to decrease the melting temperature of silica, which is too high to be easily worked in its pure form to make glass fibers.
The highly boronated glasses used in fiberglass are E-glass (named for "Electrical" use, but now the most common fiberglass for general use). E-glass is alumino-borosilicate glass with less than 1% w/w alkali oxides, mainly used for glass-reinforced plastics. Other common high-boron glasses include C-glass, an alkali-lime glass with high boron oxide content, used for glass staple fibers and insulation, and D-glass, a borosilicate glass, named for its low dielectric constant).
Not all fiberglasses contain boron, but on a global scale, most of the fiberglass used does contain it. Because the ubiquitous use of fiberglass in construction and insulation, boron-containing fiberglasses consume half the global production of boron, and are the single largest commercial boron market.
Borosilicate glass
Borosilicate glass, which is typically 12–15% B2O3, 80% SiO2, and 2% Al2O3, has a low coefficient of thermal expansion, giving it a good resistance to thermal shock. Schott AG's "Duran" and Owens-Corning's trademarked Pyrex are two major brand names for this glass, used both in laboratory glassware and in consumer cookware and bakeware, chiefly for this resistance.
Boron carbide ceramic
Several boron compounds are known for their extreme hardness and toughness.
Boron carbide is a ceramic material which is obtained by decomposing B2O3 with carbon in an electric furnace:
2 B2O3 + 7 C → B4C + 6 CO
Boron carbide's structure is only approximately B4C, and it shows a clear depletion of carbon from this suggested stoichiometric ratio. This is due to its very complex structure. The substance can be seen with empirical formula B12C3 (i.e., with B12 dodecahedra being a motif), but with less carbon, as the suggested C3 units are replaced with C-B-C chains, and some smaller (B6) octahedra are present as well (see the boron carbide article for structural analysis). The repeating polymer plus semi-crystalline structure of boron carbide gives it great structural strength per weight. It is used in tank armor, bulletproof vests, and numerous other structural applications.
Boron carbide's ability to absorb neutrons without forming long-lived radionuclides (especially when doped with extra boron-10) makes the material attractive as an absorbent for neutron radiation arising in nuclear power plants. Nuclear applications of boron carbide include shielding, control rods and shut-down pellets. Within control rods, boron carbide is often powdered, to increase its surface area.
High-hardness and abrasive compounds
Boron carbide and cubic boron nitride powders are widely used as abrasives. Boron nitride is a material isoelectronic to carbon. Similar to carbon, it has both hexagonal (soft graphite-like h-BN) and cubic (hard, diamond-like c-BN) forms. h-BN is used as a high temperature component and lubricant. c-BN, also known under commercial name borazon, is a superior abrasive. Its hardness is only slightly smaller than, but its chemical stability is superior, to that of diamond. Heterodiamond (also called BCN) is another diamond-like boron compound.
Metallurgy
Boron is added to boron steels at the level of a few parts per million to increase hardenability. Higher percentages are added to steels used in the nuclear industry due to boron's neutron absorption ability.
Boron can also increase the surface hardness of steels and alloys through boriding. Additionally metal borides are used for coating tools through chemical vapor deposition or physical vapor deposition. Implantation of boron ions into metals and alloys, through ion implantation or ion beam deposition, results in a spectacular increase in surface resistance and microhardness. Laser alloying has also been successfully used for the same purpose. These borides are an alternative to diamond coated tools, and their (treated) surfaces have similar properties to those of the bulk boride.
For example, rhenium diboride can be produced at ambient pressures, but is rather expensive because of rhenium. The hardness of ReB2 exhibits considerable anisotropy because of its hexagonal layered structure. Its value is comparable to that of tungsten carbide, silicon carbide, titanium diboride or zirconium diboride.
Similarly, AlMgB14 + TiB2 composites possess high hardness and wear resistance and are used in either bulk form or as coatings for components exposed to high temperatures and wear loads.
Detergent formulations and bleaching agents
Borax is used in various household laundry and cleaning products, including the "20 Mule Team Borax" laundry booster and "Boraxo" powdered hand soap. It is also present in some tooth bleaching formulas.
Sodium perborate serves as a source of active oxygen in many detergents, laundry detergents, cleaning products, and laundry bleaches. However, despite its name, "Borateem" laundry bleach no longer contains any boron compounds, using sodium percarbonate instead as a bleaching agent.
Insecticides
Boric acid is used as an insecticide, notably against ants, fleas, and cockroaches.
Semiconductors
Boron is a useful dopant for such semiconductors as silicon, germanium, and silicon carbide. Having one fewer valence electron than the host atom, it donates a hole resulting in p-type conductivity. Traditional method of introducing boron into semiconductors is via its atomic diffusion at high temperatures. This process uses either solid (B2O3), liquid (BBr3), or gaseous boron sources (B2H6 or BF3). However, after the 1970s, it was mostly replaced by ion implantation, which relies mostly on BF3 as a boron source. Boron trichloride gas is also an important chemical in semiconductor industry, however, not for doping but rather for plasma etching of metals and their oxides. Triethylborane is also injected into vapor deposition reactors as a boron source. Examples are the plasma deposition of boron-containing hard carbon films, silicon nitride–boron nitride films, and for doping of diamond film with boron.
Magnets
Boron is a component of neodymium magnets (Nd2Fe14B), which are among the strongest type of permanent magnet. These magnets are found in a variety of electromechanical and electronic devices, such as magnetic resonance imaging (MRI) medical imaging systems, in compact and relatively small motors and actuators. As examples, computer HDDs (hard disk drives), CD (compact disk) and DVD (digital versatile disk) players rely on neodymium magnet motors to deliver intense rotary power in a remarkably compact package. In mobile phones 'Neo' magnets provide the magnetic field which allows tiny speakers to deliver appreciable audio power.
Shielding and neutron absorber in nuclear reactors
Boron shielding is used as a control for nuclear reactors, taking advantage of its high cross-section for neutron capture.
In pressurized water reactors a variable concentration of boronic acid in the cooling water is used as a neutron poison to compensate the variable reactivity of the fuel. When new rods are inserted the concentration of boronic acid is maximal, and is reduced during the lifetime.
Other nonmedical uses
Because of its distinctive green flame, amorphous boron is used in pyrotechnic flares.
Starch and casein-based adhesives contain sodium tetraborate decahydrate (Na2B4O7·10 H2O)
Some anti-corrosion systems contain borax.
Sodium borates are used as a flux for soldering silver and gold and with ammonium chloride for welding ferrous metals. They are also fire retarding additives to plastics and rubber articles.
Boric acid (also known as orthoboric acid) H3BO3 is used in the production of textile fiberglass and flat panel displays and in many PVAc- and PVOH-based adhesives.
Triethylborane is a substance which ignites the JP-7 fuel of the Pratt & Whitney J58 turbojet/ramjet engines powering the Lockheed SR-71 Blackbird. It was also used to ignite the F-1 Engines on the Saturn V Rocket utilized by NASA's Apollo and Skylab programs from 1967 until 1973. Today SpaceX uses it to ignite the engines on their Falcon 9 rocket. Triethylborane is suitable for this because of its pyrophoric properties, especially the fact that it burns with a very high temperature. Triethylborane is an industrial initiator in radical reactions, where it is effective even at low temperatures.
Borates are used as environmentally benign wood preservatives.
Pharmaceutical and biological applications
Boric acid has antiseptic, antifungal, and antiviral properties and for these reasons is applied as a water clarifier in swimming pool water treatment. Mild solutions of boric acid have been used as eye antiseptics.
Bortezomib (marketed as Velcade and Cytomib). Boron appears as an active element in the organic pharmaceutical bortezomib, a new class of drug called the proteasome inhibitor, for the treatment of myeloma and one form of lymphoma (it is in currently in experimental trials against other types of lymphoma). The boron atom in bortezomib binds the catalytic site of the 26S proteasome with high affinity and specificity.
A number of potential boronated pharmaceuticals using boron-10, have been prepared for use in boron neutron capture therapy (BNCT).
Some boron compounds show promise in treating arthritis, though none have as yet been generally approved for the purpose.
Tavaborole (marketed as Kerydin) is an Aminoacyl tRNA synthetase inhibitor which is used to treat toenail fungus. It gained FDA approval in July 2014.
Dioxaborolane chemistry enables radioactive fluoride (18F) labeling of antibodies or red blood cells, which allows for positron emission tomography (PET) imaging of cancer and hemorrhages, respectively. A Human-Derived, Genetic, Positron-emitting and Fluorescent (HD-GPF) reporter system uses a human protein, PSMA and non-immunogenic, and a small molecule that is positron-emitting (boron bound 18F) and fluorescence for dual modality PET and fluorescent imaging of genome modified cells, e.g. cancer, CRISPR/Cas9, or CAR T-cells, in an entire mouse. The dual-modality small molecule targeting PSMA was tested in humans and found the location of primary and metastatic prostate cancer, fluorescence-guided removal of cancer, and detects single cancer cells in tissue margins.
Research areas
Magnesium diboride is an important superconducting material with the transition temperature of 39 K. MgB2 wires are produced with the powder-in-tube process and applied in superconducting magnets.
Amorphous boron is used as a melting point depressant in nickel-chromium braze alloys.
Hexagonal boron nitride forms atomically thin layers, which have been used to enhance the electron mobility in graphene devices. It also forms nanotubular structures (BNNTs), which have high strength, high chemical stability, and high thermal conductivity, among its list of desirable properties.
Biological role
Boron is an essential plant nutrient, required primarily for maintaining the integrity of cell walls. However, high soil concentrations of greater than 1.0 ppm lead to marginal and tip necrosis in leaves as well as poor overall growth performance. Levels as low as 0.8 ppm produce these same symptoms in plants that are particularly sensitive to boron in the soil. Nearly all plants, even those somewhat tolerant of soil boron, will show at least some symptoms of boron toxicity when soil boron content is greater than 1.8 ppm. When this content exceeds 2.0 ppm, few plants will perform well and some may not survive.
It is thought that boron plays several essential roles in animals, including humans, but the exact physiological role is poorly understood. A small human trial published in 1987 reported on postmenopausal women first made boron deficient and then repleted with 3 mg/day. Boron supplementation markedly reduced urinary calcium excretion and elevated the serum concentrations of 17 beta-estradiol and testosterone.
The U.S. Institute of Medicine has not confirmed that boron is an essential nutrient for humans, so neither a Recommended Dietary Allowance (RDA) nor an Adequate Intake have been established. Adult dietary intake is estimated at 0.9 to 1.4 mg/day, with about 90% absorbed. What is absorbed is mostly excreted in urine. The Tolerable Upper Intake Level for adults is 20 mg/day.
In 2013, a hypothesis suggested it was possible that boron and molybdenum catalyzed the production of RNA on Mars with life being transported to Earth via a meteorite around 3 billion years ago.
There exist several known boron-containing natural antibiotics. The first one found was boromycin, isolated from streptomyces.
Congenital endothelial dystrophy type 2, a rare form of corneal dystrophy, is linked to mutations in SLC4A11 gene that encodes a transporter reportedly regulating the intracellular concentration of boron.
Analytical quantification
For determination of boron content in food or materials, the colorimetric curcumin method is used. Boron is converted to boric acid or borates and on reaction with curcumin in acidic solution, a red colored boron-chelate complex, rosocyanine, is formed.
Health issues and toxicity
Elemental boron, boron oxide, boric acid, borates, and many organoboron compounds are relatively nontoxic to humans and animals (with toxicity similar to that of table salt). The LD50 (dose at which there is 50% mortality) for animals is about 6 g per kg of body weight. Substances with LD50 above 2 g are considered nontoxic. An intake of 4 g/day of boric acid was reported without incident, but more than this is considered toxic in more than a few doses. Intakes of more than 0.5 grams per day for 50 days cause minor digestive and other problems suggestive of toxicity. Dietary supplementation of boron may be helpful for bone growth, wound healing, and antioxidant activity, and insufficient amount of boron in diet may result in boron deficiency.
Single medical doses of 20 g of boric acid for neutron capture therapy have been used without undue toxicity.
Boric acid is more toxic to insects than to mammals, and is routinely used as an insecticide.
The boranes (boron hydrogen compounds) and similar gaseous compounds are quite poisonous. As usual, boron is not an element that is intrinsically poisonous, but the toxicity of these compounds depends on structure (for another example of this phenomenon, see phosphine). The boranes are also highly flammable and require special care when handling. Sodium borohydride presents a fire hazard owing to its reducing nature and the liberation of hydrogen on contact with acid. Boron halides are corrosive.
Boron is necessary for plant growth, but an excess of boron is toxic to plants, and occurs particularly in acidic soil. It presents as a yellowing from the tip inwards of the oldest leaves and black spots in barley leaves, but it can be confused with other stresses such as magnesium deficiency in other plants.
See also
Allotropes of boron
Boron deficiency
Boron oxide
Boron nitride
Boron neutron capture therapy
Boronic acid
Hydroboration-oxidation reaction
Suzuki coupling
References
External links
Boron at The Periodic Table of Videos (University of Nottingham)
J. B. Calvert: Boron, 2004, private website (archived version)
Chemical elements
Metalloids
Neutron poisons
Pyrotechnic fuels
Rocket fuels
Nuclear fusion fuels
Biology and pharmacology of chemical elements
Dietary minerals
Reducing agents
Articles containing video clips
Chemical elements with rhombohedral structure |
3756 | https://en.wikipedia.org/wiki/Bromine | Bromine | Bromine is a chemical element with the symbol Br and atomic number 35. It is the third-lightest halogen and is a volatile red-brown liquid at room temperature that evaporates readily to form a similarly coloured vapour. Its properties are intermediate between those of chlorine and iodine. Isolated independently by two chemists, Carl Jacob Löwig (in 1825) and Antoine Jérôme Balard (in 1826), its name was derived from the Ancient Greek (meaning "stench"), referring to its sharp and pungent smell.
Elemental bromine is very reactive and thus does not occur free in nature, but in colourless soluble crystalline mineral halide salts, analogous to table salt. While it is rather rare in the Earth's crust, the high solubility of the bromide ion (Br) has caused its accumulation in the oceans. Commercially the element is easily extracted from brine evaporation ponds, mostly in the United States, Israel, and China. The mass of bromine in the oceans is about one three-hundredth that of chlorine.
At standard conditions for temperature and pressure it is a liquid; the only other element that is liquid under these conditions is mercury. At high temperatures, organobromine compounds readily dissociate to yield free bromine atoms, a process that stops free radical chemical chain reactions. This effect makes organobromine compounds useful as fire retardants, and more than half the bromine produced worldwide each year is put to this purpose. The same property causes ultraviolet sunlight to dissociate volatile organobromine compounds in the atmosphere to yield free bromine atoms, causing ozone depletion. As a result, many organobromine compounds—such as the pesticide methyl bromide—are no longer used. Bromine compounds are still used in well drilling fluids, in photographic film, and as an intermediate in the manufacture of organic chemicals.
Large amounts of bromide salts are toxic from the action of soluble bromide ions, causing bromism. However, a clear biological role for bromide ions and hypobromous acid has recently been elucidated, and it now appears that bromine is an essential trace element in humans. The role of biological organobromine compounds in sea life such as algae has been known for much longer. As a pharmaceutical, the simple bromide ion (Br) has inhibitory effects on the central nervous system, and bromide salts were once a major medical sedative, before replacement by shorter-acting drugs. They retain niche uses as antiepileptics.
History
Bromine was discovered independently by two chemists, Carl Jacob Löwig and Antoine Balard, in 1825 and 1826, respectively.
Löwig isolated bromine from a mineral water spring from his hometown Bad Kreuznach in 1825. Löwig used a solution of the mineral salt saturated with chlorine and extracted the bromine with diethyl ether. After evaporation of the ether, a brown liquid remained. With this liquid as a sample of his work he applied for a position in the laboratory of Leopold Gmelin in Heidelberg. The publication of the results was delayed and Balard published his results first.
Balard found bromine chemicals in the ash of seaweed from the salt marshes of Montpellier. The seaweed was used to produce iodine, but also contained bromine. Balard distilled the bromine from a solution of seaweed ash saturated with chlorine. The properties of the resulting substance were intermediate between those of chlorine and iodine; thus he tried to prove that the substance was iodine monochloride (ICl), but after failing to do so he was sure that he had found a new element and named it muride, derived from the Latin word ("brine").
After the French chemists Louis Nicolas Vauquelin, Louis Jacques Thénard, and Joseph-Louis Gay-Lussac approved the experiments of the young pharmacist Balard, the results were presented at a lecture of the Académie des Sciences and published in Annales de Chimie et Physique. In his publication, Balard stated that he changed the name from muride to brôme on the proposal of M. Anglada. The name brôme (bromine) derives from the Greek (, "stench"). Other sources claim that the French chemist and physicist Joseph-Louis Gay-Lussac suggested the name brôme for the characteristic smell of the vapors. Bromine was not produced in large quantities until 1858, when the discovery of salt deposits in Stassfurt enabled its production as a by-product of potash.
Apart from some minor medical applications, the first commercial use was the daguerreotype. In 1840, bromine was discovered to have some advantages over the previously used iodine vapor to create the light sensitive silver halide layer in daguerreotypy.
Potassium bromide and sodium bromide were used as anticonvulsants and sedatives in the late 19th and early 20th centuries, but were gradually superseded by chloral hydrate and then by the barbiturates. In the early years of the First World War, bromine compounds such as xylyl bromide were used as poison gas.
Properties
Bromine is the third halogen, being a nonmetal in group 17 of the periodic table. Its properties are thus similar to those of fluorine, chlorine, and iodine, and tend to be intermediate between those of the two neighbouring halogens, chlorine, and iodine. Bromine has the electron configuration [Ar]4s3d4p, with the seven electrons in the fourth and outermost shell acting as its valence electrons. Like all halogens, it is thus one electron short of a full octet, and is hence a strong oxidising agent, reacting with many elements in order to complete its outer shell. Corresponding to periodic trends, it is intermediate in electronegativity between chlorine and iodine (F: 3.98, Cl: 3.16, Br: 2.96, I: 2.66), and is less reactive than chlorine and more reactive than iodine. It is also a weaker oxidising agent than chlorine, but a stronger one than iodine. Conversely, the bromide ion is a weaker reducing agent than iodide, but a stronger one than chloride. These similarities led to chlorine, bromine, and iodine together being classified as one of the original triads of Johann Wolfgang Döbereiner, whose work foreshadowed the periodic law for chemical elements. It is intermediate in atomic radius between chlorine and iodine, and this leads to many of its atomic properties being similarly intermediate in value between chlorine and iodine, such as first ionisation energy, electron affinity, enthalpy of dissociation of the X molecule (X = Cl, Br, I), ionic radius, and X–X bond length. The volatility of bromine accentuates its very penetrating, choking, and unpleasant odour.
All four stable halogens experience intermolecular van der Waals forces of attraction, and their strength increases together with the number of electrons among all homonuclear diatomic halogen molecules. Thus, the melting and boiling points of bromine are intermediate between those of chlorine and iodine. As a result of the increasing molecular weight of the halogens down the group, the density and heats of fusion and vaporisation of bromine are again intermediate between those of chlorine and iodine, although all their heats of vaporisation are fairly low (leading to high volatility) thanks to their diatomic molecular structure. The halogens darken in colour as the group is descended: fluorine is a very pale yellow gas, chlorine is greenish-yellow, and bromine is a reddish-brown volatile liquid that melts at −7.2 °C and boils at 58.8 °C. (Iodine is a shiny black solid.) This trend occurs because the wavelengths of visible light absorbed by the halogens increase down the group. Specifically, the colour of a halogen, such as bromine, results from the electron transition between the highest occupied antibonding π molecular orbital and the lowest vacant antibonding σ molecular orbital. The colour fades at low temperatures so that solid bromine at −195 °C is pale yellow.
Like solid chlorine and iodine, solid bromine crystallises in the orthorhombic crystal system, in a layered arrangement of Br molecules. The Br–Br distance is 227 pm (close to the gaseous Br–Br distance of 228 pm) and the Br···Br distance between molecules is 331 pm within a layer and 399 pm between layers (compare the van der Waals radius of bromine, 195 pm). This structure means that bromine is a very poor conductor of electricity, with a conductivity of around 5 × 10 Ω cm just below the melting point, although this is higher than the essentially undetectable conductivity of chlorine.
At a pressure of 55 GPa (roughly 540,000 times atmospheric pressure) bromine undergoes an insulator-to-metal transition. At 75 GPa it changes to a face-centered orthorhombic structure. At 100 GPa it changes to a body centered orthorhombic monatomic form.
Isotopes
Bromine has two stable isotopes, Br and Br. These are its only two natural isotopes, with Br making up 51% of natural bromine and Br making up the remaining 49%. Both have nuclear spin 3/2− and thus may be used for nuclear magnetic resonance, although Br is more favourable. The relatively 1:1 distribution of the two isotopes in nature is helpful in identification of bromine containing compounds using mass spectroscopy. Other bromine isotopes are all radioactive, with half-lives too short to occur in nature. Of these, the most important are Br (t = 17.7 min), Br (t = 4.421 h), and Br (t = 35.28 h), which may be produced from the neutron activation of natural bromine. The most stable bromine radioisotope is Br (t = 57.04 h). The primary decay mode of isotopes lighter than Br is electron capture to isotopes of selenium; that of isotopes heavier than Br is beta decay to isotopes of krypton; and Br may decay by either mode to stable Se or Kr.
Chemistry and compounds
Bromine is intermediate in reactivity between chlorine and iodine, and is one of the most reactive elements. Bond energies to bromine tend to be lower than those to chlorine but higher than those to iodine, and bromine is a weaker oxidising agent than chlorine but a stronger one than iodine. This can be seen from the standard electrode potentials of the X/X couples (F, +2.866 V; Cl, +1.395 V; Br, +1.087 V; I, +0.615 V; At, approximately +0.3 V). Bromination often leads to higher oxidation states than iodination but lower or equal oxidation states to chlorination. Bromine tends to react with compounds including M–M, M–H, or M–C bonds to form M–Br bonds.
Hydrogen bromide
The simplest compound of bromine is hydrogen bromide, HBr. It is mainly used in the production of inorganic bromides and alkyl bromides, and as a catalyst for many reactions in organic chemistry. Industrially, it is mainly produced by the reaction of hydrogen gas with bromine gas at 200–400 °C with a platinum catalyst. However, reduction of bromine with red phosphorus is a more practical way to produce hydrogen bromide in the laboratory:
2 P + 6 HO + 3 Br → 6 HBr + 2 HPO
HPO + HO + Br → 2 HBr + HPO
At room temperature, hydrogen bromide is a colourless gas, like all the hydrogen halides apart from hydrogen fluoride, since hydrogen cannot form strong hydrogen bonds to the large and only mildly electronegative bromine atom; however, weak hydrogen bonding is present in solid crystalline hydrogen bromide at low temperatures, similar to the hydrogen fluoride structure, before disorder begins to prevail as the temperature is raised. Aqueous hydrogen bromide is known as hydrobromic acid, which is a strong acid (pK = −9) because the hydrogen bonds to bromine are too weak to inhibit dissociation. The HBr/HO system also involves many hydrates HBr·nHO for n = 1, 2, 3, 4, and 6, which are essentially salts of bromine anions and hydronium cations. Hydrobromic acid forms an azeotrope with boiling point 124.3 °C at 47.63 g HBr per 100 g solution; thus hydrobromic acid cannot be concentrated beyond this point by distillation.
Unlike hydrogen fluoride, anhydrous liquid hydrogen bromide is difficult to work with as a solvent, because its boiling point is low, it has a small liquid range, its dielectric constant is low and it does not dissociate appreciably into HBr and ions – the latter, in any case, are much less stable than the bifluoride ions () due to the very weak hydrogen bonding between hydrogen and bromine, though its salts with very large and weakly polarising cations such as Cs and (R = Me, Et, Bu) may still be isolated. Anhydrous hydrogen bromide is a poor solvent, only able to dissolve small molecular compounds such as nitrosyl chloride and phenol, or salts with very low lattice energies such as tetraalkylammonium halides.
Other binary bromides
Nearly all elements in the periodic table form binary bromides. The exceptions are decidedly in the minority and stem in each case from one of three causes: extreme inertness and reluctance to participate in chemical reactions (the noble gases, with the exception of xenon in the very unstable XeBr); extreme nuclear instability hampering chemical investigation before decay and transmutation (many of the heaviest elements beyond bismuth); and having an electronegativity higher than bromine's (oxygen, nitrogen, fluorine, and chlorine), so that the resultant binary compounds are formally not bromides but rather oxides, nitrides, fluorides, or chlorides of bromine. (Nonetheless, nitrogen tribromide is named as a bromide as it is analogous to the other nitrogen trihalides.)
Bromination of metals with Br tends to yield lower oxidation states than chlorination with Cl when a variety of oxidation states is available. Bromides can be made by reaction of an element or its oxide, hydroxide, or carbonate with hydrobromic acid, and then dehydrated by mildly high temperatures combined with either low pressure or anhydrous hydrogen bromide gas. These methods work best when the bromide product is stable to hydrolysis; otherwise, the possibilities include high-temperature oxidative bromination of the element with bromine or hydrogen bromide, high-temperature bromination of a metal oxide or other halide by bromine, a volatile metal bromide, carbon tetrabromide, or an organic bromide. For example, niobium(V) oxide reacts with carbon tetrabromide at 370 °C to form niobium(V) bromide. Another method is halogen exchange in the presence of excess "halogenating reagent", for example:
FeCl + BBr (excess) → FeBr + BCl
When a lower bromide is wanted, either a higher halide may be reduced using hydrogen or a metal as a reducing agent, or thermal decomposition or disproportionation may be used, as follows:
3 WBr + Al 3 WBr + AlBr
EuBr + H → EuBr + HBr
2 TaBr TaBr + TaBr
Most of the bromides of the pre-transition metals (groups 1, 2, and 3, along with the lanthanides and actinides in the +2 and +3 oxidation states) are mostly ionic, while nonmetals tend to form covalent molecular bromides, as do metals in high oxidation states from +3 and above. Silver bromide is very insoluble in water and is thus often used as a qualitative test for bromine.
Bromine halides
The halogens form many binary, diamagnetic interhalogen compounds with stoichiometries XY, XY, XY, and XY (where X is heavier than Y), and bromine is no exception. Bromine forms a monofluoride and monochloride, as well as a trifluoride and pentafluoride. Some cationic and anionic derivatives are also characterised, such as , , , , and . Apart from these, some pseudohalides are also known, such as cyanogen bromide (BrCN), bromine thiocyanate (BrSCN), and bromine azide (BrN).
The pale-brown bromine monofluoride (BrF) is unstable at room temperature, disproportionating quickly and irreversibly into bromine, bromine trifluoride, and bromine pentafluoride. It thus cannot be obtained pure. It may be synthesised by the direct reaction of the elements, or by the comproportionation of bromine and bromine trifluoride at high temperatures. Bromine monochloride (BrCl), a red-brown gas, quite readily dissociates reversibly into bromine and chlorine at room temperature and thus also cannot be obtained pure, though it can be made by the reversible direct reaction of its elements in the gas phase or in carbon tetrachloride. Bromine monofluoride in ethanol readily leads to the monobromination of the aromatic compounds PhX (para-bromination occurs for X = Me, Bu, OMe, Br; meta-bromination occurs for the deactivating X = –COEt, –CHO, –NO); this is due to heterolytic fission of the Br–F bond, leading to rapid electrophilic bromination by Br.
At room temperature, bromine trifluoride (BrF) is a straw-coloured liquid. It may be formed by directly fluorinating bromine at room temperature and is purified through distillation. It reacts violently with water and explodes on contact with flammable materials, but is a less powerful fluorinating reagent than chlorine trifluoride. It reacts vigorously with boron, carbon, silicon, arsenic, antimony, iodine, and sulfur to give fluorides, and will also convert most metals and many metal compounds to fluorides; as such, it is used to oxidise uranium to uranium hexafluoride in the nuclear power industry. Refractory oxides tend to be only partially fluorinated, but here the derivatives KBrF and BrFSbF remain reactive. Bromine trifluoride is a useful nonaqueous ionising solvent, since it readily dissociates to form and and thus conducts electricity.
Bromine pentafluoride (BrF) was first synthesised in 1930. It is produced on a large scale by direct reaction of bromine with excess fluorine at temperatures higher than 150 °C, and on a small scale by the fluorination of potassium bromide at 25 °C. It also reacts violently with water and is a very strong fluorinating agent, although chlorine trifluoride is still stronger.
Polybromine compounds
Although dibromine is a strong oxidising agent with a high first ionisation energy, very strong oxidisers such as peroxydisulfuryl fluoride (SOF) can oxidise it to form the cherry-red cation. A few other bromine cations are known, namely the brown and dark brown . The tribromide anion, , has also been characterised; it is analogous to triiodide.
Bromine oxides and oxoacids
Bromine oxides are not as well-characterised as chlorine oxides or iodine oxides, as they are all fairly unstable: it was once thought that they could not exist at all. Dibromine monoxide is a dark-brown solid which, while reasonably stable at −60 °C, decomposes at its melting point of −17.5 °C; it is useful in bromination reactions and may be made from the low-temperature decomposition of bromine dioxide in a vacuum. It oxidises iodine to iodine pentoxide and benzene to 1,4-benzoquinone; in alkaline solutions, it gives the hypobromite anion.
So-called "bromine dioxide", a pale yellow crystalline solid, may be better formulated as bromine perbromate, BrOBrO. It is thermally unstable above −40 °C, violently decomposing to its elements at 0 °C. Dibromine trioxide, syn-BrOBrO, is also known; it is the anhydride of hypobromous acid and bromic acid. It is an orange crystalline solid which decomposes above −40 °C; if heated too rapidly, it explodes around 0 °C. A few other unstable radical oxides are also known, as are some poorly characterised oxides, such as dibromine pentoxide, tribromine octoxide, and bromine trioxide.
The four oxoacids, hypobromous acid (HOBr), bromous acid (HOBrO), bromic acid (HOBrO), and perbromic acid (HOBrO), are better studied due to their greater stability, though they are only so in aqueous solution. When bromine dissolves in aqueous solution, the following reactions occur:
{|
|-
| Br + HO || HOBr + H + Br || K = 7.2 × 10 mol l
|-
| Br + 2 OH || OBr + HO + Br || K = 2 × 10 mol l
|}
Hypobromous acid is unstable to disproportionation. The hypobromite ions thus formed disproportionate readily to give bromide and bromate:
{|
|-
| 3 BrO 2 Br + || K = 10
|}
Bromous acids and bromites are very unstable, although the strontium and barium bromites are known. More important are the bromates, which are prepared on a small scale by oxidation of bromide by aqueous hypochlorite, and are strong oxidising agents. Unlike chlorates, which very slowly disproportionate to chloride and perchlorate, the bromate anion is stable to disproportionation in both acidic and aqueous solutions. Bromic acid is a strong acid. Bromides and bromates may comproportionate to bromine as follows:
+ 5 Br + 6 H → 3 Br + 3 HO
There were many failed attempts to obtain perbromates and perbromic acid, leading to some rationalisations as to why they should not exist, until 1968 when the anion was first synthesised from the radioactive beta decay of unstable . Today, perbromates are produced by the oxidation of alkaline bromate solutions by fluorine gas. Excess bromate and fluoride are precipitated as silver bromate and calcium fluoride, and the perbromic acid solution may be purified. The perbromate ion is fairly inert at room temperature but is thermodynamically extremely oxidising, with extremely strong oxidising agents needed to produce it, such as fluorine or xenon difluoride. The Br–O bond in is fairly weak, which corresponds to the general reluctance of the 4p elements arsenic, selenium, and bromine to attain their group oxidation state, as they come after the scandide contraction characterised by the poor shielding afforded by the radial-nodeless 3d orbitals.
Organobromine compounds
Like the other carbon–halogen bonds, the C–Br bond is a common functional group that forms part of core organic chemistry. Formally, compounds with this functional group may be considered organic derivatives of the bromide anion. Due to the difference of electronegativity between bromine (2.96) and carbon (2.55), the carbon atom in a C–Br bond is electron-deficient and thus electrophilic. The reactivity of organobromine compounds resembles but is intermediate between the reactivity of organochlorine and organoiodine compounds. For many applications, organobromides represent a compromise of reactivity and cost.
Organobromides are typically produced by additive or substitutive bromination of other organic precursors. Bromine itself can be used, but due to its toxicity and volatility, safer brominating reagents are normally used, such as N-bromosuccinimide. The principal reactions for organobromides include dehydrobromination, Grignard reactions, reductive coupling, and nucleophilic substitution.
Organobromides are the most common organohalides in nature, even though the concentration of bromide is only 0.3% of that for chloride in sea water, because of the easy oxidation of bromide to the equivalent of Br, a potent electrophile. The enzyme bromoperoxidase catalyzes this reaction. The oceans are estimated to release 1–2 million tons of bromoform and 56,000 tons of bromomethane annually.
An old qualitative test for the presence of the alkene functional group is that alkenes turn brown aqueous bromine solutions colourless, forming a bromohydrin with some of the dibromoalkane also produced. The reaction passes through a short-lived strongly electrophilic bromonium intermediate. This is an example of a halogen addition reaction.
Occurrence and production
Bromine is significantly less abundant in the crust than fluorine or chlorine, comprising only 2.5 parts per million of the Earth's crustal rocks, and then only as bromide salts. It is the forty-sixth most abundant element in Earth's crust. It is significantly more abundant in the oceans, resulting from long-term leaching. There, it makes up 65 parts per million, corresponding to a ratio of about one bromine atom for every 660 chlorine atoms. Salt lakes and brine wells may have higher bromine concentrations: for example, the Dead Sea contains 0.4% bromide ions. It is from these sources that bromine extraction is mostly economically feasible.
The main sources of bromine are in the United States and Israel. The element is liberated by halogen exchange, using chlorine gas to oxidise Br to Br. This is then removed with a blast of steam or air, and is then condensed and purified. Today, bromine is transported in large-capacity metal drums or lead-lined tanks that can hold hundreds of kilograms or even tonnes of bromine. The bromine industry is about one-hundredth the size of the chlorine industry. Laboratory production is unnecessary because bromine is commercially available and has a long shelf life.
Applications
A wide variety of organobromine compounds are used in industry. Some are prepared from bromine and others are prepared from hydrogen bromide, which is obtained by burning hydrogen in bromine.
Flame retardants
Brominated flame retardants represent a commodity of growing importance, and make up the largest commercial use of bromine. When the brominated material burns, the flame retardant produces hydrobromic acid which interferes in the radical chain reaction of the oxidation reaction of the fire. The mechanism is that the highly reactive hydrogen radicals, oxygen radicals, and hydroxy radicals react with hydrobromic acid to form less reactive bromine radicals (i.e., free bromine atoms). Bromine atoms may also react directly with other radicals to help terminate the free radical chain-reactions that characterise combustion.
To make brominated polymers and plastics, bromine-containing compounds can be incorporated into the polymer during polymerisation. One method is to include a relatively small amount of brominated monomer during the polymerisation process. For example, vinyl bromide can be used in the production of polyethylene, polyvinyl chloride or polypropylene. Specific highly brominated molecules can also be added that participate in the polymerisation process For example, tetrabromobisphenol A can be added to polyesters or epoxy resins, where it becomes part of the polymer. Epoxies used in printed circuit boards are normally made from such flame retardant resins, indicated by the FR in the abbreviation of the products (FR-4 and FR-2). In some cases, the bromine-containing compound may be added after polymerisation. For example, decabromodiphenyl ether can be added to the final polymers.
A number of gaseous or highly volatile brominated halomethane compounds are non-toxic and make superior fire suppressant agents by this same mechanism, and are particularly effective in enclosed spaces such as submarines, airplanes, and spacecraft. However, they are expensive and their production and use has been greatly curtailed due to their effect as ozone-depleting agents. They are no longer used in routine fire extinguishers, but retain niche uses in aerospace and military automatic fire suppression applications. They include bromochloromethane (Halon 1011, CHBrCl), bromochlorodifluoromethane (Halon 1211, CBrClF), and bromotrifluoromethane (Halon 1301, CBrF).
Other uses
Silver bromide is used, either alone or in combination with silver chloride and silver iodide, as the light sensitive constituent of photographic emulsions.
Ethylene bromide was an additive in gasolines containing lead anti-engine knocking agents. It scavenges lead by forming volatile lead bromide, which is exhausted from the engine. This application accounted for 77% of the bromine use in 1966 in the US. This application has declined since the 1970s due to environmental regulations (see below).
Brominated vegetable oil (BVO), a complex mixture of plant-derived triglycerides that have been reacted to contain atoms of the element bromine bonded to the molecules, is used primarily to help emulsify citrus-flavored soft drinks, preventing them from separating during distribution.
Poisonous bromomethane was widely used as pesticide to fumigate soil and to fumigate housing, by the tenting method. Ethylene bromide was similarly used. These volatile organobromine compounds are all now regulated as ozone depletion agents. The Montreal Protocol on Substances that Deplete the Ozone Layer scheduled the phase out for the ozone depleting chemical by 2005, and organobromide pesticides are no longer used (in housing fumigation they have been replaced by such compounds as sulfuryl fluoride, which contain neither the chlorine or bromine organics which harm ozone). Before the Montreal protocol in 1991 (for example) an estimated 35,000 tonnes of the chemical were used to control nematodes, fungi, weeds and other soil-borne diseases.
In pharmacology, inorganic bromide compounds, especially potassium bromide, were frequently used as general sedatives in the 19th and early 20th century. Bromides in the form of simple salts are still used as anticonvulsants in both veterinary and human medicine, although the latter use varies from country to country. For example, the U.S. Food and Drug Administration (FDA) does not approve bromide for the treatment of any disease, and it was removed from over-the-counter sedative products like Bromo-Seltzer, in 1975. Commercially available organobromine pharmaceuticals include the vasodilator nicergoline, the sedative brotizolam, the anticancer agent pipobroman, and the antiseptic merbromin. Otherwise, organobromine compounds are rarely pharmaceutically useful, in contrast to the situation for organofluorine compounds. Several drugs are produced as the bromide (or equivalents, hydrobromide) salts, but in such cases bromide serves as an innocuous counterion of no biological significance.
Other uses of organobromine compounds include high-density drilling fluids, dyes (such as Tyrian purple and the indicator bromothymol blue), and pharmaceuticals. Bromine itself, as well as some of its compounds, are used in water treatment, and is the precursor of a variety of inorganic compounds with an enormous number of applications (e.g. silver bromide for photography). Zinc–bromine batteries are hybrid flow batteries used for stationary electrical power backup and storage; from household scale to industrial scale.
Bromine is used in cooling towers (in place of chlorine) for controlling bacteria, algae, fungi, and zebra mussels.
Because it has similar antiseptic qualities to chlorine, bromine can be used in the same manner as chlorine as a disinfectant or antimicrobial in applications such as swimming pools. However, bromine is usually not used outside for these applications due to it being relatively more expensive than chlorine and the absence of a stabilizer to protect it from the sun. For indoor pools, it can be a good option as it is effective at a wider pH range. It is also more stable in a heated pool or hot tub.
Biological role and toxicity
A 2014 study suggests that bromine (in the form of bromide ion) is a necessary cofactor in the biosynthesis of collagen IV, making the element essential to basement membrane architecture and tissue development in animals. Nevertheless, no clear deprivation symptoms or syndromes have been documented. In other biological functions, bromine may be non-essential but still beneficial when it takes the place of chlorine. For example, in the presence of hydrogen peroxide, HO, formed by the eosinophil, and either chloride or bromide ions, eosinophil peroxidase provides a potent mechanism by which eosinophils kill multicellular parasites (such as, for example, the nematode worms involved in filariasis) and some bacteria (such as tuberculosis bacteria). Eosinophil peroxidase is a haloperoxidase that preferentially uses bromide over chloride for this purpose, generating hypobromite (hypobromous acid), although the use of chloride is possible.
α-Haloesters are generally thought of as highly reactive and consequently toxic intermediates in organic synthesis. Nevertheless, mammals, including humans, cats, and rats, appear to biosynthesize traces of an α-bromoester, 2-octyl 4-bromo-3-oxobutanoate, which is found in their cerebrospinal fluid and appears to play a yet unclarified role in inducing REM sleep. Neutrophil myeloperoxidase can use HO and Br to brominate deoxycytidine, which could result in DNA mutations. Marine organisms are the main source of organobromine compounds, and it is in these organisms that bromine is more firmly shown to be essential. More than 1600 such organobromine compounds were identified by 1999. The most abundant is methyl bromide (CHBr), of which an estimated 56,000 tonnes is produced by marine algae each year. The essential oil of the Hawaiian alga Asparagopsis taxiformis consists of 80% bromoform. Most of such organobromine compounds in the sea are made by the action of a unique algal enzyme, vanadium bromoperoxidase.
The bromide anion is not very toxic: a normal daily intake is 2 to 8 milligrams. However, high levels of bromide chronically impair the membrane of neurons, which progressively impairs neuronal transmission, leading to toxicity, known as bromism. Bromide has an elimination half-life of 9 to 12 days, which can lead to excessive accumulation. Doses of 0.5 to 1 gram per day of bromide can lead to bromism. Historically, the therapeutic dose of bromide is about 3 to 5 grams of bromide, thus explaining why chronic toxicity (bromism) was once so common. While significant and sometimes serious disturbances occur to neurologic, psychiatric, dermatological, and gastrointestinal functions, death from bromism is rare. Bromism is caused by a neurotoxic effect on the brain which results in somnolence, psychosis, seizures and delirium.
Elemental bromine is toxic and causes chemical burns on human flesh. Inhaling bromine gas results in similar irritation of the respiratory tract, causing coughing, choking, shortness of breath, and death if inhaled in large enough amounts. Chronic exposure may lead to frequent bronchial infections and a general deterioration of health. As a strong oxidising agent, bromine is incompatible with most organic and inorganic compounds. Caution is required when transporting bromine; it is commonly carried in steel tanks lined with lead, supported by strong metal frames. The Occupational Safety and Health Administration (OSHA) of the United States has set a permissible exposure limit (PEL) for bromine at a time-weighted average (TWA) of 0.1 ppm. The National Institute for Occupational Safety and Health (NIOSH) has set a recommended exposure limit (REL) of TWA 0.1 ppm and a short-term limit of 0.3 ppm. The exposure to bromine immediately dangerous to life and health (IDLH) is 3 ppm. Bromine is classified as an extremely hazardous substance in the United States as defined in Section 302 of the U.S. Emergency Planning and Community Right-to-Know Act (42 U.S.C. 11002), and is subject to strict reporting requirements by facilities which produce, store, or use it in significant quantities.
References
Bibliography
Chemical elements
Halogens
Reactive nonmetals
Diatomic nonmetals
Oxidizing agents
GB
Gases with color |
3757 | https://en.wikipedia.org/wiki/Barium | Barium | Barium is a chemical element with the symbol Ba and atomic number 56. It is the fifth element in group 2 and is a soft, silvery alkaline earth metal. Because of its high chemical reactivity, barium is never found in nature as a free element.
The most common minerals of barium are baryte (barium sulfate, BaSO4) and witherite (barium carbonate, BaCO3). The name barium originates from the alchemical derivative "baryta", from Greek (), meaning 'heavy'. Baric is the adjectival form of barium. Barium was identified as a new element in 1774, but not reduced to a metal until 1808 with the advent of electrolysis.
Barium has few industrial applications. Historically, it was used as a getter for vacuum tubes and in oxide form as the emissive coating on indirectly heated cathodes. It is a component of YBCO (high-temperature superconductors) and electroceramics, and is added to steel and cast iron to reduce the size of carbon grains within the microstructure. Barium compounds are added to fireworks to impart a green color. Barium sulfate is used as an insoluble additive to oil well drilling fluid. In a purer form it is used as X-ray radiocontrast agents for imaging the human gastrointestinal tract. Water-soluble barium compounds are poisonous and have been used as rodenticides.
Characteristics
Physical properties
Barium is a soft, silvery-white metal, with a slight golden shade when ultrapure. The silvery-white color of barium metal rapidly vanishes upon oxidation in air yielding a dark gray layer containing the oxide. Barium has a medium specific weight and high electrical conductivity. Because barium is difficult to purify, many of its properties have not been accurately determined.
At room temperature and pressure, barium metal adopts a body-centered cubic structure, with a barium–barium distance of 503 picometers, expanding with heating at a rate of approximately 1.8/°C. It is a very soft metal with a Mohs hardness of 1.25. Its melting temperature of is intermediate between those of the lighter strontium () and heavier radium (); however, its boiling point of exceeds that of strontium (). The density (3.62 g/cm3) is again intermediate between those of strontium (2.36 g/cm3) and radium (≈5 g/cm3).
Chemical reactivity
Barium is chemically similar to magnesium, calcium, and strontium, but even more reactive. It always exhibits the oxidation state of +2. Most exceptions are in a few rare and unstable molecular species that are only characterised in the gas phase such as BaF, but recently a barium(I) species has been reported in a graphite intercalation compound. Reactions with chalcogens are highly exothermic (release energy); the reaction with oxygen or air occurs at room temperature. For this reason, metallic barium is often stored under oil or in an inert atmosphere. Reactions with other nonmetals, such as carbon, nitrogen, phosphorus, silicon, and hydrogen, are generally exothermic and proceed upon heating. Reactions with water and alcohols are very exothermic and release hydrogen gas:
Ba + 2 ROH → Ba(OR)2 + H2↑ (R is an alkyl group or a hydrogen atom)
Barium reacts with ammonia to form complexes such as Ba(NH3)6.
The metal is readily attacked by acids. Sulfuric acid is a notable exception because passivation stops the reaction by forming the insoluble barium sulfate on the surface. Barium combines with several other metals, including aluminium, zinc, lead, and tin, forming intermetallic phases and alloys.
Compounds
Barium salts are typically white when solid and colorless when dissolved. They are denser than the strontium or calcium analogs, except for the halides (see table; zinc is given for comparison).
Barium hydroxide ("baryta") was known to alchemists, who produced it by heating barium carbonate. Unlike calcium hydroxide, it absorbs very little CO2 in aqueous solutions and is therefore insensitive to atmospheric fluctuations. This property is used in calibrating pH equipment.
Volatile barium compounds burn with a green to pale green flame, which is an efficient test to detect a barium compound. The color results from spectral lines at 455.4, 493.4, 553.6, and 611.1 nm.
Organobarium compounds are a growing field of knowledge: recently discovered are dialkylbariums and alkylhalobariums.
Isotopes
Barium found in the Earth's crust is a mixture of seven primordial nuclides, barium-130, 132, and 134 through 138. Barium-130 undergoes very slow radioactive decay to xenon-130 by double beta plus decay, with a half-life of (0.5–2.7)×1021 years (about 1011 times the age of the universe). Its abundance is ≈0.1% that of natural barium. Theoretically, barium-132 can similarly undergo double beta decay to xenon-132; this decay has not been detected. The radioactivity of these isotopes are so weak that they pose no danger to life.
Of the stable isotopes, barium-138 composes 71.7% of all barium; other isotopes have decreasing abundance with decreasing mass number.
In total, barium has 40 known isotopes, ranging in mass between 114 and 153. The most stable artificial radioisotope is barium-133 with a half-life of approximately 10.51 years. Five other isotopes have half-lives longer than a day. Barium also has 10 meta states, of which barium-133m1 is the most stable with a half-life of about 39 hours.
History
Alchemists in the early Middle Ages knew about some barium minerals. Smooth pebble-like stones of mineral baryte were found in volcanic rock near Bologna, Italy, and so were called "Bologna stones". Alchemists were attracted to them because after exposure to light they would glow for years. The phosphorescent properties of baryte heated with organics were described by V. Casciorolus in 1602.
Carl Scheele determined that baryte contained a new element in 1774, but could not isolate barium, only barium oxide. Johan Gottlieb Gahn also isolated barium oxide two years later in similar studies. Oxidized barium was at first called "barote" by Guyton de Morveau, a name that was changed by Antoine Lavoisier to baryta. Also in the 18th century, English mineralogist William Withering noted a heavy mineral in the lead mines of Cumberland, now known to be witherite. Barium was first isolated by electrolysis of molten barium salts in 1808 by Sir Humphry Davy in England. Davy, by analogy with calcium, named "barium" after baryta, with the "-ium" ending signifying a metallic element. Robert Bunsen and Augustus Matthiessen obtained pure barium by electrolysis of a molten mixture of barium chloride and ammonium chloride.
The production of pure oxygen in the Brin process was a large-scale application of barium peroxide in the 1880s, before it was replaced by electrolysis and fractional distillation of liquefied air in the early 1900s. In this process barium oxide reacts at with air to form barium peroxide, which decomposes above by releasing oxygen:
2 BaO + O2 ⇌ 2 BaO2
Barium sulfate was first applied as a radiocontrast agent in X-ray imaging of the digestive system in 1908.
Occurrence and production
The abundance of barium is 0.0425% in the Earth's crust and 13 μg/L in sea water. The primary commercial source of barium is baryte (also called barytes or heavy spar), a barium sulfate mineral. with deposits in many parts of the world. Another commercial source, far less important than baryte, is witherite, barium carbonate. The main deposits are located in Britain, Romania, and the former USSR.
The baryte reserves are estimated between 0.7 and 2 billion tonnes. The maximum production, 8.3 million tonnes, was produced in 1981, but only 7–8% was used for barium metal or compounds. Baryte production has risen since the second half of the 1990s from 5.6 million tonnes in 1996 to 7.6 in 2005 and 7.8 in 2011. China accounts for more than 50% of this output, followed by India (14% in 2011), Morocco (8.3%), US (8.2%), Turkey (2.5%), Iran and Kazakhstan (2.6% each).
The mined ore is washed, crushed, classified, and separated from quartz. If the quartz penetrates too deeply into the ore, or the iron, zinc, or lead content is abnormally high, then froth flotation is used. The product is a 98% pure baryte (by mass); the purity should be no less than 95%, with a minimal content of iron and silicon dioxide. It is then reduced by carbon to barium sulfide:
BaSO4 + 2 C → BaS + 2 CO2
The water-soluble barium sulfide is the starting point for other compounds: treating BaS with oxygen produces the sulfate, with nitric acid the nitrate, with aqueous carbon dioxide the carbonate, and so on. The nitrate can be thermally decomposed to yield the oxide. Barium metal is produced by reduction with aluminium at . The intermetallic compound BaAl4 is produced first:
3 BaO + 14 Al → 3 BaAl4 + Al2O3
BaAl4 is an intermediate reacted with barium oxide to produce the metal. Note that not all barium is reduced.
8 BaO + BaAl4 → Ba↓ + 7 BaAl2O4
The remaining barium oxide reacts with the formed aluminium oxide:
BaO + Al2O3 → BaAl2O4
and the overall reaction is
4 BaO + 2 Al → 3 Ba↓ + BaAl2O4
Barium vapor is condensed and packed into molds in an atmosphere of argon. This method is used commercially, yielding ultrapure barium. Commonly sold barium is about 99% pure, with main impurities being strontium and calcium (up to 0.8% and 0.25%) and other contaminants contributing less than 0.1%.
A similar reaction with silicon at yields barium and barium metasilicate. Electrolysis is not used because barium readily dissolves in molten halides and the product is rather impure.
Gemstone
The barium mineral, benitoite (barium titanium silicate), occurs as a very rare blue fluorescent gemstone, and is the official state gem of California.
Barium in seawater
Barium exists in seawater as the Ba2+ ion with an average oceanic concentration of 109 nmol/kg. Barium also exists in the ocean as BaSO4, or barite. Barium has a nutrient-like profile with a residence time of 10,000 years.
Barium shows a relatively consistent concentration in upper ocean seawater, excepting regions of high river inputs and regions with strong upwelling. There’s little depletion of barium concentrations in the upper ocean for an ion with a nutrient-like profile, thus lateral mixing is important. Barium isotopic values show basin-scale balances instead of local or short-term processes.
Applications
Metal and alloys
Barium, as a metal or when alloyed with aluminium, is used to remove unwanted gases (gettering) from vacuum tubes, such as TV picture tubes. Barium is suitable for this purpose because of its low vapor pressure and reactivity towards oxygen, nitrogen, carbon dioxide, and water; it can even partly remove noble gases by dissolving them in the crystal lattice. This application is gradually disappearing due to the rising popularity of the tubeless LCD and plasma sets.
Other uses of elemental barium are minor and include an additive to silumin (aluminium–silicon alloys) that refines their structure, as well as
bearing alloys;
lead–tin soldering alloys – to increase the creep resistance;
alloy with nickel for spark plugs;
additive to steel and cast iron as an inoculant;
alloys with calcium, manganese, silicon, and aluminium as high-grade steel deoxidizers.
Barium sulfate and baryte
Barium sulfate (the mineral baryte, BaSO4) is important to the petroleum industry as a drilling fluid in oil and gas wells. The precipitate of the compound (called "blanc fixe", from the French for "permanent white") is used in paints and varnishes; as a filler in ringing ink, plastics, and rubbers; as a paper coating pigment; and in nanoparticles, to improve physical properties of some polymers, such as epoxies.
Barium sulfate has a low toxicity and relatively high density of ca. 4.5 g/cm3 (and thus opacity to X-rays). For this reason it is used as a radiocontrast agent in X-ray imaging of the digestive system ("barium meals" and "barium enemas"). Lithopone, a pigment that contains barium sulfate and zinc sulfide, is a permanent white with good covering power that does not darken when exposed to sulfides.
Other barium compounds
Other compounds of barium find only niche applications, limited by the toxicity of Ba2+ ions (barium carbonate is a rat poison), which is not a problem for the insoluble BaSO4.
Barium oxide coating on the electrodes of fluorescent lamps facilitates the release of electrons.
By its great atomic density, barium carbonate increases the refractive index and luster of glass and reduces leaks of X-rays from cathode ray tubes (CRT) TV sets.
Barium, typically as barium nitrate imparts a yellow or "apple" green color to fireworks; for brilliant green barium monochloride is used.
Barium peroxide is a catalyst in the aluminothermic reaction (thermite) for welding rail tracks. It is also a green flare in tracer ammunition and a bleaching agent.
Barium titanate is a promising electroceramic.
Barium fluoride is used for optics in infrared applications because of its wide transparency range of 0.15–12 micrometers.
YBCO was the first high-temperature superconductor cooled by liquid nitrogen, with a transition temperature of that exceeded the boiling point of nitrogen ().
Ferrite, a type of sintered ceramic composed of iron oxide (Fe2O3) and barium oxide (BaO), is both electrically nonconductive and ferrimagnetic, and can be temporarily or permanently magnetized.
Palaeoceanography
The lateral mixing of barium is caused by water mass mixing and ocean circulation. Global ocean circulation reveals a strong correlation between dissolved barium and silicic acid. The large-scale ocean circulation combined with remineralization of barium show a similar correlation between dissolved barium and ocean alkalinity.
Dissolved barium's correlation with silicic acid can be seen both vertically and spatially. Particulate barium shows a strong correlation with particulate organic carbon or POC. Barium is becoming more popular to be used a base for palaeoceanographic proxies. With both dissolved and particulate barium's links with silicic acid and POC, it can be used to determine historical variations in the biological pump, carbon cycle, and global climate.
The barium particulate barite (BaSO4), as one of many proxies, can be used to provide a host of historical information on processes in different oceanic settings (water column, sediments, and hydrothermal sites). In each setting there are differences in isotopic and elemental composition of the barite particulate. Barite in the water column, known as marine or pelagic barite, reveals information on seawater chemistry variation over time. Barite in sediments, known as diagenetic or cold seeps barite, gives information about sedimentary redox processes. Barite formed via hydrothermal activity at hydrothermal vents, known as hydrothermal barite, reveals alterations in the condition of the earth's crust around those vents.
Toxicity
Because of the high reactivity of the metal, toxicological data are available only for compounds. Soluble barium compounds are poisonous. In low doses, barium ions act as a muscle stimulant, and higher doses affect the nervous system, causing cardiac irregularities, tremors, weakness, anxiety, shortness of breath, and paralysis. This toxicity may be caused by Ba2+ blocking potassium ion channels, which are critical to the proper function of the nervous system. Other organs damaged by water-soluble barium compounds (i.e., barium ions) are the eyes, immune system, heart, respiratory system, and skin causing, for example, blindness and sensitization.
Barium is not carcinogenic and does not bioaccumulate. Inhaled dust containing insoluble barium compounds can accumulate in the lungs, causing a benign condition called baritosis. The insoluble sulfate is nontoxic and is not classified as a dangerous goods in transport regulations.
To avoid a potentially vigorous chemical reaction, barium metal is kept in an argon atmosphere or under mineral oils. Contact with air is dangerous and may cause ignition. Moisture, friction, heat, sparks, flames, shocks, static electricity, and exposure to oxidizers and acids should be avoided. Anything that may contact with barium should be electrically grounded. Anyone who works with the metal should wear pre-cleaned non-sparking shoes, flame-resistant rubber clothes, rubber gloves, apron, goggles, and a gas mask. Smoking in the working area is typically forbidden. Thorough washing is required after handling barium.
See also
Han purple and Han blue – synthetic barium copper silicate pigments developed and used in ancient and imperial China
References
External links
Barium at The Periodic Table of Videos (University of Nottingham)
Elementymology & Elements Multidict
3-D Holographic Display Using Strontium Barium Niobate
Chemical elements
Alkaline earth metals
Toxicology
Reducing agents
Chemical elements with body-centered cubic structure |
3758 | https://en.wikipedia.org/wiki/Berkelium | Berkelium | Berkelium is a transuranic radioactive chemical element with the symbol Bk and atomic number 97. It is a member of the actinide and transuranium element series. It is named after the city of Berkeley, California, the location of the Lawrence Berkeley National Laboratory (then the University of California Radiation Laboratory) where it was discovered in December 1949. Berkelium was the fifth transuranium element discovered after neptunium, plutonium, curium and americium.
The major isotope of berkelium, 249Bk, is synthesized in minute quantities in dedicated high-flux nuclear reactors, mainly at the Oak Ridge National Laboratory in Tennessee, United States, and at the Research Institute of Atomic Reactors in Dimitrovgrad, Russia. The production of the second-most important isotope, 247Bk, involves the irradiation of the rare isotope 244Cm with high-energy alpha particles.
Just over one gram of berkelium has been produced in the United States since 1967. There is no practical application of berkelium outside scientific research which is mostly directed at the synthesis of heavier transuranium elements and superheavy elements. A 22-milligram batch of berkelium-249 was prepared during a 250-day irradiation period and then purified for a further 90 days at Oak Ridge in 2009. This sample was used to synthesize the new element tennessine for the first time in 2009 at the Joint Institute for Nuclear Research, Russia, after it was bombarded with calcium-48 ions for 150 days. This was the culmination of the Russia–US collaboration on the synthesis of the heaviest elements on the periodic table.
Berkelium is a soft, silvery-white, radioactive metal. The berkelium-249 isotope emits low-energy electrons and thus is relatively safe to handle. It decays with a half-life of 330 days to californium-249, which is a strong emitter of ionizing alpha particles. This gradual transformation is an important consideration when studying the properties of elemental berkelium and its chemical compounds, since the formation of californium brings not only chemical contamination, but also free-radical effects and self-heating from the emitted alpha particles.
Characteristics
Physical
Berkelium is a soft, silvery-white, radioactive actinide metal. In the periodic table, it is located to the right of the actinide curium, to the left of the actinide californium and below the lanthanide terbium with which it shares many similarities in physical and chemical properties. Its density of 14.78 g/cm3 lies between those of curium (13.52 g/cm3) and californium (15.1 g/cm3), as does its melting point of 986 °C, below that of curium (1340 °C) but higher than that of californium (900 °C). Berkelium is relatively soft and has one of the lowest bulk moduli among the actinides, at about 20 GPa (2 Pa).
ions shows two sharp fluorescence peaks at 652 nanometers (red light) and 742 nanometers (deep red – near-infrared) due to internal transitions at the f-electron shell. The relative intensity of these peaks depends on the excitation power and temperature of the sample. This emission can be observed, for example, after dispersing berkelium ions in a silicate glass, by melting the glass in presence of berkelium oxide or halide.
Between 70 K and room temperature, berkelium behaves as a Curie–Weiss paramagnetic material with an effective magnetic moment of 9.69 Bohr magnetons (µB) and a Curie temperature of 101 K. This magnetic moment is almost equal to the theoretical value of 9.72 µB calculated within the simple atomic L-S coupling model. Upon cooling to about 34 K, berkelium undergoes a transition to an antiferromagnetic state. Enthalpy of dissolution in hydrochloric acid at standard conditions is −600 kJ/mol, from which the standard enthalpy of formation (ΔfH°) of aqueous Bk3+ ions is obtained as −601 kJ/mol. The standard electrode potential Bk3+/Bk0 is −2.01 V. The ionization potential of a neutral berkelium atom is 6.23 eV.
Allotropes
At ambient conditions, berkelium assumes its most stable α form which has a hexagonal symmetry, space group P63/mmc, lattice parameters of 341 pm and 1107 pm. The crystal has a double-hexagonal close packing structure with the layer sequence ABAC and so is isotypic (having a similar structure) with α-lanthanum and α-forms of actinides beyond curium. This crystal structure changes with pressure and temperature. When compressed at room temperature to 7 GPa, α-berkelium transforms to the beta modification, which has a face-centered cubic (fcc) symmetry and space group Fmm. This transition occurs without change in volume, but the enthalpy increases by 3.66 kJ/mol. Upon further compression to 25 GPa, berkelium transforms to an orthorhombic γ-berkelium structure similar to that of α-uranium. This transition is accompanied by a 12% volume decrease and delocalization of the electrons at the 5f electron shell. No further phase transitions are observed up to 57 GPa.
Upon heating, α-berkelium transforms into another phase with an fcc lattice (but slightly different from β-berkelium), space group Fmm and the lattice constant of 500 pm; this fcc structure is equivalent to the closest packing with the sequence ABC. This phase is metastable and will gradually revert to the original α-berkelium phase at room temperature. The temperature of the phase transition is believed to be quite close to the melting point.
Chemical
Like all actinides, berkelium dissolves in various aqueous inorganic acids, liberating gaseous hydrogen and converting into the state. This trivalent oxidation state (+3) is the most stable, especially in aqueous solutions, but tetravalent (+4) and possibly divalent (+2) berkelium compounds are also known. The existence of divalent berkelium salts is uncertain and has only been reported in mixed lanthanum(III) chloride-strontium chloride melts. A similar behavior is observed for the lanthanide analogue of berkelium, terbium. Aqueous solutions of Bk3+ ions are green in most acids. The color of Bk4+ ions is yellow in hydrochloric acid and orange-yellow in sulfuric acid. Berkelium does not react rapidly with oxygen at room temperature, possibly due to the formation of a protective oxide layer surface. However, it reacts with molten metals, hydrogen, halogens, chalcogens and pnictogens to form various binary compounds.
Isotopes
About twenty isotopes and six nuclear isomers (excited states of an isotope) of berkelium have been characterized with the mass numbers ranging from 233 to 253 (except 235, 237, and 239). All of them are radioactive. The longest half-lives are observed for 247Bk (1,380 years), 248Bk (over 300 years), and 249Bk (330 days); the half-lives of the other isotopes range from microseconds to several days. The isotope which is the easiest to synthesize is berkelium-249. This emits mostly soft β-particles which are inconvenient for detection. Its alpha radiation is rather weak—1.45% with respect to the β-radiation—but is sometimes used to detect this isotope. The second important berkelium isotope, berkelium-247, is an alpha-emitter, as are most actinide isotopes.
Occurrence
All berkelium isotopes have a half-life far too short to be primordial. Therefore, any primordial berkelium − that is, berkelium present on the Earth during its formation − has decayed by now.
On Earth, berkelium is mostly concentrated in certain areas, which were used for the atmospheric nuclear weapons tests between 1945 and 1980, as well as at the sites of nuclear incidents, such as the Chernobyl disaster, Three Mile Island accident and 1968 Thule Air Base B-52 crash. Analysis of the debris at the testing site of the first United States' first thermonuclear weapon, Ivy Mike, (1 November 1952, Enewetak Atoll), revealed high concentrations of various actinides, including berkelium. For reasons of military secrecy, this result was not published until 1956.
Nuclear reactors produce mostly, among the berkelium isotopes, berkelium-249. During the storage and before the fuel disposal, most of it beta decays to californium-249. The latter has a half-life of 351 years, which is relatively long when compared to the other isotopes produced in the reactor, and is therefore undesirable in the disposal products.
The transuranium elements from americium to fermium, including berkelium, occurred naturally in the natural nuclear fission reactor at Oklo, but no longer do so.
Berkelium is also one of the elements that have been detected in Przybylski's Star.
History
Although very small amounts of berkelium were possibly produced in previous nuclear experiments, it was first intentionally synthesized, isolated and identified in December 1949 by Glenn T. Seaborg, Albert Ghiorso, Stanley Gerald Thompson, and Kenneth Street Jr. They used the 60-inch cyclotron at the University of California, Berkeley. Similar to the nearly simultaneous discovery of americium (element 95) and curium (element 96) in 1944, the new elements berkelium and californium (element 98) were both produced in 1949–1950.
The name choice for element 97 followed the previous tradition of the Californian group to draw an analogy between the newly discovered actinide and the lanthanide element positioned above it in the periodic table. Previously, americium was named after a continent as its analogue europium, and curium honored scientists Marie and Pierre Curie as the lanthanide above it, gadolinium, was named after the explorer of the rare-earth elements Johan Gadolin. Thus the discovery report by the Berkeley group reads: "It is suggested that element 97 be given the name berkelium (symbol Bk) after the city of Berkeley in a manner similar to that used in naming its chemical homologue terbium (atomic number 65) whose name was derived from the town of Ytterby, Sweden, where the rare earth minerals were first found." This tradition ended with berkelium, though, as the naming of the next discovered actinide, californium, was not related to its lanthanide analogue dysprosium, but after the discovery place.
The most difficult steps in the synthesis of berkelium were its separation from the final products and the production of sufficient quantities of americium for the target material. First, americium (241Am) nitrate solution was coated on a platinum foil, the solution was evaporated and the residue converted by annealing to americium dioxide (AmO2). This target was irradiated with 35 MeV alpha particles for 6 hours in the 60-inch cyclotron at the Lawrence Radiation Laboratory, University of California, Berkeley. The (α,2n) reaction induced by the irradiation yielded the 243Bk isotope and two free neutrons:
^{241}_{95}Am + ^{4}_{2}He -> ^{243}_{97}Bk + 2^{1}_{0}n
After the irradiation, the coating was dissolved with nitric acid and then precipitated as the hydroxide using concentrated aqueous ammonia solution. The product was centrifugated and re-dissolved in nitric acid. To separate berkelium from the unreacted americium, this solution was added to a mixture of ammonium and ammonium sulfate and heated to convert all the dissolved americium into the oxidation state +6. Unoxidized residual americium was precipitated by the addition of hydrofluoric acid as americium(III) fluoride (). This step yielded a mixture of the accompanying product curium and the expected element 97 in form of trifluorides. The mixture was converted to the corresponding hydroxides by treating it with potassium hydroxide, and after centrifugation, was dissolved in perchloric acid.
Further separation was carried out in the presence of a citric acid/ammonium buffer solution in a weakly acidic medium (pH≈3.5), using ion exchange at elevated temperature. The chromatographic separation behavior was unknown for the element 97 at the time, but was anticipated by analogy with terbium. The first results were disappointing because no alpha-particle emission signature could be detected from the elution product. With further analysis, searching for characteristic X-rays and conversion electron signals, a berkelium isotope was eventually detected. Its mass number was uncertain between 243 and 244 in the initial report, but was later established as 243.
Synthesis and extraction
Preparation of isotopes
Berkelium is produced by bombarding lighter actinides uranium (238U) or plutonium (239Pu) with neutrons in a nuclear reactor. In a more common case of uranium fuel, plutonium is produced first by neutron capture (the so-called (n,γ) reaction or neutron fusion) followed by beta-decay:
^{238}_{92}U ->[\ce{(n,\gamma)}] ^{239}_{92}U ->[\beta^-][23.5 \ \ce{min}] ^{239}_{93}Np ->[\beta^-][2.3565 \ \ce{d}] ^{239}_{94}Pu (the times are half-lives)
Plutonium-239 is further irradiated by a source that has a high neutron flux, several times higher than a conventional nuclear reactor, such as the 85-megawatt High Flux Isotope Reactor (HFIR) at the Oak Ridge National Laboratory in Tennessee, USA. The higher flux promotes fusion reactions involving not one but several neutrons, converting 239Pu to 244Cm and then to 249Cm:
Curium-249 has a short half-life of 64 minutes, and thus its further conversion to 250Cm has a low probability. Instead, it transforms by beta-decay into 249Bk:
^{249}_{96}Cm ->[{\beta^-}][64.15 \ \ce{min}] ^{249}_{97}Bk ->[\beta^-][330 \ \ce{d}] ^{249}_{98}Cf
The thus-produced 249Bk has a long half-life of 330 days and thus can capture another neutron. However, the product, 250Bk, again has a relatively short half-life of 3.212 hours and thus does not yield any heavier berkelium isotopes. It instead decays to the californium isotope 250Cf:
^{249}_{97}Bk ->[\ce{(n,\gamma)}] ^{250}_{97}Bk ->[\beta^-][3.212 \ \ce{h}] ^{250}_{98}Cf
Although 247Bk is the most stable isotope of berkelium, its production in nuclear reactors is very difficult because its potential progenitor 247Cm has never been observed to undergo beta decay. Thus, 249Bk is the most accessible isotope of berkelium, which still is available only in small quantities (only 0.66 grams have been produced in the US over the period 1967–1983) at a high price of the order 185 USD per microgram. It is the only berkelium isotope available in bulk quantities, and thus the only berkelium isotope whose properties can be extensively studied.
The isotope 248Bk was first obtained in 1956 by bombarding a mixture of curium isotopes with 25 MeV α-particles. Although its direct detection was hindered by strong signal interference with 245Bk, the existence of a new isotope was proven by the growth of the decay product 248Cf which had been previously characterized. The half-life of 248Bk was estimated as hours, though later 1965 work gave a half-life in excess of 300 years (which may be due to an isomeric state). Berkelium-247 was produced during the same year by irradiating 244Cm with alpha-particles:
Berkelium-242 was synthesized in 1979 by bombarding 235U with 11B, 238U with 10B, 232Th with 14N or 232Th with 15N. It converts by electron capture to 242Cm with a half-life of minutes. A search for an initially suspected isotope 241Bk was then unsuccessful; 241Bk has since been synthesized.
Separation
The fact that berkelium readily assumes oxidation state +4 in solids, and is relatively stable in this state in liquids greatly assists separation of berkelium away from many other actinides. These are inevitably produced in relatively large amounts during the nuclear synthesis and often favor the +3 state. This fact was not yet known in the initial experiments, which used a more complex separation procedure. Various inorganic oxidation agents can be applied to the solutions to convert it to the +4 state, such as bromates (), bismuthates (), chromates ( and CrO), silver(I) thiolate (), lead(IV) oxide (), ozone (), or photochemical oxidation procedures. More recently, it has been discovered that some organic and bio-inspired molecules, such as the chelator called 3,4,3-LI(1,2-HOPO), can also oxidize Bk(III) and stabilize Bk(IV) under mild conditions. is then extracted with ion exchange, extraction chromatography or liquid-liquid extraction using HDEHP (bis-(2-ethylhexyl) phosphoric acid), amines, tributyl phosphate or various other reagents. These procedures separate berkelium from most trivalent actinides and lanthanides, except for the lanthanide cerium (lanthanides are absent in the irradiation target but are created in various nuclear fission decay chains).
A more detailed procedure adopted at the Oak Ridge National Laboratory was as follows: the initial mixture of actinides is processed with ion exchange using lithium chloride reagent, then precipitated as hydroxides, filtered and dissolved in nitric acid. It is then treated with high-pressure elution from cation exchange resins, and the berkelium phase is oxidized and extracted using one of the procedures described above. Reduction of the thus-obtained to the +3 oxidation state yields a solution, which is nearly free from other actinides (but contains cerium). Berkelium and cerium are then separated with another round of ion-exchange treatment.
Bulk metal preparation
In order to characterize chemical and physical properties of solid berkelium and its compounds, a program was initiated in 1952 at the Material Testing Reactor, Arco, Idaho, US. It resulted in preparation of an eight-gram plutonium-239 target and in the first production of macroscopic quantities (0.6 micrograms) of berkelium by Burris B. Cunningham and Stanley Gerald Thompson in 1958, after a continuous reactor irradiation of this target for six years. This irradiation method was and still is the only way of producing weighable amounts of the element, and most solid-state studies of berkelium have been conducted on microgram or submicrogram-sized samples.
The world's major irradiation sources are the 85-megawatt High Flux Isotope Reactor at the Oak Ridge National Laboratory in Tennessee, USA, and the SM-2 loop reactor at the Research Institute of Atomic Reactors (NIIAR) in Dimitrovgrad, Russia, which are both dedicated to the production of transcurium elements (atomic number greater than 96). These facilities have similar power and flux levels, and are expected to have comparable production capacities for transcurium elements, although the quantities produced at NIIAR are not publicly reported. In a "typical processing campaign" at Oak Ridge, tens of grams of curium are irradiated to produce decigram quantities of californium, milligram quantities of berkelium-249 and einsteinium, and picogram quantities of fermium. In total, just over one gram of berkelium-249 has been produced at Oak Ridge since 1967.
The first berkelium metal sample weighing 1.7 micrograms was prepared in 1971 by the reduction of fluoride with lithium vapor at 1000 °C; the fluoride was suspended on a tungsten wire above a tantalum crucible containing molten lithium. Later, metal samples weighing up to 0.5 milligrams were obtained with this method.
Similar results are obtained with fluoride. Berkelium metal can also be produced by the reduction of oxide with thorium or lanthanum.
Compounds
Oxides
Two oxides of berkelium are known, with the berkelium oxidation state of +3 (Bk2O3) and +4 (BkO2). oxide is a brown solid, while oxide is a yellow-green solid with a melting point of 1920 °C and is formed from BkO2 by reduction with molecular hydrogen:
Upon heating to 1200 °C, the oxide Bk2O3 undergoes a phase change; it undergoes another phase change at 1750 °C. Such three-phase behavior is typical for the actinide sesquioxides. oxide, BkO, has been reported as a brittle gray solid but its exact chemical composition remains uncertain.
Halides
In halides, berkelium assumes the oxidation states +3 and +4. The +3 state is the most stable, especially in solutions, while the tetravalent halides BkF4 and Cs2BkCl6 are only known in the solid phase. The coordination of berkelium atom in its trivalent fluoride and chloride is tricapped trigonal prismatic, with the coordination number of 9. In trivalent bromide, it is bicapped trigonal prismatic (coordination 8) or octahedral (coordination 6), and in the iodide it is octahedral.
fluoride (BkF4) is a yellow-green ionic solid and is isotypic with uranium tetrafluoride or zirconium tetrafluoride. fluoride (BkF3) is also a yellow-green solid, but it has two crystalline structures. The most stable phase at low temperatures is isotypic with yttrium(III) fluoride, while upon heating to between 350 and 600 °C, it transforms to the structure found in lanthanum trifluoride.
Visible amounts of chloride (BkCl3) were first isolated and characterized in 1962, and weighed only 3 billionths of a gram. It can be prepared by introducing hydrogen chloride vapors into an evacuated quartz tube containing berkelium oxide at a temperature about 500 °C. This green solid has a melting point of 600 °C, and is isotypic with uranium(III) chloride. Upon heating to nearly melting point, BkCl3 converts into an orthorhombic phase.
Two forms of bromide are known: one with berkelium having coordination 6, and one with coordination 8. The latter is less stable and transforms to the former phase upon heating to about 350 °C. An important phenomenon for radioactive solids has been studied on these two crystal forms: the structure of fresh and aged 249BkBr3 samples was probed by X-ray diffraction over a period longer than 3 years, so that various fractions of berkelium-249 had beta decayed to californium-249. No change in structure was observed upon the 249BkBr3—249CfBr3 transformation. However, other differences were noted for 249BkBr3 and 249CfBr3. For example, the latter could be reduced with hydrogen to 249CfBr2, but the former could not – this result was reproduced on individual 249BkBr3 and 249CfBr3 samples, as well on the samples containing both bromides. The intergrowth of californium in berkelium occurs at a rate of 0.22% per day and is an intrinsic obstacle in studying berkelium properties. Beside a chemical contamination, 249Cf, being an alpha emitter, brings undesirable self-damage of the crystal lattice and the resulting self-heating. The chemical effect however can be avoided by performing measurements as a function of time and extrapolating the obtained results.
Other inorganic compounds
The pnictides of berkelium-249 of the type BkX are known for the elements nitrogen, phosphorus, arsenic and antimony. They crystallize in the rock-salt structure and are prepared by the reaction of either hydride (BkH3) or metallic berkelium with these elements at elevated temperature (about 600 °C) under high vacuum.
sulfide, Bk2S3, is prepared by either treating berkelium oxide with a mixture of hydrogen sulfide and carbon disulfide vapors at 1130 °C, or by directly reacting metallic berkelium with elemental sulfur. These procedures yield brownish-black crystals.
and hydroxides are both stable in 1 molar solutions of sodium hydroxide. phosphate (BkPO4) has been prepared as a solid, which shows strong fluorescence under excitation with a green light. Berkelium hydrides are produced by reacting metal with hydrogen gas at temperatures about 250 °C. They are non-stoichiometric with the nominal formula BkH2+x (0 < x < 1). Several other salts of berkelium are known, including an oxysulfide (Bk2O2S), and hydrated nitrate (), chloride (), sulfate () and oxalate (). Thermal decomposition at about 600 °C in an argon atmosphere (to avoid oxidation to ) of yields the crystals of oxysulfate (). This compound is thermally stable to at least 1000 °C in inert atmosphere.
Organoberkelium compounds
Berkelium forms a trigonal (η5–C5H5)3Bk metallocene complex with three cyclopentadienyl rings, which can be synthesized by reacting chloride with the molten beryllocene (Be(C5H5)2) at about 70 °C. It has an amber color and a density of 2.47 g/cm3. The complex is stable to heating to at least 250 °C, and sublimates without melting at about 350 °C. The high radioactivity of berkelium gradually destroys the compound (within a period of weeks). One cyclopentadienyl ring in (η5–C5H5)3Bk can be substituted by chlorine to yield [Bk(C5H5)2Cl]2. The optical absorption spectra of this compound are very similar to those of (η5–C5H5)3Bk.
Applications
There is currently no use for any isotope of berkelium outside basic scientific research. Berkelium-249 is a common target nuclide to prepare still heavier transuranium elements and superheavy elements, such as lawrencium, rutherfordium and bohrium. It is also useful as a source of the isotope californium-249, which is used for studies on the chemistry of californium in preference to the more radioactive californium-252 that is produced in neutron bombardment facilities such as the HFIR.
A 22 milligram batch of berkelium-249 was prepared in a 250-day irradiation and then purified for 90 days at Oak Ridge in 2009. This target yielded the first 6 atoms of tennessine at the Joint Institute for Nuclear Research (JINR), Dubna, Russia, after bombarding it with calcium ions in the U400 cyclotron for 150 days. This synthesis was a culmination of the Russia-US collaboration between JINR and Lawrence Livermore National Laboratory on the synthesis of elements 113 to 118 which was initiated in 1989.
Nuclear fuel cycle
The nuclear fission properties of berkelium are different from those of the neighboring actinides curium and californium, and they suggest berkelium to perform poorly as a fuel in a nuclear reactor. Specifically, berkelium-249 has a moderately large neutron capture cross section of 710 barns for thermal neutrons, 1200 barns resonance integral, but very low fission cross section for thermal neutrons. In a thermal reactor, much of it will therefore be converted to berkelium-250 which quickly decays to californium-250. In principle, berkelium-249 can sustain a nuclear chain reaction in a fast breeder reactor. Its critical mass is relatively high at 192 kg; it can be reduced with a water or steel reflector but would still exceed the world production of this isotope.
Berkelium-247 can maintain chain reaction both in a thermal-neutron and in a fast-neutron reactor, however, its production is rather complex and thus the availability is much lower than its critical mass, which is about 75.7 kg for a bare sphere, 41.2 kg with a water reflector and 35.2 kg with a steel reflector (30 cm thickness).
Health issues
Little is known about the effects of berkelium on human body, and analogies with other elements may not be drawn because of different radiation products (electrons for berkelium and alpha particles, neutrons, or both for most other actinides). The low energy of electrons emitted from berkelium-249 (less than 126 keV) hinders its detection, due to signal interference with other decay processes, but also makes this isotope relatively harmless to humans as compared to other actinides. However, berkelium-249 transforms with a half-life of only 330 days to the strong alpha-emitter californium-249, which is rather dangerous and has to be handled in a glovebox in a dedicated laboratory.
Most available berkelium toxicity data originate from research on animals. Upon ingestion by rats, only about 0.01% of berkelium ends in the blood stream. From there, about 65% goes to the bones, where it remains for about 50 years, 25% to the lungs (biological half-life about 20 years), 0.035% to the testicles or 0.01% to the ovaries where berkelium stays indefinitely. The balance of about 10% is excreted. In all these organs berkelium might promote cancer, and in the skeleton, its radiation can damage red blood cells. The maximum permissible amount of berkelium-249 in the human skeleton is 0.4 nanograms.
References
Bibliography
External links
Berkelium at The Periodic Table of Videos (University of Nottingham)
Chemical elements
Actinides
Synthetic elements |
3760 | https://en.wikipedia.org/wiki/Bauxite | Bauxite | Bauxite is a sedimentary rock with a relatively high aluminium content. It is the world's main source of aluminium and gallium. Bauxite consists mostly of the aluminium minerals gibbsite (Al(OH)3), boehmite (γ-AlO(OH)) and diaspore (α-AlO(OH)), mixed with the two iron oxides goethite (FeO(OH)) and haematite (Fe2O3), the aluminium clay mineral kaolinite (Al2Si2O5(OH)4) and small amounts of anatase (TiO2) and ilmenite (FeTiO3 or FeO.TiO2).
Bauxite appears dull in luster and is reddish-brown, white, or tan in color.
In 1821 the French geologist Pierre Berthier discovered bauxite near the village of Les Baux in Provence, southern France.
Formation
Numerous classification schemes have been proposed for bauxite but, , there was no consensus.
Vadász (1951) distinguished lateritic bauxites (silicate bauxites) from karst bauxite ores (carbonate bauxites):
The carbonate bauxites occur predominantly in Europe, Guyana, Suriname, and Jamaica above carbonate rocks (limestone and dolomite), where they were formed by lateritic weathering and residual accumulation of intercalated clay layers – dispersed clays which were concentrated as the enclosing limestones gradually dissolved during chemical weathering.
The lateritic bauxites are found mostly in the countries of the tropics. They were formed by lateritization of various silicate rocks such as granite, gneiss, basalt, syenite, and shale. In comparison with the iron-rich laterites, the formation of bauxites depends even more on intense weathering conditions in a location with very good drainage. This enables the dissolution of the kaolinite and the precipitation of the gibbsite. Zones with highest aluminium content are frequently located below a ferruginous surface layer. The aluminium hydroxide in the lateritic bauxite deposits is almost exclusively gibbsite.
In the case of Jamaica, recent analysis of the soils showed elevated levels of cadmium, suggesting that the bauxite originates from recent Miocene ash deposits from episodes of significant volcanism in Central America.
Production and reserves
Australia is the largest producer of bauxite, followed by China. Increased aluminium recycling, which has the advantage of lowering the cost in electric power in producing aluminium, will considerably extend the world's bauxite reserves.
Processing
Bauxite is usually strip mined because it is almost always found near the surface of the terrain, with little or no overburden. , approximately 70% to 80% of the world's dry bauxite production is processed first into alumina and then into aluminium by electrolysis. Bauxite rocks are typically classified according to their intended commercial application: metallurgical, abrasive, cement, chemical, and refractory.
Usually, bauxite ore is heated in a pressure vessel along with a sodium hydroxide solution at a temperature of . At these temperatures, the aluminium is dissolved as sodium aluminate (the Bayer process). The aluminium compounds in the bauxite may be present as gibbsite(Al(OH)3), boehmite(AlOOH) or diaspore(AlOOH); the different forms of the aluminium component will dictate the extraction conditions. The undissolved waste, bauxite tailings, after the aluminium compounds are extracted contains iron oxides, silica, calcia, titania and some un-reacted alumina. After separation of the residue by filtering, pure gibbsite is precipitated when the liquid is cooled, and then seeded with fine-grained aluminium hydroxide. The gibbsite is usually converted into aluminium oxide, Al2O3, by heating in rotary kilns or fluid flash calciners to a temperature in excess of . This aluminium oxide is dissolved at a temperature of about in molten cryolite. Next, this molten substance can yield metallic aluminium by passing an electric current through it in the process of electrolysis, which is called the Hall–Héroult process, named after its American and French discoverers.
Prior to the invention of this process, and prior to the Deville process, aluminium ore was refined by heating ore along with elemental sodium or potassium in a vacuum. The method was complicated and consumed materials that were themselves expensive at that time. This made early elemental aluminium more expensive than gold.
Maritime safety
As a bulk cargo, Bauxite is a Group A cargo that may liquefy if excessively moist. Liquefaction and the Free surface effect can cause the cargo to shift rapidly inside the hold and make the ship unstable, potentially sinking the ship. One such vessel suspected to be sunk due to this issue was the MS Bulk Jupiter in 2015. One method which can demonstrate this effect is the Can test, in which a sample of the material is placed in a cylindrical can and struck against a surface many times. If a moist slurry forms in the can, then there is a likelihood for the cargo to liquefy; although conversely, even if the sample remains dry it does not conclusively prove that it will remain that way, or that it is safe for loading.
Source of gallium
Bauxite is the main source of the rare metal gallium.
During the processing of bauxite to alumina in the Bayer process, gallium accumulates in the sodium hydroxide liquor. From this it can be extracted by a variety of methods. The most recent is the use of ion-exchange resin. Achievable extraction efficiencies critically depend on the original concentration in the feed bauxite. At a typical feed concentration of 50 ppm, about 15 percent of the contained gallium is extractable. The remainder reports to the red mud and aluminium hydroxide streams.
See also
Bauxite, Arkansas
Rio Tinto Alcan
United Company RUSAL
MS Bulk Jupiter
References
Further reading
Bárdossy, G. (1982): Karst Bauxites: Bauxite deposits on carbonate rocks. Elsevier Sci. Publ. 441 p.
Bárdossy, G. and Aleva, G.J.J. (1990): Lateritic Bauxites. Developments in Economic Geology 27, Elsevier Sci. Publ. 624 p.
Grant, C.; Lalor, G. and Vutchkov, M. (2005) Comparison of bauxites from Jamaica, the Dominican Republic and Suriname. Journal of Radioanalytical and Nuclear Chemistry p. 385–388 Vol.266, No.3
Hanilçi, N. (2013). Geological and geochemical evolution of the Bolkardaği bauxite deposits, Karaman, Turkey: Transformation from shale to bauxite. Journal of Geochemical Exploration
External links
USGS Minerals Information: Bauxite
Mineral Information Institute
Sedimentary rocks
Aluminium minerals
Articles containing video clips
Regolith
Weathering |
3764 | https://en.wikipedia.org/wiki/Bavaria | Bavaria | Bavaria (; , ), officially the Free State of Bavaria (, ; ), is a federal state in the south-east of Germany. With an area of , Bavaria is the largest German state by land area, comprising roughly a fifth of the total land area of Germany. With over 13 million inhabitants, it is second in population only to North Rhine-Westphalia, but due to its large size its population density is below the German average. Bavaria's main cities are Munich (its capital and largest city and also the third largest city in Germany), Nuremberg, and Augsburg.
The history of Bavaria includes its earliest settlement by Iron Age Celtic tribes, followed by the conquests of the Roman Empire in the 1st century BC, when the territory was incorporated into the provinces of Raetia and Noricum. It became the Duchy of Bavaria (a stem duchy) in the 6th century AD following the collapse of the Western Roman Empire. It was later incorporated into the Holy Roman Empire, became an independent kingdom after 1806, joined the Prussian-led German Empire in 1871 while retaining its title of kingdom, and finally became a state of the Federal Republic of Germany in 1949.
Bavaria has a unique culture, largely because of the state's large Catholic plurality and conservative traditions. Bavarians have traditionally been proud of their culture, which includes a language, cuisine, architecture, festivals such as Oktoberfest and elements of Alpine symbolism. The state also has the second largest economy among the German states by GDP figures, giving it a status as a rather wealthy German region.
Contemporary Bavaria also includes parts of the historical regions of Franconia and Swabia.
History
Antiquity
The Bavarians emerged in a region north of the Alps, previously inhabited by Celts, which had been part of the Roman provinces of Raetia and Noricum.
The Bavarians spoke a Germanic dialect which developed into Old High German during the early Middle Ages, but, unlike other Germanic groups, they probably did not migrate from elsewhere during the period of Western Roman collapse.
Rather, they seem to have coalesced out of other groups left behind by the Roman withdrawal late in the 5th century. These peoples may have included the Celtic Boii, some remaining Romans, Marcomanni, Allemanni, Quadi, Thuringians, Goths, Scirians, Rugians, Heruli. The name "Bavarian" ("Baiuvarii") means "Men of Baia" which may indicate Bohemia, the homeland of the Celtic Boii and later of the Marcomanni. They first appear in written sources circa 520.
A 17th century Jewish chronicler David Solomon Ganz, citing Cyriacus Spangenberg, claimed that the diocese was named after an ancient Bohemian king, Boiia, in the 14th century BC.
Middle Ages
From about 554 to 788, the house of Agilolfing ruled the Duchy of Bavaria, ending with Tassilo III who was deposed by Charlemagne.
Three early dukes are named in Frankish sources: Garibald I may have been appointed to the office by the Merovingian kings and married the Lombard princess Walderada when the church forbade her to King Chlothar I in 555. Their daughter, Theodelinde, became Queen of the Lombards in northern Italy and Garibald was forced to flee to her when he fell out with his Frankish overlords.
Garibald's successor, Tassilo I, tried unsuccessfully to hold the eastern frontier against the expansion of Slavs and Avars around 600. Tassilo's son Garibald II seems to have achieved a balance of power between 610 and 616.
After Garibald II, little is known of the Bavarians until Duke Theodo I, whose reign may have begun as early as 680. From 696 onward, he invited churchmen from the west to organize churches and strengthen Christianity in his duchy. (It is unclear what Bavarian religious life consisted of before this time.)
His son, Theudebert, led a decisive Bavarian campaign to intervene in a succession dispute in the Lombard Kingdom in 714, and married his sister Guntrud to the Lombard King Liutprand. At Theodo's death the duchy was divided among his sons, but reunited under his grandson Hugbert.
At Hugbert's death (735) the duchy passed to a distant relative named Odilo, from neighboring Alemannia (modern southwest Germany and northern Switzerland). Odilo issued a law code for Bavaria, completed the process of church organization in partnership with St. Boniface (739), and tried to intervene in Frankish succession disputes by fighting for the claims of the Carolingian Grifo. He was defeated near Augsburg in 743 but continued to rule until his death in 748.
Saint Boniface completed the people's conversion to Christianity in the early 8th century.
Tassilo III (b. 741 – d. after 796) succeeded his father at the age of eight after an unsuccessful attempt by Grifo to rule Bavaria. He initially ruled under Frankish oversight but began to function independently from 763 onward. He was particularly noted for founding new monasteries and for expanding eastwards, fighting Slavs in the eastern Alps and along the Danube and colonizing these lands.
After 781, however, his cousin Charlemagne began to pressure Tassilo to submit and finally deposed him in 788. The deposition was not entirely legitimate.
Dissenters attempted a coup against Charlemagne at Tassilo's old capital of Regensburg in 792, led by his own son Pépin the Hunchback. The king had to drag Tassilo out of imprisonment to formally renounce his rights and titles at the Assembly of Frankfurt in 794. This is the last appearance of Tassilo in the sources, and he probably died a monk. As all of his family were also forced into monasteries, this was the end of the Agilolfing dynasty.
For the next 400 years numerous families held the duchy, rarely for more than three generations. With the revolt of duke Henry the Quarrelsome in 976, Bavaria lost large territories in the south and south east.
The territory of Ostarrichi was elevated to a duchy in its own right and given to the Babenberger family. This event marks the founding of Austria.
The last, and one of the most important, of the dukes of Bavaria was Henry the Lion of the house of Welf, founder of Munich, and de facto the second most powerful man in the empire as the ruler of two duchies. When in 1180, Henry the Lion was deposed as Duke of Saxony and Bavaria by his cousin, Frederick I, Holy Roman Emperor (a.k.a. "Barbarossa" for his red beard), Bavaria was awarded as fief to the Wittelsbach family, counts palatinate of Schyren ("Scheyern" in modern German). They ruled for 738 years, from 1180 to 1918. The Electorate of the Palatinate by Rhine (Kurpfalz in German) was also acquired by the House of Wittelsbach in 1214, which they would subsequently hold for six centuries.
The first of several divisions of the duchy of Bavaria occurred in 1255. With the extinction of the Hohenstaufen in 1268, Swabian territories were acquired by the Wittelsbach dukes. Emperor Louis the Bavarian acquired Brandenburg, Tyrol, Holland and Hainaut for his House but released the Upper Palatinate for the Palatinate branch of the Wittelsbach in 1329.
In the 14th and 15th centuries, upper and lower Bavaria were repeatedly subdivided. Four Duchies existed after the division of 1392: Bavaria-Straubing, Bavaria-Landshut, Bavaria-Ingolstadt and Bavaria-Munich. In 1506 with the Landshut War of Succession, the other parts of Bavaria were reunited, and Munich became the sole capital. The country became a center of the Jesuit-inspired Counter- Reformation.
Electorate of Bavaria
In 1623 the Bavarian duke replaced his relative of the Palatinate branch, the Electorate of the Palatinate in the early days of the Thirty Years' War and acquired the powerful prince-electoral dignity in the Holy Roman Empire, determining its Emperor thence forward, as well as special legal status under the empire's laws.
During the early and mid-18th century the ambitions of the Bavarian prince electors led to several wars with Austria as well as occupations by Austria (War of the Spanish Succession, War of the Austrian Succession with the election of a Wittelsbach emperor instead of a Habsburg).
From 1777 onward, and after the younger Bavarian branch of the family had died out with elector Max III Joseph, Bavaria and the Electorate of the Palatinate were governed once again in personal union, now by the Palatinian lines.
The new state also comprised the Duchies of Jülich and Berg as these on their part were in personal union with the Palatinate.
Kingdom of Bavaria
When Napoleon abolished the Holy Roman Empire, Bavaria became - by grace of Napoleon - a kingdom in 1806 due, in part, to the Confederation of the Rhine.
Its area doubled after the Duchy of Jülich was ceded to France, as the Electoral Palatinate was divided between France and the Grand Duchy of Baden. The Duchy of Berg was given to Jerome Bonaparte. Tyrol and Salzburg were temporarily reunited with Bavaria but finally ceded to Austria by the Congress of Vienna.
In return Bavaria was allowed to annex the modern-day region of Palatinate to the west of the Rhine and Franconia in 1815. Between 1799 and 1817, the leading minister, Count Montgelas, followed a strict policy of modernisation copying Napoleonic France; he laid the foundations of centralized administrative structures that survived the monarchy and, in part, have retained core validity through the 20st century.
In May 1808, a first constitution was passed by Maximilian I, being modernized in 1818. This second version established a bicameral Parliament with a House of Lords (Kammer der Reichsräte) and a House of Commons (Kammer der Abgeordneten). That constitution was followed until the collapse of the monarchy at the end of World War I.
After the rise of Prussia to power in the early 18th century, Bavaria preserved its independence by playing off the rivalry of Prussia and Austria. Allied to Austria, it was defeated along with Austria in the 1866 Austro-Prussian War and was not incorporated into the North German Confederation of 1867, but the question of German unity was still alive. When France declared war on Prussia in 1870, all the south German states (Baden, Württemberg, Hessen-Darmstadt and Bavaria) aside from Austria, joined the Prussian forces and ultimately joined the Federation, which was renamed Deutsches Reich (German Empire) in 1871.
Bavaria continued formally as a monarchy, and it had some special rights within the federation (such as an army, railways, postal service and a diplomatic body of its own) but the diplomatic body were later undone by Wilhelm II who declared them illegal and got rid of the diplomatic service.
Part of the German Empire
When Bavaria became part of the newly formed German Empire, this action was considered controversial by Bavarian nationalists who had wanted to retain independence from the rest of Germany, as had Austria.
As Bavaria had a heavily Catholic majority population, many people resented being ruled by the mostly Protestant northerners of Prussia. As a direct result of the Bavarian-Prussian feud, political parties formed to encourage Bavaria to break away and regain its independence.
In the early 20th century, Wassily Kandinsky, Paul Klee, Henrik Ibsen, and other artists were drawn to Bavaria, especially to the Schwabing district of Munich, a center of international artistic activity. This area was devastated by bombing and invasion during World War II.
Free State of Bavaria
Free State has been an adopted designation after the abolition of monarchy in the aftermath of World War I in several German states.
On 12 November 1918, Ludwig III signed a document, the Anif declaration, releasing both civil and military officers from their oaths; the newly formed republican government, or "People's State" of Socialist premier Kurt Eisner, interpreted this as an abdication. To date, however, no member of the House of Wittelsbach has ever formally declared renunciation of the throne.
On the other hand, none has ever since officially called upon their Bavarian or Stuart claims. Family members are active in cultural and social life, including the head of the house, Franz, Duke of Bavaria. They step back from any announcements on public affairs, showing approval or disapproval solely by Franz's presence or absence.
Eisner was assassinated in February 1919, ultimately leading to a Communist revolt and the short-lived Bavarian Soviet Republic being proclaimed 6 April 1919. After violent suppression by elements of the German Army and notably the Freikorps, the Bavarian Soviet Republic fell in May 1919. The Bamberg Constitution () was enacted on 12 or 14 August 1919 and came into force on 15 September 1919 creating the Free State of Bavaria within the Weimar Republic.
Extremist activity further increased, notably the 1923 Beer Hall Putsch led by the National Socialists, and Munich and Nuremberg became seen as Nazi strongholds during the Weimar Republic and Nazi dictatorship. However, in the crucial German federal election, March 1933, the Nazis received less than 50% of the votes cast in Bavaria.
As a manufacturing centre, Munich was heavily bombed during World War II and was occupied by U.S. troops, becoming a major part of the American Zone of Allied-occupied Germany (1945–47) and then of "Bizonia".
The Rhenish Palatinate was detached from Bavaria in 1946 and made part of the new state Rhineland-Palatinate. During the Cold War, Bavaria was part of West Germany. In 1949, the Free State of Bavaria chose not to sign the Founding Treaty (Gründungsvertrag) for the formation of the Federal Republic of Germany, opposing the division of Germany into two countries after World War II.
The Bavarian Parliament did not sign the Basic Law of Germany, mainly because it was seen as not granting sufficient powers to the individual Länder (states), but at the same time decided that it would still come into force in Bavaria if two-thirds of the other Länder ratified it.
All of the other Länder ratified it, however, so it became law.
Bavarian identity
Bavarians have often emphasized a separate national identity and considered themselves as "Bavarians" first, "Germans" second.
In the 19th-century sense, an independent Bavarian State only existed from 1806-71. This feeling started to come about more strongly among Bavarians when the Kingdom of Bavaria was forced by Bismarck to join the Protestant Prussian-dominated German Empire in 1871, while the Bavarian nationalists wanted to keep Bavaria as Catholic and an independent state. Aside from the minority Bavaria Party, most Bavarians now accept Bavaria is part of Germany.
Another consideration is that Bavarians foster different cultural identities: Franconia in the north, speaking East Franconian German; Bavarian Swabia in the south west, speaking Swabian German; and Altbayern (so-called "Old Bavaria", the regions forming the "historic", pentagon-shaped Bavaria before the acquisitions through the Vienna Congress, at present the districts of the Upper Palatinate, Lower and Upper Bavaria) speaking Austro-Bavarian.
In Munich, the Old Bavarian dialect was widely spread, but nowadays High German is predominantly spoken there. Moreover, by the expulsion of German speakers from Eastern Europe, Bavaria has received a large population that was not traditionally Bavarian. In particular, the Sudeten Germans, expelled from neighboring Czechoslovakia, have been deemed to have become the "fourth tribe" of Bavarians.
Flags and coat of arms
Flags
Uniquely among German states, Bavaria has two official flags of equal status, one with a white and blue stripe, the other with white and blue lozenges. Either may be used by civilians and government offices, who are free to choose between them. Unofficial versions of the flag, especially a lozenge style with coat of arms, are sometimes used by civilians.
Coat of arms
The modern coat of arms of Bavaria was designed by Eduard Ege in 1946, following heraldic traditions.
The Golden Lion: At the dexter chief, sable, a lion rampant Or, armed and langued gules. This represents the administrative region of Upper Palatinate.
The "Franconian Rake": At the sinister chief, per fess dancetty, gules, and argent. This represents the administrative regions of Upper, Middle and Lower Franconia.
The Blue "Pantier" (mythical creature from French heraldry, sporting a flame instead of a tongue): At the dexter base, argent, a Pantier rampant azure, armed Or and langued gules. This represents the regions of Lower and Upper Bavaria.
The Three Lions: At the sinister base, Or, three lions passant guardant sable, armed and langued gules. This represents Swabia.
The White-And-Blue inescutcheon: The inescutcheon of white and blue fusils askance was originally the coat of arms of the Counts of Bogen, adopted in 1247 by the House of Wittelsbach. The white-and-blue fusils are indisputably the emblem of Bavaria and these arms today symbolize Bavaria as a whole. Along with the People's Crown, it is officially used as the Minor Coat of Arms.
The People's Crown (Volkskrone): The coat of arms is surmounted by a crown with a golden band inset with precious stones and decorated with five ornamental leaves. This crown first appeared in the coat of arms to symbolize sovereignty of the people after the royal crown was eschewed in 1923.
Geography
Bavaria shares international borders with Austria (Salzburg, Tyrol, Upper Austria and Vorarlberg) and the Czech Republic (Karlovy Vary, Plzeň and South Bohemian Regions), as well as with Switzerland (across Lake Constance to the Canton of St. Gallen).
All of these countries are part of the Schengen Area, so the border is completely open.
Neighboring states within Germany are Baden-Württemberg, Hesse, Thuringia, and Saxony. Two major rivers flow through the state: the Danube (Donau) and the Main. The Bavarian Alps define the border with Austria (including the Austrian federal-states of Vorarlberg, Tyrol and Salzburg), and within the range is the highest peak in Germany: the Zugspitze.
The Bavarian Forest and the Bohemian Forest form the vast majority of the frontier with the Czech Republic and Bohemia.
The major cities in Bavaria are Munich (München), Nuremberg (Nürnberg), Augsburg, Regensburg, Würzburg, Ingolstadt, Fürth, and Erlangen.
The geographic center of the European Union is located in the northwestern corner of Bavaria.
Climate
At lower elevations the climate is classified according to Köppen’s guide as “Cfb” or “Dfb” at lower altitudes, then at higher altitudes the climate becomes “Dfc” and “ET”.
Climate change and its effects
The summer months have been getting hotter in recent years. For example, June 2019 was the warmest June in Bavaria since weather observations have been recorded and the winter 2019/2020 was 3 degrees Celsius warmer than the average temperature for many years all over Bavaria. On 20 December 2019 a record temperature of was recorded in Piding. In general winter months are seeing more precipitation which is taking the form of rain more often than that of snow compared to the past. Extreme weather like the 2013 European floods or the 2019 European heavy snowfalls is occurring more and more often. One effect of the continuing warming is the melting of almost all Bavarian Alpine glaciers: Of the five glaciers of Bavaria only the Höllentalferner is predicted to exist over a longer time perspective. The Südliche Schneeferner has almost vanished since the 1980s.
Administrative divisions
Administrative regions
Bavaria is divided into seven administrative regions called (singular ). For every Administrative regions exist a state agency called (district government).
Altbayern:
Upper Palatinate ()
Upper Bavaria ()
Lower Bavaria ()
Franconia:
Upper Franconia ()
Middle Franconia ()
Lower Franconia ()
Swabia:
Swabia ()
Bezirke
(districts) are the third communal layer in Bavaria; the others are the and the or . The in Bavaria are territorially identical with the , but they are self-governing regional corporation, having their own parliaments. In the other larger states of Germany, there are only as administrative divisions and no self-governing entities at the level of the as the in Bavaria.
Population and area
Districts
The second communal layer is made up of 71 rural districts (called , singular ) that are comparable to counties, as well as the 25 independent cities (, singular ), both of which share the same administrative responsibilities .
Rural districts:
Independent cities:
Municipalities
The 71 rural districts are on the lowest level divided into 2,031 regular municipalities (called , singular ). Together with the 25 independent cities (, which are in effect municipalities independent of administrations), there are a total of 2,056 municipalities in Bavaria.
In 44 of the 71 rural districts, there are a total of 215 unincorporated areas (as of 1 January 2005, called , singular ), not belonging to any municipality, all uninhabited, mostly forested areas, but also four lakes (-without islands, -without island , , which are the three largest lakes of Bavaria, and ).
Major cities and towns
Source: Bayerisches Landesamt für Statistik und Datenverarbeitung
Politics
Bavaria has a multiparty system dominated by the conservative Christian Social Union (CSU), which has won every election since 1945 with the exception of the 1950 ballot. Other important parties are The Greens, which became the second biggest political party in the 2018 local parliament elections and the center-left Social Democrats (SPD), who have dominated the city of Munich until 2020. Hitherto, Wilhelm Hoegner has been the only SPD candidate to ever become Minister-President; notable successors in office include multi-term Federal Minister Franz Josef Strauss, a key figure among West German conservatives during the Cold War years, and Edmund Stoiber, who both failed with their bids for Chancellorship.
The German Greens and the center-right Free Voters have been represented in the state parliament since 1986 and 2008 respectively.
In the 2003 elections the CSU won a ⅔ supermajority – something no party had ever achieved in postwar Germany. However, in the subsequent 2008 elections the CSU lost the absolute majority for the first time in 46 years.
The losses were partly attributed by some to the CSU's stance for an anti-smoking bill. (A first anti-smoking law had been proposed by the CSU and passed but was watered down after the election, after which a referendum enforced a strict antismoking bill with a large majority).
Current Landtag
The last state elections were held on 14 October 2018 in which the CSU lost its absolute majority in the state parliament in part due to the party's stances as part of the federal government, winning 37.2% of the vote; the party's second worst local election outcome in its history after 1950. The Greens who had surged in the polls leading up to the election have replaced the social-democratic SPD as the second biggest force in the Landtag with 17.6% of the vote. The SPD lost over half of its previous share compared to 2013 with a mere 9.7% in 2018. The liberals of the FDP were again able to reach the five-percent-threshold in order to receive mandates in parliament after they were not part of the Landtag after the 2013 elections. Also entering the new parliament were the right-wing populist Alternative for Germany (AfD), with 10.2% of the vote.
The center-right Free Voters party gained 11.6% of the vote and formed a government coalition with the CSU which led to the subsequent reelection of Markus Söder as Minister-President of Bavaria.
Government
Bavarian Cabinet since 12 November 2018
The Constitution of Bavaria of the Free State of Bavaria was enacted on 8 December 1946. The new Bavarian Constitution became the basis for the Bavarian State after the Second World War.
Bavaria has a unicameral (English: State Parliament), elected by universal suffrage. Until December 1999, there was also a , or Senate, whose members were chosen by social and economic groups in Bavaria, but following a referendum in 1998, this institution was abolished.
The Bavarian State Government consists of the Minister-President of Bavaria, eleven Ministers and six Secretaries of State. The Minister-President is elected for a period of five years by the State Parliament and is head of state. With the approval of the State Parliament he appoints the members of the State Government. The State Government is composed of the:
State Chancellery ()
Ministry of the Interior, for Sport and Integration ()
Ministry for Housing, Construction and Transport ()
Ministry of Justice ()
Ministry for Education and Culture ()
Ministry for Science and Art ()
Ministry of Finance and for Home Affairs ()
Ministry for Economic Affairs, Regional Development and Energy ()
Ministry for Environment and Consumer Protection ()
Ministry for Food, Agriculture and Forestry ()
Ministry for Family, Labour and Social Affairs ()
Ministry for Health and Care ()
Ministry for Digital Affairs ()
Political processes also take place in the seven regions ( or ) in Bavaria, in the 71 rural districts () and the 25 towns and cities forming their own districts (), and in the 2,031 local authorities ().
In 1995 Bavaria introduced direct democracy on the local level in a referendum. This was initiated bottom-up by an association called Mehr Demokratie (English: More Democracy). This is a grass-roots organization which campaigns for the right to citizen-initiated referendums. In 1997 the Bavarian Supreme Court tightened the regulations considerably (including by introducing a turn-out quorum). Nevertheless, Bavaria has the most advanced regulations on local direct democracy in Germany. This has led to a spirited citizens' participation in communal and municipal affairs—835 referenda took place from 1995 through 2005.
Minister-presidents of Bavaria since 1945
Designation as a "free state"
Unlike most German states (Länder), which simply designate themselves as "State of" (Land [...]), Bavaria uses the style of "Free State of Bavaria" (Freistaat Bayern). The difference from other states is purely terminological, as German constitutional law does not draw a distinction between "States" and "Free States". The situation is thus analogous to the United States, where some states use the style "Commonwealth" rather than "State". The term "Free State", a creation of the 19th century and intended to be a German alternative to (or translation of) the Latin-derived republic was common among the states of the Weimar Republic, after German monarchies had been abolished. Unlike most other states - many of which were new creations - Bavaria has resumed this terminology after World War II. Two other states, Saxony and Thuringia, also call themselves "Free State".
Arbitrary arrest and human rights
In July 2017, Bavaria's parliament enacted a new revision of the "Gefährdergesetz", allowing the authorities to imprison a person for a three months term, renewable indefinitely, when they haven't committed a crime but it is assumed that they might commit a crime "in the near future". Critics like the prominent journalist Heribert Prantl have called the law "shameful" and compared it to Guantanamo Bay detention camp, assessed it to be in violation of the European Convention on Human Rights, and also compared it to the legal situation in Russia, where a similar law allows for imprisonment for a maximum term of two years (i.e., not indefinitely).
Economy
Bavaria has long had one of the largest economies of any region in Germany, and in Europe. Its gross domestic product (GDP) in 2007 exceeded €434 billion (about U.S. $600 billion). This makes Bavaria itself one of the largest economies in Europe, and only 20 countries in the world have a higher GDP. The GDP of the region increased to €617.1 billion in 2018, accounting for 18.5% of German economic output. GDP per capita adjusted for purchasing power was €43,500 or 145% of the EU27 average in the same year. The GDP per employee was 114% of the EU average. This makes Bavaria one of the wealthiest regions in Europe. Bavaria has strong economic ties with Austria, Czechia, Switzerland, and Northern Italy.
In 2019 GDP in 832,4 milliards\billions euros, 48323 euro per people
Agriculture
The most distinctive high points of Bavarian agriculture are:
Hop growing in region Hallertau, which is up to 80% of German production and exported worldwide.
Inland aquaculture of carps and trout.
The well-hydrated alpine meadows are used to produce large quantities of quality milk, which is used to make a variety of cheese (including blue-veined cheese), yogurt and butter (Meggle).
The cultivation of asparagus is widespread, which is a very popular new season vegetable. In season ("Spargelzeit") restaurants offer special separated aspargaus menu . There is an asparagus museum in Schrobenhausen.
There are farms producing venison from deer and roe.
Viticulture is widespread in Lower Franconia.
Good ecology and strict control allow produce a large amount of organic products ("bio") and baby food.
Industries
Bavaria has the best developed industry in Germany and the lowest unemployment rate with 2.9% as of October 2021.
Branches:
Oil refining. Although there is oil production in Bavaria, but it does not meet domestic needs. Most of the oil is imported via pipelines from the Czech Republic (Russian oil) and from the Italian port of Trieste (Near East oil). Three refineries are situated near Ingolstadt and another one in Burghausen. Last one is a part of Bavarian chemical triangle and delivery row materials to other chemical plants.
Automotive is the most important and best developed Bavarian industry, which included manufacture of luxury cars (4 BMW and 2 Audi plants, R&D centers, test tracks), trucks (Traton MAN), special vehicles (Tadano Faun), buses (Evobus/Setra) and automotive parts (engines, electronics, cables, seats, interiors, cabrio roofs, heating and brake systems, software). Bavaria has the second-most employees (207,829) in the automotive industry of all German states after Baden-Württemberg as of 2018.
Aerospace and defense, which manufacture multi-role attack jet Eurofighter Typhoon, missiles from MBDA and Diehl Defence, parts of rocket Ariane, regional jet Dornier 728, ultra-light planes from Grob Aerospace, turbo jet engines for civil and military applications from MTU Aero Engines, helicopters Airbus, main battle tank Leopard 2, drones, composite parts, avionics, radars, propellants, initiators, powder, munitions. In Munich suburban Oberpfaffenhofen situated control center of European satellite navigation system Galileo, German Space Operations Center, Microwaves and Radar Institute, Institute of Communications and Navigation, Remote Sensing Technology Institute, Institute of Atmospheric Physics, Institute of Robotics and Mechatronics, Institute for Software Technology, Institute of System Dynamics and Control.
Other transport manufacturing also represents in Bavaria. Even exists ship yards, for example Bavaria Yachtbau, despite location many hundreds kilometers from sea away; manufacturing of 4-stroke marine diesel engine, which using in cruise liners, ferries and warships. Rail technique produce in Munich-Allach (locomotive Siemens Vectron) and rail maintenance vehicle in Freilassing.
Electronics. Chip design centers situated in Munich area (Infineon, Intel, Apple). There are 3 FABs: Infineon in Regensburg, Texas Instruments in Freising and Osram Optosemiconductors also in Regensburg. Power semiconductors are manufactured by Semikron. CNC controls are produced by Heidenhain, Traunreut and Siemens, Amberg. Silicon wafer for electronic manufacturing are delivered from Siltronic plant in Burghausen.
Medical equipment. In Erlangen is a headquarters of Siemens Healthineers which produce devices for computer tomography, interventional X-ray systems, radiation therapy, molecular and magnetic resonance imaging, software. Brainlab creates software and hardware for image-guided surgery. Roche Diagnostics in Penzberg manufactures therapeutic proteins, diagnostic tests, reagents, analyze system and biopharma products.
Brewery. Bavaria has long tradition of brewery, near a half of all German breweries are located here (645 of 1300). All possible types of breweries exist: home brewery of hotel or restaurant, belong to big international concern, state-owned, castle or monastery breweries. The perfect quality of beer is guaranteed by 500-years law ("Reinheitsgebot"), which allow as beer ingredients only water, hops, yeast and malt of barley, wheat or rye. But difference of roasting, fermentation or mixing allow to produce many different types of beers (not brand). Vladimir Putin at 2009 tasted beer from Brauerei Aying, Barack Obama at 2015 also tasted Bavarian beer of Karg Brauerei in Murnau. In Freising situated research center Weihenstephan for brewing and food quality.
Companies
Many large companies are headquartered in Bavaria, including Adidas, Allianz, Airbus, Audi, BMW, Brose, BSH Hausgeräte, HypoVereinsbank, Infineon, KUKA, Traton, MTU Aero Engines, Munich Re, Osram, Puma, Rohde & Schwarz, Schaeffler, Siemens, Wacker Chemie, Linde, Vitesco Technologies, Webasto, Grob, Heidenhain, Koenig & Bauer, Kaeser Compressors, Krones, Knorr-Bremse, Wacker Neuson, Krauss-Maffei Wegmann, Siltronic, Leoni, Fielmann, MediaMarkt, Conrad Electronic, BayWa, ProSiebenSat.1 Media, Telefónica Germany, Knauf, Rehau, Giesecke+Devrient.
Also American companies open a lot of research and development centers in Munich region: Apple (chip design), Google (data security), IBM (Watson technology), Intel (drones and telecommunication chips), General Electric (3D-printers and additive manufacturing), Gleason (gears manufacturing), Texas Instruments (chip design and manufacturing), Coherent (lasers).
Tourism
With 40 million tourists in 2019, Bavaria is the most visited German state and one of Europe's leading tourist destinations.
Attractions:
Amusement parks: Legoland in Günzburg, Bayern-Park in Reisbach (Vils), Playmobil in Zirndorf, Skyline Park in Bad Wörishofen and Bavaria Filmstadt in Grünwald
Christmas markets in Rothenburg ob der Tauber, Nuremberg and Munich
Factory-Outlet-Centers: Ingolstadt Village and Wertheim Village
Festivals: Oktoberfest
Unemployment
The unemployment rate stood at 2.6% in October 2018, the lowest in Germany and one of the lowest in the European Union.
Demographics
Bavaria has a population of approximately 13.1 million inhabitants (2020). 8 of the 80 largest cities in Germany are located within Bavaria with Munich being the largest (1,484,226 inhabitants, approximately 6.1 million when including the broader metropolitan area), followed by Nuremberg (518,370 inhabitants, approximately 3.6 million when including the broader metropolitan area), Augsburg (296,582 inhabitants) and Regensburg (153,094 inhabitants). All other cities in Bavaria had less than 150,000 inhabitants each in 2020. Population density in Bavaria was , below the national average of . Foreign nationals resident in Bavaria (both immigrants and refugees/asylum seekers) were principally from other EU countries and Turkey.
Vital statistics
Culture
Some features of the Bavarian culture and mentality are remarkably distinct from the rest of Germany. Noteworthy differences (especially in rural areas, less significant in the major cities) can be found with respect to religion, traditions, and language.
Religion
Bavarian culture (Altbayern) has a long and predominant tradition of Roman Catholic faith. Pope emeritus Benedict XVI (Joseph Alois Ratzinger) was born in Marktl am Inn in Upper Bavaria and was Cardinal-Archbishop of Munich and Freising. Otherwise, the culturally Franconian and Swabian regions of the modern State of Bavaria are historically more diverse in religiosity, with both Catholic and Protestant traditions. In 1925, 70.0% of the Bavarian population was Catholic, 28.8% was Protestant, 0.7% was Jewish, and 0.5% was placed in other religious categories.
46.9% of Bavarians adhered to Catholicism (a decline from 70.4% in 1970). 17.2 percent of the population adheres to the Evangelical Lutheran Church in Bavaria, which has also declined since 1970. Three percent was Orthodox, Muslims make up 4.0% of the population of Bavaria. 31.9 percent of Bavarians are irreligious or adhere to other religions.
Traditions
Bavarians commonly emphasize pride in their traditions. Traditional costumes collectively known as Tracht are worn on special occasions and include in Altbayern Lederhosen for males and Dirndl for females. Centuries-old folk music is performed. The Maibaum, or Maypole (which in the Middle Ages served as the community's business directory, as figures on the pole represented the trades of the village), and the bagpipes of the Upper Palatinate region bear witness to the ancient Celtic and Germanic remnants of cultural heritage of the region. There are many traditional Bavarian sports disciplines, e.g. the Aperschnalzen, competitive whipcracking.
Whether actually in Bavaria, overseas or with citizens from other nations Bavarians continue to cultivate their traditions. They hold festivals and dances to keep their heritage alive. In New York City the German American Cultural Society is a larger umbrella group for others which represent a specific part of Germany, including the Bavarian organizations. They present a German parade called Steuben Parade each year. Various affiliated events take place amongst its groups, one of which is the Bavarian Dancers.
Food and drink
Bavarians tend to place a great value on food and drink. In addition to their renowned dishes, Bavarians also consume many items of food and drink which are unusual elsewhere in Germany; for example ("white sausage") or in some instances a variety of entrails. At folk festivals and in many beer gardens, beer is traditionally served by the litre (in a ). Bavarians are particularly proud of the traditional , or beer purity law, initially established by the Duke of Bavaria for the City of Munich (i.e. the court) in 1487 and the duchy in 1516. According to this law, only three ingredients were allowed in beer: water, barley, and hops. In 1906 the made its way to all-German law, and remained a law in Germany until the EU partly struck it down in 1987 as incompatible with the European common market. German breweries, however, cling to the principle, and Bavarian breweries still comply with it in order to distinguish their beer brands. Bavarians are also known as some of the world's most prolific beer drinkers, with an average annual consumption of 170 liters per person.
Bavaria is also home to the Franconia wine region, which is situated along the river Main in Franconia. The region has produced wine (Frankenwein) for over 1,000 years and is famous for its use of the Bocksbeutel wine bottle. The production of wine forms an integral part of the regional culture, and many of its villages and cities hold their own wine festivals (Weinfeste) throughout the year.
Language and dialects
Three German dialects are most commonly spoken in Bavaria: Austro-Bavarian in Old Bavaria (Upper Bavaria, Lower Bavaria and the Upper Palatinate), Swabian German (an Alemannic German dialect) in the Bavarian part of Swabia (south west) and East Franconian German in Franconia (North). In the small town Ludwigsstadt in the north, district Kronach in Upper Franconia, Thuringian dialect is spoken. During the 20th century an increasing part of the population began to speak Standard German (Hochdeutsch), mainly in the cities.
Ethnography
Bavarians consider themselves to be egalitarian and informal. Their sociability can be experienced at the annual Oktoberfest, the world's largest beer festival, which welcomes around six million visitors every year, or in the famous beer gardens. In traditional Bavarian beer gardens, patrons may bring their own food but buy beer only from the brewery that runs the beer garden.
In the United States, particularly among German Americans, Bavarian culture is viewed somewhat nostalgically, and several "Bavarian villages" have been founded, most notably Frankenmuth, Michigan; Helen, Georgia; and Leavenworth, Washington. Since 1962, the latter has been styled with a Bavarian theme and is home to an Oktoberfest celebration it claims is among the most attended in the world outside of Munich.
Sports
Football
Bavaria is home to several football clubs including FC Bayern Munich, 1. FC Nürnberg, FC Augsburg, TSV 1860 Munich, FC Ingolstadt 04 and SpVgg Greuther Fürth. Bayern Munich is the most successful football team in Germany having won a record 30 German titles and 6 UEFA Champions League titles. They are followed by 1. FC Nürnberg who have won 9 titles. SpVgg Greuther Fürth have won 3 championships while TSV 1860 Munich have been champions once.
Basketball
Bavaria is also home to several professional basketball teams, including FC Bayern Munich, Brose Baskets Bamberg, s.Oliver Würzburg, Nürnberg Falcons BC and TSV Oberhaching Tropics.
Ice hockey
There are five Bavarian ice hockey teams playing in the German top-tier league DEL: EHC Red Bull München, Nürnberg Ice Tigers, Augsburger Panther, ERC Ingolstadt, and Straubing Tigers.
Notable people
Many famous people have been born or lived in present-day Bavaria:
Kings: Arnulf of Carinthia, Carloman of Bavaria, Charles the Fat, Lothair I, Louis the Child, Louis the German, Louis the Younger, Ludwig I of Bavaria, Ludwig II of Bavaria, Ludwig III of Bavaria, Maximilian I Joseph of Bavaria, Maximilian II of Bavaria, Otto, King of Bavaria
Religious leaders: Pope Benedict XVI (Joseph Aloisius Ratzinger); Pope Damasus II, Pope Victor II.
Painters: Albrecht Dürer, Albrecht Altdorfer, Carl Spitzweg, Erwin Eisch, Franz von Lenbach, Franz von Stuck, Franz Marc, Gabriele Münter, Hans Holbein the Elder, Johann Christian Reinhart, Lucas Cranach, Paul Klee.
Classical musicians Orlando di Lasso, Christoph Willibald Gluck, Leopold Mozart, Max Reger, Richard Wagner, Richard Strauss, Carl Orff, Johann Pachelbel, Theobald Boehm, Klaus Nomi.
Other musicians Hans-Jürgen Buchner, Barbara Dennerlein, Klaus Doldinger, Franzl Lang, Bands: Spider Murphy Gang, Sportfreunde Stiller, Obscura, Michael Bredl
Opera singers Jonas Kaufmann, Diana Damrau.
Writers, poets and playwrights Hans Sachs, Jean Paul, Friedrich Rückert, August von Platen-Hallermünde, Frank Wedekind, Christian Morgenstern, Oskar Maria Graf, Bertolt Brecht, Lion Feuchtwanger, Thomas Mann, Klaus Mann, Golo Mann, Ludwig Thoma, Michael Ende, Ludwig Aurbacher.
Scientists Albert Einstein, Max Planck, Wilhelm Conrad Röntgen, Werner Heisenberg, Adam Ries, Joseph von Fraunhofer, Georg Ohm, Johannes Stark, Carl von Linde, Ludwig Prandtl, Rudolf Mössbauer, Lothar Rohde, Hermann Schwarz, Robert Huber, Martin Behaim, Levi Strauss, Rudolf Diesel.
Physicians Alois Alzheimer, Max Joseph von Pettenkofer, Sebastian Kneipp.
Politicians Ludwig Erhard, Horst Seehofer, Christian Ude, Kurt Eisner, Franz-Josef Strauß, Roman Herzog, Leonard John Rose, Henry Kissinger.
Football players Max Morlock, Karl Mai, Franz Beckenbauer, Sepp Maier, Gerd Müller, Paul Breitner, Bernd Schuster, Klaus Augenthaler, Lothar Matthäus, Philipp Lahm, Bastian Schweinsteiger, Holger Badstuber, Thomas Müller, Mario Götze, Dietmar Hamann, Stefan Reuter
Other sportspeople Bernhard Langer, Dirk Nowitzki
Actors Michael Herbig, Werner Stocker, Helmut Fischer, Walter Sedlmayr, Gustl Bayrhammer, Ottfried Fischer, Ruth Drexel, Elmar Wepper, Fritz Wepper, Uschi Glas, Yank Azman.
Entertainers Siegfried Fischbacher
Film directors Helmut Dietl, Rainer Werner Fassbinder, Bernd Eichinger, Joseph Vilsmaier, Hans Steinhoff, Heinz Badewitz and Werner Herzog.
Designers Peter Schreyer, Damir Doma
Entrepreneurs Charles Diebold, Levi Strauss
Military Claus von Stauffenberg
Nazis: Sepp Dietrich, Karl Fiehler, Karl Gebhardt, Hermann Göring, Heinrich Himmler, Alfred Jodl, Josef Kollmer, Joseph Mengele, Ernst Röhm, Franz Ritter von Epp, Julius Streicher
Others: Kaspar Hauser, The Smith of Kochel, Mathias Kneißl, Matthias Klostermayr, Anneliese Michel
See also
Outline of Germany
Former countries in Europe after 1815
List of Bavaria-related topics
List of Premiers of Bavaria
List of rulers of Bavaria
Notes
References
Sources
External links
Official government website
Official website of Bayern Tourismus Marketing GmbH
Bavarian Studies in History and Culture
Außenwirtschaftsportal Bayern
Statistics
States of the Weimar Republic
Boii
States of Germany |
3765 | https://en.wikipedia.org/wiki/Brandenburg | Brandenburg | Brandenburg (, also , ; ; ) is a state in the northeast of Germany. With an area of and a population of 2.5 million residents, it is the fifth-largest German state by area and the tenth-most populous. Potsdam is the state capital and largest city, while other major towns include Cottbus, Brandenburg an der Havel and Frankfurt (Oder).
Brandenburg surrounds the national capital and city-state of Berlin, and together they form the Berlin/Brandenburg Metropolitan Region, the third-largest metropolitan area in Germany.
Brandenburg borders the states of Mecklenburg-Vorpommern, Lower Saxony, Saxony-Anhalt, and Saxony, as well as the country of Poland.
Brandenburg originated in the Northern March in the 900s AD, from areas conquered from the Wends. It later became the Margraviate of Brandenburg, a major principality of the Holy Roman Empire. In the 15th century, it came under the rule of the House of Hohenzollern, which later also became the ruling house of the Duchy of Prussia and established Brandenburg-Prussia, the core of the later Kingdom of Prussia. From 1815 to 1947, Brandenburg was a province of Prussia.
Following the abolition of Prussia after World War II, Brandenburg was established as a state by the Soviet Military Administration in Germany, and became a state of the German Democratic Republic in 1949. In 1952, the state was dissolved and broken up into multiple regional districts. Following German reunification, Brandenburg was re-established in 1990 and became one of the five new states of the Federal Republic of Germany.
History
In late medieval and early modern times, Brandenburg was one of seven electoral states of the Holy Roman Empire, and, along with Prussia, formed the original core of the German Empire, the first unified German state. Governed by the Hohenzollern dynasty from 1415, it contained the future German capital Berlin. After 1618 the Margraviate of Brandenburg and the Duchy of Prussia were combined to form Brandenburg-Prussia, which was ruled by the same branch of the House of Hohenzollern. In 1701 the state was elevated as the Kingdom of Prussia. Franconian Nuremberg and Ansbach, Swabian Hohenzollern, the eastern European connections of Berlin, and the status of Brandenburg's ruler as prince-elector together were instrumental in the rise of that state.
Early Middle Ages
Brandenburg is situated in territory known in antiquity as Magna Germania, which reached to the Vistula river. By the 7th century, Slavic peoples are believed to have settled in the Brandenburg area. The Slavs expanded from the east, possibly driven from their homelands in present-day Ukraine and perhaps Belarus by the invasions of the Huns and Avars. They relied heavily on river transport. The two principal Slavic groups in the present-day area of Brandenburg were the Hevelli in the west and the Sprevane in the east.
Beginning in the early 10th century, Henry the Fowler and his successors conquered territory up to the Oder River. Slavic settlements such as Brenna (Brandenburg an der Havel), Budusin (Bautzen), and Chośebuz (Cottbus) came under imperial control through the installation of margraves. Their main function was to defend and protect the eastern marches. In 948 Emperor Otto I established margraves to exert imperial control over the pagan Slavs west of the Oder River. Otto founded the Bishoprics of Brandenburg and Havelberg. The Northern March was founded as a northeastern border territory of the Holy Roman Empire. However, a great uprising of Wends drove imperial forces from the territory of present-day Brandenburg in 983. The region returned to the control of Slavic leaders.
Late Middle Ages
During the 12th century, the German kings and emperors re-established control over the mixed Slav-inhabited lands of present-day Brandenburg, although some Slavs like the Sorbs in Lusatia adapted to Germanization while retaining their distinctiveness. The Roman Catholic Church brought bishoprics which, with their walled towns, afforded protection from attacks for the townspeople. With the monks and bishops, the history of the town of Brandenburg an der Havel, which was the first center of the state of Brandenburg, began.
In 1134, in the wake of a German crusade against the Wends, the German magnate, Albert the Bear, was granted the Northern March by the Emperor Lothar III. He formally inherited the town of Brandenburg and the lands of the Hevelli from their last Wendish ruler, Pribislav, in 1150. After crushing a force of Sprevane who occupied the town of Brandenburg in the 1150s, Albert proclaimed himself ruler of the new Margraviate of Brandenburg. Albert, and his descendants the Ascanians, then made considerable progress in conquering, colonizing, Christianizing, and cultivating lands as far east as the Oder. Within this region, Slavic and German residents intermarried. During the 13th century, the Ascanians began acquiring territory east of the Oder, later known as the Neumark (see also Altmark).
In 1320, the Brandenburg Ascanian line came to an end, and from 1323 up until 1415 Brandenburg was under the control of the Wittelsbachs of Bavaria, followed by the Luxembourg Dynasties. Under the Luxembourgs, the Margrave of Brandenburg gained the status of a prince-elector of the Holy Roman Empire. In the period 1373–1415, Brandenburg was a part of the Bohemian Crown. In 1415, the Electorate of Brandenburg was granted by Emperor Sigismund to the House of Hohenzollern, which would rule until the end of World War I. The Hohenzollerns established their capital in Berlin, by then the economic center of Brandenburg.
16th and 17th centuries
Brandenburg converted to Protestantism in 1539 in the wake of the Protestant Reformation, and generally did quite well in the 16th century, with the expansion of trade along the Elbe, Havel, and Spree rivers. The Hohenzollerns expanded their territory by co-rulership since 1577 and acquiring the Duchy of Prussia in 1618, the Duchy of Cleves (1614) in the Rhineland, and territories in Westphalia. The result was a sprawling, disconnected country known as Brandenburg-Prussia that was in poor shape to defend itself during the Thirty Years' War.
Beginning near the end of that devastating conflict, however, Brandenburg enjoyed a string of talented rulers who expanded their territory and power in Europe. The first of these was Frederick William, the so-called "Great Elector", who worked tirelessly to rebuild and consolidate the nation. He moved the royal residence to Potsdam. At the Peace of Westphalia, his envoy Joachim Friedrich von Blumenthal negotiated the acquisition of several important territories such as Halberstadt. Under the Treaty of Oliva Christoph Caspar von Blumenthal (son of the above) negotiated the incorporation of the Duchy of Prussia into the Hohenzollern inheritance.
Kingdom of Prussia and German Empire
When Frederick William died in 1688, he was followed by his son Frederick, third of that name in Brandenburg. As the lands that had been acquired in Prussia were outside the boundaries of the Holy Roman Empire, Frederick assumed (as Frederick I) the title of "King in Prussia" (1701). Although his self-promotion from margrave to king relied on his title to the Duchy of Prussia, Brandenburg was still the most important portion of the kingdom. However, this combined state is known as the Kingdom of Prussia.
Brandenburg remained the core of the Kingdom of Prussia, and it was the site of the kingdom's capitals, Berlin and Potsdam. When Prussia was subdivided into provinces in 1815, the territory of the Margraviate of Brandenburg became the Province of Brandenburg, again subdivided into the government region of Frankfurt and Potsdam. In 1881, the City of Berlin was separated from the Province of Brandenburg. However, industrial towns ringing Berlin lay within Brandenburg, and the growth of the region's industrial economy brought an increase in the population of the province. The Province of Brandenburg had an area of and a population of 2.6 million (1925). After Germany's defeat in World War II, the Neumark, the part of Brandenburg east of the Oder–Neisse line, even absent any Polish-speaking population in this area, became part of Poland. The entire population of former East Brandenburg was expelled en masse.The remainder of the province became a state in the Soviet Zone of occupation in Germany when Prussia was dissolved in 1947.
East Germany
After the foundation of East Germany in 1949, Brandenburg formed one of its component states. The State of Brandenburg was completely dissolved in 1952 by the Socialist government of East Germany, doing away with all component states. The East German government then divided Brandenburg among several Bezirke or districts. (See Administrative division of the German Democratic Republic). Most of Brandenburg lay within the Bezirke of Cottbus, Frankfurt, or Potsdam, but parts of the former province passed to the Schwerin, Neubrandenburg and Magdeburg districts (town Havelberg). East Germany relied heavily on lignite (the lowest grade of coal) as an energy source, and lignite strip mines marred areas of south-eastern Brandenburg. The industrial towns surrounding Berlin were important to the East German economy, while rural Brandenburg remained mainly agricultural.
Federal Republic of Germany
The present State of Brandenburg was re-established on 3 October 1990 upon German reunification. The newly elected Landtag of Brandenburg first met on 26 October 1990. As in other former parts of East Germany, the lack of modern infrastructure and exposure to West Germany's competitive market economy brought widespread unemployment and economic difficulty. In the recent years, however, Brandenburg's infrastructure has been modernized and unemployment has slowly declined.
In 1995, the governments of Berlin and Brandenburg proposed to merge the states in order to form a new state with the name of "Berlin-Brandenburg", though some suggested calling the proposed new state "Prussia". The merger was rejected in a plebiscite in 1996 – while West Berliners voted for a merger, East Berliners and Brandenburgers voted against it.
Geography
Brandenburg is bordered by Mecklenburg-Vorpommern in the north, Poland in the east, the Freistaat Sachsen in the south, Saxony-Anhalt in the west, and Lower Saxony in the northwest.
The Oder river forms a part of the eastern border, the Elbe river a portion of the western border. The main rivers in the state itself are the Spree and the Havel. In the southeast, there is a wetlands region called the Spreewald; it is the northernmost part of Lusatia, where the Sorbs, a Slavic people, still live. These areas are bilingual, i.e., German and Sorbian are both used.
Protected areas
Brandenburg is known for its well-preserved natural environment and its ambitious natural protection policies which began in the 1990s. 15 large protected areas were designated following Germany's reunification. Each of them is provided with state-financed administration and a park ranger staff, who guide visitors and work to ensure nature conservation. Most protected areas have visitor centers.
National parks
Lower Oder Valley National Park (106 km2)
Biosphere reserves
Spreewald Biosphere Reserve ()
Schorfheide-Chorin Biosphere Reserve ()
River Landscape Elbe-Brandenburg Biosphere Reserve ()
Nature parks
Barnim Nature Park ()
Dahme-Heideseen Nature Park ()
High Fläming Nature Park ()
Märkische Schweiz Nature Park ()
Niederlausitzer Heidelandschaft Nature Park ()
Niederlausitzer Landrücken Nature Park ()
Nuthe-Nieplitz Nature Park ()
Schlaube Valley Nature Parke ()
Uckermark Lakes Nature Park ()
Westhavelland Nature Park ()
Stechlin-Ruppiner Land Nature Park ()
Demography
Brandenburg has the second lowest population density among the German states, after Mecklenburg-Vorpommern.
Development
Religion
17.1% of the Brandenburgers are registered members of the local Evangelical Church in Germany (mostly the Evangelical Church in Berlin, Brandenburg and Silesian Upper Lusatia), while 3.1% are registered with the Roman Catholic Church (mostly the Archdiocese of Berlin, and a minority in the Diocese of Görlitz). The majority (79.8%) of Brandenburgers, whether of Christian or other beliefs, choose not to register with the government as members of these churches, and therefore do not pay the church tax.
Foreign population
Politics
Politically, Brandenburg is a stronghold of the Social Democratic Party, which won the largest share of the vote and seats in every state election. All three Minister-Presidents of Brandenburg have come from the Social Democratic Party (unlike any other state except Bremen) and they even won an absolute majority of seats and every single-member constituency in the 1994 state election.
On a federal level, the Social Democratic Party has also been the strongest party in most federal elections, their strongholds being the northwestern part of the state and Potsdam and its surrounding areas. However, the Christian Democratic Union won the most votes in 1990, their 2013 landslide and in 2017. In 2009, The Left won the most votes in a year where, like in 2017, the Social Democratic collapsed. Prominent politicians from Brandenburg include Social Democrats Frank-Walter Steinmeier, who served in the Bundestag for Brandenburg before being elected President of Germany, and likely Chancellor of Germany Olaf Scholz, who sits in the Bundestag for Potsdam.
Like in all other New states of Germany, the populist parties The Left and, more recently, the Alternative for Germany are especially strong in Brandenburg.
Brandenburg has 4 out of 69 votes in the Bundesrat and, as of 2021, 25 seats out of 736 in the Bundestag.
Subdivisions
Brandenburg is divided into 14 rural districts (Landkreise) and four urban districts (kreisfreie Städte), shown with their population in 2011:
Government
The most recent election took place on 1 September 2019. A coalition government was formed by the Social Democrats, The Greens, and the Christian Democratic Union led by incumbent Minister-President Dietmar Woidke (SPD), replacing the previous coalition between the Social Democrats and The Left. The next ordinary state election will likely occur in autumn 2024.
Economy
The Gross domestic product (GDP) of the state was 72.9 billion euros in 2018, accounting for 2.2% of German economic output. GDP per capita adjusted for purchasing power was 26,700 euros or 88% of the EU27 average in the same year. The GDP per employee was 91% of the EU average. The GDP per capita was the third lowest of all states in Germany.
The unemployment rate stood at 5.8% in October 2018 and was higher than the German average but lower than the average of Eastern Germany.
Transport
Berlin Schönefeld Airport (IATA code: SXF) was the largest airport in Brandenburg. It was the second largest international airport of the Berlin-Brandenburg metropolitan region and was located southeast of central Berlin in Schönefeld. The airport was a base for Condor, easyJet and Ryanair. In 2016, Schönefeld handled 11,652,922 passengers (an increase of 36.7%).
It was planned to incorporate Schönefeld's existing infrastructure and terminals into the new Berlin Brandenburg Airport (BER), which was not scheduled to open before the end of 2020. The new BER will have an initial capacity of 35-40 million passengers a year. Due to increasing air traffic in Berlin and Brandenburg, plans for airport expansions were in the making, as of 2017.
BER airport is now open and receives over sixty combined passenger, charter and cargo airlines.
Education
In 2016, around 49,000 students were enrolled in Brandenburg universities and higher education facilities. The largest institution is the University of Potsdam, located southwest of Berlin. In 2019 the state of Brandenburg adopted an Open Access strategy calling on universities to develop transformation strategies to make knowledge from Brandenburg freely accessible to all.
Culture
Music
The Brandenburg concerti by Johann Sebastian Bach (original title: Six Concerts à plusieurs instruments) are a collection of six instrumental works presented by Bach to Christian Ludwig, Margrave of Brandenburg-Schwedt, in 1721 (though probably composed earlier). They are widely regarded as among the finest musical compositions of the Baroque era and are among the composer's best known works.
Cuisine
A famous speciality food from Brandenburg are the Spreewald gherkins. The wet soil of the Spreewald makes the region ideal for growing cucumbers. Spreewald gherkins are protected by the EU as a Protected Geographical Indication (PGI). They are one of the biggest exports of Brandenburg.
Notable people
Wilhelm von Humboldt (1767–1835), philosopher, linguist, diplomat, and founder of the Humboldt University of Berlin
Heinrich von Kleist (1777–1811), poet, dramatist, and novelist
Karl Friedrich Schinkel (1781–1841), architect, city planner, and painter
Peter Joseph Lenné (1789–1866), gardener and landscape architect
Theodor Fontane (1819–1898), novelist and poet
Wilhelm Pieck (1876–1960), politician, first President of the German Democratic Republic
Kurt Demmler (1943–2009), songwriter; accused of sexual abuse he hanged himself in his jail cell.
Wolfgang Joop (born 1944), fashion designer, founder of JOOP!
Matthias Platzeck (born 1953), politician, Minister President of Brandenburg from 2002 to 2013
Henry Maske (born 1964), professional boxer
Paul van Dyk (born 1971), DJ, record producer, and musician
Britta Steffen (born 1983), competitive swimmer, former Olympic, World, and European champion
Robert Harting (born 1984), discus thrower, former Olympic, World, and European champion
Roehl brothers, Charles (1857–1927) and William (1890–1968), businessmen and pioneers of Washington state.
See also
Outline of Germany
Former countries in Europe after 1815
References
External links
Official website
Official local information system
Brandenburg Tourist Board
NUTS 1 statistical regions of the European Union
States and territories established in 1990
1990 establishments in Germany
States of Germany |