the-french-artist/wikipedia_20220301.simple_sentence_split huggingface dataset:
First Kiss (2015)
Sweet Southern Sugar (2017)
Rap musicians from Michigan
Amborellaceae is a family of flowering plants native to New Caledonia.
The family contains only one species, Amborella trichopoda.
Botanists think it is the most basal plant in the angiosperm clade.
The Amborellaceae are distinctive.
They are sprawling evergreen shrubs or small trees.
Their tissue is different from any other Angiosperm.
The xylem of Amborella contains only tracheids; vessel elements are absent.
Xylem of this form has long been regarded as a "primitive" feature of flowering plants.
Castro was discovered by the Spanish conqueror Martín Ruiz de Gamboa on 1567.
Castro is well known for its palafitos, traditional wooden stilt houses that are common on the Chiloé Island.
Some of them are preserved in the west of the town in a bay named Fiordo de Castro.
Castro municipality
History & Legends of Castro
The actual Puerto Montt was discovered by a thick forest man who founded the city as Melipulli on 1853.
Puerto Montt municipality
The actual Temuco was founded by Manuel Recabarren naming the place like Fuerte Recabarren(Fort Recabarren) during the Occupation of the Araucania on 1881.
Temuco municipality
Talca was founded like Villa San Agustín de Talca by the Spanish José Antonio Manso de Velasco on 1881.
Talca municipality
Rancagua municipality
Coyhaique was founded like Baquedano on 1929.
Coihaique municipality
A grackle is a bird that lives around North and South America.
They belong to the Icterid family.
Common Grackle at cornell.edu
Before the development of X-ray crystallography, the study of crystals was based on their geometry.
This involves measuring the angles of crystal faces, and establishing the symmetry of the crystal in question.
The technique was jointly invented by Sir William Bragg (1862–1942) and his son Sir Lawrence Bragg (1890–1971), who jointly won the Nobel Prize in Physics for 1915.
Lawrence Bragg was the youngest to become a Nobel Laureate.
He was the Director of the Cavendish Laboratory, Cambridge University, when the discovery of the structure of DNA was made by James D. Watson and Francis Crick in February 1953.
X-rays are most commonly used, but for some purposes electrons or neutrons are used.
Because of the different forms of interaction, the three types of radiation are suitable for different crystallographic studies.
Some materials studied using crystallography, proteins for example, do not always occur naturally as crystals.
Normally such molecules are placed in solution and allowed to crystallize over days, weeks, or months.
Once a crystal is obtained, data can be collected using a beam of radiation.
Although X-ray equipment is commonplace, crystallography often uses special synchrotron light sources to make X-rays.
They produce purer and more complete patterns.
Synchrotron sources also have a much higher intensity of X-ray beams, so data collection takes a fraction of the time normally necessary at weaker sources.
The mathematical methods for the analysis of diffraction data only apply to patterns, which in turn result only when waves diffract from orderly arrays.
Hence crystallography applies for the most part only to crystals, or to molecules which can be got to crystallize.
In spite of this, a certain amount of molecular information can be deduced from the patterns that are generated by fibres and powders.
For example, the double-helical structure of DNA was deduced from an X-ray diffraction pattern that had been got from a fibrous sample.
Electron diffraction
The method was invented by Aaron Klug, who won the Nobel Prize in Chemistry for this, and his studies on virus structures and transfer RNA, in 1982.
Crystallography in materials engineering
Crystallography is a tool that is often employed in materials science.
The understanding of crystal structures is needed to understand crystallographic defects.
A number of other physical properties are linked to crystallography.
For example, the minerals in clay form small, flat, platelike structures.
Clay can be easily deformed because the platelike particles can slip along each other in the plane of the plates, yet remain strongly connected in the direction perpendicular to the plates.
Such mechanisms can be studied by crystallographic texture measurements.
X-ray crystallography was the primary method for determining the 3-D molecular structure of biological macromolecules.
The most important of these are enzymes, and nucleic acids such as DNA and RNA.
In fact, the double helix structure of DNA was worked out from crystallographic data.
The first crystal structure of a macromolecule was solved in 1958  The Protein Data Bank (PDB) is a freely accessible repository for the structures of proteins and other biological macromolecules.
Computer programs can be used to help visualize biological molecular structures.
Subfields of physics
The Tea Party is an American populist political movement.
Most people say it is conservative and libertarian.
has sponsored protests and supported political candidates since 2009,
wants less government spending,
is against taxation in varying degrees,
wants to reduce the national debt and the federal budget deficit,
wants a strict interpretation of the United States Constitution, not changing its meaning to fit modern ideas and advances.
The name "Tea Party" comes from the Boston Tea Party, a protest by colonists who objected to a British tax on tea in 1773.
They demonstrated by dumping British tea taken from docked ships into the harbor.
Some say that the  Tea in "Tea Party" also stands for "Taxed Enough Already".
The Tea Party movement has caucuses (groups) in the House of Representatives and the Senate of the United States.
Many of the members of the Tea Party caucus were first elected in the 2010 midterm elections.
Some of them had never held any public office before.
The Tea Party movement has no central leadership but is composed of a loose linking of national and local groups that decide their own platforms and agendas.
The Tea Party movement has been cited as an example of grassroots political activity, although it has also been cited as an example of astroturfing.
The Tea Party's most famous national figures include Republican politicians such as Sarah Palin, Ron Paul, and Michele Bachmann.
As of 2010, the Tea Party movement is not a national political party, but has endorsed Republican candidates.
A Gallup poll shows almost 80% of Tea Partiers say they are Republicans.
Commentators, including Gallup Editor-in-Chief Frank Newport, have suggested that the movement is not a new political group but simply a rebranding of traditional Republican candidates and policies.
An October 2010 Washington Post canvass of local Tea Party organizers found 87% saying "dissatisfaction with mainstream Republican Party leaders" was "an important factor in the support the group has received so far".
Though many are opposed to GOP leadership, they are even more opposed to President Obama.
Some members believe that President Obama was not born in the United States (despite a birth certificate showing he was born in Hawaii).
One of the main positions the Tea Party took was against the debt ceiling (the amount of money the U.S. is allowed to borrow).
Many voted against any raising of the debt ceiling.
Others demanded large spending cuts and a balanced budget amendment to the U.S. Constitution.
Wilkins was born in New Zealand to a family from Dublin.
When he was six, he moved to Birmingham.
In recognition of this work, he, Francis Crick and James Watson were awarded the 1962 Nobel Prize in Physiology or Medicine, "for their discoveries concerning the molecular structure of nucleic acids and its significance for information transfer in living material".
His obituary provides extensive information on the topics mentioned here.
Wilkins was the Assistant Director of the Biophysics Unit at Kings College, and responsible for work on the structure of DNA.
Wilkins and a graduate student, Raymond Gosling, got the first X-ray diffraction photos of DNA in 1950.
He introduced Francis Crick to the importance of DNA, and hired Rosalind Franklin on a three-year grant.
Franklin made progress with the crystallography, and produced some better photographs of the structure.
In 1953 Watson visited King's, and Crick got sight of a progress report.
This report included useful information from Franklin about features of DNA she had deduced from her X-ray diffraction data.
Watson and Crick published their proposed DNA double helix structure in a paper in the journal Nature in April 1953.
In this paper Watson and Crick acknowledged that they had been "stimulated by.... the unpublished results and ideas" of Wilkins and Franklin.
By this time Franklin was suffering from cancer of the ovary.
She died in 1958, which explains why she was not included in the 1962 Nobel Prize.
A controversy exists as to the relative contributions of her and Wilkins.
Otto Adolf Eichmann (19 March 1906 in Solingen – 31 May 1962 in Ramla) was a German SS officer (he had the rank of SS-Obersturmbannführer, comparable with lieutenant colonel).
Eichmann was an important person of Nazi Germany during the Third Reich.
As head of a subdivision of the Reich Main Security Office (Reichssicherheitshauptamt, Referat IV B4) he was the architect of The Holocaust who organized the death camps, like the Auschwitz concentration camp, that were used to kill 11 million people during World War 2.
After the war he escaped and in 1960 was discovered to be living in Argentina.
The Israeli secret service, the Mossad, kidnapped him and took him back to Israel.
Eichmann was put on trial for war crimes and crimes against humanity.
He was found guilty on 11 December 1961, and executed by hanging in Ramla.
His body was cremated in an unusually hot furnace, and the ashes were scattered in the sea.
Eichmann is one of the few people to ever be executed by Israel.
The trial of Adolf Eichmann was broadcast on radio in Israel, and millions of people around the world watched it on television.
This was the first time that victims of the Holocaust talked openly about what had happened.
This was an event that helped bring together and unify the many people who had come to live in the new nation of Israel.
Gordon Allan "Phat" Wilson (December 29, 1895 – July 26, 1970) was a Canadian amateur ice hockey forward who won the Allan Cup three times as a member of the Port Arthur Bearcats.
Seen as one of the top amateur players of his time, Wilson was added into the Hockey Hall of Fame in 1963.
A native of Port Arthur, Ontario, Wilson did not even know how to skate when he joined the town's church league in 1914.
Serving as a substitute, he improved his skating enough that he earned a full-time role on his team the following year and played two seasons of junior hockey before joining the Port Arthur War Veterans senior team at the age of 18.
Wilson moved to Iroquois Falls, Ontario, for a season to play in the Northern Ontario Hockey Association (NOHA) in 1921–22 before returning to Port Arthur a year later to play for the Port Arthur Bearcats.
He was a top player in the NOHA, leading Port Arthur to an Allan Cup championship in 1925 as Canada's national senior champions.
Wilson and the Bearcats repeated as champions the following year and won a third Allan Cup in 1929.
Professional teams took note of his play; teams from Calgary, Edmonton and Toronto all offered him but he declined, preferring to remain in his hometown.
He retired as a player in 1932 at the age of 37 and took on the dual role of coach and manager of the Bearcats.
In recognition of his career in Port Arthur, Wilson was inducted into the Hockey Hall of Fame in 1962 and the Northwestern Ontario Sports Hall of Fame in its inaugural class of 1982.
Off the ice
In addition to hockey, Wilson played baseball and served as a volunteer and executive in both sports.
He was named the first president of Port Arthur's little league when it was founded in 1952 and helped found the community's girls hockey league, serving also as a coach and referee.
Benedict Francis Woit (January 7, 1928 – December 7, 2016) was a National Hockey League defenceman of the 1950s.
Woit made his presence known as a junior while playing for the Port Arthur Flyers and Bruins of the TBJHL and the St. Mike's Majors of the OHA.
He began playing for the Indianapolis Capitals of the AHL for the 1948–49 season.
The Detroit Red Wings promoted him in 1951, and his defensive play would help them secure the Stanley Cup in 1952, 54, and 55.
Woit was traded to Chicago Black Hawks following the 1954–55 season but never produced as he did with the Red Wings.
He went on to play in the AHL and later the EHL, for the Clinton Comets as both a player and a successful head coach.
In 334 NHL games Benny Woit recorded 7 goals and 26 assists for 33 points.
NHL All-Star Game (1954)
EHL First All-Star Team (1962, 1963)
EHL Second All-Star Team (1964)
EHL North First All-Star Team (1965)
Benny Woit's Day With the Stanley Cup
Murray Alan Wing (born October 14, 1950) is a Canadian retired professional ice hockey defenceman who played in one National Hockey League game for the Detroit Red Wings during the 1973–74 NHL season.
There are three towns and villages with the name Zwolle:
Zwolle, Overijssel, capital city of the Dutch province Overijssel
Zwolle, Gelderland, a village in the Dutch province Gelderland
Zwolle, Louisiana, a village in the American state Louisiana.
Bindi Sue Irwin (born 24 July 1998 in Buderim, Queensland) is an Australian actress, singer, television personality and conservationist.
She is the daughter of Terri Irwin and Steve Irwin and has a younger brother Robert Clarence "Bob" Irwin.
Bindi's Say
Bindi the Jungle Girl
Animal Planet profile
Bindi's Profile from Australia Zoo
Microsoft TechNet is a website owned by Microsoft, as source for information, news and events for IT professionals.
There is also a paid magazine called TechNet Magazine.
TechNet used to be restricted to paying customers.
Now the website is free, with extra possibilities for paying customers.
Tom Araya (born Tomás Enrique Araya June 6, 1961 in Viña del Mar, Chile) is an Chilean-American musician, best known as the bassist and vocalist of the American thrash metal band Slayer.
Araya is ranked fifty-eighth by Hit Parader on their list of the 100 Greatest Metal Vocalists of All Time.
Araya was employed as a respiratory therapist in the early 1980s and used his earnings to finance Slayer's debut album Show No Mercy.
Much of Araya's lyrical content is about serial killers, a subject he finds interesting, first making his lyrical contribution to 1985's Hell Awaits with the track "At Dawn They Sleep".
People from Viña del Mar
He started his career at SC Unterpremstätten und LUV Graz and than, at the age of 14, he moved to SK Sturm Graz.
On October 20, 2007 he made his first match for the first squad versus F. C. Red Bull Salzburg.
His first goal was against SC Altach on November 24, 2007.
With SK Sturm he won the Austrian Cup in 2010.
2010 he went to F. C. Red Bull Salzburg.
In the 2010/11 season he had 22 matches and shot 4 goals and gave one assist.
He played five times for the Austrian national team U 19 and U 20 and two times for U 21.
His debut in the A- team was on June 6, 2009 in the qualifing match for Worldchampionship 2010 versus Serbia.
His first goal was in a friendly match versus Spain, where he scored the only goal for Austria. (
1 - 5)
Official Homepage(German)
SK Sturm Graz players
Valery Leontiev began his career in Soviet times, and actively continues to this day.
He has recorded more than 30 albums.
Andrew Neiderman (born 1940) is an American novelist.
He became a "ghostwriter" for V. C. Andrews after she died.
Her estate hired him to complete the "Casteel" series of books and continue her unfinished stories.
Andrew Neiderman is also the author of "The Devil's Advocate," which was made into a movie, and wrote the libretto for a live musical adaptation of The Devil's Advocate.
He is currently (as of 2011) developing a new script with revised music and lyrics.
He is the screenwriter of the movie based on the "Rain" series published as V. C. Andrews' novels.
Six of Neiderman's own novels have been adapted into movies also.
Illusion (1967)
Sisters (1972)
Weekend (1980) (with Tania Grossinger)
Pin (1981) (adapted as a movie in 1988)
Brainchild (1981)
Someone's Watching (1983)
Tender, Loving Care (1984) (adapted as a movie and formatted into a game)
Imp (1985)
Child's Play (1985)
Love Child (1986)
Reflection (1986)
Teacher's Pet (1986)
Night Howl (1986)
Sight Unseen (1987)
Playmates (1987)
The Maddening (1987) (adapted as a movie in 1995)
Surrogate Child (1988)
Perfect Little Angels (1989)
The Devil's Advocate (1990) (filmed in 1997 by director Taylor Hackford)
Bloodchild (1990)
The Immortals (1991)
The Need (1992)
Sister, Sister (1992)
The Solomon Organization (1993)
After Life (1993)
Angel of Mercy (1994)
Duplicates (1994)
The Dark (1997)
In Double Jeopardy (1998)
Neighborhood Watch (1999)
Curse (2000)
Amnesia (2001)
Dead Time (2002)
Under Abduction (2002)
The Baby Squad (2003)
Deficiency (2004)
The Hunted (2005)
Finding Satan (2006)
Unholy Birth (2007)
Life Sentence (2007)
Deadly Verdict (2008)
Guardian Angel (2010)
Andrew Neiderman's website
A ghostwriter is a professional  writer whose published work is credited to another person.
One famous ghostwriter is Andrew Neiderman.
He was hired by the estate of V. C. Andrews, who died in 1986.
Niederman completed the "Casteel" series of books and continues writing books credited to Andrews.
Ghostwriters are paid a fee to help write the autobiographies of celebrities, athletes and politicians.
They also help write letters, song lyrics, magazine and news articles that get published under someone else's name.
"Remember When" is a country-western song recorded by Alan Jackson.
It was the second single released from the 2003 album Greatest Hits Volume II. "
Remember When" reached number one on the Billboard Hot Country Songs and number 29 on the U.S. Billboard Hot 100.
| name = Dasyopogonaceae
| image = BlackGins,AridGarden,RBG-CranbourneVIC.jpg
| image_caption = Kingia australis in the Royal Botanic Gardens, Cranbourne
| unranked_divisio = Angiosperms
| unranked_classis = Monocots
| unranked_ordo = Commelinids
| ordo = Incertae sedis
| familia = Dasypogonaceae
| familia_authority = Dumort. (
| subdivision_ranks = genera
| subdivision = Baxteria R. Br.
Calectasia R. Br.
Dasypogon R. Br.
Kingia'' R. Br.
}}Dasypogonaceae''' is a botanical name of a family of flowering plants.
Such a family has not been commonly recognized by taxonomists are the plants involved were usually included in the family Ashphodelaceae.
Classical liberalism is a type of liberalism.
It is a belief in economics and a political ideology.
It is about civil and economic freedom.
Classical liberals believe in a small government, and believe that people will be ruled mostly by natural law.
They believe that people have inalienable rights, which is to say rights that cannot be taken away.
They also believe in a free market and property rights.
Notable people who developed classical liberalism during the 18th and 19th century are Adam Smith, Thomas Malthus and Thomas Jefferson.
More recently, in the mid-20th century, Ludwig von Mises, Friedrich Hayek and Milton Friedman were in favor.
Many of the beliefs of classical liberalism are similar to those of libertarianism.
he:ליברליזם קלאסי
Safeway, Inc.  is the third-largest supermarket chain in North America.
The company has around 198,000 employees worldwide.
In some of the Safeway stores, they have fuel stations where they allow customers to use a phone number or club (loyalty) card to receive fuel savings.
Safeway stores also have a Safeway ATM Network.
The name "Safeway" came from a contest that was held in 1925 to develop a name for the store and Safeway was chosen.
Safeway has stores in the United States, Canada, United Kingdom, Australia, West Germany, Mexico, Saudi Arabia and Kuwait.
Safeway's Official website
Gamma-ray bursts (GRBs) are flashes of gamma rays from extremely energetic explosions.
They have been seen in distant galaxies.
They are the most luminous electromagnetic events known to occur in the universe.
Bursts can last from milliseconds to several minutes, although a typical burst lasts a few seconds.
The initial burst is usually followed by a longer-lived 'afterglow' emitted at longer wavelengths (X-ray, ultraviolet, visible light, infrared and radio waves).
Most GRBs are a narrow beam of intense radiation released during a supernova, as a huge rapidly spinning star collapses to form a black hole.
A subclass of GRBs (the 'short' bursts) seem to come from a different process, perhaps the merger of binary neutron stars.
The sources of most GRBs are billions of light years away from Earth.
This suggests the explosions are extremely energetic: a typical burst releases as much energy in a few seconds as the Sun will in its entire 10 billion year lifetime.
They are very rare (a few per galaxy per million years).
All observed GRBs have come from outside the Milky Way galaxy.
Similar phenomena, soft gamma repeater flares, are associated with magnetars within the Milky Way.
It has been suggested that a gamma-ray burst in the Milky Way could cause a mass extinction on Earth.<ref name=Melott></cite></ref> No such case is known.
On July 2, 1967, at 14:19 UTC, the Vela 4 and Vela 3 satellites detected a flash of gamma radiation unlike any known nuclear weapons signature.
Uncertain what had happened but not considering the matter particularly urgent, the team at the Los Alamos Scientific Laboratory filed the data away for investigation.
By analyzing the different arrival times of the bursts as detected by different satellites, the team was able to determine rough estimates for the sky positions of sixteen bursts12-16 and definitively rule out a terrestrial or solar origin.
The discovery was published in 1973.
Long gamma-ray bursts
Most observed events last longer than two seconds and are classified as long gamma-ray bursts.
They have been studied in much greater detail than their short counterparts.
Almost every well-studied long gamma-ray burst has been associated with a rapidly star-forming galaxy and in many cases a core-collapse supernova as well.
This links long GRBs with the deaths of massive stars.
Long GRB afterglow observations at high redshift (great distances) also suggest GRBs originate in star-forming regions.
This is because observing distant galaxies is to look back in time to galaxies at an earlier stage.
The approximate angular width of the jet (that is, the degree of beaming) can be estimated directly by observing "jet breaks" in afterglow light curves: a time after which the slowly-decaying afterglow begins to fade suddenly, as the jet slows down and can no longer beam its radiation so effectively.
Observations suggest significant variation in the jet angle from between 2 and 20 degrees.<ref name="Frail"></cite></ref>
Because their energy is strongly beamed (very narrow), the gamma rays emitted by most bursts miss the Earth and are never detected.
When a gamma-ray burst is pointed towards Earth, the focusing of its energy along a relatively narrow beam causes the burst to appear much brighter than it would have been were its energy emitted spherically.
When this effect is taken into account, typical gamma-ray bursts are observed to have a true energy release of about 1044 J, or about 1/2000 of a Solar mass energy equivalent.
This is comparable to the energy released in a bright type Ib/c supernova (sometimes called a 'hypernova').
Very bright supernovae have been seen at the position of some of the nearest GRBs.
Philosophy of religion is a branch of philosophy.
Religions, and religious beliefs can manifest themselves in different ways.
Philosophy of religion looks into explaining certain answers to questions of religion using understanding.
It is also looks into different ways religions are practiced and their importance for the everyday lives of the people practicing them.
Other domains of it include criticism and analysis of religious texts using philosophy of language.
According to Winfried Löffler, philiosphers of religion can be grouped as follows.
Many of the philosophers mentioned belong to more than one group:
Analysis of religious feelings: The analysis focuses on looking at the typical feelings a religion evokes.
Philiosphers include Friedrich Schleiermacher and Ludwig Wittgenstein.
Question about the essence of religion.
Philiosphers include Rudolf Otto,Georg Wilhelm Friedrich Hegel and Martin Heidegger.
Analysis of the language a religion uses
Relationship of a religious an non-religious explanation for a phenomenon.
Philiosphers include Richard Swinburne and Ludwig Wittgenstein.
Rationality or irrationality of religion: Is there / Can there be a rational explaation for religious phenomena.
Examples of these are "proofs" for or against the existence of God, and Theodicy.
Gottfried Wilhelm Leibniz was the first to talk about theodicy.
Philosophy of religion also looks at more practical matters like defining the features that make up a religion.
There are two main schools of thought.
The one called Essentialist says that all religions have a common"essence".
The following have been proposed:
They relate to one or more gods.
There is a belief in spiritual superhuman beings
There is something holy or sacred, which in someway is also accessible by humans.
The problem with this is that using only these definitions leas to a common "philiosphy of religion" that is harly usable for studies.
The other approach (called "functional") tries to counter this: Rather than trying to get an "abstract idea" of religion, it looks at the use or function religion has in the live of people or societies.
Among the things mentioned are that religions help keep a psychological equilibrium and that they provide a certain amount of stability to a society.
Thinkers with this opion include Karl Marx, Émile Durkheim, Bronisław Malinowski and Talcott Parsons.
Critics of these theories say that such explanations often go against common sense, as religions can also have the popposite effect to that mentioned.
Important philosophers of religion include Thomas Aquinas, Augustine and Alvin Plantinga.
Philosophers of religion can be religious or non-religious
The rough-skinned newt (Taricha granulosa) is a North American newt known for its strong poison.
Juveniles live on land for four or five years after metamorphosis.
Adults are amphibious, and live in water and on land.
Eggs are laid in water.
They can be found especially after there has been a lot of rain.
Many newts make toxin in their skin to avoid predation, but the rough-skinned newt is especially poisonous.
Toxicity is generally experienced only if the newt feels threatened, although sometimes skin irritation can be experienced after touching it.
The toxin that the rough-skinned newt makes can either paralyze or kill a human.
Recently, a drunk 29-year-old man in Coos Bay, Oregon, died after swallowing a rough-skinned newt for a dare.
Throughout much of the newt’s range, the common garter snake (Thamnophis sirtalis) is resistant to the newt's toxin.
Toxin resistant garter snakes are the only known animals today that can eat a T. granulosa newt and survive.
Increases in newt toxicity then apply a selective pressure favouring snakes with mutations conferring even greater resistance.
Toxic animals usually warn predators that they are not good food.
There's no point in being toxic unless it helps survival and reproduction.
The underside of these newts is vividly coloured a yellow-orange.
When a threat appears, the newt curls up its tail and lifts its head to show the warning colour.
This can be seen in photographs.
Habitats of rough-skinned newts are found throughout the west coast of the United States and British Columbia.
The southern range extends to California and the northern in Alaska.
Football came to Mattersburg in 1912 through students from Vienna who played there in their sparetime.
The input for forming a football club came from the Sieberer family, which came to Mattersburg from Vienna.
Their sons had already played in Viennese football clubs.
The SV Mattersburg was founded on Juny, 10th 1922.
The club plays since the 2003/04 season in the Austrian Bundesliga, the highst division of Austrian football.
The most successful season was 2006/07 reaching the 3rd place.
In this year also 4 players of SV Mattersburg have played in the national team (Cem Atan, Michael Mörz, Christian Fuchs,Jürgen Patocka)
Mattersburg was declared bankrupt in August 2020 after their main sponsor, Commerzialbank Mattersburg im Burgenland was closed down following an financial scandal.
To continue with the youth football  the club was newly founded under the name Mattersburger Sportverein 2020.
Since the 2021-22 season they play in the 2.
Klasse Mitte Burgenland, the lowest class.
Austrian Cup final:2006
Austrian championship:3rd 2007
There was a blizzard in Mid December 2009 in the northeast.
The blizzard dumped heavy snow and strong winds.
31 inches of snow fell on Washington DC.
The storm formed on December 16 in Texas with heavy rain.
On December 17, the heavy rain moved NE towards the Northeast and by the evening of December 17 it was in North Carolina.
On December 18, the rain turned to snow and was in Virginia in the morning, and in Maryland in the evening.
By the night of December 18, it was in Delaware.
On December 19 it raced across New jersey, and hit NYC.
Blizzard warnings and winter storm warnings have been put in action.
Then it moved towards Connecticut and Massachusetts.
By December 20, the blizzard wasn't from Maine to Canada and then dissipated over sea.
North Carolina saw mostly heavy rain from the storm, but some of it saw very heavy snow, near-blizzard and even blizzard conditions.
Greensboro saw 5 inches of snow after heavy rain.
Virginia saw mainly heavy snow except for the South and the coastline.
8 to 14 inches of snow fell on Richmond.
Washington saw 31 inches of snow and was the hot spot for the blizzard!
Maryland saw heavy snow and a blizzard.
The blizzard dumped over 17 inches of snow on Cambridge, and Ocean city, on the immediate coast saw several inches of drenching rain and even thunderstorms.
Delaware saw heavy snow and a blizzard.
The blizzard dumped 20-26 inches of snow on Dover.
The immediate coast saw rain.
The blizzard made rally a lot of heavy snow and strong winds on Delaware.
New Jersey saw a blizzard from the storm.
There was heavy snow and strong winds.
There were 29 inches of snow in Camden, and only 1 to 3 inches in Milford.
There was rain in Atlantic City, and Cape May.
New York City saw heavy snow and a blizzard.
There were about 10 inches of snow in NYC.
There was some sleet in Bay ridge for a very short moment, and even some freezing rain.
The rest of the Northeast
The rest of the Northeast saw also heavy snow, and parts saw a blizzard.
Connecticut saw from 20 to 26 inches of snow in the South, to 0.1 to 0.3 inches of snow in the Northwest.
Massachusetts also saw from 0.2 to 0.7 inches in the Northwest, to 20-19 inches in the South.
2009 in weather
The National Secular Society is a group that campaigns for secularism in the United Kingdom.
It was founded by Charles Bradlaugh in 1866.
Jill Scott (born April 4, 1972) is an American poet, actress, soul and R&B singer and songwriter.
She is from Philadelphia, Pennsylvania.
Scott has recorded three albums.
She has also acted in some movies and television series.
These include Hounddog, Why Did I Get Married?
and The No.
1 Ladies' Detective Agency.
Heythrop College is a philosophy and theology college that is part of the University of London.
It was started in 1614 in Leuven in Belgium by the Society of Jesus but moved to Stonyhurst in England due to persecution of Catholics.
The college offers undergraduate and postgraduate degree courses in philosophy, theology, religious studies and psychology.
It became part of the University of London in 1971.
It moved to Kensington in 1993.
Apparently, evolutionary change takes place rapidly in some body parts or systems without simultaneous changes in other parts.
Another definition is the "evolution of characters at various rates both within and between species".408 Its place in evolutionary theory comes under long-term trends or macroevolution.
Evolution from a basal (early) form to a derived (later) form takes place in stages.
Modules (groups of characters) change semi-independently of each other.
They change at different times, so producing a mosaic of primitive and derived traits.
These changes play a leading role in major evolutionary transitions.
It may involve speciations producing a series of species, only a few of which would be found as fossils.
By its very nature, the evidence for this idea comes mainly from palaeontology.
It is not claimed that this pattern is universal, but it is common.
There are now a wide range of examples from many different taxa.
The early evolution of bipedalism in Australopithecines, and its modification of the pelvic girdle took place long before there was any significant change in the skull, or brain size.
Evolution of the brain.
The different parts of the mammalian brain evolved at different rates.
Archaeopteryx.
Nearly 150 years ago Thomas Henry Huxley compared Archaeopteryx with a small theropod dinosaur, Compsognathus.
These two fossils came from the Solnhofen limestone in Bavaria.
He showed that the two were very similar, except for the front limbs and feathers of Archaeopteryx.
Huxley's interest was in the basic affinity of birds and reptiles, which he united as the Sauropsida.
The interest here is that the rest of the skeleton had not changed.
Meadow voles during the last 500,000 years.
The pterosaur Darwinopterus.
The type species, D. modularis was the first known pterosaur to display features of both long-tailed (rhamphorhynchoid) and short-tailed (pterodactyloid) pterosaurs.
Evolution of the horse.
The major changes took place at different times, not all simultaneously.
Mammalian evolution during the Mesozoic is another good example.
A famous case re-examined
They have had over 140 million years to evolve since Archaeopteryx.
Recent work shows how master control systems in development ('homeoboxes') can organise selective changes in different parts of an organism.
This is what underlies mosaic evolution.
Lyoto Carvalho Machida (born May 30, 1978), nicknamed "The Dragon", is a mixed martial arts fighter from Salvador, Brazil.
Machida fights in the Light Heavyweight division.
He is a former Ultimate Fighting Championship Light Heavyweight champion.
He is a third degree black belt in Machida Karate.
He is a first degree black belt in Brazilian Jiu-Jitsu.
He is known to have great counter-fighting ability.
Nicktoons Racing is a Nickelodeon racing game for the PlayStation, Game Boy Advance, Game Boy Color, Windows and arcade.
This game was released in 1999.
Tommy Pickles (from Rugrats)(start)
Angelica Pickles (from Rugrats) (start)
Arnold (from Hey Arnold!) (
Helga Pataki (fromHey Arnold! (
Sid (from Hey Arnold!) (
Eliza Thornberry (from The Wild Thornberrys) (start)
Darwin Thornberry (from The Wild Thornberrys) (start)
Donnie Thornberry(from The Wild Thornberrys)(start)
CatDog (start)
Norbert and Daggett (from The Angry Beavers) (start)
Reptar Raceway (Rugrats universe)
Dam Prix (The Angry Beavers universe)
Rancid Raceway (CatDog universe)
Bikini Bottom Blowout (SpongeBob SquarePants universe)
Race Madness (Ren & Stimpy universe)
Beaver Fever (The Angry Beavers universe)
Nearburg Rally (CatDog universe)
Safari Speedway (The Wild Thornberrys universe)
Monster Mania (Aaahh!!!
Real Monsters universe)
Pickles' Parkway (Rugrats universe)
Gritty City Circuit (Hey Arnold!
universe)
Bongo Bangup (The Wild Thornberrys universe)
Big City Clean Up (Hey Arnold!
Beach Soccer (SpongeBob SquarePants'' universe)
Tommy Thayer in his childhood was influenced by bands like Black Sabbath and Deep Purple.
In early 1980's Tommy Thayer,  way the band of Heavy Metal Movie Star, with vocalist Jaime St. James.
The band then changed his name to Black N' Blue.
Thayer would record four studio albums for the band.
Black 'N Blue (1984), Without Love (1985), Nasty Nasty (1986) and In Heat (1988).
In 1989, Thayer began working for Kiss, co-writing the themes Betrayed And "The Street Giveth & The Street Taketh Away" of the album Hot In The Shade (1989).
Tommy Thayer replaced guitarist Ace Frehley when leaving Kiss in 2002, He used Frehley's makeup and became the "Spaceman".
Tommy Thayer recorded one live album, Kiss Symphony: Alive IV (2003) and two studio albums with the band.
Kiss Klassics (2008), and Sonic Boom (2009).
Brazilian jiu-jitsu (Portuguese pronunciation: [dʒɪwˈdʒitsu], English: /dʒuːˈdʒɪtsuː/) is a martial art, combat sport, and a self-defense system.
It focuses on grappling and especially ground fighting.
Brazilian Jiu Jitsu was founded by Helio Gracie who was part of the famous Gracie family.
He combined the grappling used in Judo but focused it towards ground fighting.
Brazilian Jiu Jitsu often involves the gi but can also be trained without it, wearing only a rash guard.
Like Judo it has many chokes and joint locks, but also includes leg-based submissions and strangles.
Charles Hendry is the Member of Parliament for Wealden in East Sussex.
Saul Kripke (born November 13, 1940) is an American philosopher and logician.
The work he is best known for is Naming and Necessity (1980).
Much of his best known work deal with the logic and language.
Kripke was born in Bay Shore, New York.
Robert Nozick (November 16, 1938 – January 23, 2002) was an American political philosopher.
His best known work is Anarchy, State, and Utopia (1974).
It responds to A Theory of Justice, a book by John Rawls.
Politically, Nozick was a libertarian.
He believed that the government should protect property and resolve contractual disputes but not much else.
Graves' disease is an autoimmune disease of the thyroid.
In people affected by the disease, the thyroid produces a bigger quantity of hormones than normal, which is commonly known as hyperthyroidism.
It occurs more often in women than men.
Most countries make it so that children cannot enter sex shops.
Some require shops to have warnings outside the shop.
In the United Kingdom, sex shops must not show the products on sale inside the shop so that people on the street can see them.
Sex shops in the United Kingdom are the only place where you can buy videos rated as "R18" by the British Board of Film Classification.
Infant attachment is a special bond first developed in infancy.
It is the first relationship an infant has, usually with its mother or parents.
Research on human babies by developmental psychologist Mary Ainsworth in the 1960s and 70s found that children may have different patterns of attachment.
This depends mainly on how they experienced their early caregiving environment.
Early patterns of attachment, in turn, shape – but do not determine - the individual's expectations in later relationships.
During the first stage of development the mother nurses the baby and the mother and infant(s) stay physically close to each other unless the mother needs to leave to seek food (etc.).
While the mother is gone the infant(s) remain hidden and quiet, sometimes in a nest or den.
Infancy is also a time of brain development.
In mammals, only some behavior is hard-wired in their brain as a fixed-action pattern.
Much behavior is genetically determined only as potential behavioral systems that must be activated and developed.
the development of perception
establishing norms for the body
the programming of early experiences into patterns of behavior
the ability to identify others within one’s own group as individuals feeling and responding similar to themselves— mirror neurons are involved in this.
With their increasing size of neocortex, primates and especially humans, have progressively more complex social behaviors.
Nursing is an integral part of this, and serves four functions:
it provides food
it helps the mother and infant stay together—in proximity—for the infant’s protection;
it allows the infant to observe and interact with its mother and learn through that experience.
the mother's milk carries antibodies.
This gives temporary protection against some infections, until the child's own immune system has matured.
Nursing requires proximity; proximity facilitates social interaction, and social interaction is essential for survival.
Attachment exists to varying degrees among non-human mammals; it is greatly increased especially in humans.
In hunter-gatherer and village-agricultural societies, the mother typically carried the baby or would leave it briefly with an allomother—someone with whom the child will have a life-long relationship such as a grandmother, aunt, or older sibling.
Only with the rise of civilization and wealth, and especially within the last 60 years has this pattern of childraising, embedded in our mammalian biology, been significantly altered.
Conclusions: Infant attachment is a multipurpose behavioral system essential to social animals.
During infancy patterns of behavior are established on which other long-term relationships are built.
Originating in the infant’s protection, the primary purpose of attachment soon became to support brain development.
The establishment of homeostasis of physiological systems, social and emotional development and learning are other functions.
Infant attachment is found to some degree in all mammals and is greatly expanded in humans.
Attachment is a behavioral system that is present at birth but that must be activated and developed.
Most of the time, the people who take care of a baby are the baby's mother and father.
If the mother or the father comes when the baby cries and treats the baby with tenderness, the baby learns that the parents will take care of it.
If the mother or the father smile at the baby, talk to the baby, sing to the baby, and hold the baby even when it is not crying, the baby learns that the parents love it.
When a baby has learned that it is loved and that it will be taken care of if it cries, it usually grows up to be a person who expects other people to be nice.
When a child feels loved and cared for and thinks other people will be nice, that child is said to be securely attached.
Bowlby wrote that the care and love a baby gets from its parents cause it to form an important idea.
He called this idea the internal working model.
The internal working model is how the baby or child thinks about itself, its parents, and other people.
When parents have taken loving care of a baby and child, it grows up with a positive internal working model.
This child will think that it is lovable, because it was loved.
It will think that the parents are good, because they were caring.
And the child will not be afraid to try to make friends with new people, because it will expect people to be nice.
Children who have a positive internal working model are also likely to be kind to other people.
Bowlby believed that a positive internal working model would help people make friends.
Bowlby wrote that the attachment process in people was like the closeness that exists between mother and baby chimpanzees, gorillas and orangutans.
In people, Bowlby believed that attachment developed gradually, in four steps.
Mary Ainsworth saw how mothers treated their babies in different cities and countries.
She saw that many ways mothers and babies acted were the same, even when families lives were very different.
Ainsworth made a way to test how the attachment relationship between a mother and her young child.
She called it "The Strange Situation".
McLeod, Saul. "
Attachment Theory."
Simply Psychology.
It's On (Dr. Dre) 187um Killa is the second EP by American rapper, Eazy-E. It was released on October 25, 1993.
The producers of the album were Eazy-E, DJ Yella, Rhythum D, Madness 4 Real, Dr. Jam and Cold 187um.
The EP was certified 2x Platinum in late 1994.
The album is a reply to then rival/former N.W.A bandmate Dr Dre.
The songs "Real Muthaphuckkin G's" and "It's On" are diss songs meant to insult Dr Dre and his then new protegee Snoop Doggy Dogg.
Other tracks such as "Down 2 tha Last Roach", "Any Last Werdz", "Still a Nigga" and "Exxtra Special Thankz" are about the gangster lifestyle.
The song "Gimme That Nutt" tells a rather sexually vulgar story that was banned from being played on radio stations.
The Rub' al Khali or Empty Quarter is a desert in Saudi Arabia.
It is one of the largest sand deserts in the world.
It covers an area of about 650,000 square kilometres, more than all of Holland, Belgium and France together.
Some of the sand dunes are more than 250 metres high.
A bird bath is an artificial "puddle" or small shallow pond, created with a water-filled basin, for birds to bathe in, cool off, and drink from.
A bird bath can be a garden decoration, small reflecting pool, or outdoor sculpture.
A bird bath is an attraction for many different species of birds to visit gardens, especially during the summer and drought periods.
Bird baths that provide clean and continual water all year makes more birds come.
Birdbaths and birdwatching
Birdbath styles
Beautiful Stone Birdbaths
Robert Elwood Bly (December 23, 1926 – November 21, 2021) was an American poet, author, activist and leader of the Mythopoetic Men's Movement.
He was born in Lac qui Parle County, Minnesota.
Bly's early collection of poems, Silence in the Snowy Fields, was published in 1962, and its plain style had considerable influence on American poems of the next two decades.
The following year, he published "A Wrong Turning in American Poetry", an essay.
In 1966, Bly co-founded American Writers Against the Vietnam War.
In 1968, he signed the “Writers and Editors War Tax Protest” pledge, vowing to refuse tax payments in protest against the war.
When he won the National Book Award for The Light Around the Body, he contributed the prize money to the Resistance.
During the 1970s, he published eleven books of poetry, essays, and translations.
During the 1980s he published Loving a Woman in Two Worlds, The Wingéd Life: Selected Poems and Prose of Thoreau, The Man in the Black Coat Turns, and A Little Book on the Human Shadow.
Among his most famous works is Iron John: A Book About Men, an international bestseller which has been translated into many languages.
Bly died at his home in Minneapolis, Minnesota on November 21, 2021, at the age of 94.
The Robert Bly Web Site
Profile and poems of Bly at PoetryFoundation.org
"Robert Bly reads 'Loon's Cry' "  for the WGBH series, New Television Workshop
Bly profile, The Academy of American Poets
MenWeb - Men's Issues Interview with Robert Bly
Modern American Poetry critical essays on Bly's works.
The Human Shadow and other essays, articles and interviews by Robert Bly.
writers from Minnesota
Mount Gongga is a  mountain in the Daxue Shan range, in Sichuan China.
It is also known as Gongga Shan and Minya Konka.
The name Minya Konka means "White Ice Mountain of Minyang".
It is the 41st highest mountain in the world.
The first people to reach the top were Richard Burdsall and Terris Moore, in 1932.
It was not climbed again until 1957.
Mount Gongga is thought of as one of the hardest and most dangerous mountains to climb.
There have been many deaths on the mountain.
These include a group of eight Japanese climbers in 1981.
Until 1999, more people had died on the mountain than had made it to the top.
Carter studied at Yale University.
After military service and travel abroad, he made his home in Indianapolis, where he has lived since 1969.
Carter writes in free verse and in traditional forms.
Much of his early work is set in Mississinewa County, an imaginary place that includes the actual Mississinewa River.
In recent years, as Carter began to publish his poems on the web, his poetry has ranged farther.
His first collection, Work, for the Night Is Coming, won the Walt Whitman Award.
His second, After the Rain, received the Poets' Prize.
His poems have appeared in literary journals in the U.S. and in the Twentieth-Century American Poetry, Contemporary American Poetry,  and Writing Poems.
The Red Bull Arena is a football stadium in Salzburg, Wals-Siezenheim.
It is the home ground of F.C. Red Bull Salzburg and FC Liefering.
During the Euro 2008 football championship it was one of four venues in Austria.
It has a capacity of 30,188.
The arena was built in 2003 and opened on March 8th, 2003 with a match between SV Austria Salzburg vs. FC Kärnten.
The score was 1-1.
It replaced the Stadion Lehen.
The building is not in the city of Salzburg but in the neighbouring borough of Wals-Siezenheim.