the-french-artist/wikipedia_20220301.simple_sentence_embeddings huggingface dataset:
National Weather Service bulletin for New Orleans region 
 At this point, Katrina was a Category 3 hurricane with 115 mph (185 km/h) winds and about 335 miles (540 km) to the south-southeast of the Mississippi River's mouth.
National Weather Service bulletin for New Orleans region 
 That night, the storm underwent another period of rapid strengthening, strengthening to a Category 5 hurricane with maximum sustained winds of 175 mph (280 km/h) by 10:00 am CDT on August 28.
National Weather Service bulletin for New Orleans region 
 At that time, the Weather Forecasting Office in Slidell, Louisiana issued an "urgent weather message" describing the destruction Katrina would likely cause in the region:
National Weather Service bulletin for New Orleans region 
 At 10:11 a.m. CDT (1511 UTC), Robert Ricks, a meteorologist with the New Orleans/Baton Rouge NWS office, issued the following statement:
National Weather Service bulletin for New Orleans region 
 In the following months after the storm, Congress appointed a two-party system committee to look into the response to Hurricane Katrina and the preparations before to its landfall.
National Weather Service bulletin for New Orleans region 
 The committee concluded that the forecasts given by the National Weather Service were timely, were not responsible for failures in other agencies, and were likely responsible for saving thousands of lives.
National Weather Service bulletin for New Orleans region 
 During an internal assessment by the National Weather Service, the 10:11 bulletin and its impact were examined.
National Weather Service bulletin for New Orleans region 
 The report called the bulletin "a significant moment for the NWS during Katrina," as its detailed and specific language did not have any previous precedent (though the message was based on a template designed by the Tampa Weather Office in 1990).
National Weather Service bulletin for New Orleans region 
 The strongly-worded statement persuaded people to evacuate, and was highlighted by national news media.
National Weather Service bulletin for New Orleans region 
 As a result, the level of detail was highlighted as an "innovative best practice" in the NWS assessment, which recommended issuing warnings with similar levels of detail in the future.
Cesc Fàbregas 
 He was named as the new captain of Arsenal in November 2008, after William Gallas lost the captaincy.
Misery Guts 
 This is a story about a kid named Keith who lives in London and his parents who own a fish and chip shop.
Misery Guts 
 Keith is dedicated to trying to make the store better and cheer up his parents so they won't be Misery Guts for the rest of their lives.
Misery Guts 
 As of November 2007, the "Misery Guts/Worry Warts" combination was ranked #3,465,204 in books sold by Amazon.
Brett Lee 
 Lee won the Donald Bradman Young Player of the Year Award at the Allan Border Medal award ceremony in 2000 soon after his debut and has gone on to win many awards and a few tournaments.
Otter 
 They usually stay on all four legs, but they can stand up as well but they are expert swimmers and spend a lot of time in water.
Otter 
 They eat meat and hunt for fish and small animals, so they have sharp claws and teeth that allow them to catch prey, then eat them.
Otter 
 Otters are carnivores; they must eat a lot of meat to live, so they spend 3 to 5 hours every day fishing and hunting.
Otter 
 They dive in rivers, lakes and streams until they can find a suitable animal to eat, which they then chase.
Otter 
 Because they spent so much time in cold water, they have to groom their fur often to stop themselves from freezing.
Otter 
 Otters talk to other animals and otters with whistles, growls, chuckles and screams, as well as chirps, squeals, and some kinds of otters might even purr.
Otter 
 Although once near extinction, they have begun to spread again, from remnant populations in California and Alaska.
Otter 
 The European otter (Lutra lutra) was common as recently as the 1950s, but became rare because of DDT pesticides, habitat loss and water pollution.
Otter 
 They stayed relatively common in parts of Scotland and Ireland, but numbers in England reached a low point in the 1980s.
Arsenal 
 The Kyiv Arsenal factory in Kyiv, Ukraine, which gave its name to the Kyiv Arsenal mutiny of 1918 (also known as the January Rebellion).
Arsenal 
 Kiev-Arsenal (photo camera) a Soviet brand of camera manufactured by the Arsenal Factory in Kyiv, Ukraine.
Arsenal 
 Woolwich Arsenal railway station, a mainline station in Woolwich, London, named after the Woolwich Arsenal.
Medal of Honor 
 Gen. Patrick Brady who flew more than 2,500 combat missions over Vietnam and helped rescue more than 5,000 wounded, "it is harder to wear it than to earn it".
Asynchronous Transfer Mode 
 However, when there is a lot of traffic it is difficult to predict how an Ethernet network will behave.
Asynchronous Transfer Mode 
 It is not possible to say that an Ethernet packet will take a maximum delay, but after that time it is guaranteed to arrive.
Asynchronous Transfer Mode 
 ATM is more complex, but this complexity allows to give guarantees as to data rate, maximum delay, and jitter.
Blood type 
 It is a classification of blood based on the presence or absence of inherited antigenic substances on the surface of red blood cells (RBCs).
Blood type 
 When a blood transfusion or an organ transplant takes place, it is vital to know the blood types of the donor (who gives blood) and the receiver (who needs blood).
Blood type 
 Of these systems, the ABO blood group system and the Rhesus blood group system are the most important.
Blood type 
 In this system the presence or absence of the A-antigen, the B-antigen and the RhD-antigen are determined.
Blood type 
 The principle of the ABO system is that antigens – in this instance, sugars exposed on the surface of red blood cells – differ between individuals.
Blood type 
 As a result, humans may produce antibodies against natural components in the bodies of other people, but not themselves.
Blood type 
 This harsh response can cause death when large amounts of such cells are encountered after a blood transfusion.
Blood type 
 Because A and B antigens are chemically modified from a precursor form that is also present in type O individuals, people with type A and B antigens can accept blood from type O individuals.
Blood type 
 Anti-A and anti-B antibodies are usually too big to pass through the placenta to the foetal blood circulation.
Blood type 
 The blood is thus tagged as being A positive, O negative for instance, where the letter refers to the ABO blood group and "positive" or "negative" refers to whether or not the RhD-antigen of the Rhesus blood group system was found.
Blood type 
 This means that they can only receive blood from other people in group O, but they can give to any ABO group.
Blood type 
 Group A have anti-B antibodies, so they can only receive blood from people within group A or O. These two groups do not have the B-antigen.
Blood type 
 Group B have anti-A antibodies, so they can only receive blood from people within group B or O. They can donate to groups B or AB.
Blood type 
 People with type O negative blood are often called universal donors because they can give blood to any other blood group.
Blood type 
 People with type AB positive blood are called universal recipients because they can receive blood from any other blood group.
Blood type 
 The Rh factor (Rh meaning Rhesus) is a feature of the second most common blood-group system in human-blood transfusion.
Blood type 
 Rh is an inherited trait, which refers to a protein on the surface of an individual's red blood cells.
Blood type 
 In blood transfusions it is important that the blood donor and recipient have the same Rh factor and same blood group.
Blood type 
 Before a transfusion takes place blood is thoroughly tested for anything that might cause problems for the receiver.
Acuminite 
 It is named for the Latin word "acuminis" (meaning "sharp point" or "spearhead") for the way the crystals are made.
Warthog 
 By tolerating a higher-than-normal body temperature, the warthog is perhaps able to conserve moisture inside its body that might otherwise be used for cooling. (
Warthog 
 Camels and desert gazelles have developed a similar mechanism for survival in hot, arid environments.)
Moraine 
 Moraines are accumulations of debris that are found in regions where there are glaciers or were glaciers formerly.
Moraine 
 The debris may have been taken off the valley floor as a glacier moved or fallen off the valley walls as a result of weathering.
Moraine 
 Moraines may be on the glacier’s surface or deposited as piles or sheets of debris where the glacier has melted.
Moraine 
 Moraines may also develop when a glacier or iceberg reaches the sea and melts, dropping rocks that it has carried.
Silt 
 Silty soil retains water longer, but it can’t hold on to as many nutrients as you’d want it to, though it’s fairly fertile.
Silt 
 Silt is chemically distinct from clay, and unlike clay, grains of silt are about the same size in all dimensions.
Silt 
 Silt may occur as a soil or alternatively as suspended sediment in a water column of any surface water body.
Silt 
 It may also exist as deposition soil at the bottom of a water body after it is eroded elsewhere and transported by a stream or by a current.
Silt 
 Silt is easily transported in water and is fine enough to be carried long distances by air as 'dust'.
Silt 
 Thick deposits of silty material that result from wind deposition are often called loess (a German term) or limon (French).
Catalytic converter 
 The catalytic converter converts carbon monoxide, hydrocarbons, and nitrogen oxides, all of which make the air dirty and make people sick, into carbon dioxide, water, and Nitrogen, all of which are less harmful.
Catalytic converter 
 The US auto industry was investigated by the US Department of Justice for “conspiracy” for 15 years of colluding to withhold the technology between 1953 and 1969 while smog devastated urban centers’ air quality.
Catalytic converter 
 A catalytic converter reduces carbon monoxide by contacting it with oxygen, creating carbon dioxide, which is less harmful.
Catalytic converter 
 Because hydrocarbons are unburned fuel particles that are put into the catalytic converter, they burn up in the catalytic converter, making it very hot.
Adamite 
 Adamite is a mineral that can be either yellow, purple, green, pink, or yellowish-green in color and is made from crystals.
Adamite 
 It is named for the French mineralogist Gilbert Joseph Adam (1795-1881), who was the person who discovered it.
Six Flags Great Adventure 
 In 2012, Six Flags combined Great Adventure Park with the Wild Safari Area to form a single 475-acre theme park.
Six Flags Great Adventure 
 At 458 feet tall guests say on a clear day you can see both the Philadelphia and New York City skylines.
Adamsite-(Y) 
 Adamsite-(Y) is a mineral that can be white, pale pink, pale purple, or is colorless in color and is made of crystals.
Adamsite-(Y) 
 It is named for Professor Frank Dawson Adams (1859-1942) of McGill University, Montreal, Quebec and is found in the Poudrette quarry in Quebec.
21 (number) 
 Twenty-one is also a name of a popular card game and is the age at which people in the United States can buy alcoholic drinks.
Samuel Pepys 
 Samuel Pepys  ( ; 23 February 1633 – 26 May 1703) was an English administrator at the Admiralty and Member of Parliament.
Samuel Pepys 
 Although Pepys had no maritime experience, he rose by patronage, hard work and his talent for administration.
Samuel Pepys 
 The detailed private diary that he kept from 1660–1669 was first published in the nineteenth century.
Samuel Pepys 
 It provides a combination of personal notes and eyewitness accounts of great events, such as the Great Plague of London, the Second Dutch War and the Great Fire of London.
Samuel Pepys 
 Seeing that the wind was driving the fire westward, he ordered the boat to go to Whitehall, and became the first person to inform the King of the fire.
Samuel Pepys 
 Pepys took a coach back to Old St Paul's Cathedral, before setting off on foot through the burning city.
Samuel Pepys 
 At noon Pepys went home and 'had an extraordinary good dinner, and as merry, as at this time we could be'.
Samuel Pepys 
 In the evening he and his wife watched the fire from the safety of Bankside: Pepys writes that 'it made me weep to see it'.
Samuel Pepys 
 A cart arrived at 4am on 3 September, and Pepys spent much of the day arranging the removal of his possessions.
Samuel Pepys 
 By this point, he believed that Seething Lane was in grave danger, and suggested calling men from Deptford to help pull down houses and defend the king's property.
Samuel Pepys 
 On Wednesday, 5 September, Pepys – who had taken to sleeping on his office floor – was woken by his wife at 2am.
Samuel Pepys 
 She told him that the fire had almost reached All Hallows-by-the-Tower, and that it was at the foot of Seething Lane.
Samuel Pepys 
 On 7 September he went to Paul's Wharf and saw the ruins of St Paul's Cathedral, of his old school and of his father's house.
Samuel Pepys 
 The complete and definitive edition of Pepys's diary by Robert Latham and William Matthews was published by Bell & Hyman, London, in 1970–1983.
Samuel Pepys 
 Samuel Pepys' diary which provides a daily entry from the diary, as well as detailed background articles, plus annotations from readers.
Jorge Guillén 
 Jorge Guillén y Álvarez (January 18, 1893 – February 6, 1984) was a Spanish poet, a member of the Generation of '27.
Jorge Guillén 
 His life paralleled that of his friend Pedro Salinas, whom he succeeded as a Spanish teaching assistant at the Collège de Sorbonne in the University of Paris from 1917 to 1923.
Jorge Guillén 
 He was also a professor at the University of Murcia from 1925 to 1929, the University of Oxford from 1929 to 1931, and the University of Seville from 1932 to 1938.
Jorge Guillén 
 Exiled, he was forced to establish himself in the United States to continue his postsecondary teaching.
Jorge Guillén 
 In 1977, he was awarded the Miguel de Cervantes Prize, one of the most prestigious prizes for Spanish-language writers.
Albatross 
 They are not found in the North Atlantic region, but their fossils have been found there, which shows that they used to live there.
Albatross 
 There are four main species of albatross: Great Albatrosses, North Pacific Albatrosses, Mollymawks and Sooty Albatrosses.
Albatross 
 Albatrosses come ashore to make their nests, mostly on islands, and usually near the nests of other birds.
Albatross 
 This is partly because animals such as rats and cats attack their eggs, chicks, and sometimes adult birds as well.
Albatross 
 The main reason why albatross are endangered is longline fishing which causes many albatross to get caught on hooks that have been baited to catch fish.
Albatross 
 The adult albatrosses usually have a dark upper-wing and back, and white undersides when they are getting ready to take flight.
Albatross 
 Albatrosses flying north from their family sometimes fly in a clockwise direction, and those flying south will fly the opposite.
Albatross 
 The most energy used up in their journey is not when they travel a long way, but when they land, take-off, and hunt.
Albatross 
 However, because their long wings do not have strong muscles or energy, they cannot flap while they fly.
Albatross 
 Because of this, albatrosses in calm seas must stop and rest on the surface of the ocean until the wind begins to blow harder.
Albatross 
 Most albatrosses are found in the southern hemisphere from Antarctica to Australia, South Africa and South America.
Albatross 
 The last one, the Waved Albatross, is in the Galapagos Islands and finds food in the coast of South America.
Albatross 
 Some kind of albatrosses that live in the south have usually been trapped in the North Atlantic, and are forced to stay there for a long time.
Albatross 
 They try to find out about the way albatrosses go across the ocean to find food with the satellites.
Albatross 
 A study of Tristan Albatrosses living on the Gough Island showed that males look for food on the west and the females go around the east.
Albatross 
 From the two albatross species that live in Hawaii, one of them, the Black-footed Albatross, eats mostly fish.
Albatross 
 Instead, albatrosses eat squids that die after mating, or after they have been vomited by squid-eating whales (such as sperm whales and pilot whales).
Albatross 
 Other species, like the Black-browed Albatross or the Grey-headed Albatross, eat smaller species of squid that sink after they die, and they do not scavenge a lot.
Albatross 
 Until now, it was thought that the albatrosses ate and found their food at the surface of the sea, this included dead squid and fish pushed to the surface by the waves, other animals that had eaten them, or death.
Albatross 
 However, this theory was not true because some species have a mean (average) diving depth of almost 5 metres and can dive as deep as 12.5 metres.
Albatross 
 They have now been seen to eat from the surface, diving to catch prey and sometimes also plunging from the air to snatch their prey.
Albatross 
 This is one of their strongest instinct, and the study of Laysan Albatross showed that the normal distance between the place where it was hatched and the place where the bird made its own territory was 22m (72 ft).
Albatross 
 Before albatrosses mate, they group together and spend lots of years practicing the mating rules and special "dances" that the family is famous for.
Albatross 
 When the albatrosses learn these kind of actions and dances, they also learn things such as pointing, calling, making noises with their bill, staring, and sometimes all of them put together.
Albatross 
 When a bird first comes it will dance with many other albatrosses, but after a few years, the number of birds it will dance with will lessen until one of the birds are chosen.
Albatross 
 But if the egg is taken by other predators or accidentally broken, the parents will not lay another egg for that whole year.
Albatross 
 The Waved Albatross, however, does not make a nest but instead moves its egg around the pair’s territory, as much as 50 m (160 ft).
Albatross 
 When they do this, it takes a lot of energy, and the adult can lose as much as 83 g (2.9 oz) of body weight a day.
Albatross 
 After hatching, the chick is taken care of and guarded for three weeks until it is large enough to take care of and fight for itself.
Albatross 
 The parents both take turns to go and find food, that are about 12% of their body weight (around 600 g (21 oz)).
Albatross 
 When they are preparing their body for flying, they may also grow flight feathers, which makes them sometimes as heavy as their parents.
Albatross 
 Their parents do not teach them, and instead they return to the nest even after their chick has left.
Albatross 
 In Portuguese, the word still presently used for the bird, albatroz, came from the English albatross.
Albatross 
 They were once known as Goonie birds or Gooney birds, especially the albatrosses in the North Pacific.
Albatross 
 In the southern hemisphere, most people still call the albatross mollymawk, which came from the word malle-mugge, an old Dutch.
Albatross 
 The name Diomedea, given to the albatrosses by Linnaeus, is from the story about the Greek warrior Diomedes becoming a bird.
Albatross 
 When people are sad or feel they are carrying a burden, they may use the expression 'to have an albatross around their neck'.
Albatross 
 There is a myth that sailors do not shoot or eat albatrosses because they think it will bring bad luck, but in reality sailors regularly killed and ate them.
Albatross 
 The Māori people used the wing bones of the albatross to carve tattoos into their skin at ceremonies.
Albatross 
 Of the 21 albatross species noted by the IUCN on their list, 19 are threatened, and the other two are very near to being threatened.
Albatross 
 In the Midway Islands there have been many airplane crashes because of collisions with Laysan Albatrosses, causing fatalities in both the albatross and human population.
Albatross 
 Recently, people have tried to stop human activity in the islands and this has helped lessen the number of birds dying.
Albatross 
 Another threat to albatrosses are introduced species, like rats or feral cats (cats that live without being cared for by people), which attack the albatross or its chicks and eggs.
Albatross 
 Albatrosses have lived on islands where there are few land mammals and they are not adapted to defend themselves against them.
Albatross 
 For example, on Gough Island the chicks of Tristan Albatrosses are often attacked and eaten alive by house mice.
Albatross 
 Sometimes albatrosses, as well as many other kinds of seabirds, are killed because they eat plastic.
Albatross 
 The amount of plastic eaten in the seas has increased very quickly since the first record in the 1960s.
Albatross 
 It is impossible to digest plastic, and the undigested plastic stops other food from being digested.
Albatross 
 Scientists and people who try to help albatrosses are working with governments and fishermen to stop these threats.
Albatross 
 They have come up with solutions such as fishing at night, dying the bait a blue color to hide it from the albatrosses, setting the bait under the water, and more.
Albatross 
 For example, a study by some scientists and fishermen in New Zealand tested putting the fishing lines below the reach of certain kinds of albatross species.
Albatross 
 The use of some of these ideas has been successful by stopping the number of Black-browed Albatross that died in the last 10 years.
Albatross 
 One important step towards protecting albatrosses and other seabirds is the 2001 treaty known as the Agreement on the Conservation of Albatrosses and Petrels, signed by thirteen countries, Australia, Argentina, Brazil, Chile, Ecuador, New Zealand, Norway, Spain, South Africa, France, Peru, Uruguay and the United Kingdom.
Albatross 
 One of the Agreement's key activities is to provide expert advice on seabird bycatch mitigation to fisheries managers, both in domestic and high seas fisheries.
Albatross 
 Tracking Ocean Wanderers  The global distribution of albatrosses and petrels: Results from the Global Procellariiform Tracking Workshop, 1–5 September 2003, Gordon’s Bay, South Africa.
Proxima Centauri 
 Proxima Centauri is a red dwarf star that is likely a part of the Alpha Centauri star system and is the closest star to the Sun at a distance of
Proxima Centauri 
 Proxima Centauri was found to share the same proper motion as Alpha Centauri in 1915 by Robert Innes while he was Director of the Union Observatory in Johannesburg, South Africa.
Proxima Centauri 
 Recorded photographs showed that the star became measurably brighter about 8% of the time, making it the most active flare star then found.
Proxima Centauri 
 Barnard's Star will make its closest approach to the Sun around AD 11,700, when it approaches to within about 3.8 light-years.
Proxima Centauri 
 However, at that time, it will not be the nearest star, since Proxima Centauri will then have moved even closer to the Sun.
Proxima Centauri 
 In 2016, a exoplanet was found by the European Southern Observatory around Proxima Centauri, Proxima Centauri b (or Proxima b).
Proxima Centauri 
 While being Earth-like, it may not be habitable on the surface, since Proxima Centauri gives off strong solar flares and high solar winds, which could strip away parts of the atmosphere of the planet, making it less habitable.
Proxima Centauri 
 In October of 2016, scientists at France's CNRS research institute said that the planet may have oceans on its surface, and a thin atmosphere.
Proxima Centauri 
 Because it showed up brighter than expected when photos of it were taken, it may have a ring system five times wider than that of Jupiter.
Chant 
 It usually repeats, and is used in religious services around the world, as well as by many nonreligious groups.
The Naked Brothers Band 
 The Naked Brothers Band is a musical comedy television series that airs on Nickelodeon created by actress Polly Draper.