fschieber/wit-captions huggingface dataset:
г. Москва, 17 января 1938 год. Группа депутатов Верховного Совета СССР — командиров, политработников и красноармейцев среди них: Нарком Обороны СССР, Маршал Советского Союза К. Е. Ворошилов, Заместитель Наркома Обороны СССР, Маршал Советского Союза А. И. Егоров, Начальник Политуправления РККА армейский комиссар 2-го ранга Л. З. Мехлис, армейский комиссар 2-го ранга Е. А. Шаденко, Начальник Генштаба РККА, командир 1-го ранга Б. М. Шапошников, командующий Московским военным округом Маршал Советского Союза С. М. Буденный, капитан заместитель командира по политчасти Киргизского Кавалерийского полка РККА Мамат Нурбаев и другие.
Русский: Группа депутатов Верховного Совета СССР - командиров, политработников и красноармейцев среди них: Нарком Обороны СССР, Маршал Советского Союза К.Е.Ворошилов, Заместитель Наркома Обороны СССР, Маршал Советского Союза А.И.Егоров, Начальник Политуправления РККА армейский комиссар 2-го ранга Л.З.Мехлис, армейский комиссар 2-го ранга Е.А.Шаденко, Начальник Генштаба РККА, командир 1-го ранга Б.М.Шапошников, командующий Московским военным округом Маршал Советского Союза С.М.Буденный, капитан заместитель командира по политчасти Киргизского Кавалерийского полка РККА Мамат Нурбаев и другие.
Albert Einstein en 1904 ou 1905. C'est en 1905, son annus mirabilis[115], qu'il publie quatre articles qui marquent la physique contemporaine :  1. Über einen die Erzeugung..., qui explique l'effet photoélectrique en ayant recours aux quanta de lumière - les photons,  2. Über die von der molekularkinetischen Theorie..., qui propose une explication physique du mouvement brownien, modèle repris en théorie cinétique des gaz,  3. Zur Elektrodynamik bewegter Körper, qui pose les bases de la relativité restreinte, et  4. Ist die Trägheit eines Körpers..., qui décrit l'équivalence masse-énergie, le plus souvent résumée par E=mc2.
English: German-born theoretical physicist Albert Einstein.
No sistema solar, os planetas percorrem órbitas elípticas, com o Sol localizado em um dos focos. A excentricidade pode ser visualizada na figura tanto como a deformação da órbita (quanto ela se afasta de um círculo, indiretamente através de uma relação entre 
  
    
      
        b
      
    
    {\displaystyle b}
  
 e 
  
    
      
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    {\displaystyle a}
  
) ou pelo afastamento do Sol do centro geométrico da órbita (diretamente, através da distância 
  
    
      
        F
        1
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    {\displaystyle F1-C=e\cdot a}
  
).
Panoramic view of the Costa Pinto Production Plant located in Piracicaba, São Paulo state. This industrial plant is set up to produce sugar, ethanol fuel (both anhydrous and hydrous), industrial grade ethanol, and alcohol for beverages. The foreground shows the receiving operation of the sugarcane harvest, immediately followed by the mill process, and in the right side of the background is located the distillation facility where ethanol is produced. This plant produces the electricity it needs from baggasse residuals from sugar cane left over by the milling process, and it sells the surplus electricity to public utilities.
English: Panoramic view of the Costa Pinto production plant set up to produce both sugar and ethanol fuel and other types of alcohol. Piracicaba, Sao Paulo, Brazil
Planta de uma usina elétrica termonuclear em funcionamento. A reação nuclear que ocorre no núcleo do reator abastecido com alguns quilogramas de material reativo converte uma quantidade enorme de energia nuclear em energia térmica a cada segundo. Parte desta energia térmica é convertida em energia mecânica nas turbinas, e posteriormente em energia elétrica. Outra parcela é necessariamente entregue a uma fonte fria, neste caso ao ambiente mediante a dissipação de vapor d'água aquecido expelido nas chaminés. Mesmo dissipando toda esta energia a cada segundo, um reator pode trabalhar por volta de 30 anos sem ser reabastecido.
Deutsch: Kernkraftwerk in Cattenom, Frankreich English: Nuclear power plant in Cattenom, France Français : La centrale nucléaire française de Cattenom Bân-lâm-gú: Tī Huat-kok Cattenom ê hi̍k/hu̍t-lîng huat-tiān-tshiúnn. 佇法國卡特農(Cattenom)的核能發電廠。 Српски / srpski: Нуклеарна електрана у Катеному, Француска
Kjo tregon një pamje ekstreme ultravjollcë të Diellit (Eksperimenti i Teleskopit Apollo Mount SO82A) i marrë gjatë Skylab 3, me Tokën e shtuar për shkallë. Në të djathtë një imazh i Diellit tregon një emetim të heliumit, dhe ka një imazh në të majtë që tregon emetimet nga hekuri. Një aplikim për fluturimin në hapësirë është të merret me vështirësi vështirësi ose vështirësi duke qenë në sipërfaqen e Tokës. Skylab përfshiu një vëzhgim diellor të dërrmuar masiv që revolucionarizoi shkencën diellore në fillim të viteve 1970 duke përdorur stacionin hapësinor me bazë Apollo në lidhje me fluturimet hapësinore të mposhtura për të.
English: caption: S74-15583 (July 1973) --- A huge solar eruption can be seen in this Spectroheliogram obtained during the Skylab 3 mission by the Extreme Ultraviolet Spectrograph/Spectroheliograph SO82A Experiment aboard the Skylab space station in Earth orbit. SO82 is one of the Apollo Telescope Mount experiments. The SO82 A instrument covers the wavelength region from 150-650 angstroms (EUV regions). The magnitude of the eruption can be visualized by comparing it with the small white dot that represents the size of Earth. This photograph reveals for the first time that helium erupting from the sun can stay together to altitudes of up to 500,000 miles. After being ejected from the sun, the gas clouds seem to have come to a standstill, as though blocked by an unseen wall. Some materials appear to have been directed back toward the sun as a rain, distinguished by fine threads. At present it is a challenge to explain this mystery--what forces expelled these huge clouds, then blocked its further progress, yet allowed the cloud to maintain its threads. Both magnetic fields and gravity must play a part, but these curious forms seem to defy explanation based on magnetic and gravitational fields alone. The EUV spectroheliograph was designed and constructed by the U.S. Naval Research Laboratory and the Ball Brothers Research Corporation under the direction of Dr. R. Tousey, the principal investigator for this NASA experiment. On the left may be seen the sun's image in emission from iron atoms which have lost 14 electrons by collision in the sun's million-degree coronal plasma gas.
Christchurch Gate, Canterbury Cathedral, Kent, built 1517, displaying (far left) the arms of Sir Henry Guldeford (d.1532). Quarterly of 4: 1&4: Or, a saltire between four martlets sable; 2&3: Argent, a chief sable overall a bend engrailed gules (Halden). He distinguished himself in the Spanish wars against the Moors, and particularly upon the reduction of Grenada; in consequence of which the canton with the pomegranate was placed as an augmentation to his family arms ; the pomegranate being the arms of that kingdom. Henry the Eighth, in the sixteenth year of his reign, granted to him the manor of Hadloe, in this county.[1]
English: Canterbury Cathedral - Christchurch Gate, Buttermarket. Shields restored since 1827 when some were described by Willement as "obliterated" . "Cathedral records indicate the gate was built between 1504 and 1521 with funds provided by Priors Goldstone and Goldwell. This is despite the inscription of 1507 (sic) on the stonework “Hoc Opus constructum est anno domini millensimo quingentensimo decimo septimo” (1517)- a matter of ongoing dispute between historians" (http://www.canterbury-archaeology.org.uk/ccgate/4590809464). Per: Willement, Thomas, Heraldic Notices of Canterbury Cathedral, 1827, p.1[1]: Arms: left to right: 1: Quarterly of 4: 1&4: Or, a saltire between four martlets sable (Guldeford); 2&3: Argent, a chief sable overall a bend engrailed gules (Halden); Sir Henry Guldeford, K. 6. Comptroller of the Household to King Henry the Eighth, son of Sir Richard Guldeford, by his second wife, Joane Vaux. He distinguished himself in the Spanish wars against the Moors, and particularly upon the reduction of Grenada; in consequence of which the canton with the pomegranate was placed as an augmentation to his family arms ; the pomegranate being the arms of that kingdom. Henry the Eighth, in the sixteenth year of his reign, granted to him the manor of Hadloe, in this county. 2: Argent, three Catherine Wheels sable a bordure engrailed gules. Restored. (Scott of Scot's hall, Kent. Sir John Scott (d.1485), Sheriff of Kent in 1460, Comptroller of the Household to King Edward IV.). Willement, 1827: "MS. No. 162, in Bib. Soc Antiq. Lond. tells us that this shield contained formerly the arms of Scot; Argent, three Catherine wheels, sable, a bordure engrailed, gules". 3: Vert, a chevron between three eagles displayed or (John Fineux, Lord Chief Justice from 1496 to 1526) 4: Thomas Howard, Duke of Norfolk, Lord Treasurer and Earl Marshal. Quarterly of six; Restored. Willement, 1827: "The three obliterated quarters were, most probably, Mowbray, Gules, a lion rampant, argent; Fitzalan, Gules, a lion rampant, or- and Dacres, Gules, three escallops, two and one, argent" 5: Royal arms with label of three points argent, a prince. At far right is a Beaufort Portcullis, thus the date must be post 1485, the year of the accession of King Henry VII.
a) Ferroelectric soft-mode frequency as a function of temperature. The dashed lines shows the behaviour of a regular ferroelectric material with a ferroelectric instability at the Curie temperature. The solid lines shows the quantum paraelectric frequency with quantum fluctuations preventing a ferroelectric instability from arising. b) The dashed line shows the divergence of the dielectric susceptibility near the Curie temperature for a regular ferroelectric. The solid line indicates the anomalous behaviour of a quantum paraelectric where the dielectric susceptibility begins to diverge in the regular manner but levels off.
English: Frequency and dielectric susceptibility as a function of temperature for a quantum paraelectric material.
Middeleeuwse geïllustreerde Bijbel van de Brief van Paulus aan de Galaten vers 1-4. In de kop van de hoofdletter P van Paulus geeft Paulus een Galaat zijn epistel. Beiden gaan in fraai blauw en rood gekleed.
Latijnse tekst van de Vulgaat:
(in rood:) Incipit epla [=epistula] ad Galathas. (in zwart:) Paulus apls [=apostolus] non ab / hominib;[=us] ne / que per hominem sed per / Ihm [=Ihesum] xrm [=Christum] et Dm [=Deum] Pa / trem qui suscitavit / eum a mortuis...
Vertaling:
Brief aan de Galaten begint. Paulus een apostel niet door mensen noch via een mens maar via Jezus Christus en God de Vader die hem opwekte uit de dood..
Nederlands: Begin van de Brief aan de Galaten uit het Nieuwe Testament vertaald van het Grieks in het Latijn. Een verlucht manuscript, met een voorstelling van Paulus die zijn Brief aan een Galaat (inwoner van Galatië in nu Turkije) geeft. English: Beginning of the New Testament Epistle to Galatians translated from Greek into Latin. An illuminated manuscript, in the picture Apostel Paul hands his Epistle to a Galatian. Text (compare Latin text Vulgate Epistula Ad Galatas - Chapter 1 Vulgate.org Latin text Vulgate Epistula Ad Galatas - Chapter 1: [black].... [red] Incipit epistula ad Galathas [black] [1.] Paulus apls [=apostolus] non ab hominib;[=bus] ne que per hominem sed per Ihm [=Iesum] xrm [=Christum] et Dm [=Deum] Pa trem qui suscitavit eum a mortuis [2.] et qui mecum sunt omnes frs [=fratres] ecclijs [=ecclesiis] Gala ti[a]e. [3.] Gra[tia] vob[is] et pax a D[e]o P[at]re et Domino nostro Ihu [=Iesu] xro [=Christo]. [4.] qui dedit semet
In 3-d space, a bivector 
  
    
      
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 defines a 2-d plane subspace (light blue, extends infinitely in indicated directions). Any vector 
  
    
      
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 in 3-d space can be decomposed into its projection 
  
    
      
        
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 onto a plane and its rejection 
  
    
      
        
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 from this plane.
Placa relativa a la Real y Pontificia Universidad de México. Latin: "Ad perennem memoriam pontificia regiae universitatis Caroli V ivssv ab excmo [excelentisimo] Anto[nio] de Mendoza in hoc loco III[3] Iunii MDLIII erectae qvae ad annvm MDCCCLXV vsqve florvit hoc monvmentvm universitas nationalis mexicana. DD [Dedicavit or Dedit Dedicavit]". Español: Para perpetuar la memoria de la Universidad Real y Pontificia de Carlos V. Por orden del excelentísimo Antonio de Mendoza, en este lugar se erigió el 3 de junio de 1553. Quien hasta el año 1865 aquí floreció. Monumento a la Universidad Nacional Mexicana. ha dado la dedicación.
Español: Placa relativa a la Real y Pontificia Universidad de México This is a photo of a monument in Mexico, identified by ID 01198
Louisiana Lieutenant Governor Jay Dardenne (left) spoke on January 19, 2012, to the Hammond Chamber of Commerce, which met in Southeastern Louisiana University's Twelve Oaks Cafeteria. His presentation included popular songs associated with historic Louisiana political figures. The office of the lieutenant governor is heavily involved in marketing the state for tourism. Dardenne believes that an untapped potential for Louisiana is to attract tourists on the basis of political legends. He recounted examples of humorous statements by former governors and State Senator Dudley J. LeBlanc, originator of Hadacol patent medicine.
English: Louisiana Lieutenant Governor Jay Dardenne spoke 2012-01-19 to the Hammond Chamber of Commerce, which met in the Twelve Oaks Cafeteria on Southeastern's campus. His presentation included popular songs associated with historic Louisiana political figures. The Lieutenant Governor's office is heavily involved in marketing the state for tourism. Dardenne believes that an untapped potential for Louisiana is to attract tourists on the basis of political legends. He recounted examples of humorous statements by former governors and State Senator Dudley J. LeBlanc, originator of Hadacol patent medicine.
سفر زیگموند فروید به ایالات متحده به سال ۱۹۰۹ نقش مهمی در گسترش نفوذ وی در آمریکای شمالی ایفا کرد. در این عکس، او را در دانشگاه کلارک با بعضی از پیشگامان روانکاوی و روان‌شناسی می‌بینیم. در ردیف جلو از چپ به راست: زیگموند فروید، گرانویل استانلی هال، کارل یونگ; ردیف پشت: آبراهام. ای بریل، ارنست جونز، سندور فرنزی: دانشگاه کلارک در ووستِر ایالت ماساچوست آمریکا. هال در آن زمان رئیس انجمن روانشناسی آمریکا و رئیس دانشگاه کلارک بود. در زمان بازدید از دانشگاه کلارک، یونگ پیرو اصلی فروید بود. اندکی پس از این ملاقات، یونگ از فروید جدا شد و نظریه روان پویشی خود را بنیان نهاد. اما بریل، جونز و فرنزی از طرفداران وفادار فروید باقی ماندند
English: Group photo in front of Clark University: Front row: Sigmund Freud, G. Stanley Hall, C. G. Jung; Back row: Abraham A. Brill, Ernest Jones, Sándor Ferenczi. Photo taken for Clark University in Worcester, Massachusetts publication. Čeština: Foto z Clarkovy univerzity roku 1909. Dole (zleva) Sigmund Freud, G. Stanley Hall, C. G. Jung, nahoře (zleva) Abraham A. Brill, Ernest Jones, Sándor Ferenczi Tiếng Việt: Ảnh chụp nhóm trước ĐH Clark. Hàng trước: Sigmund Freud, G. Stanley Hall, C. G. Jung; hàng sau: Abraham A. Brill, Ernest Jones, Sándor Ferenczi
Poissonen banaketan 
  
    
      
        
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 parametroa erreferentziazko aldi bakoitzeko luzerara egokitu behar da. Minutuko batez besteko dei kopurua 
  
    
      
        
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 izanik, dei kopuru hauek suertatu dira kasu honetan: 1, 3, 0, 4, 3. 5 minutuko, 
  
    
      
        
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    {\displaystyle \scriptstyle \lambda \,}
  
 parametroa 5×3=15 dei izango da eta suertatu den kopurua 11.
Lafayette Escadrille pilots with Fram and a Nieuport 16, March 1916. Pilots L-R: Sergeant Victor Emmanuel Chapman of New York City, New York); Sergeant Elliott Christopher Cowdin II of New York City, New York; Adjutant Bert Hall of Missouri, USA; Lieutenant William Thaw II of Pittsburgh, Pennsylvania; Lieutenant Alfred de Laage de Meux of Clesse, Deux Sèvres, France; Sous-Lieutenant Norman Prince of Boston, Massachusetts; Sergeant James Rogers McConnell of Carthage, North Carolina; Sergeant Kiffin Yates Rockwell of Asheville, North Carolina; Captain Georges Thenault of Paris, France, and Fram-Captain Thenault's "bon chien"
English: Lafayette Escadrille pilots with Fram and a Nieuport 17, March 1916. V. Chapman, E. Cowdin, Wm. Thaw, N. Prince, K. Rockwell, B. Hall, Lt. Delnage, J.K. McConnell, Capt. Thenault
Ймовірності передачі (T) та проникнення (R) для дельта-подібної потенціальної ями. Енергія 
  
    
      
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. Пунктирні лінії - класичний результат, а суцільні -квантовомеханічний.
Animácia, ukazujúca prácu srdcových chlopní. Hore je pulmonálna chlopňa, ktorá sa otvára pri sťahu komôr- systole. Ňou je vytlačená krv z pravej komory do pľúcneho obehu. Súčasne sa otvára aortálna chlopňa (v tomto pohľade skrytá za pulmonálnou), ktorou je krv vytlačená z ľavej komory do telového obehu. Potom komory ochabnú (diastola), aortálna a pulmonálna chlopňa sa zatvoria a otvoria sa chlopne, ktorými do komôr natečie krv z predsiení: trikuspidálna (vľavo) a mitrálna (z ktorej vidno len šlašinky, vpravo). Dvojice chlopní sa teda otvárajú striedavo. (Obrázok ukazuje srdce spredu, takže pravé oddiely sú vľavo a naopak)
العربية: مقطع عرضي ثُلاثي الأبعاد لِلقب صُمم بِواسطة الحاسوب. يُمكنك الحُصُول على هذا النموذج هُنا وهُنا. كما يُمكنك الاطلاع على الرسم بالهيئة ثُلاثيَّة الأبعاد هُنا. Deutsch: Computeranimierter Querschnitt eines schlagenden Herzens. Das Modell ist online verfügbar 1 2 und kann ebenfalls als 3D Modell angesehen werden. English: Computer Generated Cross Section 3d Model of Heart. You can get this model here and here. You can even watch it in 3d here. Français : Modélisation tridimensionnelle d'un cœur humain vu en coupe, générée par ordinateur. Vous pouvez obtenir ce modèle ici et là. Vous pouvez aussi l'observer en 3D ici. Galego: Modelo tridimensional do corazón xenerado por ordenador. Podes obtelo aquí e aquí. Podes tamén velo en tres dimensións aquí. Polski: Komputerowo wygenerowany przekrój poprzeczny trójwymiarowego modelu serca. Română: Modelul inimii cu secțiunea transversală generată de computer 3d. Puteți obține acest model aici și aici. Îl poți urmări chiar și în 3d aici. Українська: Згенерована комп'ютером 3d-модель перерізу серця. Модель можна розглянути у 3D ось тут. Čeština: Počítačová animace funkce srdce, zobrazení pohybů průřezu třírozměrného modelu. Македонски: Пресек на срце во работа (анимација).
Lakaran keratan rentas bekas kurung BWR Mark I yang biasa, seperti yang digunakan dalam Unit 1 hingga 5. Teras reaktor (1) terdiri daripada rod bahan api dan rod penyederhana (39) yang digerakkan keluar masuk oleh peranti (31). Di keliling bekas tekanan (8), terdapat kurungan luar (19) yang dilitupi oleh palam konkrit (2). Apabila rod bahan api digerakkan keluar masuk, kren (26) akan mengalihkan palam kepada kolam untuk fasiliti (3). Wap dari perigi kering (11) boleh bergerak ke perigi lembap (24) melalui muncung jet (14) untuk disejat (18). Dalam kolam bahan api terpakai (5), disimpannya rod bahan api yang terpakai (27).
La criada, grabado del libro Los españoles pintados por sí mismos, 1851, Gaspar y Roig, editores, pág. 29 a 33, Véase parte de la voz escrita por José María de Andueza: '...Pero el honrado marido ha echado la cuenta sin la huéspeda; quiero decir, sin la Criada, sin esta perla de todas las provincias de España, sin este tipo hermoso, feo, sucio, reluciente como plata, fiel, vendido, siempre murmurador, siempre alegre, respondón, cariñoso, atrevido y de rompe y rasga. El cabeza de familia comprende muy bien que tiene criada en su casa, porque se vé obligado á destinar para ese renglón cincuenta o sesenta reales...'(sic)[1]​
English: "La Criada", from the book Los Españoles pintados por sí mismos.
Dans son roman Les Aventures de Saïd le Peptimiste, le romancier arabe israélien Emile Habibi fait dire à l'instituteur de son héros : « Les conquérants, mon garçon, ne considèrent comme vraie que l’histoire qu’ils ont eux-mêmes fabriquée » et de rajouter « Il est vrai qu’ils ont démoli [nos] villages... et chassé leurs habitants. Mais, mon garçon, ils sont bien autrement cléments que les conquérants que furent nos aïeux il y a tant d’années. »
L'historien Avi Shlaim utilise cet exemple pour introduire un article traitant des « amnésies » des « histoires officielles » israélienne et palestinienne sur la guerre de 1948[1].
English: Portrait of Emile Habibi, Israel Communist Party. עברית: פורטרט של אמיל חביבי, המפלגה הקומוניסטית הישראלית
Lewis et Tolman 1909 s'appuient sur ce diagramme pour illustrer la réciprocité de la dilatation du temps. Les segments aa et bb représentent deux miroirs qui se déplacent parallèlement l'un à l'autre. Lorsqu'un observateur A envoie un signal lumineux depuis aa vers bb, il voit que le signal parcourt opo. Si A imagine que B fait de même au même moment, il croit que le signal parcourt mnm', qui est plus long que opo. Lorsque A communiquera avec B, il découvrira que la lumière a mis le même temps à accomplir les deux parcours. Ce paradoxe s'explique par le fait que les horloges en mouvement subissent une dilatation du temps.
English: Light clock
Carte des bassins versants des fleuves chinois. Légende : 1 : Suifen - 2 : Tumen - 3 : Yalu - 4 : Liaodong - 5 : Fleuves côtiers du Hebei et du Liaoning occidental - 6 : Luan - 7 : Fleuves de la péninsule du Shandong - 8 et 9 : Fleuves côtiers du sud-est - 10 : Fleuves du Hainan - 11 : Fleuves de la péninsule du Leizhou, rivières du Guangxi sud-est - 12 : Yun Jiang / Song Hong - 13 : Lancang (Mekong) - 14 : Nu / Salouenn - 15 : Dulong  (affluent de l'Irrawaddy) - 16 : Panjnad/ Sênggê Zangbo affluent de l'Indus - 17 : Ili - 18 : Ertix (cours supérieur de l'Irtych) - 19 : Corridor du Hexi - Alxa  - 20 : Mongolie-Intérieure.
Français : Carte des bassins versants des fleuves de la Chine (légendes en français). Légende : 1 : fr:Suifen - 2 : Tumen - 3 : fr:Yalu - 4 : Liaodong - 5 : Fleuves côtiers du fr:Hebei et du fr:Liaoning occidental - 6 : Luan - 7 : Fleuves de la péninsule du fr:Shandong - 8 et 9 : Fleuves côtiers du sud-est - 10 : Fleuves du fr:Hainan - 11 : Fleuves de la péninsule du fr:Leizhou, rivières du fr:Guangxi sud-est - 12 : Yun Jiang / Song Hong - 13 : Lancang (Mekong) - 14 : Nu / Salouenn - 15 : Dulong (affluent de l'fr:Irrawaddy) - 16 : Panjnad/ Sênggê Zangbo affluent de l'fr:Indus - 17 : fr:Ili - 18 : Ertix (cours supérieur de l'fr:Irtych) - 19 : fr:Corridor du Hexi - Alxa - 20 : fr:Mongolie-Intérieure.
Pairwise coevolution When Darwin received an orchid from Madagascar whose nectary was one and a half feet long, he surmised that there must be a pollinator moth with a proboscis long enough to reach the nectar.[1] In its attempt to get the nectar, the moth would have pollen rubbed onto its head, and the next orchid visited would then be pollinated. In 1903, such a moth was discovered: Xanthopan morganii. This was an example of an evolutionary prediction. However, because species coevolve within large networks of multispecies ecological interactions, this example of pairwise coevolution is more the exception than the rule.