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Brittany viewed by satellite - Brittany seen from satellite - Image obtained by the satellite Landsat-7. Image taken by the Landsat - 7 satellite
Brittany viewed by satellite - Brittany seen from satellite - Image obtained by the satellite Landsat-7. Image taken by the Landsat - 7 satellite

PIX4665004: Brittany viewed by satellite - Brittany seen from satellite - Image obtained by the satellite Landsat-7. Image taken by the Landsat - 7 satellite / Bridgeman Images

La France vue par satellite - 2008 - France seen from space - 2008 - France almost without clouds, seen on 28 September 2008 by the European satellite Envisat. A virtually cloudless France seen by the European satellite Envisat on September 28 2008
La France vue par satellite - 2008 - France seen from space - 2008 - France almost without clouds, seen on 28 September 2008 by the European satellite Envisat. A virtually cloudless France seen by the European satellite Envisat on September 28 2008

PIX4665024: La France vue par satellite - 2008 - France seen from space - 2008 - France almost without clouds, seen on 28 September 2008 by the European satellite Envisat. A virtually cloudless France seen by the European satellite Envisat on September 28 2008 / Bridgeman Images

The mouth of the Rhone - Rhone river mouth, France - The mouth of the Rhone seen from the international space station in April 2002. Rhone river mouth seen from the international space station in april 2002
The mouth of the Rhone - Rhone river mouth, France - The mouth of the Rhone seen from the international space station in April 2002. Rhone river mouth seen from the international space station in april 2002

PIX4665044: The mouth of the Rhone - Rhone river mouth, France - The mouth of the Rhone seen from the international space station in April 2002. Rhone river mouth seen from the international space station in april 2002 / Bridgeman Images

Pas de Calais vue de l'espace - Strait of Dover seen from space - The detroit separating Dover from Calais photography from the international space station in March 2007. Strait between Dover and Calais seen from the international space station in march 2007
Pas de Calais vue de l'espace - Strait of Dover seen from space - The detroit separating Dover from Calais photography from the international space station in March 2007. Strait between Dover and Calais seen from the international space station in march 2007

PIX4665049: Pas de Calais vue de l'espace - Strait of Dover seen from space - The detroit separating Dover from Calais photography from the international space station in March 2007. Strait between Dover and Calais seen from the international space station in march 2007 / Bridgeman Images

Japan seen by shuttle 04/94 - Japan seen by shuttle STS - 59 on 14/04/1994
Japan seen by shuttle 04/94 - Japan seen by shuttle STS - 59 on 14/04/1994

PIX4660856: Japan seen by shuttle 04/94 - Japan seen by shuttle STS - 59 on 14/04/1994 / Bridgeman Images

The Sakura - Jima - Japan - Infrared image of the Sakura - Jima volcano, one of the most active volcanoes on Earth. The port of Kagoshima is also visible. Image obtained from the space shuttle in October 1993
The Sakura - Jima - Japan - Infrared image of the Sakura - Jima volcano, one of the most active volcanoes on Earth. The port of Kagoshima is also visible. Image obtained from the space shuttle in October 1993

PIX4660875: The Sakura - Jima - Japan - Infrared image of the Sakura - Jima volcano, one of the most active volcanoes on Earth. The port of Kagoshima is also visible. Image obtained from the space shuttle in October 1993 / Bridgeman Images

Yogyakarta seen from Merapi volcano - Yogyakarta seen from volcano Merapi - The lights of the city of Yogyakarta on the island of Java, seen from the lava dome of Merapi volcano. City lights of Yogyakarta (island of Java, Indonesia), seen from lava dome of volcano Merapi
Yogyakarta seen from Merapi volcano - Yogyakarta seen from volcano Merapi - The lights of the city of Yogyakarta on the island of Java, seen from the lava dome of Merapi volcano. City lights of Yogyakarta (island of Java, Indonesia), seen from lava dome of volcano Merapi

PIX4660929: Yogyakarta seen from Merapi volcano - Yogyakarta seen from volcano Merapi - The lights of the city of Yogyakarta on the island of Java, seen from the lava dome of Merapi volcano. City lights of Yogyakarta (island of Java, Indonesia), seen from lava dome of volcano Merapi / Bridgeman Images

Volcanoes of the Tengger Massif - Java, Indonesia - Milky Way passing over the Bromo volcano - Java, Indonesia: View of the volcanic cones of the Tengger caldera under the lactee route. July 2015. Tengger massif in east Java, Indonesia.
Volcanoes of the Tengger Massif - Java, Indonesia - Milky Way passing over the Bromo volcano - Java, Indonesia: View of the volcanic cones of the Tengger caldera under the lactee route. July 2015. Tengger massif in east Java, Indonesia.

PIX4660980: Volcanoes of the Tengger Massif - Java, Indonesia - Milky Way passing over the Bromo volcano - Java, Indonesia: View of the volcanic cones of the Tengger caldera under the lactee route. July 2015. Tengger massif in east Java, Indonesia. / Bridgeman Images

The Aral Sea observed by the shuttle Discovery on August 12, 1997
The Aral Sea observed by the shuttle Discovery on August 12, 1997

PIX4661002: The Aral Sea observed by the shuttle Discovery on August 12, 1997 / Bridgeman Images

Aral Sea seen in June 2003 - Aral sea in june 2003 - The Aral Sea observed by the ENVISAT satellite on June 17, 2003. The Aral Sea was once the fourth largest lake in the world; it began shrinking in the 1960s when the Union of Soviet Socialist Republics (USSR) diverted the Amu Darya (southern feed of the lake) and Syr Darya (north western feed) rivers to irrigate the cotton crops of Kazakhstan and Uzbekistan, with the result that the water level has dropped by 13 metres and the salinity of the water has tripled in the past two decades. Fish populations have died off, and wind - blown sand and salts threaten the entire region with the advancement of the Qyzylqum Desert (centre right of the image). Today the inland sea covers about half of its former area and its water volume have decreased by about 75 per cent
Aral Sea seen in June 2003 - Aral sea in june 2003 - The Aral Sea observed by the ENVISAT satellite on June 17, 2003. The Aral Sea was once the fourth largest lake in the world; it began shrinking in the 1960s when the Union of Soviet Socialist Republics (USSR) diverted the Amu Darya (southern feed of the lake) and Syr Darya (north western feed) rivers to irrigate the cotton crops of Kazakhstan and Uzbekistan, with the result that the water level has dropped by 13 metres and the salinity of the water has tripled in the past two decades. Fish populations have died off, and wind - blown sand and salts threaten the entire region with the advancement of the Qyzylqum Desert (centre right of the image). Today the inland sea covers about half of its former area and its water volume have decreased by about 75 per cent

PIX4661022: Aral Sea seen in June 2003 - Aral sea in june 2003 - The Aral Sea observed by the ENVISAT satellite on June 17, 2003. The Aral Sea was once the fourth largest lake in the world; it began shrinking in the 1960s when the Union of Soviet Socialist Republics (USSR) diverted the Amu Darya (southern feed of the lake) and Syr Darya (north western feed) rivers to irrigate the cotton crops of Kazakhstan and Uzbekistan, with the result that the water level has dropped by 13 metres and the salinity of the water has tripled in the past two decades. Fish populations have died off, and wind - blown sand and salts threaten the entire region with the advancement of the Qyzylqum Desert (centre right of the image). Today the inland sea covers about half of its former area and its water volume have decreased by about 75 per cent / Bridgeman Images

The Aral Sea observed by the shuttle Atlantis on September 9, 2000
The Aral Sea observed by the shuttle Atlantis on September 9, 2000

PIX4661040: The Aral Sea observed by the shuttle Atlantis on September 9, 2000 / Bridgeman Images

Malosmadulu Atoll (Maldives) - South Malosmadulu atolls (Maldives) seen from space - Southern part of Malosmadulu Atoll in Maldives seen from the International Space Station (ISS) in July 2001. South Malosmadulu Atoll are in the Maldives, an island republic in the northern Indian Ocean, southwest of India. The Maldives are made up of a chain of 1,192 small coral islands, which are grouped into clusters of atolls. Arguably the lowest - lying country in the world, the average elevation is just 1 meter above sea level. Image taken from the International Space Station (ISS) in july 2001
Malosmadulu Atoll (Maldives) - South Malosmadulu atolls (Maldives) seen from space - Southern part of Malosmadulu Atoll in Maldives seen from the International Space Station (ISS) in July 2001. South Malosmadulu Atoll are in the Maldives, an island republic in the northern Indian Ocean, southwest of India. The Maldives are made up of a chain of 1,192 small coral islands, which are grouped into clusters of atolls. Arguably the lowest - lying country in the world, the average elevation is just 1 meter above sea level. Image taken from the International Space Station (ISS) in july 2001

PIX4661069: Malosmadulu Atoll (Maldives) - South Malosmadulu atolls (Maldives) seen from space - Southern part of Malosmadulu Atoll in Maldives seen from the International Space Station (ISS) in July 2001. South Malosmadulu Atoll are in the Maldives, an island republic in the northern Indian Ocean, southwest of India. The Maldives are made up of a chain of 1,192 small coral islands, which are grouped into clusters of atolls. Arguably the lowest - lying country in the world, the average elevation is just 1 meter above sea level. Image taken from the International Space Station (ISS) in july 2001 / Bridgeman Images

Satellite photo of Malosmadulu atolls (Maldives) - Malosmadulu atolls (Maldives) seen from space - Satellite photo of Malosmadulu atolls in Maldives obtained by Terra satellite on 22 December 2002. North and South Malosmadulu Atoll are in the Maldives, an island republic in the northern Indian Ocean, southwest of India. The Maldives are made up of a chain of 1,192 small coral islands, which are grouped into clusters of atolls. Arguably the lowest - lying country in the world, the average elevation is just 1 meter above sea level. The natural - color ASTER image of the Malosmadulu Atoll was acquired on December 22, 2002, and is centered near 5.3 degrees North latitude, 73.9 degrees West longitude
Satellite photo of Malosmadulu atolls (Maldives) - Malosmadulu atolls (Maldives) seen from space - Satellite photo of Malosmadulu atolls in Maldives obtained by Terra satellite on 22 December 2002. North and South Malosmadulu Atoll are in the Maldives, an island republic in the northern Indian Ocean, southwest of India. The Maldives are made up of a chain of 1,192 small coral islands, which are grouped into clusters of atolls. Arguably the lowest - lying country in the world, the average elevation is just 1 meter above sea level. The natural - color ASTER image of the Malosmadulu Atoll was acquired on December 22, 2002, and is centered near 5.3 degrees North latitude, 73.9 degrees West longitude

PIX4661085: Satellite photo of Malosmadulu atolls (Maldives) - Malosmadulu atolls (Maldives) seen from space - Satellite photo of Malosmadulu atolls in Maldives obtained by Terra satellite on 22 December 2002. North and South Malosmadulu Atoll are in the Maldives, an island republic in the northern Indian Ocean, southwest of India. The Maldives are made up of a chain of 1,192 small coral islands, which are grouped into clusters of atolls. Arguably the lowest - lying country in the world, the average elevation is just 1 meter above sea level. The natural - color ASTER image of the Malosmadulu Atoll was acquired on December 22, 2002, and is centered near 5.3 degrees North latitude, 73.9 degrees West longitude / Bridgeman Images

Fire oil well in Kuwait seen by shuttle Atlantis on April 7, 1991
Fire oil well in Kuwait seen by shuttle Atlantis on April 7, 1991

PIX4661110: Fire oil well in Kuwait seen by shuttle Atlantis on April 7, 1991 / Bridgeman Images

Lake Valley - Mongolia - shuttle view 04/1994 - Lake valley, Mongolia, seen by shuttle STS - 59 on 14/04/1994
Lake Valley - Mongolia - shuttle view 04/1994 - Lake valley, Mongolia, seen by shuttle STS - 59 on 14/04/1994

PIX4661127: Lake Valley - Mongolia - shuttle view 04/1994 - Lake valley, Mongolia, seen by shuttle STS - 59 on 14/04/1994 / Bridgeman Images

Border between Pakistan and India at night: India, on the right and Pakistan (left) seen from the International Space Station (ISS) on September 23, 2015. The border between the two countries is clearly visible at night, illuminated by strong safety bulbs. Karachi is the bright spot at the bottom left of the picture - An astronaut aboard the International Space Station took this nighttime panorama while looking north across Pakistan's Indus River valley. The port city of Karachi is the bright cluster of lights facing the Arabian Sea, which appears completely black. City lights and the dark color of dense agriculture closely track with the great curves of the Indus valley. For scale, the distance from Karachi to the foothills of the Himalaya Mountains is 1,160 kilometers (720 miles) - This photograph shows one of the few places on Earth where an international boundary can be seen at night. The winding border between Pakistan and India is lit by security lights that have a distinct orange tone. Image taken on September 23, 2015
Border between Pakistan and India at night: India, on the right and Pakistan (left) seen from the International Space Station (ISS) on September 23, 2015. The border between the two countries is clearly visible at night, illuminated by strong safety bulbs. Karachi is the bright spot at the bottom left of the picture - An astronaut aboard the International Space Station took this nighttime panorama while looking north across Pakistan's Indus River valley. The port city of Karachi is the bright cluster of lights facing the Arabian Sea, which appears completely black. City lights and the dark color of dense agriculture closely track with the great curves of the Indus valley. For scale, the distance from Karachi to the foothills of the Himalaya Mountains is 1,160 kilometers (720 miles) - This photograph shows one of the few places on Earth where an international boundary can be seen at night. The winding border between Pakistan and India is lit by security lights that have a distinct orange tone. Image taken on September 23, 2015

PIX4661321: Border between Pakistan and India at night: India, on the right and Pakistan (left) seen from the International Space Station (ISS) on September 23, 2015. The border between the two countries is clearly visible at night, illuminated by strong safety bulbs. Karachi is the bright spot at the bottom left of the picture - An astronaut aboard the International Space Station took this nighttime panorama while looking north across Pakistan's Indus River valley. The port city of Karachi is the bright cluster of lights facing the Arabian Sea, which appears completely black. City lights and the dark color of dense agriculture closely track with the great curves of the Indus valley. For scale, the distance from Karachi to the foothills of the Himalaya Mountains is 1,160 kilometers (720 miles) - This photograph shows one of the few places on Earth where an international boundary can be seen at night. The winding border between Pakistan and India is lit by security lights that have a distinct orange tone. Image taken on September 23, 2015 / Bridgeman Images

Kliuchevskoi volcano eruption - Russia - seen by shuttle 10/94 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by the shuttle STS - 68 on 09/10/1994
Kliuchevskoi volcano eruption - Russia - seen by shuttle 10/94 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by the shuttle STS - 68 on 09/10/1994

PIX4661359: Kliuchevskoi volcano eruption - Russia - seen by shuttle 10/94 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by the shuttle STS - 68 on 09/10/1994 / Bridgeman Images

Kliuchevskeruption volcano Kliuchevskoi - Russia - seen by shuttle 10/94 oi, Russia 10/94 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by shuttle STS - 68 on 05/10/1994
Kliuchevskeruption volcano Kliuchevskoi - Russia - seen by shuttle 10/94 oi, Russia 10/94 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by shuttle STS - 68 on 05/10/1994

PIX4661387: Kliuchevskeruption volcano Kliuchevskoi - Russia - seen by shuttle 10/94 oi, Russia 10/94 - Kliuchevskoi volcano, Kamchatka peninsula (Russia), in activity observed by shuttle STS - 68 on 05/10/1994 / Bridgeman Images

Museum of Ecuador, Bonjol, Indonesia - Bonjol Equator Museum - Museum of Ecuador, Bonjol, Sumatra, Indonesia. 12 June 2009. Bonjol Equator Museum, located in Bonjol, Sumatara, Indonesia
Museum of Ecuador, Bonjol, Indonesia - Bonjol Equator Museum - Museum of Ecuador, Bonjol, Sumatra, Indonesia. 12 June 2009. Bonjol Equator Museum, located in Bonjol, Sumatara, Indonesia

PIX4661443: Museum of Ecuador, Bonjol, Indonesia - Bonjol Equator Museum - Museum of Ecuador, Bonjol, Sumatra, Indonesia. 12 June 2009. Bonjol Equator Museum, located in Bonjol, Sumatara, Indonesia / Bridgeman Images

Volcano Tambora. Sumbawa Island, Indonesia. - Volcano Tambora, Sumbawa island. Indonesia. - Image obtained from the International Space Station. Tambora Volcano is a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history. Image taken by a crewmember of the international space station. The Tambora volcano is a huge 60 km diameter volcano. Its eruption in april 1815 was the most destructive volcanic eruption in modern history
Volcano Tambora. Sumbawa Island, Indonesia. - Volcano Tambora, Sumbawa island. Indonesia. - Image obtained from the International Space Station. Tambora Volcano is a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history. Image taken by a crewmember of the international space station. The Tambora volcano is a huge 60 km diameter volcano. Its eruption in april 1815 was the most destructive volcanic eruption in modern history

PIX4661445: Volcano Tambora. Sumbawa Island, Indonesia. - Volcano Tambora, Sumbawa island. Indonesia. - Image obtained from the International Space Station. Tambora Volcano is a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history. Image taken by a crewmember of the international space station. The Tambora volcano is a huge 60 km diameter volcano. Its eruption in april 1815 was the most destructive volcanic eruption in modern history / Bridgeman Images

Tibet Plateau seen by Space Shuttle 10 - 1984 - Tibet Plateau seen by Space Shuttle 10 - 1984 - Tibet Plateau, at the bottom of the image, the Himalayan chain, and at the top of the image, the Indus and Ganges plains. View from Space Shuttle Challenger
Tibet Plateau seen by Space Shuttle 10 - 1984 - Tibet Plateau seen by Space Shuttle 10 - 1984 - Tibet Plateau, at the bottom of the image, the Himalayan chain, and at the top of the image, the Indus and Ganges plains. View from Space Shuttle Challenger

PIX4661522: Tibet Plateau seen by Space Shuttle 10 - 1984 - Tibet Plateau seen by Space Shuttle 10 - 1984 - Tibet Plateau, at the bottom of the image, the Himalayan chain, and at the top of the image, the Indus and Ganges plains. View from Space Shuttle Challenger / Bridgeman Images

Cratere Manicouagan -Québec- Manicouagan impact crater seen from the space station: Cratere d'impact Manicouagan, Quebec, vu depuis la station spatiale internationale (ISS) on 15/04/2016. This 100 km-diameter crater formed 212 million years ago, following the fall of an asteroid on Earth. - Manicouagan Impact Crater, Quebec, Canada is a 212 million year old impact crater, roughly 100 km in diameter. This is one of the most photographed impact craters from ISS because it is often visible at the top of the orbit. April 15 2016
Cratere Manicouagan -Québec- Manicouagan impact crater seen from the space station: Cratere d'impact Manicouagan, Quebec, vu depuis la station spatiale internationale (ISS) on 15/04/2016. This 100 km-diameter crater formed 212 million years ago, following the fall of an asteroid on Earth. - Manicouagan Impact Crater, Quebec, Canada is a 212 million year old impact crater, roughly 100 km in diameter. This is one of the most photographed impact craters from ISS because it is often visible at the top of the orbit. April 15 2016

PIX4661579: Cratere Manicouagan -Québec- Manicouagan impact crater seen from the space station: Cratere d'impact Manicouagan, Quebec, vu depuis la station spatiale internationale (ISS) on 15/04/2016. This 100 km-diameter crater formed 212 million years ago, following the fall of an asteroid on Earth. - Manicouagan Impact Crater, Quebec, Canada is a 212 million year old impact crater, roughly 100 km in diameter. This is one of the most photographed impact craters from ISS because it is often visible at the top of the orbit. April 15 2016 / Bridgeman Images

Dimetrodons - Dimetrodons - Artist's view of a dimetrodon fight about 280 million years ago. Dimetrodon is a carnivorous mammalian reptile (Therapside) living in Permian. Dimetrodon fight over territory in a scene that must have been repeated many times 280 million years ago. Their spectacular sails are backlit revealing the translucent skin supported by long neural spines, each one sprouting from an individual vertebra. These dimetrodons are each about 11 feet long
Dimetrodons - Dimetrodons - Artist's view of a dimetrodon fight about 280 million years ago. Dimetrodon is a carnivorous mammalian reptile (Therapside) living in Permian. Dimetrodon fight over territory in a scene that must have been repeated many times 280 million years ago. Their spectacular sails are backlit revealing the translucent skin supported by long neural spines, each one sprouting from an individual vertebra. These dimetrodons are each about 11 feet long

PIX4661644: Dimetrodons - Dimetrodons - Artist's view of a dimetrodon fight about 280 million years ago. Dimetrodon is a carnivorous mammalian reptile (Therapside) living in Permian. Dimetrodon fight over territory in a scene that must have been repeated many times 280 million years ago. Their spectacular sails are backlit revealing the translucent skin supported by long neural spines, each one sprouting from an individual vertebra. These dimetrodons are each about 11 feet long / Bridgeman Images

Desmatosuchus - Desmatosuchus is a fossil genus of Archosaurians who lived in the Upper Triassic of Texas. He cotoyed the first dinosaurs, like Coelophysis. It was about 5 metres long and 1.5 metres high. It was one of the largest Aetosaurs. 15-foot-long, 750 pound aetosaurian archosaurs of the genus Desmatosuchus search for edible roots amidst cycads and ferns 230 million years ago in what is today Texas. Armored plates and spikes, with some spikes up to 18 inches long, helped protect this otherwise vulnerable crocodile-like herbivore from the many terrestrial predators of the period including rauisuchian archosaurs like Postosuchus. Desmatosuchus is also notable for its unusual pig‑like head and shovel-like snout which were likely well-suited for uprooting small plants
Desmatosuchus - Desmatosuchus is a fossil genus of Archosaurians who lived in the Upper Triassic of Texas. He cotoyed the first dinosaurs, like Coelophysis. It was about 5 metres long and 1.5 metres high. It was one of the largest Aetosaurs. 15-foot-long, 750 pound aetosaurian archosaurs of the genus Desmatosuchus search for edible roots amidst cycads and ferns 230 million years ago in what is today Texas. Armored plates and spikes, with some spikes up to 18 inches long, helped protect this otherwise vulnerable crocodile-like herbivore from the many terrestrial predators of the period including rauisuchian archosaurs like Postosuchus. Desmatosuchus is also notable for its unusual pig‑like head and shovel-like snout which were likely well-suited for uprooting small plants

PIX4661874: Desmatosuchus - Desmatosuchus is a fossil genus of Archosaurians who lived in the Upper Triassic of Texas. He cotoyed the first dinosaurs, like Coelophysis. It was about 5 metres long and 1.5 metres high. It was one of the largest Aetosaurs. 15-foot-long, 750 pound aetosaurian archosaurs of the genus Desmatosuchus search for edible roots amidst cycads and ferns 230 million years ago in what is today Texas. Armored plates and spikes, with some spikes up to 18 inches long, helped protect this otherwise vulnerable crocodile-like herbivore from the many terrestrial predators of the period including rauisuchian archosaurs like Postosuchus. Desmatosuchus is also notable for its unusual pig‑like head and shovel-like snout which were likely well-suited for uprooting small plants / Bridgeman Images

Tanystropheus - Two Tanystropheus, six-metre-long marine reptiles, swim in a bay in China 230 million years ago. A pair of 20-foot-long, 300 pound reptiles of the genus Tanystropheus swim in an ocean bay 230 million years ago in what is today China. On the shore are a pair of 6-foot-long bipedal basal saurischian dinosaurs and beyond them on the horizon are 60-foot-tall araucarians, an ancient family of coniferous trees. Horsetails and ferns flourish near the water. Tanystropheus was not a dinosaur, rather it was an ancient marine reptile, an archosaur, that hunted ocean shores at a time when true dinosaurs were only making their first appearance on land. Tanystropheus was likely a fish-eater due to its long, narrow snout and sharp interlocking teeth typical of marine predators. Tanystropheus had an extraordinarily long neck, as long as its body and tail combined, though with only ten vertebrae it was likely not very flexible. Here Tanystropheus are shown extending their head and necks fully out of the water, which may have indeed been possible due to a heavy and muscular counter-balancing tail
Tanystropheus - Two Tanystropheus, six-metre-long marine reptiles, swim in a bay in China 230 million years ago. A pair of 20-foot-long, 300 pound reptiles of the genus Tanystropheus swim in an ocean bay 230 million years ago in what is today China. On the shore are a pair of 6-foot-long bipedal basal saurischian dinosaurs and beyond them on the horizon are 60-foot-tall araucarians, an ancient family of coniferous trees. Horsetails and ferns flourish near the water. Tanystropheus was not a dinosaur, rather it was an ancient marine reptile, an archosaur, that hunted ocean shores at a time when true dinosaurs were only making their first appearance on land. Tanystropheus was likely a fish-eater due to its long, narrow snout and sharp interlocking teeth typical of marine predators. Tanystropheus had an extraordinarily long neck, as long as its body and tail combined, though with only ten vertebrae it was likely not very flexible. Here Tanystropheus are shown extending their head and necks fully out of the water, which may have indeed been possible due to a heavy and muscular counter-balancing tail

PIX4661932: Tanystropheus - Two Tanystropheus, six-metre-long marine reptiles, swim in a bay in China 230 million years ago. A pair of 20-foot-long, 300 pound reptiles of the genus Tanystropheus swim in an ocean bay 230 million years ago in what is today China. On the shore are a pair of 6-foot-long bipedal basal saurischian dinosaurs and beyond them on the horizon are 60-foot-tall araucarians, an ancient family of coniferous trees. Horsetails and ferns flourish near the water. Tanystropheus was not a dinosaur, rather it was an ancient marine reptile, an archosaur, that hunted ocean shores at a time when true dinosaurs were only making their first appearance on land. Tanystropheus was likely a fish-eater due to its long, narrow snout and sharp interlocking teeth typical of marine predators. Tanystropheus had an extraordinarily long neck, as long as its body and tail combined, though with only ten vertebrae it was likely not very flexible. Here Tanystropheus are shown extending their head and necks fully out of the water, which may have indeed been possible due to a heavy and muscular counter-balancing tail / Bridgeman Images

Stegosaur and allosaur - Allosaurus meets Stegosaurus - Meeting between an allosaurus (allosaurus, carnivorous dinosaur) and a stegosaur (stegosaurus, herbivore dinosaur) in a Jurassic forest. The stegosaur moves back by walking on a pachypteris, causing a little lezard to escape. An Allosaurus stumbles upon a grazing Stegosaurus in a Jurassic Redwood forest. While it's probable that the 30 foot, 2 ton Allosaurus preyed upon large herbivores, I doubt that one would have risked a direct confrontation with an adult Stegosaurus, which could weigh as much as 5 tons and wields a powerful tail tipped with 3-foot spikes. Adding to its survivability, Stegosaurus 'front legs may have been strong enough to allow it to pivot and swing its entire backside around to ward off an assault. In addition to Redwoods and varieties of fern, this Jurassic-period forest includes the now extinct Pachypteris, an arboreal plant that grew to a height of 10 feet and populated every major continent 160 million years ago (in this image, the Stegosaurus is stepping back onto a Pachypteris, obliging a smaller lizard to abandon its roost)
Stegosaur and allosaur - Allosaurus meets Stegosaurus - Meeting between an allosaurus (allosaurus, carnivorous dinosaur) and a stegosaur (stegosaurus, herbivore dinosaur) in a Jurassic forest. The stegosaur moves back by walking on a pachypteris, causing a little lezard to escape. An Allosaurus stumbles upon a grazing Stegosaurus in a Jurassic Redwood forest. While it's probable that the 30 foot, 2 ton Allosaurus preyed upon large herbivores, I doubt that one would have risked a direct confrontation with an adult Stegosaurus, which could weigh as much as 5 tons and wields a powerful tail tipped with 3-foot spikes. Adding to its survivability, Stegosaurus 'front legs may have been strong enough to allow it to pivot and swing its entire backside around to ward off an assault. In addition to Redwoods and varieties of fern, this Jurassic-period forest includes the now extinct Pachypteris, an arboreal plant that grew to a height of 10 feet and populated every major continent 160 million years ago (in this image, the Stegosaurus is stepping back onto a Pachypteris, obliging a smaller lizard to abandon its roost)

PIX4661957: Stegosaur and allosaur - Allosaurus meets Stegosaurus - Meeting between an allosaurus (allosaurus, carnivorous dinosaur) and a stegosaur (stegosaurus, herbivore dinosaur) in a Jurassic forest. The stegosaur moves back by walking on a pachypteris, causing a little lezard to escape. An Allosaurus stumbles upon a grazing Stegosaurus in a Jurassic Redwood forest. While it's probable that the 30 foot, 2 ton Allosaurus preyed upon large herbivores, I doubt that one would have risked a direct confrontation with an adult Stegosaurus, which could weigh as much as 5 tons and wields a powerful tail tipped with 3-foot spikes. Adding to its survivability, Stegosaurus 'front legs may have been strong enough to allow it to pivot and swing its entire backside around to ward off an assault. In addition to Redwoods and varieties of fern, this Jurassic-period forest includes the now extinct Pachypteris, an arboreal plant that grew to a height of 10 feet and populated every major continent 160 million years ago (in this image, the Stegosaurus is stepping back onto a Pachypteris, obliging a smaller lizard to abandon its roost) / Bridgeman Images

Dilophosaurus - Dilophosaurus amidst Williamsonia - An adult male dilophosaur (Dilophosaurus) among ferns, cycas and Williamsonia gigas (first flowering plants). Dilophosaur is the first known predatory dinosaur, it appeared at the beginning of the Jurassic almost 200 million years ago. A colorful adult male Dilophosaurus explores a hilltop that is host to Williamsonia gigas, Sago Palms, and ferns. The tree-like Williamsonia gigas was a seed plant belonging to the order of Bennettitales and reigned for 130 million years before becoming extinct. Williamsonia gigas produced what appears to be large flowers, which were really a group of seeds surrounded by a crown of leaf-like structures known as bracteae. True flowers didn't begin to dominate the landscape until relatively recently - about 50 million years ago. The 0ther flora illustrated here live to this day, including the coniferous Araucaria, ferns, and Sago Palms (which in reality are not palms but a type of gymnosperm). The first known predatory dinosaur appeared 190 million years ago during the early Jurassic period. Christened Dilophosaurus (meaning “” two-crested lizard,”” because it had a pair of distinctive bony crests on its head) this bipedal saurischian grew up to 20 feet long, stood 8 feet tall, and weighed as much as a half ton. Dilophosaurus roamed the Earth 100 million years before its larger and more celebrated cousin Tyrannosaurus Rex roared onto the scene
Dilophosaurus - Dilophosaurus amidst Williamsonia - An adult male dilophosaur (Dilophosaurus) among ferns, cycas and Williamsonia gigas (first flowering plants). Dilophosaur is the first known predatory dinosaur, it appeared at the beginning of the Jurassic almost 200 million years ago. A colorful adult male Dilophosaurus explores a hilltop that is host to Williamsonia gigas, Sago Palms, and ferns. The tree-like Williamsonia gigas was a seed plant belonging to the order of Bennettitales and reigned for 130 million years before becoming extinct. Williamsonia gigas produced what appears to be large flowers, which were really a group of seeds surrounded by a crown of leaf-like structures known as bracteae. True flowers didn't begin to dominate the landscape until relatively recently - about 50 million years ago. The 0ther flora illustrated here live to this day, including the coniferous Araucaria, ferns, and Sago Palms (which in reality are not palms but a type of gymnosperm). The first known predatory dinosaur appeared 190 million years ago during the early Jurassic period. Christened Dilophosaurus (meaning “” two-crested lizard,”” because it had a pair of distinctive bony crests on its head) this bipedal saurischian grew up to 20 feet long, stood 8 feet tall, and weighed as much as a half ton. Dilophosaurus roamed the Earth 100 million years before its larger and more celebrated cousin Tyrannosaurus Rex roared onto the scene

PIX4662022: Dilophosaurus - Dilophosaurus amidst Williamsonia - An adult male dilophosaur (Dilophosaurus) among ferns, cycas and Williamsonia gigas (first flowering plants). Dilophosaur is the first known predatory dinosaur, it appeared at the beginning of the Jurassic almost 200 million years ago. A colorful adult male Dilophosaurus explores a hilltop that is host to Williamsonia gigas, Sago Palms, and ferns. The tree-like Williamsonia gigas was a seed plant belonging to the order of Bennettitales and reigned for 130 million years before becoming extinct. Williamsonia gigas produced what appears to be large flowers, which were really a group of seeds surrounded by a crown of leaf-like structures known as bracteae. True flowers didn't begin to dominate the landscape until relatively recently - about 50 million years ago. The 0ther flora illustrated here live to this day, including the coniferous Araucaria, ferns, and Sago Palms (which in reality are not palms but a type of gymnosperm). The first known predatory dinosaur appeared 190 million years ago during the early Jurassic period. Christened Dilophosaurus (meaning “” two-crested lizard,”” because it had a pair of distinctive bony crests on its head) this bipedal saurischian grew up to 20 feet long, stood 8 feet tall, and weighed as much as a half ton. Dilophosaurus roamed the Earth 100 million years before its larger and more celebrated cousin Tyrannosaurus Rex roared onto the scene / Bridgeman Images

Dilophosaurus - Dilophosaurus (Dilophosaurus wetherilii) is the first known predatory dinosaur, it appeared at the beginning of the Jurassic almost 200 million years ago. Dilophosaurus (Dilophosaurus wetherilii)
Dilophosaurus - Dilophosaurus (Dilophosaurus wetherilii) is the first known predatory dinosaur, it appeared at the beginning of the Jurassic almost 200 million years ago. Dilophosaurus (Dilophosaurus wetherilii)

PIX4662070: Dilophosaurus - Dilophosaurus (Dilophosaurus wetherilii) is the first known predatory dinosaur, it appeared at the beginning of the Jurassic almost 200 million years ago. Dilophosaurus (Dilophosaurus wetherilii) / Bridgeman Images

Anchiornis huxleyi - Anchiornis huxleyi is a small dinosaur of the troodontid family dating from mid-Jurassic (160 to 155 Million years). A pre-archaeopteryx troodontid theropod from China with long feathers on the metatarsus
Anchiornis huxleyi - Anchiornis huxleyi is a small dinosaur of the troodontid family dating from mid-Jurassic (160 to 155 Million years). A pre-archaeopteryx troodontid theropod from China with long feathers on the metatarsus

PIX4662173: Anchiornis huxleyi - Anchiornis huxleyi is a small dinosaur of the troodontid family dating from mid-Jurassic (160 to 155 Million years). A pre-archaeopteryx troodontid theropod from China with long feathers on the metatarsus / Bridgeman Images

Diplodocus - Diplodocus (Diplodocus carnegii) is a herbivorous dinosaur living in North America around the end of the Jurassic about 150 million years ago. It was up to 35 metres long. Diplodocus (Diplodocus carnegii) is a genus of diplodocid sauropod dinosaur. It lived in what is now western North America at the end of the Jurassic Period (about 150 to 147 million years ago).The size of the animal could reach up to 35 m (115 ft)
Diplodocus - Diplodocus (Diplodocus carnegii) is a herbivorous dinosaur living in North America around the end of the Jurassic about 150 million years ago. It was up to 35 metres long. Diplodocus (Diplodocus carnegii) is a genus of diplodocid sauropod dinosaur. It lived in what is now western North America at the end of the Jurassic Period (about 150 to 147 million years ago).The size of the animal could reach up to 35 m (115 ft)

PIX4662247: Diplodocus - Diplodocus (Diplodocus carnegii) is a herbivorous dinosaur living in North America around the end of the Jurassic about 150 million years ago. It was up to 35 metres long. Diplodocus (Diplodocus carnegii) is a genus of diplodocid sauropod dinosaur. It lived in what is now western North America at the end of the Jurassic Period (about 150 to 147 million years ago).The size of the animal could reach up to 35 m (115 ft) / Bridgeman Images

Brachiosaurus - View of Brachiosaurs (Brahiosaurus Branchai) one of the largest known dinosaurs. Brachiosaurus (Brahiosaurus Branchai) was one of the tallest dinosaurs
Brachiosaurus - View of Brachiosaurs (Brahiosaurus Branchai) one of the largest known dinosaurs. Brachiosaurus (Brahiosaurus Branchai) was one of the tallest dinosaurs

PIX4662328: Brachiosaurus - View of Brachiosaurs (Brahiosaurus Branchai) one of the largest known dinosaurs. Brachiosaurus (Brahiosaurus Branchai) was one of the tallest dinosaurs / Bridgeman Images

Aardonyx - Aardonyx celestae is a genus of lower Jurassic prosauropod dinosaur. Aardonyx celestae is a prosauropod from Early Jurassic in South Africa
Aardonyx - Aardonyx celestae is a genus of lower Jurassic prosauropod dinosaur. Aardonyx celestae is a prosauropod from Early Jurassic in South Africa

PIX4662378: Aardonyx - Aardonyx celestae is a genus of lower Jurassic prosauropod dinosaur. Aardonyx celestae is a prosauropod from Early Jurassic in South Africa / Bridgeman Images

Hesperonychus - View of a group of Hesperonychus on a lake in Alberta 75 million years ago. In the background, a Gorgosaurus libratus approaches. Hesperonychus elizabethae is a small dinosaur from the late Cretace who lived in the United States. It belongs to the family Dromaeosauridae. A group of North America's smallest known carnivorous, non-avian dinosaur, estimated to weigh 1.9 kg, the recently described Hesperonychus elizabethae prowls the shores of a shallow Albertan lake in the Campanian Late Cretaceous (75 million years ago) while a much larger theropod, Gorgosaurus libratus, approaches from the opposite shore. Hesperonychus elizabethae was a genus of small, carnivorous dromaeosaurid dinosaur
Hesperonychus - View of a group of Hesperonychus on a lake in Alberta 75 million years ago. In the background, a Gorgosaurus libratus approaches. Hesperonychus elizabethae is a small dinosaur from the late Cretace who lived in the United States. It belongs to the family Dromaeosauridae. A group of North America's smallest known carnivorous, non-avian dinosaur, estimated to weigh 1.9 kg, the recently described Hesperonychus elizabethae prowls the shores of a shallow Albertan lake in the Campanian Late Cretaceous (75 million years ago) while a much larger theropod, Gorgosaurus libratus, approaches from the opposite shore. Hesperonychus elizabethae was a genus of small, carnivorous dromaeosaurid dinosaur

PIX4662715: Hesperonychus - View of a group of Hesperonychus on a lake in Alberta 75 million years ago. In the background, a Gorgosaurus libratus approaches. Hesperonychus elizabethae is a small dinosaur from the late Cretace who lived in the United States. It belongs to the family Dromaeosauridae. A group of North America's smallest known carnivorous, non-avian dinosaur, estimated to weigh 1.9 kg, the recently described Hesperonychus elizabethae prowls the shores of a shallow Albertan lake in the Campanian Late Cretaceous (75 million years ago) while a much larger theropod, Gorgosaurus libratus, approaches from the opposite shore. Hesperonychus elizabethae was a genus of small, carnivorous dromaeosaurid dinosaur / Bridgeman Images

Dromaeosaurus - The dromaeosaur (Dromaeosaurus albertensis) was a small theropod dinosaur from the late Cretace. Dromaeosaurus (Dromaeosaurus albertensis) was a genus of theropod dinosaur which lived during the Late Cretaceous period between 76.5 and 74.8 million years ago, in the western United States and Alberta, Canada
Dromaeosaurus - The dromaeosaur (Dromaeosaurus albertensis) was a small theropod dinosaur from the late Cretace. Dromaeosaurus (Dromaeosaurus albertensis) was a genus of theropod dinosaur which lived during the Late Cretaceous period between 76.5 and 74.8 million years ago, in the western United States and Alberta, Canada

PIX4662734: Dromaeosaurus - The dromaeosaur (Dromaeosaurus albertensis) was a small theropod dinosaur from the late Cretace. Dromaeosaurus (Dromaeosaurus albertensis) was a genus of theropod dinosaur which lived during the Late Cretaceous period between 76.5 and 74.8 million years ago, in the western United States and Alberta, Canada / Bridgeman Images

La France vue par satellite - 2009 - France seen from space - 2009 - La France sous la neige, seen on 7 January 2009 by the European satellite Envisat. This satellite image shows most of central and northern France covered by a white layer of snow, while regions closer to the Atlantic coast remain largely snow free. At the lower edge of the image the Pyrenees mountain range is visible surrounded by thick layers of clouds bringing further snowfall to the region. Towards the upper right Paris can just be seen under the cloud layer at the top edge of the image. The structures visible in the snow are due to different land - use patterns. While agricultural and grass covered areas remain snow - covered and largely white, the snow has fallen off trees in forested regions, which therefore appear darker. This image was acquired by Envisat's Medium Resolution Imaging Spectrometer (MERIS) instrument on 7 January 2009
La France vue par satellite - 2009 - France seen from space - 2009 - La France sous la neige, seen on 7 January 2009 by the European satellite Envisat. This satellite image shows most of central and northern France covered by a white layer of snow, while regions closer to the Atlantic coast remain largely snow free. At the lower edge of the image the Pyrenees mountain range is visible surrounded by thick layers of clouds bringing further snowfall to the region. Towards the upper right Paris can just be seen under the cloud layer at the top edge of the image. The structures visible in the snow are due to different land - use patterns. While agricultural and grass covered areas remain snow - covered and largely white, the snow has fallen off trees in forested regions, which therefore appear darker. This image was acquired by Envisat's Medium Resolution Imaging Spectrometer (MERIS) instrument on 7 January 2009

PIX4665096: La France vue par satellite - 2009 - France seen from space - 2009 - La France sous la neige, seen on 7 January 2009 by the European satellite Envisat. This satellite image shows most of central and northern France covered by a white layer of snow, while regions closer to the Atlantic coast remain largely snow free. At the lower edge of the image the Pyrenees mountain range is visible surrounded by thick layers of clouds bringing further snowfall to the region. Towards the upper right Paris can just be seen under the cloud layer at the top edge of the image. The structures visible in the snow are due to different land - use patterns. While agricultural and grass covered areas remain snow - covered and largely white, the snow has fallen off trees in forested regions, which therefore appear darker. This image was acquired by Envisat's Medium Resolution Imaging Spectrometer (MERIS) instrument on 7 January 2009 / Bridgeman Images

La France vue par satellite - France as seen from satellite - Image de la France obtained on 12 August 2009 by the European satellite Envisat. View of France obtained by the European satellite Envisat on August 12 2009
La France vue par satellite - France as seen from satellite - Image de la France obtained on 12 August 2009 by the European satellite Envisat. View of France obtained by the European satellite Envisat on August 12 2009

PIX4665158: La France vue par satellite - France as seen from satellite - Image de la France obtained on 12 August 2009 by the European satellite Envisat. View of France obtained by the European satellite Envisat on August 12 2009 / Bridgeman Images


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