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Tanzania - Kilimanjaro volcano seen in 1993 - Kilimanjaro loses its eternal snow. 80% have already disappeared in a century. We think its glaciers will have completely disappeared by 2015.
Tanzania - Kilimanjaro volcano seen in 1993 - Kilimanjaro loses its eternal snow. 80% have already disappeared in a century. We think its glaciers will have completely disappeared by 2015.

PIX4659352: Tanzania - Kilimanjaro volcano seen in 1993 - Kilimanjaro loses its eternal snow. 80% have already disappeared in a century. We think its glaciers will have completely disappeared by 2015. / Bridgeman Images

ID: PIX4659352

Tanzania - Kilimanjaro volcano seen in 1993 - Kilimanjaro loses its eternal snow. 80% have already disappeared in a century. We think its glaciers will have completely disappeared by 2015.

Tanzania - Kilimanjaro volcano seen in 1993 - Kilimanjaro loses its eternal snow. 80% have already disappeared in a century. We think its glaciers will have completely disappeared by 2015.
Tanzania - Kilimanjaro volcano seen in 1993 - Kilimanjaro loses its eternal snow. 80% have already disappeared in a century. We think its glaciers will have completely disappeared by 2015.

PIX4659354: Tanzania - Kilimanjaro volcano seen in 1993 - Kilimanjaro loses its eternal snow. 80% have already disappeared in a century. We think its glaciers will have completely disappeared by 2015. / Bridgeman Images

ID: PIX4659354

Tanzania - Kilimanjaro volcano seen in 1993 - Kilimanjaro loses its eternal snow. 80% have already disappeared in a century. We think its glaciers will have completely disappeared by 2015.

Great Lakes of Africa seen from space - Great lakes of Africa seen from space - Great Lakes of Africa in East Africa in the Great Rift Valley. Lake Victoria is visible in the top center of the picture. Above Lake Victoria, Kyoga Lake. Upper left is Lake Albert, 160 km long. Below, Lake Edward, then Lake Kivu, and at the bottom left, Lake Tanganyka, which stretches for about 670 km. Image obtained by ENVISAT satellite on 6 October 2008. This Envisat image highlights lakes in the Western Rift of the Great Rift Valley, a geological fault system of Southwest Asia and East Africa. The series of lakes in and around the Great Rift Valley are referred to as the Great Lakes of Africa. Lake Victoria (visible in the top centre) is the largest of all African lakes and is the second widest freshwater body in the world. The lake straddles three countries; the northern half sits in Uganda, the southern half in Tanzania and a portion of its north - eastern section is in Kenya. The oblong - shaped lake visible in the bottom left is Tanganyika. With a length of approximately 670 km, it is the world's longest freshwater lake. With a maximum depth of 1470 m and an area of 32,900 km, Tanganyika is the second deepest and the fifth largest lake on the planet. Its long surface belongs to four countries; the north - eastern tip to Burundi, the majority of the eastern side to Tanzania, the majority of the western portion to the Democratic Republic of Congo (DRC) and the southern tip to Zambia. The lake above Victoria is Kyoga, which is a part of the Great Lakes system but is not considered a Great Lake. Lake Albert, the northernmost of the chain of lakes in the Great Rift Valley, is visible in the top left. With a length of about 160 km, a width of 30 km and a maximum depth of 51 m, it is Africa's seventh largest lake. Lake Albert, Lake Edward (visible beneath Albert) and Lake Kivu (beneath Edward) all run along the eastern border of the DRC (lush green
Great Lakes of Africa seen from space - Great lakes of Africa seen from space - Great Lakes of Africa in East Africa in the Great Rift Valley. Lake Victoria is visible in the top center of the picture. Above Lake Victoria, Kyoga Lake. Upper left is Lake Albert, 160 km long. Below, Lake Edward, then Lake Kivu, and at the bottom left, Lake Tanganyka, which stretches for about 670 km. Image obtained by ENVISAT satellite on 6 October 2008. This Envisat image highlights lakes in the Western Rift of the Great Rift Valley, a geological fault system of Southwest Asia and East Africa. The series of lakes in and around the Great Rift Valley are referred to as the Great Lakes of Africa. Lake Victoria (visible in the top centre) is the largest of all African lakes and is the second widest freshwater body in the world. The lake straddles three countries; the northern half sits in Uganda, the southern half in Tanzania and a portion of its north - eastern section is in Kenya. The oblong - shaped lake visible in the bottom left is Tanganyika. With a length of approximately 670 km, it is the world's longest freshwater lake. With a maximum depth of 1470 m and an area of 32,900 km, Tanganyika is the second deepest and the fifth largest lake on the planet. Its long surface belongs to four countries; the north - eastern tip to Burundi, the majority of the eastern side to Tanzania, the majority of the western portion to the Democratic Republic of Congo (DRC) and the southern tip to Zambia. The lake above Victoria is Kyoga, which is a part of the Great Lakes system but is not considered a Great Lake. Lake Albert, the northernmost of the chain of lakes in the Great Rift Valley, is visible in the top left. With a length of about 160 km, a width of 30 km and a maximum depth of 51 m, it is Africa's seventh largest lake. Lake Albert, Lake Edward (visible beneath Albert) and Lake Kivu (beneath Edward) all run along the eastern border of the DRC (lush green

PIX4659355: Great Lakes of Africa seen from space - Great lakes of Africa seen from space - Great Lakes of Africa in East Africa in the Great Rift Valley. Lake Victoria is visible in the top center of the picture. Above Lake Victoria, Kyoga Lake. Upper left is Lake Albert, 160 km long. Below, Lake Edward, then Lake Kivu, and at the bottom left, Lake Tanganyka, which stretches for about 670 km. Image obtained by ENVISAT satellite on 6 October 2008. This Envisat image highlights lakes in the Western Rift of the Great Rift Valley, a geological fault system of Southwest Asia and East Africa. The series of lakes in and around the Great Rift Valley are referred to as the Great Lakes of Africa. Lake Victoria (visible in the top centre) is the largest of all African lakes and is the second widest freshwater body in the world. The lake straddles three countries; the northern half sits in Uganda, the southern half in Tanzania and a portion of its north - eastern section is in Kenya. The oblong - shaped lake visible in the bottom left is Tanganyika. With a length of approximately 670 km, it is the world's longest freshwater lake. With a maximum depth of 1470 m and an area of 32,900 km, Tanganyika is the second deepest and the fifth largest lake on the planet. Its long surface belongs to four countries; the north - eastern tip to Burundi, the majority of the eastern side to Tanzania, the majority of the western portion to the Democratic Republic of Congo (DRC) and the southern tip to Zambia. The lake above Victoria is Kyoga, which is a part of the Great Lakes system but is not considered a Great Lake. Lake Albert, the northernmost of the chain of lakes in the Great Rift Valley, is visible in the top left. With a length of about 160 km, a width of 30 km and a maximum depth of 51 m, it is Africa's seventh largest lake. Lake Albert, Lake Edward (visible beneath Albert) and Lake Kivu (beneath Edward) all run along the eastern border of the DRC (lush green / Bridgeman Images

ID: PIX4659355

Great Lakes of Africa seen from space - Great lakes of Africa seen from space - Great Lakes of Africa in East Africa in the Great Rift Valley. Lake Victoria is visible in the top center of the picture. Above Lake Victoria, Kyoga Lake. Upper left is Lake Albert, 160 km long. Below, Lake Edward, then Lake Kivu, and at the bottom left, Lake Tanganyka, which stretches for about 670 km. Image obtained by ENVISAT satellite on 6 October 2008. This Envisat image highlights lakes in the Western Rift of the Great Rift Valley, a geological fault system of Southwest Asia and East Africa. The series of lakes in and around the Great Rift Valley are referred to as the Great Lakes of Africa. Lake Victoria (visible in the top centre) is the largest of all African lakes and is the second widest freshwater body in the world. The lake straddles three countries; the northern half sits in Uganda, the southern half in Tanzania and a portion of its north - eastern section is in Kenya. The oblong - shaped lake

Africa: Lake Chad seen by satellite in 196
Africa: Lake Chad seen by satellite in 196

PIX4659424: Africa: Lake Chad seen by satellite in 196 / Bridgeman Images

ID: PIX4659424

Africa: Lake Chad seen by satellite in 196

Earth: North pole by satellite - September 1979 - 2001 - Average ice coverage in Arctic regions for September 1979 - 2001. Recomposed image from satellite data
Earth: North pole by satellite - September 1979 - 2001 - Average ice coverage in Arctic regions for September 1979 - 2001. Recomposed image from satellite data

PIX4659530: Earth: North pole by satellite - September 1979 - 2001 - Average ice coverage in Arctic regions for September 1979 - 2001. Recomposed image from satellite data / Bridgeman Images

ID: PIX4659530

Earth: North pole by satellite - September 1979 - 2001 - Average ice coverage in Arctic regions for September 1979 - 2001. Recomposed image from satellite data

North pole by satellite - March 11, 2008 - Arctic sea ice - March 11, 2008 - Ice coverage in Arctic regions March 11, 2008. Image based on data obtained by the Aqua satellite. This image shows the sea ice that occurred on March 11, 2008. Sea ice is frozen seawater floating on the surface of the ocean. Some sea ice is semi-permanent, persisting from year to year, and some is seasonal, melting and refreezing from season to season. The sea ice cover reaches its minimum extent at the end of each summer and the remaining ice is called the perennial ice cover. Image made from Aqua satellite instrument
North pole by satellite - March 11, 2008 - Arctic sea ice - March 11, 2008 - Ice coverage in Arctic regions March 11, 2008. Image based on data obtained by the Aqua satellite. This image shows the sea ice that occurred on March 11, 2008. Sea ice is frozen seawater floating on the surface of the ocean. Some sea ice is semi-permanent, persisting from year to year, and some is seasonal, melting and refreezing from season to season. The sea ice cover reaches its minimum extent at the end of each summer and the remaining ice is called the perennial ice cover. Image made from Aqua satellite instrument

PIX4659616: North pole by satellite - March 11, 2008 - Arctic sea ice - March 11, 2008 - Ice coverage in Arctic regions March 11, 2008. Image based on data obtained by the Aqua satellite. This image shows the sea ice that occurred on March 11, 2008. Sea ice is frozen seawater floating on the surface of the ocean. Some sea ice is semi-permanent, persisting from year to year, and some is seasonal, melting and refreezing from season to season. The sea ice cover reaches its minimum extent at the end of each summer and the remaining ice is called the perennial ice cover. Image made from Aqua satellite instrument / Bridgeman Images

ID: PIX4659616

North pole by satellite - March 11, 2008 - Arctic sea ice - March 11, 2008 - Ice coverage in Arctic regions March 11, 2008. Image based on data obtained by the Aqua satellite. This image shows the sea ice that occurred on March 11, 2008. Sea ice is frozen seawater floating on the surface of the ocean. Some sea ice is semi-permanent, persisting from year to year, and some is seasonal, melting and refreezing from season to season. The sea ice cover reaches its minimum extent at the end of each summer and the remaining ice is called the perennial ice cover. Image made from Aqua satellite instrument

Earth: Ice Albedo - With an albedo of more than 80%, ice and snow cover reflect most of the radiation emitted by the Sun, allowing the low atmosphere to maintain a cool temperature. As this cover melts, the albedo decreases and returns little radiation. The soil and the lower atmosphere absorb them and the temperatures rise. This illustration shows an ideal snow cover, with a high albedo
Earth: Ice Albedo - With an albedo of more than 80%, ice and snow cover reflect most of the radiation emitted by the Sun, allowing the low atmosphere to maintain a cool temperature. As this cover melts, the albedo decreases and returns little radiation. The soil and the lower atmosphere absorb them and the temperatures rise. This illustration shows an ideal snow cover, with a high albedo

PIX4659657: Earth: Ice Albedo - With an albedo of more than 80%, ice and snow cover reflect most of the radiation emitted by the Sun, allowing the low atmosphere to maintain a cool temperature. As this cover melts, the albedo decreases and returns little radiation. The soil and the lower atmosphere absorb them and the temperatures rise. This illustration shows an ideal snow cover, with a high albedo / Bridgeman Images

ID: PIX4659657

Earth: Ice Albedo - With an albedo of more than 80%, ice and snow cover reflect most of the radiation emitted by the Sun, allowing the low atmosphere to maintain a cool temperature. As this cover melts, the albedo decreases and returns little radiation. The soil and the lower atmosphere absorb them and the temperatures rise. This illustration shows an ideal snow cover, with a high albedo

Earth: Ice Albedo - With an albedo of more than 80%, ice and snow cover reflect most of the radiation emitted by the Sun, allowing the low atmosphere to maintain a cool temperature. As this cover melts, the albedo decreases and returns little radiation. The soil and the lower atmosphere absorb them and the temperatures rise. This illustration shows too low snow cover, with a low albedo, a very alarming situation.
Earth: Ice Albedo - With an albedo of more than 80%, ice and snow cover reflect most of the radiation emitted by the Sun, allowing the low atmosphere to maintain a cool temperature. As this cover melts, the albedo decreases and returns little radiation. The soil and the lower atmosphere absorb them and the temperatures rise. This illustration shows too low snow cover, with a low albedo, a very alarming situation.

PIX4659663: Earth: Ice Albedo - With an albedo of more than 80%, ice and snow cover reflect most of the radiation emitted by the Sun, allowing the low atmosphere to maintain a cool temperature. As this cover melts, the albedo decreases and returns little radiation. The soil and the lower atmosphere absorb them and the temperatures rise. This illustration shows too low snow cover, with a low albedo, a very alarming situation. / Bridgeman Images

ID: PIX4659663

Earth: Ice Albedo - With an albedo of more than 80%, ice and snow cover reflect most of the radiation emitted by the Sun, allowing the low atmosphere to maintain a cool temperature. As this cover melts, the albedo decreases and returns little radiation. The soil and the lower atmosphere absorb them and the temperatures rise. This illustration shows too low snow cover, with a low albedo, a very alarming situation.

Hangzhou - Hangzhou at night: The skyscrapers of the Hangzhou Commercial Zone, on the banks of the Qiantang River. December 11, 2016. Hangzhou business district. The river is called Qiantang. December 11 2016
Hangzhou - Hangzhou at night: The skyscrapers of the Hangzhou Commercial Zone, on the banks of the Qiantang River. December 11, 2016. Hangzhou business district. The river is called Qiantang. December 11 2016

PIX4659974: Hangzhou - Hangzhou at night: The skyscrapers of the Hangzhou Commercial Zone, on the banks of the Qiantang River. December 11, 2016. Hangzhou business district. The river is called Qiantang. December 11 2016 / Bridgeman Images

ID: PIX4659974

Hangzhou - Hangzhou at night: The skyscrapers of the Hangzhou Commercial Zone, on the banks of the Qiantang River. December 11, 2016. Hangzhou business district. The river is called Qiantang. December 11 2016

Lake Nasser - Egypt - seen from space - Lake Nasser (Egypt) seen from space - Lake Nasser seen from the International Space Station (ISS) on January 23, 2005. Egypt's Lake Nasser, centered roughly at 22.64 degrees north latitude and 32.45 degrees east longitude, was captured with an electronic still camera by the Expedition 10 crew onboard the International Space Station. Sunglint on the lake makes it more easily visible. 23 January 2005
Lake Nasser - Egypt - seen from space - Lake Nasser (Egypt) seen from space - Lake Nasser seen from the International Space Station (ISS) on January 23, 2005. Egypt's Lake Nasser, centered roughly at 22.64 degrees north latitude and 32.45 degrees east longitude, was captured with an electronic still camera by the Expedition 10 crew onboard the International Space Station. Sunglint on the lake makes it more easily visible. 23 January 2005

PIX4658744: Lake Nasser - Egypt - seen from space - Lake Nasser (Egypt) seen from space - Lake Nasser seen from the International Space Station (ISS) on January 23, 2005. Egypt's Lake Nasser, centered roughly at 22.64 degrees north latitude and 32.45 degrees east longitude, was captured with an electronic still camera by the Expedition 10 crew onboard the International Space Station. Sunglint on the lake makes it more easily visible. 23 January 2005 / Bridgeman Images

ID: PIX4658744

Lake Nasser - Egypt - seen from space - Lake Nasser (Egypt) seen from space - Lake Nasser seen from the International Space Station (ISS) on January 23, 2005. Egypt's Lake Nasser, centered roughly at 22.64 degrees north latitude and 32.45 degrees east longitude, was captured with an electronic still camera by the Expedition 10 crew onboard the International Space Station. Sunglint on the lake makes it more easily visible. 23 January 2005

Santa Claus in Lapland - Santa Claus in Lapland - Santa Claus in Lapland. Levitunturi Summit, Kittila, Finland. Father Christmas in Lapland. Top of fell Levitunturi in Kittila, Finland
Santa Claus in Lapland - Santa Claus in Lapland - Santa Claus in Lapland. Levitunturi Summit, Kittila, Finland. Father Christmas in Lapland. Top of fell Levitunturi in Kittila, Finland

PIX4658116: Santa Claus in Lapland - Santa Claus in Lapland - Santa Claus in Lapland. Levitunturi Summit, Kittila, Finland. Father Christmas in Lapland. Top of fell Levitunturi in Kittila, Finland / Bridgeman Images

ID: PIX4658116

Santa Claus in Lapland - Santa Claus in Lapland - Santa Claus in Lapland. Levitunturi Summit, Kittila, Finland. Father Christmas in Lapland. Top of fell Levitunturi in Kittila, Finland

Santa Claus in Lapland - Santa Claus in Laplan
Santa Claus in Lapland - Santa Claus in Laplan

PIX4658348: Santa Claus in Lapland - Santa Claus in Laplan / Bridgeman Images

ID: PIX4658348

Santa Claus in Lapland - Santa Claus in Laplan

East of the Mediterranee seen by Shuttle 06/99 - East of the Mediterranee seen by Shuttle STS - 96 on 02/06/1999. A solar panel and part of the shuttle window, as well as part of Cyprus, are visible
East of the Mediterranee seen by Shuttle 06/99 - East of the Mediterranee seen by Shuttle STS - 96 on 02/06/1999. A solar panel and part of the shuttle window, as well as part of Cyprus, are visible

PIX4658553: East of the Mediterranee seen by Shuttle 06/99 - East of the Mediterranee seen by Shuttle STS - 96 on 02/06/1999. A solar panel and part of the shuttle window, as well as part of Cyprus, are visible / Bridgeman Images

ID: PIX4658553

East of the Mediterranee seen by Shuttle 06/99 - East of the Mediterranee seen by Shuttle STS - 96 on 02/06/1999. A solar panel and part of the shuttle window, as well as part of Cyprus, are visible

Volcano Fogo - Cape Verde - Volcano Fogo - Cape Verde islands - Fogo Island with its highest volcano 2800 meters south of the Cape Verde archipelago. Image obtained by Terra satellite on 27 August 2002. Image taken by the satellite Terra on August 27, 2002
Volcano Fogo - Cape Verde - Volcano Fogo - Cape Verde islands - Fogo Island with its highest volcano 2800 meters south of the Cape Verde archipelago. Image obtained by Terra satellite on 27 August 2002. Image taken by the satellite Terra on August 27, 2002

PIX4658522: Volcano Fogo - Cape Verde - Volcano Fogo - Cape Verde islands - Fogo Island with its highest volcano 2800 meters south of the Cape Verde archipelago. Image obtained by Terra satellite on 27 August 2002. Image taken by the satellite Terra on August 27, 2002 / Bridgeman Images

ID: PIX4658522

Volcano Fogo - Cape Verde - Volcano Fogo - Cape Verde islands - Fogo Island with its highest volcano 2800 meters south of the Cape Verde archipelago. Image obtained by Terra satellite on 27 August 2002. Image taken by the satellite Terra on August 27, 2002

The Nile seen by the TERRA satellite on June 3, 2002
The Nile seen by the TERRA satellite on June 3, 2002

PIX4658668: The Nile seen by the TERRA satellite on June 3, 2002 / Bridgeman Images

ID: PIX4658668

The Nile seen by the TERRA satellite on June 3, 2002

Congo River Basin seen by satellite - Congo River Basin's rainforests - The Congo River Basin photographed by Envisat satellite on January 14, 2009. Its forests extend through the Democratic Republic of Congo (east of the Congo River), the Republic of Congo (west of the river), Gabon (dark green on the left side), Equatorial Guinea (above Gabon), Cameroon and the Central African Republic. This Envisat image, acquired on 14 January 2009, features the Congo River Basin's rainforests, the second largest in the world after the Amazon, and the Congo River, Africa's second longest river after the Nile. The basin covers an area of more than 4 million km. Its expansive forests spread across the Democratic Republic of Congo (visible to the east of the Congo River), most of the Republic of the Congo (visible to the west of the Congo River), Gabon (visible in dark green along the left side), Equatorial Guinea (above Gabon), and southern parts of Cameroon and the Central African Republic
Congo River Basin seen by satellite - Congo River Basin's rainforests - The Congo River Basin photographed by Envisat satellite on January 14, 2009. Its forests extend through the Democratic Republic of Congo (east of the Congo River), the Republic of Congo (west of the river), Gabon (dark green on the left side), Equatorial Guinea (above Gabon), Cameroon and the Central African Republic. This Envisat image, acquired on 14 January 2009, features the Congo River Basin's rainforests, the second largest in the world after the Amazon, and the Congo River, Africa's second longest river after the Nile. The basin covers an area of more than 4 million km. Its expansive forests spread across the Democratic Republic of Congo (visible to the east of the Congo River), most of the Republic of the Congo (visible to the west of the Congo River), Gabon (visible in dark green along the left side), Equatorial Guinea (above Gabon), and southern parts of Cameroon and the Central African Republic

PIX4659470: Congo River Basin seen by satellite - Congo River Basin's rainforests - The Congo River Basin photographed by Envisat satellite on January 14, 2009. Its forests extend through the Democratic Republic of Congo (east of the Congo River), the Republic of Congo (west of the river), Gabon (dark green on the left side), Equatorial Guinea (above Gabon), Cameroon and the Central African Republic. This Envisat image, acquired on 14 January 2009, features the Congo River Basin's rainforests, the second largest in the world after the Amazon, and the Congo River, Africa's second longest river after the Nile. The basin covers an area of more than 4 million km. Its expansive forests spread across the Democratic Republic of Congo (visible to the east of the Congo River), most of the Republic of the Congo (visible to the west of the Congo River), Gabon (visible in dark green along the left side), Equatorial Guinea (above Gabon), and southern parts of Cameroon and the Central African Republic / Bridgeman Images

ID: PIX4659470

Congo River Basin seen by satellite - Congo River Basin's rainforests - The Congo River Basin photographed by Envisat satellite on January 14, 2009. Its forests extend through the Democratic Republic of Congo (east of the Congo River), the Republic of Congo (west of the river), Gabon (dark green on the left side), Equatorial Guinea (above Gabon), Cameroon and the Central African Republic. This Envisat image, acquired on 14 January 2009, features the Congo River Basin's rainforests, the second largest in the world after the Amazon, and the Congo River, Africa's second longest river after the Nile. The basin covers an area of more than 4 million km. Its expansive forests spread across the Democratic Republic of Congo (visible to the east of the Congo River), most of the Republic of the Congo (visible to the west of the Congo River), Gabon (visible in dark green along the left side), Equatorial Guinea (above Gabon), and southern parts of Cameroon and the Central African Republic

Satellite view Antarctica - Satellite view Antarctica - Mosaic of images obtained from 1980 to 1994 by the AVHRR (Advanced Very High Resolution Radiometer) instrument on NOAA satellites
Satellite view Antarctica - Satellite view Antarctica - Mosaic of images obtained from 1980 to 1994 by the AVHRR (Advanced Very High Resolution Radiometer) instrument on NOAA satellites

PIX4659478: Satellite view Antarctica - Satellite view Antarctica - Mosaic of images obtained from 1980 to 1994 by the AVHRR (Advanced Very High Resolution Radiometer) instrument on NOAA satellites / Bridgeman Images

ID: PIX4659478

Satellite view Antarctica - Satellite view Antarctica - Mosaic of images obtained from 1980 to 1994 by the AVHRR (Advanced Very High Resolution Radiometer) instrument on NOAA satellites

Earth: Arctic Ice Melting - 1979 - 2003 - Sea ice in Arctic 1979 - 2003 - Comparison of minimum ice cover for Arctic regions in 1979 (top) and 2003 (bottom). Image obtained from observations made by the DMSP satellite. The image above shows a comparison of composites over the Arctic Circle, acquired in 1979 (top) and 2003 (bottom) by the DMSP Special Sensor Microwave Imager (SSMI). The first image shows the minimum sea ice concentration for the year 1979, and the second image shows the minimum sea ice concentration in 2003
Earth: Arctic Ice Melting - 1979 - 2003 - Sea ice in Arctic 1979 - 2003 - Comparison of minimum ice cover for Arctic regions in 1979 (top) and 2003 (bottom). Image obtained from observations made by the DMSP satellite. The image above shows a comparison of composites over the Arctic Circle, acquired in 1979 (top) and 2003 (bottom) by the DMSP Special Sensor Microwave Imager (SSMI). The first image shows the minimum sea ice concentration for the year 1979, and the second image shows the minimum sea ice concentration in 2003

PIX4659605: Earth: Arctic Ice Melting - 1979 - 2003 - Sea ice in Arctic 1979 - 2003 - Comparison of minimum ice cover for Arctic regions in 1979 (top) and 2003 (bottom). Image obtained from observations made by the DMSP satellite. The image above shows a comparison of composites over the Arctic Circle, acquired in 1979 (top) and 2003 (bottom) by the DMSP Special Sensor Microwave Imager (SSMI). The first image shows the minimum sea ice concentration for the year 1979, and the second image shows the minimum sea ice concentration in 2003 / Bridgeman Images

ID: PIX4659605

Earth: Arctic Ice Melting - 1979 - 2003 - Sea ice in Arctic 1979 - 2003 - Comparison of minimum ice cover for Arctic regions in 1979 (top) and 2003 (bottom). Image obtained from observations made by the DMSP satellite. The image above shows a comparison of composites over the Arctic Circle, acquired in 1979 (top) and 2003 (bottom) by the DMSP Special Sensor Microwave Imager (SSMI). The first image shows the minimum sea ice concentration for the year 1979, and the second image shows the minimum sea ice concentration in 2003

Santa Claus in Lapland - Santa Claus in Lapland - Santa Claus in Lapland. Father Christmas in Lapland
Santa Claus in Lapland - Santa Claus in Lapland - Santa Claus in Lapland. Father Christmas in Lapland

PIX4658203: Santa Claus in Lapland - Santa Claus in Lapland - Santa Claus in Lapland. Father Christmas in Lapland / Bridgeman Images

ID: PIX4658203

Santa Claus in Lapland - Santa Claus in Lapland - Santa Claus in Lapland. Father Christmas in Lapland

Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.
Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.

MDA4659967: Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001., Tange, Kenzo (1913-2005) / Bridgeman Images

ID: MDA4659967

Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.

Tange, Kenzo (1913-2005)

Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.
Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.

MDA4659977: Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001., Tange, Kenzo (1913-2005) / Bridgeman Images

ID: MDA4659977

Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.

Tange, Kenzo (1913-2005)

Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.
Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.

MDA4659979: Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001., Tange, Kenzo (1913-2005) / Bridgeman Images

ID: MDA4659979

Stadium and gymnasium in Yoyogi Park in Tokyo, Japan. Construction 1964, architect Kenzo Tange. Photography 2001.

Tange, Kenzo (1913-2005)

Cathedrale Saint Mary in Tokyo, Japan. Construction 1964-1965, architect Kenzo Tange. Photography 2001.
Cathedrale Saint Mary in Tokyo, Japan. Construction 1964-1965, architect Kenzo Tange. Photography 2001.

MDA4659991: Cathedrale Saint Mary in Tokyo, Japan. Construction 1964-1965, architect Kenzo Tange. Photography 2001., Tange, Kenzo (1913-2005) / Bridgeman Images

ID: MDA4659991

Cathedrale Saint Mary in Tokyo, Japan. Construction 1964-1965, architect Kenzo Tange. Photography 2001.

Tange, Kenzo (1913-2005)

Cathedrale Saint Mary in Tokyo, Japan. Construction 1964-1965, architect Kenzo Tange. Photography 2001.
Cathedrale Saint Mary in Tokyo, Japan. Construction 1964-1965, architect Kenzo Tange. Photography 2001.

MDA4659992: Cathedrale Saint Mary in Tokyo, Japan. Construction 1964-1965, architect Kenzo Tange. Photography 2001., Tange, Kenzo (1913-2005) / Bridgeman Images

ID: MDA4659992

Cathedrale Saint Mary in Tokyo, Japan. Construction 1964-1965, architect Kenzo Tange. Photography 2001.

Tange, Kenzo (1913-2005)

Women coachers in Paris: Madame Charnier on the sige of a taximeter., 20th century (photo)
Women coachers in Paris: Madame Charnier on the sige of a taximeter., 20th century (photo)

JLJ4655691: Women coachers in Paris: Madame Charnier on the sige of a taximeter., 20th century (photo), French Photographer, (20th century) / Bridgeman Images

ID: JLJ4655691

Women coachers in Paris: Madame Charnier on the sige of a taximeter., 20th century (photo)

French Photographer, (20th century)

The martyr of the priests among the Indians of America in February 1646, 1646 (engraving)
The martyr of the priests among the Indians of America in February 1646, 1646 (engraving)

JLJ4657484: The martyr of the priests among the Indians of America in February 1646, 1646 (engraving), Unknown Artist / Bridgeman Images

ID: JLJ4657484

The martyr of the priests among the Indians of America in February 1646, 1646 (engraving)

Unknown Artist

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)
Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

JSN4656613: Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo), Le Corbusier (Charles Edouard Jeanneret) (1887-1965) / Bridgeman Images

ID: JSN4656613

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

Le Corbusier (Charles Edouard Jeanneret) (1887-1965)

Villa Lombard, 2 rue Gambetta in Boulogne Billancourt (Hauts de Seine). Construction 1928, architect Pierre Patout (1879-1965). Artist's house of the painter Alfred Lombard. Photography 04/06/88.
Villa Lombard, 2 rue Gambetta in Boulogne Billancourt (Hauts de Seine). Construction 1928, architect Pierre Patout (1879-1965). Artist's house of the painter Alfred Lombard. Photography 04/06/88.

TEC4657394: Villa Lombard, 2 rue Gambetta in Boulogne Billancourt (Hauts de Seine). Construction 1928, architect Pierre Patout (1879-1965). Artist's house of the painter Alfred Lombard. Photography 04/06/88., Patout, Pierre (1879-1965) / Bridgeman Images

ID: TEC4657394

Villa Lombard, 2 rue Gambetta in Boulogne Billancourt (Hauts de Seine). Construction 1928, architect Pierre Patout (1879-1965). Artist's house of the painter Alfred Lombard. Photography 04/06/88.

Patout, Pierre (1879-1965)

Villa Lombard, 2 rue Gambetta in Boulogne Billancourt (Hauts de Seine). Construction 1928, architect Pierre Patou (1879-1965). Artist's house of the painter Alfred Lombard.
Villa Lombard, 2 rue Gambetta in Boulogne Billancourt (Hauts de Seine). Construction 1928, architect Pierre Patou (1879-1965). Artist's house of the painter Alfred Lombard.

MDA4657415: Villa Lombard, 2 rue Gambetta in Boulogne Billancourt (Hauts de Seine). Construction 1928, architect Pierre Patou (1879-1965). Artist's house of the painter Alfred Lombard., Patout, Pierre (1879-1965) / Bridgeman Images

ID: MDA4657415

Villa Lombard, 2 rue Gambetta in Boulogne Billancourt (Hauts de Seine). Construction 1928, architect Pierre Patou (1879-1965). Artist's house of the painter Alfred Lombard.

Patout, Pierre (1879-1965)

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)
Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

JSN4656602: Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo), Le Corbusier (Charles Edouard Jeanneret) (1887-1965) / Bridgeman Images

ID: JSN4656602

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

Le Corbusier (Charles Edouard Jeanneret) (1887-1965)

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)
Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

JSN4656663: Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo), Le Corbusier (Charles Edouard Jeanneret) (1887-1965) / Bridgeman Images

ID: JSN4656663

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

Le Corbusier (Charles Edouard Jeanneret) (1887-1965)

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)
Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

JSN4656772: Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo), Le Corbusier (Charles Edouard Jeanneret) (1887-1965) / Bridgeman Images

ID: JSN4656772

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

Le Corbusier (Charles Edouard Jeanneret) (1887-1965)

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)
Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

JSN4656808: Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo), Le Corbusier (Charles Edouard Jeanneret) (1887-1965) / Bridgeman Images

ID: JSN4656808

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

Le Corbusier (Charles Edouard Jeanneret) (1887-1965)

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)
Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

JSN4656839: Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo), Le Corbusier (Charles Edouard Jeanneret) (1887-1965) / Bridgeman Images

ID: JSN4656839

Notre Dame du Haut a Ronchamp (Haute Saone). Construction 1950-1955, architect Le Corbusier (1887-1965). photo taken 2004 (photo)

Le Corbusier (Charles Edouard Jeanneret) (1887-1965)

Etruscan antiquite: black amphora decoree from a pugilate fight. From the Tomb of the Warrior, Vulci. 550-500 BC. Rome, Museo Nazionale di Villa Giulia
Etruscan antiquite: black amphora decoree from a pugilate fight. From the Tomb of the Warrior, Vulci. 550-500 BC. Rome, Museo Nazionale di Villa Giulia

LRI4659356: Etruscan antiquite: black amphora decoree from a pugilate fight. From the Tomb of the Warrior, Vulci. 550-500 BC. Rome, Museo Nazionale di Villa Giulia, Etruscan, (6th century BC) / Bridgeman Images

ID: LRI4659356

Etruscan antiquite: black amphora decoree from a pugilate fight. From the Tomb of the Warrior, Vulci. 550-500 BC. Rome, Museo Nazionale di Villa Giulia

Etruscan, (6th century BC)

George Smoot - George Smoot - George Smoot in interview at CERN. George Smoot speaking at CERN
George Smoot - George Smoot - George Smoot in interview at CERN. George Smoot speaking at CERN

PIX4657946: George Smoot - George Smoot - George Smoot in interview at CERN. George Smoot speaking at CERN / Bridgeman Images

ID: PIX4657946

George Smoot - George Smoot - George Smoot in interview at CERN. George Smoot speaking at CERN


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