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Eclipse totale de Soleil 02/1998 - Composite Image, Total Eclipse of the Sun - 1998 - The different phases of the total eclipse of the Sun of 26 February 1998. February 26, 1998 Total Eclipse of the Sun. Partial phases and corona during mid totality. A total eclipse of the Sun occurs when the orbits of the Sun and Moon line up and the Moon moves in front to the Sun, totally blocking its light from reaching a narrow path on the Earth
Eclipse totale de Soleil 02/1998 - Composite Image, Total Eclipse of the Sun - 1998 - The different phases of the total eclipse of the Sun of 26 February 1998. February 26, 1998 Total Eclipse of the Sun. Partial phases and corona during mid totality. A total eclipse of the Sun occurs when the orbits of the Sun and Moon line up and the Moon moves in front to the Sun, totally blocking its light from reaching a narrow path on the Earth

PIX4627431: Eclipse totale de Soleil 02/1998 - Composite Image, Total Eclipse of the Sun - 1998 - The different phases of the total eclipse of the Sun of 26 February 1998. February 26, 1998 Total Eclipse of the Sun. Partial phases and corona during mid totality. A total eclipse of the Sun occurs when the orbits of the Sun and Moon line up and the Moon moves in front to the Sun, totally blocking its light from reaching a narrow path on the Earth / Bridgeman Images

Archean stromatolites - Illustration showing the shores of an ancient sea 3 billion years ago. In the foreground, stromatolites, aggregation of sediments and cyanobacteries. Stromatoliths have undoubtedly contributed to our dioxygen-rich atmosphere and the ozone layer that allowed the development of a more complex terrestrial and oceanic life. Dome - shaped stromatolites, averaging three feet high and four feet wide, populate the shallow shore of an ancient sea 3 billion years ago. The Moon looms near the horizon, much closer to the Earth than it is now and therefore appearing considerably larger, but otherwise looking much like the moon we know today. 3 billion years ago the first macro evidence of life on Earth may have appeared in the form of large aggregations of microorganisms and associated sediments known as stromatolites. Cyanobacteria (AKA blue - green algae) were likely one of the primary contributors to these aggregations. During the Archean Eon the Earth's atmosphere contained very little oxygen. Cyanobacteria would have thrived during this time as they employ photosynthesis to combine water, carbon dioxide, and sunlight to create their food, while the byproducts of this process are oxygen and calcium carbonate. Billions of years of photosynthetic processes by cyanobacteria other living organisms are likely the primary source of the oxygen we breathe. They also provided the oxygen that forms the protective ozone layer, filtering the shorter wavelengths of ultraviolet light from the Sun that are harmful to most forms of life. Varieties of stromatolites still flourish to this day with well - known formations in parts of Australia, Brazil, and the Bahamas
Archean stromatolites - Illustration showing the shores of an ancient sea 3 billion years ago. In the foreground, stromatolites, aggregation of sediments and cyanobacteries. Stromatoliths have undoubtedly contributed to our dioxygen-rich atmosphere and the ozone layer that allowed the development of a more complex terrestrial and oceanic life. Dome - shaped stromatolites, averaging three feet high and four feet wide, populate the shallow shore of an ancient sea 3 billion years ago. The Moon looms near the horizon, much closer to the Earth than it is now and therefore appearing considerably larger, but otherwise looking much like the moon we know today. 3 billion years ago the first macro evidence of life on Earth may have appeared in the form of large aggregations of microorganisms and associated sediments known as stromatolites. Cyanobacteria (AKA blue - green algae) were likely one of the primary contributors to these aggregations. During the Archean Eon the Earth's atmosphere contained very little oxygen. Cyanobacteria would have thrived during this time as they employ photosynthesis to combine water, carbon dioxide, and sunlight to create their food, while the byproducts of this process are oxygen and calcium carbonate. Billions of years of photosynthetic processes by cyanobacteria other living organisms are likely the primary source of the oxygen we breathe. They also provided the oxygen that forms the protective ozone layer, filtering the shorter wavelengths of ultraviolet light from the Sun that are harmful to most forms of life. Varieties of stromatolites still flourish to this day with well - known formations in parts of Australia, Brazil, and the Bahamas

PIX4632751: Archean stromatolites - Illustration showing the shores of an ancient sea 3 billion years ago. In the foreground, stromatolites, aggregation of sediments and cyanobacteries. Stromatoliths have undoubtedly contributed to our dioxygen-rich atmosphere and the ozone layer that allowed the development of a more complex terrestrial and oceanic life. Dome - shaped stromatolites, averaging three feet high and four feet wide, populate the shallow shore of an ancient sea 3 billion years ago. The Moon looms near the horizon, much closer to the Earth than it is now and therefore appearing considerably larger, but otherwise looking much like the moon we know today. 3 billion years ago the first macro evidence of life on Earth may have appeared in the form of large aggregations of microorganisms and associated sediments known as stromatolites. Cyanobacteria (AKA blue - green algae) were likely one of the primary contributors to these aggregations. During the Archean Eon the Earth's atmosphere contained very little oxygen. Cyanobacteria would have thrived during this time as they employ photosynthesis to combine water, carbon dioxide, and sunlight to create their food, while the byproducts of this process are oxygen and calcium carbonate. Billions of years of photosynthetic processes by cyanobacteria other living organisms are likely the primary source of the oxygen we breathe. They also provided the oxygen that forms the protective ozone layer, filtering the shorter wavelengths of ultraviolet light from the Sun that are harmful to most forms of life. Varieties of stromatolites still flourish to this day with well - known formations in parts of Australia, Brazil, and the Bahamas / Bridgeman Images

Aerial view of the city of Istanbul, the Mosque of Soliman (Suleyman), in the background the Galata Bridge and the Golden Horn. Turkey Photography
Aerial view of the city of Istanbul, the Mosque of Soliman (Suleyman), in the background the Galata Bridge and the Golden Horn. Turkey Photography

LRI4656854: Aerial view of the city of Istanbul, the Mosque of Soliman (Suleyman), in the background the Galata Bridge and the Golden Horn. Turkey Photography / Bridgeman Images

The main entrance of the Maginot line to Schoenenburg in Alsace. Construction 1930, decided by Andre Maginot (1877-1932).
The main entrance of the Maginot line to Schoenenburg in Alsace. Construction 1930, decided by Andre Maginot (1877-1932).

ITR4579928: The main entrance of the Maginot line to Schoenenburg in Alsace. Construction 1930, decided by Andre Maginot (1877-1932). / Bridgeman Images

Circumpolar - Star trails around north celestial pole - Photographic pose around the polar star. Long exposure image; because the earth rotates on it's own axis, during the exposure the stars seem to revolve around a point in the sky very near to Polaris
Circumpolar - Star trails around north celestial pole - Photographic pose around the polar star. Long exposure image; because the earth rotates on it's own axis, during the exposure the stars seem to revolve around a point in the sky very near to Polaris

PIX4580204: Circumpolar - Star trails around north celestial pole - Photographic pose around the polar star. Long exposure image; because the earth rotates on it's own axis, during the exposure the stars seem to revolve around a point in the sky very near to Polaris / Bridgeman Images

The Virgin and Child of the central portal of Notre-Dame welcomes visitors. Cathedrale Notre Dame de Paris - Paris 4 - XIIIth, XIIIth, XIXth, rehabilitation by Viollet-le-Duc -
The Virgin and Child of the central portal of Notre-Dame welcomes visitors. Cathedrale Notre Dame de Paris - Paris 4 - XIIIth, XIIIth, XIXth, rehabilitation by Viollet-le-Duc -

ITR4553802: The Virgin and Child of the central portal of Notre-Dame welcomes visitors. Cathedrale Notre Dame de Paris - Paris 4 - XIIIth, XIIIth, XIXth, rehabilitation by Viollet-le-Duc - / Bridgeman Images

Made shortly after the middle of the 13th century, the roses of transpt are exceptional works, exceeding all those produced by the French Gothic. This is the north rose. Notre Dame de Paris Cathedrale Notre Dame de Paris - Paris 4 - XIIIth, XIIIth, XIXeme, rehabilitation by Viollet-le-Duc -
Made shortly after the middle of the 13th century, the roses of transpt are exceptional works, exceeding all those produced by the French Gothic. This is the north rose. Notre Dame de Paris Cathedrale Notre Dame de Paris - Paris 4 - XIIIth, XIIIth, XIXeme, rehabilitation by Viollet-le-Duc -

ITR4553620: Made shortly after the middle of the 13th century, the roses of transpt are exceptional works, exceeding all those produced by the French Gothic. This is the north rose. Notre Dame de Paris Cathedrale Notre Dame de Paris - Paris 4 - XIIIth, XIIIth, XIXeme, rehabilitation by Viollet-le-Duc - / Bridgeman Images

Apollo - Soyuz: A. Leonov and D. Slayton - Apollo - Soyuz: Donald Slayton and Aleksey Leonov - Donald Slayton (left) and Aleksey Leonov photographs in the Soyuz during the junction of the Apollo module and the Soyuz spaceship. 17/07/1975. Donald Slayton and Aleksey Leonov photographed in the Soyuz Orbital Module during the joint US - USSR Apollo Soyuz Test Project. Jul 17 1975
Apollo - Soyuz: A. Leonov and D. Slayton - Apollo - Soyuz: Donald Slayton and Aleksey Leonov - Donald Slayton (left) and Aleksey Leonov photographs in the Soyuz during the junction of the Apollo module and the Soyuz spaceship. 17/07/1975. Donald Slayton and Aleksey Leonov photographed in the Soyuz Orbital Module during the joint US - USSR Apollo Soyuz Test Project. Jul 17 1975

PIX4598461: Apollo - Soyuz: A. Leonov and D. Slayton - Apollo - Soyuz: Donald Slayton and Aleksey Leonov - Donald Slayton (left) and Aleksey Leonov photographs in the Soyuz during the junction of the Apollo module and the Soyuz spaceship. 17/07/1975. Donald Slayton and Aleksey Leonov photographed in the Soyuz Orbital Module during the joint US - USSR Apollo Soyuz Test Project. Jul 17 1975 / Bridgeman Images

Apollo 11: E. Aldrin on the Moon, 20/07/1969 (photo)
Apollo 11: E. Aldrin on the Moon, 20/07/1969 (photo)

PIX4596008: Apollo 11: E. Aldrin on the Moon, 20/07/1969 (photo) / Bridgeman Images

Apollo 11: E. Aldrin on the Moon - Apollo 11: Portrait of E. Aldrin - Portrait of Edwin Aldrin on the Moon. Neil Armstrong and the LEM are visible in reflection on the visor of his helmet. 20/07/1969. N.B. of the black was added in height and the horizon was straightened from the original photo e - apo11 - 30042. Portrait of E. Aldrin. Armstrong's reflection in visor. Jul 20 1969. N.B. image has been rotated and black has been added in height. See the original photo e - apo11 - 30042
Apollo 11: E. Aldrin on the Moon - Apollo 11: Portrait of E. Aldrin - Portrait of Edwin Aldrin on the Moon. Neil Armstrong and the LEM are visible in reflection on the visor of his helmet. 20/07/1969. N.B. of the black was added in height and the horizon was straightened from the original photo e - apo11 - 30042. Portrait of E. Aldrin. Armstrong's reflection in visor. Jul 20 1969. N.B. image has been rotated and black has been added in height. See the original photo e - apo11 - 30042

PIX4596026: Apollo 11: E. Aldrin on the Moon - Apollo 11: Portrait of E. Aldrin - Portrait of Edwin Aldrin on the Moon. Neil Armstrong and the LEM are visible in reflection on the visor of his helmet. 20/07/1969. N.B. of the black was added in height and the horizon was straightened from the original photo e - apo11 - 30042. Portrait of E. Aldrin. Armstrong's reflection in visor. Jul 20 1969. N.B. image has been rotated and black has been added in height. See the original photo e - apo11 - 30042 / Bridgeman Images

Centre of the Milky Way Central Region - Center of the Milky Way: Central part of the lactee route seen in New Zealand. Planet Saturn is the bright white dot towards the center of the image (near the nebula of the pipe). The central part of our Milky Way photographed from New Zealand. Lots of emission and obscure nebulae are visible in the image. Planet Saturn in the bright white “” star”” close to the center of the image. A diffusing filter was used to enhance star color and general shape of the constellations.
Centre of the Milky Way Central Region - Center of the Milky Way: Central part of the lactee route seen in New Zealand. Planet Saturn is the bright white dot towards the center of the image (near the nebula of the pipe). The central part of our Milky Way photographed from New Zealand. Lots of emission and obscure nebulae are visible in the image. Planet Saturn in the bright white “” star”” close to the center of the image. A diffusing filter was used to enhance star color and general shape of the constellations.

PIX4636541: Centre of the Milky Way Central Region - Center of the Milky Way: Central part of the lactee route seen in New Zealand. Planet Saturn is the bright white dot towards the center of the image (near the nebula of the pipe). The central part of our Milky Way photographed from New Zealand. Lots of emission and obscure nebulae are visible in the image. Planet Saturn in the bright white “” star”” close to the center of the image. A diffusing filter was used to enhance star color and general shape of the constellations. / Bridgeman Images

Devonian Landscape, England, 2011 (photo)
Devonian Landscape, England, 2011 (photo)

PIX4632919: Devonian Landscape, England, 2011 (photo) / Bridgeman Images

Saturn above the clouds of Titan - Illustration - Saturn from atop Titan's hydrocarbon haze - Artist's view of the planet Saturn view 80 km above the surface of his satellite Titan. In the plane of the rings of the planet appear from left to right the satellites Enceladus, Dione, Tethys and Rhea. Saturn and its rings would be a majestic sight lording over Titan's hydrocarbon haze. The viewpoint is from 50 miles above Titan's surface and three - quarters of a million miles away from Saturn itself. Four of Saturn's smaller satellites can also be seen along the ring plane: left to right are Enceladus, Dione, Tethys and Rhea. Technically, the orange clouds mark the beginning of Titan's condensate haze, which consists of ethane, methane, nitrogen, and a variety of hydrocarbons known collectively as tholin. These gases and hydrocarbons extend upward another 250 miles, resulting in a bluish, earthlike sky, albeit darker due to Titan's great distance from the Sun. Tholin is created by the interaction of the nitrogen - rich gases with ultraviolet light from the Sun and ultimately precipitates all the way down to Titan's surface. Notwithstanding its flame - like colors, this haze is chilled to minus 330o F
Saturn above the clouds of Titan - Illustration - Saturn from atop Titan's hydrocarbon haze - Artist's view of the planet Saturn view 80 km above the surface of his satellite Titan. In the plane of the rings of the planet appear from left to right the satellites Enceladus, Dione, Tethys and Rhea. Saturn and its rings would be a majestic sight lording over Titan's hydrocarbon haze. The viewpoint is from 50 miles above Titan's surface and three - quarters of a million miles away from Saturn itself. Four of Saturn's smaller satellites can also be seen along the ring plane: left to right are Enceladus, Dione, Tethys and Rhea. Technically, the orange clouds mark the beginning of Titan's condensate haze, which consists of ethane, methane, nitrogen, and a variety of hydrocarbons known collectively as tholin. These gases and hydrocarbons extend upward another 250 miles, resulting in a bluish, earthlike sky, albeit darker due to Titan's great distance from the Sun. Tholin is created by the interaction of the nitrogen - rich gases with ultraviolet light from the Sun and ultimately precipitates all the way down to Titan's surface. Notwithstanding its flame - like colors, this haze is chilled to minus 330o F

PIX4626034: Saturn above the clouds of Titan - Illustration - Saturn from atop Titan's hydrocarbon haze - Artist's view of the planet Saturn view 80 km above the surface of his satellite Titan. In the plane of the rings of the planet appear from left to right the satellites Enceladus, Dione, Tethys and Rhea. Saturn and its rings would be a majestic sight lording over Titan's hydrocarbon haze. The viewpoint is from 50 miles above Titan's surface and three - quarters of a million miles away from Saturn itself. Four of Saturn's smaller satellites can also be seen along the ring plane: left to right are Enceladus, Dione, Tethys and Rhea. Technically, the orange clouds mark the beginning of Titan's condensate haze, which consists of ethane, methane, nitrogen, and a variety of hydrocarbons known collectively as tholin. These gases and hydrocarbons extend upward another 250 miles, resulting in a bluish, earthlike sky, albeit darker due to Titan's great distance from the Sun. Tholin is created by the interaction of the nitrogen - rich gases with ultraviolet light from the Sun and ultimately precipitates all the way down to Titan's surface. Notwithstanding its flame - like colors, this haze is chilled to minus 330o F / Bridgeman Images

The police performing live. Guitarist Andy Summers, Rome, c. 1980 (photo)
The police performing live. Guitarist Andy Summers, Rome, c. 1980 (photo)

MME4697063: The police performing live. Guitarist Andy Summers, Rome, c. 1980 (photo) / Bridgeman Images

Police in concert, Rome, 1980 (photo)
Police in concert, Rome, 1980 (photo)

MME4697067: Police in concert, Rome, 1980 (photo) / Bridgeman Images

Italian singer-songwriter Fabrizio De Andre, 1981 (photo)
Italian singer-songwriter Fabrizio De Andre, 1981 (photo)

MME4757818: Italian singer-songwriter Fabrizio De Andre, 1981 (photo) / Bridgeman Images

Artist Joseph Beuys during a performance, Rome, Palazzo Braschi, 1981 (photo)
Artist Joseph Beuys during a performance, Rome, Palazzo Braschi, 1981 (photo)

MME4714356: Artist Joseph Beuys during a performance, Rome, Palazzo Braschi, 1981 (photo) / Bridgeman Images

Karl Lagerfeld at work in the Fendi Atelier to design the new collection of Fendi furs, Rome, 1986 (photo)
Karl Lagerfeld at work in the Fendi Atelier to design the new collection of Fendi furs, Rome, 1986 (photo)

MME4733093: Karl Lagerfeld at work in the Fendi Atelier to design the new collection of Fendi furs, Rome, 1986 (photo) / Bridgeman Images

American artist Keith Haring (1958-1990) in Pisa, Italy, 1989 (photo)
American artist Keith Haring (1958-1990) in Pisa, Italy, 1989 (photo)

MME4701834: American artist Keith Haring (1958-1990) in Pisa, Italy, 1989 (photo) / Bridgeman Images

Iron meteorite (IIIA). Founded in Zacatecos (Mexico) in 1969. Luc Labenne private collection, Paris.
Iron meteorite (IIIA). Founded in Zacatecos (Mexico) in 1969. Luc Labenne private collection, Paris.

SYC4701920: Iron meteorite (IIIA). Founded in Zacatecos (Mexico) in 1969. Luc Labenne private collection, Paris. / Bridgeman Images

Conductor Leonard Bernstein at the Vatican, Sala Regia, 1983 (photo)
Conductor Leonard Bernstein at the Vatican, Sala Regia, 1983 (photo)

MME4699994: Conductor Leonard Bernstein at the Vatican, Sala Regia, 1983 (photo) / Bridgeman Images

Portrait of Yannis Xenakis, or Iannis Xenakis (1922-2001), Greek composer and architect
Portrait of Yannis Xenakis, or Iannis Xenakis (1922-2001), Greek composer and architect

JSN4740468: Portrait of Yannis Xenakis, or Iannis Xenakis (1922-2001), Greek composer and architect / Bridgeman Images

Italian emiologist and writer Umberto Eco, Milan, 1981 (photo)
Italian emiologist and writer Umberto Eco, Milan, 1981 (photo)

MME4752916: Italian emiologist and writer Umberto Eco, Milan, 1981 (photo) / Bridgeman Images

English musician, composer, record producer, singer, and visual artist Brian Eno, c. 1980 (photo)
English musician, composer, record producer, singer, and visual artist Brian Eno, c. 1980 (photo)

MME4752452: English musician, composer, record producer, singer, and visual artist Brian Eno, c. 1980 (photo) / Bridgeman Images

Portrait of Louise Bourgeois (1911-2010), French sculptor and visual artist. Photography 1999
Portrait of Louise Bourgeois (1911-2010), French sculptor and visual artist. Photography 1999

JSN4739415: Portrait of Louise Bourgeois (1911-2010), French sculptor and visual artist. Photography 1999 / Bridgeman Images

Venice Lido, Venice Film Festival 1990. American director Martin Scorsese and actor Robert De Niro, in competition for the movie “” Goodfellas””, Silver Lion - Special Prize for Best Director/Film Festival of Venice 1990. He registered Martin Scorsese and the attore Robert De Niro, in concorso con il film “” Quei bravi ragazzi””, Leone d'Argento - Premio speciale per la regia -
Venice Lido, Venice Film Festival 1990. American director Martin Scorsese and actor Robert De Niro, in competition for the movie “” Goodfellas””, Silver Lion - Special Prize for Best Director/Film Festival of Venice 1990. He registered Martin Scorsese and the attore Robert De Niro, in concorso con il film “” Quei bravi ragazzi””, Leone d'Argento - Premio speciale per la regia -

MME4755886: Venice Lido, Venice Film Festival 1990. American director Martin Scorsese and actor Robert De Niro, in competition for the movie “” Goodfellas””, Silver Lion - Special Prize for Best Director/Film Festival of Venice 1990. He registered Martin Scorsese and the attore Robert De Niro, in concorso con il film “” Quei bravi ragazzi””, Leone d'Argento - Premio speciale per la regia - / Bridgeman Images

Italian soprano Mirella Freni in her dressing room, c. 1980 (photo)
Italian soprano Mirella Freni in her dressing room, c. 1980 (photo)

MME4749106: Italian soprano Mirella Freni in her dressing room, c. 1980 (photo) / Bridgeman Images

Jean-Luc Godard, Venice Film Festival, 1983 (photo)
Jean-Luc Godard, Venice Film Festival, 1983 (photo)

MME4745370: Jean-Luc Godard, Venice Film Festival, 1983 (photo) / Bridgeman Images

American poet and writer Diane Di Prima, Ostia (Rome), Castelporziano, First Festival of the Poets, 1979 (photo)
American poet and writer Diane Di Prima, Ostia (Rome), Castelporziano, First Festival of the Poets, 1979 (photo)

MME4754332: American poet and writer Diane Di Prima, Ostia (Rome), Castelporziano, First Festival of the Poets, 1979 (photo) / Bridgeman Images

Affiche du film
Affiche du film

GIA4759933: Affiche du film ""Frankenstein"" de James Whale interprété par Boris Karloff. 1931. / Bridgeman Images

Image obtained from the International Space Station (ISS). Tambora Volcano is a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history.
Image obtained from the International Space Station (ISS). Tambora Volcano is a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history.

PIX4661498: Image obtained from the International Space Station (ISS). Tambora Volcano is a huge stratovolcano 60 km in diameter. His eruption on April 10, 1815 was the deadliest in history. / Bridgeman Images

Late Cretaceous Fauna - Late Cretaceous Fauna - Late Cretaceous Fauna. Two Brachylophosaurus canadensis, on the left, graze among magnolias, while in the distance pass a couple of Albertaceratops nesmoi. Lower left is a turtle (Aspideretoides). Montana during the late Cretaceous. A pair of Brachylophosaurus canadensis forage among Magnolia bushes while a couple of Albertaceratops nesmoi soak up the morning rays in the distance. An Aspideretoides turtle hides in the reeds in the foreground
Late Cretaceous Fauna - Late Cretaceous Fauna - Late Cretaceous Fauna. Two Brachylophosaurus canadensis, on the left, graze among magnolias, while in the distance pass a couple of Albertaceratops nesmoi. Lower left is a turtle (Aspideretoides). Montana during the late Cretaceous. A pair of Brachylophosaurus canadensis forage among Magnolia bushes while a couple of Albertaceratops nesmoi soak up the morning rays in the distance. An Aspideretoides turtle hides in the reeds in the foreground

PIX4664056: Late Cretaceous Fauna - Late Cretaceous Fauna - Late Cretaceous Fauna. Two Brachylophosaurus canadensis, on the left, graze among magnolias, while in the distance pass a couple of Albertaceratops nesmoi. Lower left is a turtle (Aspideretoides). Montana during the late Cretaceous. A pair of Brachylophosaurus canadensis forage among Magnolia bushes while a couple of Albertaceratops nesmoi soak up the morning rays in the distance. An Aspideretoides turtle hides in the reeds in the foreground / Bridgeman Images

Earth seen by satellite DSCOVR - Earth seen by satellite DSCOVR: Earth photo obtained by satellite Deep Space Climate Observatory (DSCOVR) on July 6, 2015. This satellite, launched on 11 February 2015, and placed in orbit 1.6 million km, at the point of Lagrange L1 (about 4 times farther than the Moon's orbit), provides views of the Earth as a whole - The journey has been a long one for the Deep Space Climate Observatory (DSCOVR). Once known as Triana, the satellite was conceived in 1998 to provide continuous views of Earth, to monitor the solar wind, and to measure fluctuations in Earth's albedo. The mission was put on hold in 2001, and the part-built satellite ended up in storage for several years with an uncertain future. In 2008, the National Oceanic and Atmospheric Administration (NOAA), NASA, and the U.S. Air Force decided to refurbish and update the spacecraft for launch - On February 11, 2015, DSCOVR was finally lofted into space by a SpaceX Falcon 9 rocket. After journey of about 1.6 million kilometers (1 million miles) to the L1 Lagrange Point, the satellite and its Earth Polychromatic Imaging Camera (EPIC) has returned its first view of the entire sunlit side of Earth. At L1-four times farther than the orbit of the Moon - the gravitational pull of the Sun and Earth cancel out, providing a stable orbit and a continuous view of Earth. The image above was made by combining information from Epic's red, green, and blue bands. (Bands are narrow regions of the electromagnetic spectrum to which a remote sensing instrument responds. When EPIC collects data, it takes a series of 10 images at different bands - from ultraviolet to near infrared.)
Earth seen by satellite DSCOVR - Earth seen by satellite DSCOVR: Earth photo obtained by satellite Deep Space Climate Observatory (DSCOVR) on July 6, 2015. This satellite, launched on 11 February 2015, and placed in orbit 1.6 million km, at the point of Lagrange L1 (about 4 times farther than the Moon's orbit), provides views of the Earth as a whole - The journey has been a long one for the Deep Space Climate Observatory (DSCOVR). Once known as Triana, the satellite was conceived in 1998 to provide continuous views of Earth, to monitor the solar wind, and to measure fluctuations in Earth's albedo. The mission was put on hold in 2001, and the part-built satellite ended up in storage for several years with an uncertain future. In 2008, the National Oceanic and Atmospheric Administration (NOAA), NASA, and the U.S. Air Force decided to refurbish and update the spacecraft for launch - On February 11, 2015, DSCOVR was finally lofted into space by a SpaceX Falcon 9 rocket. After journey of about 1.6 million kilometers (1 million miles) to the L1 Lagrange Point, the satellite and its Earth Polychromatic Imaging Camera (EPIC) has returned its first view of the entire sunlit side of Earth. At L1-four times farther than the orbit of the Moon - the gravitational pull of the Sun and Earth cancel out, providing a stable orbit and a continuous view of Earth. The image above was made by combining information from Epic's red, green, and blue bands. (Bands are narrow regions of the electromagnetic spectrum to which a remote sensing instrument responds. When EPIC collects data, it takes a series of 10 images at different bands - from ultraviolet to near infrared.)

PIX4669145: Earth seen by satellite DSCOVR - Earth seen by satellite DSCOVR: Earth photo obtained by satellite Deep Space Climate Observatory (DSCOVR) on July 6, 2015. This satellite, launched on 11 February 2015, and placed in orbit 1.6 million km, at the point of Lagrange L1 (about 4 times farther than the Moon's orbit), provides views of the Earth as a whole - The journey has been a long one for the Deep Space Climate Observatory (DSCOVR). Once known as Triana, the satellite was conceived in 1998 to provide continuous views of Earth, to monitor the solar wind, and to measure fluctuations in Earth's albedo. The mission was put on hold in 2001, and the part-built satellite ended up in storage for several years with an uncertain future. In 2008, the National Oceanic and Atmospheric Administration (NOAA), NASA, and the U.S. Air Force decided to refurbish and update the spacecraft for launch - On February 11, 2015, DSCOVR was finally lofted into space by a SpaceX Falcon 9 rocket. After journey of about 1.6 million kilometers (1 million miles) to the L1 Lagrange Point, the satellite and its Earth Polychromatic Imaging Camera (EPIC) has returned its first view of the entire sunlit side of Earth. At L1-four times farther than the orbit of the Moon - the gravitational pull of the Sun and Earth cancel out, providing a stable orbit and a continuous view of Earth. The image above was made by combining information from Epic's red, green, and blue bands. (Bands are narrow regions of the electromagnetic spectrum to which a remote sensing instrument responds. When EPIC collects data, it takes a series of 10 images at different bands - from ultraviolet to near infrared.) / Bridgeman Images

Antenna of a French ground station Bercenay - en - Othe - Antenna of a French ground station - Bercenay - en - Othe has been home to a teleport (space telecommunications centre) since 1978, with 18 antennas ranging from 1.5 m to 32.5 m (BY4 antenna). The main network covered is: Intelsat, Eutelsat, Arabsat, NSS, Telecom 2. Ground station for telecommunication with artificial satellites. Bercenay - en - Othe, Aube, France
Antenna of a French ground station Bercenay - en - Othe - Antenna of a French ground station - Bercenay - en - Othe has been home to a teleport (space telecommunications centre) since 1978, with 18 antennas ranging from 1.5 m to 32.5 m (BY4 antenna). The main network covered is: Intelsat, Eutelsat, Arabsat, NSS, Telecom 2. Ground station for telecommunication with artificial satellites. Bercenay - en - Othe, Aube, France

PIX4667539: Antenna of a French ground station Bercenay - en - Othe - Antenna of a French ground station - Bercenay - en - Othe has been home to a teleport (space telecommunications centre) since 1978, with 18 antennas ranging from 1.5 m to 32.5 m (BY4 antenna). The main network covered is: Intelsat, Eutelsat, Arabsat, NSS, Telecom 2. Ground station for telecommunication with artificial satellites. Bercenay - en - Othe, Aube, France / Bridgeman Images

Butterfly Papilio ulysses (Blue mountain swallowtail), wing detail. From Australia (macrophotography)
Butterfly Papilio ulysses (Blue mountain swallowtail), wing detail. From Australia (macrophotography)

LRI4683372: Butterfly Papilio ulysses (Blue mountain swallowtail), wing detail. From Australia (macrophotography) / Bridgeman Images

Rainbow scarab,  Phanaeus vindex. From North America (macrophotography)
Rainbow scarab,  Phanaeus vindex. From North America (macrophotography)

LRI4683239: Rainbow scarab, Phanaeus vindex. From North America (macrophotography) / Bridgeman Images


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