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Taurus Constellation and ISS - Taurus constellation and ISS - The space station crosses the constellation Taurus In a superprint, the mythological form of this constellation, extracted from the Uranographia of Hevelius. February 25, 2007 The International Space Station (ISS) is crossing Taurus constellation. Constellation mythological form from “” Uranographia”” star atlas by Hevelius (1690) has been added. February 25, 200
Taurus Constellation and ISS - Taurus constellation and ISS - The space station crosses the constellation Taurus In a superprint, the mythological form of this constellation, extracted from the Uranographia of Hevelius. February 25, 2007 The International Space Station (ISS) is crossing Taurus constellation. Constellation mythological form from “” Uranographia”” star atlas by Hevelius (1690) has been added. February 25, 200

PIX4594105: Taurus Constellation and ISS - Taurus constellation and ISS - The space station crosses the constellation Taurus In a superprint, the mythological form of this constellation, extracted from the Uranographia of Hevelius. February 25, 2007 The International Space Station (ISS) is crossing Taurus constellation. Constellation mythological form from “” Uranographia”” star atlas by Hevelius (1690) has been added. February 25, 200 / Bridgeman Images

ID: PIX4594105

Taurus Constellation and ISS - Taurus constellation and ISS - The space station crosses the constellation Taurus In a superprint, the mythological form of this constellation, extracted from the Uranographia of Hevelius. February 25, 2007 The International Space Station (ISS) is crossing Taurus constellation. Constellation mythological form from “” Uranographia”” star atlas by Hevelius (1690) has been added. February 25, 200

The walk of the Square of the Temple in Paris. Construction 1865, architects Ernest Legrand and Jules de Merindol.
The walk of the Square of the Temple in Paris. Construction 1865, architects Ernest Legrand and Jules de Merindol.

TEC4594119: The walk of the Square of the Temple in Paris. Construction 1865, architects Ernest Legrand and Jules de Merindol. / Bridgeman Images

ID: TEC4594119

The walk of the Square of the Temple in Paris. Construction 1865, architects Ernest Legrand and Jules de Merindol.

The city of Quimper in Brittany.
The city of Quimper in Brittany.

TEC4634545: The city of Quimper in Brittany. / Bridgeman Images

ID: TEC4634545

The city of Quimper in Brittany.

Watching an Aurora boreale - Norway - Watching an Aurora borealis - Norway - A woman admires an aurora boreale on the beach of Kvalvika, Lofoten Islands, Norway. April 6, 2016. A woman looks at the Northern Lights, next to her tent, on the beach at Kvalvika, Lofoten Islands, Norway. April 6, 2016
Watching an Aurora boreale - Norway - Watching an Aurora borealis - Norway - A woman admires an aurora boreale on the beach of Kvalvika, Lofoten Islands, Norway. April 6, 2016. A woman looks at the Northern Lights, next to her tent, on the beach at Kvalvika, Lofoten Islands, Norway. April 6, 2016

PIX4633765: Watching an Aurora boreale - Norway - Watching an Aurora borealis - Norway - A woman admires an aurora boreale on the beach of Kvalvika, Lofoten Islands, Norway. April 6, 2016. A woman looks at the Northern Lights, next to her tent, on the beach at Kvalvika, Lofoten Islands, Norway. April 6, 2016 / Bridgeman Images

ID: PIX4633765

Watching an Aurora boreale - Norway - Watching an Aurora borealis - Norway - A woman admires an aurora boreale on the beach of Kvalvika, Lofoten Islands, Norway. April 6, 2016. A woman looks at the Northern Lights, next to her tent, on the beach at Kvalvika, Lofoten Islands, Norway. April 6, 2016

Observation of an Aurora boreale - Norway - Watching an Aurora borealis - Norway - Skagsanden Beach, Lofoten. April 1 2016. Skagsanden Beach, Lofoten Islands, Norway
Observation of an Aurora boreale - Norway - Watching an Aurora borealis - Norway - Skagsanden Beach, Lofoten. April 1 2016. Skagsanden Beach, Lofoten Islands, Norway

PIX4633792: Observation of an Aurora boreale - Norway - Watching an Aurora borealis - Norway - Skagsanden Beach, Lofoten. April 1 2016. Skagsanden Beach, Lofoten Islands, Norway / Bridgeman Images

ID: PIX4633792

Observation of an Aurora boreale - Norway - Watching an Aurora borealis - Norway - Skagsanden Beach, Lofoten. April 1 2016. Skagsanden Beach, Lofoten Islands, Norway

Nacreous clouds - Nacreous clouds - PSC for Polar Stratospheric Cloud observed in Norway. Nacreous cloud (or PSC for polar stratospheric cloud) seen in Norway
Nacreous clouds - Nacreous clouds - PSC for Polar Stratospheric Cloud observed in Norway. Nacreous cloud (or PSC for polar stratospheric cloud) seen in Norway

PIX4634025: Nacreous clouds - Nacreous clouds - PSC for Polar Stratospheric Cloud observed in Norway. Nacreous cloud (or PSC for polar stratospheric cloud) seen in Norway / Bridgeman Images

ID: PIX4634025

Nacreous clouds - Nacreous clouds - PSC for Polar Stratospheric Cloud observed in Norway. Nacreous cloud (or PSC for polar stratospheric cloud) seen in Norway

Banks of the Bahamas seen from space - Great Bahamas Bank: Image obtained on 5 February 2014 by the Landsat-8 satellite. Underwater structures of the Great Bahamas Bank are pictured in this image from the Landsat-8 satellite on 5 February 2014. Sitting north of Cuba, the bank is made of limestone - mainly from the skeletal fragments of marine organisms - that has been accumulating for over 100 million years. Currents sculpted these underwater sediments into the wavy pattern we see along the bottom of the image, just a few meters deep. We can clearly see where the shallow waters drop off into the deep, dark water of an area known as the Tongue of the Ocean. With depths of up to about 4000 m, this trench surrounded by islands, reefs and shoals has an opening to the Atlantic Ocean at its northern end (not pictured). Over the deep Tongue we can see a few sparse clouds
Banks of the Bahamas seen from space - Great Bahamas Bank: Image obtained on 5 February 2014 by the Landsat-8 satellite. Underwater structures of the Great Bahamas Bank are pictured in this image from the Landsat-8 satellite on 5 February 2014. Sitting north of Cuba, the bank is made of limestone - mainly from the skeletal fragments of marine organisms - that has been accumulating for over 100 million years. Currents sculpted these underwater sediments into the wavy pattern we see along the bottom of the image, just a few meters deep. We can clearly see where the shallow waters drop off into the deep, dark water of an area known as the Tongue of the Ocean. With depths of up to about 4000 m, this trench surrounded by islands, reefs and shoals has an opening to the Atlantic Ocean at its northern end (not pictured). Over the deep Tongue we can see a few sparse clouds

PIX4634059: Banks of the Bahamas seen from space - Great Bahamas Bank: Image obtained on 5 February 2014 by the Landsat-8 satellite. Underwater structures of the Great Bahamas Bank are pictured in this image from the Landsat-8 satellite on 5 February 2014. Sitting north of Cuba, the bank is made of limestone - mainly from the skeletal fragments of marine organisms - that has been accumulating for over 100 million years. Currents sculpted these underwater sediments into the wavy pattern we see along the bottom of the image, just a few meters deep. We can clearly see where the shallow waters drop off into the deep, dark water of an area known as the Tongue of the Ocean. With depths of up to about 4000 m, this trench surrounded by islands, reefs and shoals has an opening to the Atlantic Ocean at its northern end (not pictured). Over the deep Tongue we can see a few sparse clouds / Bridgeman Images

ID: PIX4634059

Banks of the Bahamas seen from space - Great Bahamas Bank: Image obtained on 5 February 2014 by the Landsat-8 satellite. Underwater structures of the Great Bahamas Bank are pictured in this image from the Landsat-8 satellite on 5 February 2014. Sitting north of Cuba, the bank is made of limestone - mainly from the skeletal fragments of marine organisms - that has been accumulating for over 100 million years. Currents sculpted these underwater sediments into the wavy pattern we see along the bottom of the image, just a few meters deep. We can clearly see where the shallow waters drop off into the deep, dark water of an area known as the Tongue of the Ocean. With depths of up to about 4000 m, this trench surrounded by islands, reefs and shoals has an opening to the Atlantic Ocean at its northern end (not pictured). Over the deep Tongue we can see a few sparse clouds

Hurricane Irma seen by satellite 09/2017 - Hurricane Irma 09/2017: Hurricane Irma on September 6, 2017. Image obtained by the American satellite GOES-16. GOES-16 captured this geocolor image of Hurricane Irma approaching Anguilla at about 7:15 am (eastern), September 6, 2017. Irma's maximum sustained winds remain near 185 mph with higher gusts, making it a category 5 hurricane on the Saffirm-Simpson Hurricane Wind Scale. This image, captured as daylight moves into the area, offers a blend of both, with nighttime features on the left side of the image and daytime on the right
Hurricane Irma seen by satellite 09/2017 - Hurricane Irma 09/2017: Hurricane Irma on September 6, 2017. Image obtained by the American satellite GOES-16. GOES-16 captured this geocolor image of Hurricane Irma approaching Anguilla at about 7:15 am (eastern), September 6, 2017. Irma's maximum sustained winds remain near 185 mph with higher gusts, making it a category 5 hurricane on the Saffirm-Simpson Hurricane Wind Scale. This image, captured as daylight moves into the area, offers a blend of both, with nighttime features on the left side of the image and daytime on the right

PIX4634063: Hurricane Irma seen by satellite 09/2017 - Hurricane Irma 09/2017: Hurricane Irma on September 6, 2017. Image obtained by the American satellite GOES-16. GOES-16 captured this geocolor image of Hurricane Irma approaching Anguilla at about 7:15 am (eastern), September 6, 2017. Irma's maximum sustained winds remain near 185 mph with higher gusts, making it a category 5 hurricane on the Saffirm-Simpson Hurricane Wind Scale. This image, captured as daylight moves into the area, offers a blend of both, with nighttime features on the left side of the image and daytime on the right / Bridgeman Images

ID: PIX4634063

Hurricane Irma seen by satellite 09/2017 - Hurricane Irma 09/2017: Hurricane Irma on September 6, 2017. Image obtained by the American satellite GOES-16. GOES-16 captured this geocolor image of Hurricane Irma approaching Anguilla at about 7:15 am (eastern), September 6, 2017. Irma's maximum sustained winds remain near 185 mph with higher gusts, making it a category 5 hurricane on the Saffirm-Simpson Hurricane Wind Scale. This image, captured as daylight moves into the area, offers a blend of both, with nighttime features on the left side of the image and daytime on the right

The city of Benodet in Brittany.
The city of Benodet in Brittany.

TEC4634166: The city of Benodet in Brittany. / Bridgeman Images

ID: TEC4634166

The city of Benodet in Brittany.

Artist's view of the Big Bang - Big Bang artwork - Artist's view representing the Big Bang and galaxies
Artist's view of the Big Bang - Big Bang artwork - Artist's view representing the Big Bang and galaxies

PIX4634235: Artist's view of the Big Bang - Big Bang artwork - Artist's view representing the Big Bang and galaxies / Bridgeman Images

ID: PIX4634235

Artist's view of the Big Bang - Big Bang artwork - Artist's view representing the Big Bang and galaxies

Artist's view of space-time - Spacetime - Artist's view illustrating the microscopic and macroscopic structure of space-time. Artwork
Artist's view of space-time - Spacetime - Artist's view illustrating the microscopic and macroscopic structure of space-time. Artwork

PIX4634401: Artist's view of space-time - Spacetime - Artist's view illustrating the microscopic and macroscopic structure of space-time. Artwork / Bridgeman Images

ID: PIX4634401

Artist's view of space-time - Spacetime - Artist's view illustrating the microscopic and macroscopic structure of space-time. Artwork

The city of Quimper in Brittany, Cathedrale Saint Corentin (Saint Corentin). Photography 11/08/09.
The city of Quimper in Brittany, Cathedrale Saint Corentin (Saint Corentin). Photography 11/08/09.

TEC4634585: The city of Quimper in Brittany, Cathedrale Saint Corentin (Saint Corentin). Photography 11/08/09. / Bridgeman Images

ID: TEC4634585

The city of Quimper in Brittany, Cathedrale Saint Corentin (Saint Corentin). Photography 11/08/09.

The city of Quimper in Brittany, Cathedrale Saint Corentin (Saint Corentin). Photography 11/08/09.
The city of Quimper in Brittany, Cathedrale Saint Corentin (Saint Corentin). Photography 11/08/09.

TEC4634627: The city of Quimper in Brittany, Cathedrale Saint Corentin (Saint Corentin). Photography 11/08/09. / Bridgeman Images

ID: TEC4634627

The city of Quimper in Brittany, Cathedrale Saint Corentin (Saint Corentin). Photography 11/08/09.

Theorie des Cordes-vue d'artiste - Superstring theater- Artwor
Theorie des Cordes-vue d'artiste - Superstring theater- Artwor

PIX4634643: Theorie des Cordes-vue d'artiste - Superstring theater- Artwor / Bridgeman Images

ID: PIX4634643

Theorie des Cordes-vue d'artiste - Superstring theater- Artwor

Cathedrale Saint Corentin (Saint Corentin) in Quimper, Brittany.
Cathedrale Saint Corentin (Saint Corentin) in Quimper, Brittany.

TEC4634658: Cathedrale Saint Corentin (Saint Corentin) in Quimper, Brittany. / Bridgeman Images

ID: TEC4634658

Cathedrale Saint Corentin (Saint Corentin) in Quimper, Brittany.

Venus Sunset - Venus setting - The planet Venus (the shepherd's star) shines in the sky at bedtime. The brilliant planet Venus is setting near an isolated tree
Venus Sunset - Venus setting - The planet Venus (the shepherd's star) shines in the sky at bedtime. The brilliant planet Venus is setting near an isolated tree

PIX4634966: Venus Sunset - Venus setting - The planet Venus (the shepherd's star) shines in the sky at bedtime. The brilliant planet Venus is setting near an isolated tree / Bridgeman Images

ID: PIX4634966

Venus Sunset - Venus setting - The planet Venus (the shepherd's star) shines in the sky at bedtime. The brilliant planet Venus is setting near an isolated tree

Southern constellations around the Clock - Southern constellations around Horologium - Southern constellations around the Clock. The two bright stars are Canopus (bottom) and Achernar. This wide angle image includes Horologium, Phoenix and Pictor, insignificant constellations roughly centred on an arc of delination 50* south, but at a scale too small to show the star identifications and stick figures. Horologium, the Pendulum Clock (originally l'Horloge and then Horologium Oscillitorium), was a constellation introduced by Abbe Nicolas Louis de Lacaille during his stay at the Cape of Good Hope between 1751 and 1752. It was named to honor Christian Huygens as the inventor of this type of clock, but the idea for such a method of regulating time came from Galileo. Lacaille's constellation drawing shows a remarkably detailed dial, weights and a pendulum that has little apparent connection with the scattering of faint stars in this part of the sky. There are no named stars and little else in Horologium to attract the eye of the casual observer. Phoenix, the Phoenix, is a long - lived mythological, eagle - like bird with vivid plumage. The word has entered the language as an entity that is able to resurrect itself after a firey death in its nest. The cycle of death and rebirth may have symbolised the rising and setting of the Sun. On the sky Phoenix is hemmed in on two sides by other birds in Grus and Tucana and a large snake in the form of Eridanus. The constellation was invented by the Dutch navigators Pieter Dirkszoon Keyser and Frederick de Houtman, and first appeared in Johan Beyer's altas of 1603. The only named star in Phoenix is Ankaa. Pictor was also named by Lacaille during his sojourn at the Cape of Good Hope. He originally called it le Easel et la Palette, the easel and palette and later Equuleus Pictorius, soon shortened to Pictor. It requires the imagination of an artist to find anything like an easle here. The constellation runs between Ca
Southern constellations around the Clock - Southern constellations around Horologium - Southern constellations around the Clock. The two bright stars are Canopus (bottom) and Achernar. This wide angle image includes Horologium, Phoenix and Pictor, insignificant constellations roughly centred on an arc of delination 50* south, but at a scale too small to show the star identifications and stick figures. Horologium, the Pendulum Clock (originally l'Horloge and then Horologium Oscillitorium), was a constellation introduced by Abbe Nicolas Louis de Lacaille during his stay at the Cape of Good Hope between 1751 and 1752. It was named to honor Christian Huygens as the inventor of this type of clock, but the idea for such a method of regulating time came from Galileo. Lacaille's constellation drawing shows a remarkably detailed dial, weights and a pendulum that has little apparent connection with the scattering of faint stars in this part of the sky. There are no named stars and little else in Horologium to attract the eye of the casual observer. Phoenix, the Phoenix, is a long - lived mythological, eagle - like bird with vivid plumage. The word has entered the language as an entity that is able to resurrect itself after a firey death in its nest. The cycle of death and rebirth may have symbolised the rising and setting of the Sun. On the sky Phoenix is hemmed in on two sides by other birds in Grus and Tucana and a large snake in the form of Eridanus. The constellation was invented by the Dutch navigators Pieter Dirkszoon Keyser and Frederick de Houtman, and first appeared in Johan Beyer's altas of 1603. The only named star in Phoenix is Ankaa. Pictor was also named by Lacaille during his sojourn at the Cape of Good Hope. He originally called it le Easel et la Palette, the easel and palette and later Equuleus Pictorius, soon shortened to Pictor. It requires the imagination of an artist to find anything like an easle here. The constellation runs between Ca

PIX4594625: Southern constellations around the Clock - Southern constellations around Horologium - Southern constellations around the Clock. The two bright stars are Canopus (bottom) and Achernar. This wide angle image includes Horologium, Phoenix and Pictor, insignificant constellations roughly centred on an arc of delination 50* south, but at a scale too small to show the star identifications and stick figures. Horologium, the Pendulum Clock (originally l'Horloge and then Horologium Oscillitorium), was a constellation introduced by Abbe Nicolas Louis de Lacaille during his stay at the Cape of Good Hope between 1751 and 1752. It was named to honor Christian Huygens as the inventor of this type of clock, but the idea for such a method of regulating time came from Galileo. Lacaille's constellation drawing shows a remarkably detailed dial, weights and a pendulum that has little apparent connection with the scattering of faint stars in this part of the sky. There are no named stars and little else in Horologium to attract the eye of the casual observer. Phoenix, the Phoenix, is a long - lived mythological, eagle - like bird with vivid plumage. The word has entered the language as an entity that is able to resurrect itself after a firey death in its nest. The cycle of death and rebirth may have symbolised the rising and setting of the Sun. On the sky Phoenix is hemmed in on two sides by other birds in Grus and Tucana and a large snake in the form of Eridanus. The constellation was invented by the Dutch navigators Pieter Dirkszoon Keyser and Frederick de Houtman, and first appeared in Johan Beyer's altas of 1603. The only named star in Phoenix is Ankaa. Pictor was also named by Lacaille during his sojourn at the Cape of Good Hope. He originally called it le Easel et la Palette, the easel and palette and later Equuleus Pictorius, soon shortened to Pictor. It requires the imagination of an artist to find anything like an easle here. The constellation runs between Ca / Bridgeman Images

ID: PIX4594625

Southern constellations around the Clock - Southern constellations around Horologium - Southern constellations around the Clock. The two bright stars are Canopus (bottom) and Achernar. This wide angle image includes Horologium, Phoenix and Pictor, insignificant constellations roughly centred on an arc of delination 50* south, but at a scale too small to show the star identifications and stick figures. Horologium, the Pendulum Clock (originally l'Horloge and then Horologium Oscillitorium), was a constellation introduced by Abbe Nicolas Louis de Lacaille during his stay at the Cape of Good Hope between 1751 and 1752. It was named to honor Christian Huygens as the inventor of this type of clock, but the idea for such a method of regulating time came from Galileo. Lacaille's constellation drawing shows a remarkably detailed dial, weights and a pendulum that has little apparent connection with the scattering of faint stars in this part of the sky. There are no named stars and little else in

Haussmannien building, Paris 8th arrondissement.
Haussmannien building, Paris 8th arrondissement.

TEC4594689: Haussmannien building, Paris 8th arrondissement. / Bridgeman Images

ID: TEC4594689

Haussmannien building, Paris 8th arrondissement.

Residence of the Ambassador of the United States, 41 rue du Faubourg Saint Honore, Paris 8th arrondissement. Private hotel built in 1836 on the site of the hotel d'Aguesseau, architect Louis Visconti (1791-1853).
Residence of the Ambassador of the United States, 41 rue du Faubourg Saint Honore, Paris 8th arrondissement. Private hotel built in 1836 on the site of the hotel d'Aguesseau, architect Louis Visconti (1791-1853).

TEC4594712: Residence of the Ambassador of the United States, 41 rue du Faubourg Saint Honore, Paris 8th arrondissement. Private hotel built in 1836 on the site of the hotel d'Aguesseau, architect Louis Visconti (1791-1853). / Bridgeman Images

ID: TEC4594712

Residence of the Ambassador of the United States, 41 rue du Faubourg Saint Honore, Paris 8th arrondissement. Private hotel built in 1836 on the site of the hotel d'Aguesseau, architect Louis Visconti (1791-1853).

Venus and the Lactee Way: Venus in the lactee lane. Joshua Tree National Park, California, November 2016.
Venus and the Lactee Way: Venus in the lactee lane. Joshua Tree National Park, California, November 2016.

PIX4635074: Venus and the Lactee Way: Venus in the lactee lane. Joshua Tree National Park, California, November 2016. / Bridgeman Images

ID: PIX4635074

Venus and the Lactee Way: Venus in the lactee lane. Joshua Tree National Park, California, November 2016.

Venus by Magellan: volcanic plain - Plain of the northern hemisphere of Venus. Image covers an area 489 km wide by 311 km high
Venus by Magellan: volcanic plain - Plain of the northern hemisphere of Venus. Image covers an area 489 km wide by 311 km high

PIX4635245: Venus by Magellan: volcanic plain - Plain of the northern hemisphere of Venus. Image covers an area 489 km wide by 311 km high / Bridgeman Images

ID: PIX4635245

Venus by Magellan: volcanic plain - Plain of the northern hemisphere of Venus. Image covers an area 489 km wide by 311 km high

Map of the winter sky in France - Illustration - Winter sky map. Artwork - Map plotted for a latitude of 45 degrees north, showing the sky visible in France in late January at 11 pm, and more broadly in Europe and the world inside a strip stretching from 38 degrees to 52 degrees north latitude. This map also corresponds to the sky visible in December during the night and in February in the middle of the evening. The position of Mars is given for the beginning of February 2010. Map showing the sky visible in France in january in the end of the evening at 11 p.m (english hour) for a latitude of 45 degrees north. This map also shows the sky in the whole world between 38 degrees and 52 degrees north. This map also refers to february in the middle of the evening and to december at night. Planet Mars is shown for the beginning of February 2010
Map of the winter sky in France - Illustration - Winter sky map. Artwork - Map plotted for a latitude of 45 degrees north, showing the sky visible in France in late January at 11 pm, and more broadly in Europe and the world inside a strip stretching from 38 degrees to 52 degrees north latitude. This map also corresponds to the sky visible in December during the night and in February in the middle of the evening. The position of Mars is given for the beginning of February 2010. Map showing the sky visible in France in january in the end of the evening at 11 p.m (english hour) for a latitude of 45 degrees north. This map also shows the sky in the whole world between 38 degrees and 52 degrees north. This map also refers to february in the middle of the evening and to december at night. Planet Mars is shown for the beginning of February 2010

PIX4594782: Map of the winter sky in France - Illustration - Winter sky map. Artwork - Map plotted for a latitude of 45 degrees north, showing the sky visible in France in late January at 11 pm, and more broadly in Europe and the world inside a strip stretching from 38 degrees to 52 degrees north latitude. This map also corresponds to the sky visible in December during the night and in February in the middle of the evening. The position of Mars is given for the beginning of February 2010. Map showing the sky visible in France in january in the end of the evening at 11 p.m (english hour) for a latitude of 45 degrees north. This map also shows the sky in the whole world between 38 degrees and 52 degrees north. This map also refers to february in the middle of the evening and to december at night. Planet Mars is shown for the beginning of February 2010 / Bridgeman Images

ID: PIX4594782

Map of the winter sky in France - Illustration - Winter sky map. Artwork - Map plotted for a latitude of 45 degrees north, showing the sky visible in France in late January at 11 pm, and more broadly in Europe and the world inside a strip stretching from 38 degrees to 52 degrees north latitude. This map also corresponds to the sky visible in December during the night and in February in the middle of the evening. The position of Mars is given for the beginning of February 2010. Map showing the sky visible in France in january in the end of the evening at 11 p.m (english hour) for a latitude of 45 degrees north. This map also shows the sky in the whole world between 38 degrees and 52 degrees north. This map also refers to february in the middle of the evening and to december at night. Planet Mars is shown for the beginning of February 2010

Lactee route - View to Chile in 200
Lactee route - View to Chile in 200

PIX4635540: Lactee route - View to Chile in 200 / Bridgeman Images

ID: PIX4635540

Lactee route - View to Chile in 200

The city of Algiers Algiers - Algeria -
The city of Algiers Algiers - Algeria -

TEC4634728: The city of Algiers Algiers - Algeria - / Bridgeman Images

ID: TEC4634728

The city of Algiers Algiers - Algeria -

The city of Algiers Algiers - Algeria -
The city of Algiers Algiers - Algeria -

TEC4634750: The city of Algiers Algiers - Algeria - / Bridgeman Images

ID: TEC4634750

The city of Algiers Algiers - Algeria -

Venus radar view centred on 270 degrees east longitude - Global view of the planet obtained from radar data transmitted by Magellan probes (98% of the data), Pioneer Venus, Venera, and the Arecibo Observatory. The color code used corresponds to the elevation
Venus radar view centred on 270 degrees east longitude - Global view of the planet obtained from radar data transmitted by Magellan probes (98% of the data), Pioneer Venus, Venera, and the Arecibo Observatory. The color code used corresponds to the elevation

PIX4635111: Venus radar view centred on 270 degrees east longitude - Global view of the planet obtained from radar data transmitted by Magellan probes (98% of the data), Pioneer Venus, Venera, and the Arecibo Observatory. The color code used corresponds to the elevation / Bridgeman Images

ID: PIX4635111

Venus radar view centred on 270 degrees east longitude - Global view of the planet obtained from radar data transmitted by Magellan probes (98% of the data), Pioneer Venus, Venera, and the Arecibo Observatory. The color code used corresponds to the elevation

Venus by Magellan: part of Bereghinya Planitia - Plain of the hemisphere north of Venus. The image covers an area 260 km wide by 330 km high. You can see ancient terrain (upper right and lower left), as well as more recent lava flows associated with the Tepev Mons volcano located below the image
Venus by Magellan: part of Bereghinya Planitia - Plain of the hemisphere north of Venus. The image covers an area 260 km wide by 330 km high. You can see ancient terrain (upper right and lower left), as well as more recent lava flows associated with the Tepev Mons volcano located below the image

PIX4635257: Venus by Magellan: part of Bereghinya Planitia - Plain of the hemisphere north of Venus. The image covers an area 260 km wide by 330 km high. You can see ancient terrain (upper right and lower left), as well as more recent lava flows associated with the Tepev Mons volcano located below the image / Bridgeman Images

ID: PIX4635257

Venus by Magellan: part of Bereghinya Planitia - Plain of the hemisphere north of Venus. The image covers an area 260 km wide by 330 km high. You can see ancient terrain (upper right and lower left), as well as more recent lava flows associated with the Tepev Mons volcano located below the image

The towers from Marina City to Chicago. Architect Bertrand Goldberg, construction 1964-1967. The twin towers of Marina City, called the epis de mais because of their shape, are located on the banks of the river, these two buildings have 62 storeys, the first 18 of which contain parking lots. Photography 20/04/90.
The towers from Marina City to Chicago. Architect Bertrand Goldberg, construction 1964-1967. The twin towers of Marina City, called the epis de mais because of their shape, are located on the banks of the river, these two buildings have 62 storeys, the first 18 of which contain parking lots. Photography 20/04/90.

TEC4635889: The towers from Marina City to Chicago. Architect Bertrand Goldberg, construction 1964-1967. The twin towers of Marina City, called the epis de mais because of their shape, are located on the banks of the river, these two buildings have 62 storeys, the first 18 of which contain parking lots. Photography 20/04/90. / Bridgeman Images

ID: TEC4635889

The towers from Marina City to Chicago. Architect Bertrand Goldberg, construction 1964-1967. The twin towers of Marina City, called the epis de mais because of their shape, are located on the banks of the river, these two buildings have 62 storeys, the first 18 of which contain parking lots. Photography 20/04/90.

The Lactee Way - The Lactee Way - The Lactee Way, seen from the Atacama Desert, Chile. The center of the galaxy in the Scorpio and Sagittarius regions is particularly bright. 200
The Lactee Way - The Lactee Way - The Lactee Way, seen from the Atacama Desert, Chile. The center of the galaxy in the Scorpio and Sagittarius regions is particularly bright. 200

PIX4635535: The Lactee Way - The Lactee Way - The Lactee Way, seen from the Atacama Desert, Chile. The center of the galaxy in the Scorpio and Sagittarius regions is particularly bright. 200 / Bridgeman Images

ID: PIX4635535

The Lactee Way - The Lactee Way - The Lactee Way, seen from the Atacama Desert, Chile. The center of the galaxy in the Scorpio and Sagittarius regions is particularly bright. 200

Lactee Way and Autumn Constellations - Lactee Way and Autumn Constellations - Lactee Way seen in Autumn in the North Hemisphere. The constellations visible in this photo are Swan, Lizard, Andromede, Cephee and Cassiopee
Lactee Way and Autumn Constellations - Lactee Way and Autumn Constellations - Lactee Way seen in Autumn in the North Hemisphere. The constellations visible in this photo are Swan, Lizard, Andromede, Cephee and Cassiopee

PIX4636626: Lactee Way and Autumn Constellations - Lactee Way and Autumn Constellations - Lactee Way seen in Autumn in the North Hemisphere. The constellations visible in this photo are Swan, Lizard, Andromede, Cephee and Cassiopee / Bridgeman Images

ID: PIX4636626

Lactee Way and Autumn Constellations - Lactee Way and Autumn Constellations - Lactee Way seen in Autumn in the North Hemisphere. The constellations visible in this photo are Swan, Lizard, Andromede, Cephee and Cassiopee

Summer Lactee Way, Halley Comet and Zodiacal Light - Summer Lactee Way, Halley Comet and Zodiacal Light - On the right of the image, just above the Lactee Way, Halley Comet. Bottom left is the zodiacal light. Image obtained in Peru on April 10, 1986
Summer Lactee Way, Halley Comet and Zodiacal Light - Summer Lactee Way, Halley Comet and Zodiacal Light - On the right of the image, just above the Lactee Way, Halley Comet. Bottom left is the zodiacal light. Image obtained in Peru on April 10, 1986

PIX4635591: Summer Lactee Way, Halley Comet and Zodiacal Light - Summer Lactee Way, Halley Comet and Zodiacal Light - On the right of the image, just above the Lactee Way, Halley Comet. Bottom left is the zodiacal light. Image obtained in Peru on April 10, 1986 / Bridgeman Images

ID: PIX4635591

Summer Lactee Way, Halley Comet and Zodiacal Light - Summer Lactee Way, Halley Comet and Zodiacal Light - On the right of the image, just above the Lactee Way, Halley Comet. Bottom left is the zodiacal light. Image obtained in Peru on April 10, 1986

The Lactee Way in Scorpio and Jupite
The Lactee Way in Scorpio and Jupite

PIX4635699: The Lactee Way in Scorpio and Jupite / Bridgeman Images

ID: PIX4635699

The Lactee Way in Scorpio and Jupite

The village of Bonneval sur Arc in Savoy.
The village of Bonneval sur Arc in Savoy.

ITR4636691: The village of Bonneval sur Arc in Savoy. / Bridgeman Images

ID: ITR4636691

The village of Bonneval sur Arc in Savoy.

Northwestern Atrium Center (Citycorp Center), 500 West Madison Avenue, Chicago, United States. Architects Murphy and Jahn 1984-1987. Photography 13/04/90.
Northwestern Atrium Center (Citycorp Center), 500 West Madison Avenue, Chicago, United States. Architects Murphy and Jahn 1984-1987. Photography 13/04/90.

TEC4635810: Northwestern Atrium Center (Citycorp Center), 500 West Madison Avenue, Chicago, United States. Architects Murphy and Jahn 1984-1987. Photography 13/04/90. / Bridgeman Images

ID: TEC4635810

Northwestern Atrium Center (Citycorp Center), 500 West Madison Avenue, Chicago, United States. Architects Murphy and Jahn 1984-1987. Photography 13/04/90.

La Voie lactee - Milky way - La voie lactee seen on September 5, 2007 in Brittany. The milky way seen on September 5 2007 in Brittany, France
La Voie lactee - Milky way - La voie lactee seen on September 5, 2007 in Brittany. The milky way seen on September 5 2007 in Brittany, France

PIX4636946: La Voie lactee - Milky way - La voie lactee seen on September 5, 2007 in Brittany. The milky way seen on September 5 2007 in Brittany, France / Bridgeman Images

ID: PIX4636946

La Voie lactee - Milky way - La voie lactee seen on September 5, 2007 in Brittany. The milky way seen on September 5 2007 in Brittany, France

Woodward Court Residence Hall, University of Chicago Campus. Between Blackstone and Cottage Grove Avenues and East 56th and East 60th streets (United States). Construction 1958, architect Eero Saarinen. Photography 13/04/90.
Woodward Court Residence Hall, University of Chicago Campus. Between Blackstone and Cottage Grove Avenues and East 56th and East 60th streets (United States). Construction 1958, architect Eero Saarinen. Photography 13/04/90.

TEC4636005: Woodward Court Residence Hall, University of Chicago Campus. Between Blackstone and Cottage Grove Avenues and East 56th and East 60th streets (United States). Construction 1958, architect Eero Saarinen. Photography 13/04/90. / Bridgeman Images

ID: TEC4636005

Woodward Court Residence Hall, University of Chicago Campus. Between Blackstone and Cottage Grove Avenues and East 56th and East 60th streets (United States). Construction 1958, architect Eero Saarinen. Photography 13/04/90.


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