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Les Pagodes aux Arcs 1800 (Savoy). The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the complicity of Roger Godino, founder and promoter of the resort in 1968.Architect Atelier d'architecture en montagne, 1972.
Les Pagodes aux Arcs 1800 (Savoy). The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the complicity of Roger Godino, founder and promoter of the resort in 1968.Architect Atelier d'architecture en montagne, 1972.

ITR4583338: Les Pagodes aux Arcs 1800 (Savoy). The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the complicity of Roger Godino, founder and promoter of the resort in 1968.Architect Atelier d'architecture en montagne, 1972., Perriand, Charlotte (1903-99) / Bridgeman Images

The Moon passes by the Sun - Moon and Sun seen by SDO: The Moon passes by the Sun from the SDO (Solar Dynamics Observatory) satellite on January 30, 2014 (9:58 AM EST). Nasa's Solar Dynamics Observatory captured this image of the moon crossing in front of its view of the sun on Jan. 30, 2014, at 9:58 a.m. EST in 171 and 304 angstrom light. The two wavelengths are blended together
The Moon passes by the Sun - Moon and Sun seen by SDO: The Moon passes by the Sun from the SDO (Solar Dynamics Observatory) satellite on January 30, 2014 (9:58 AM EST). Nasa's Solar Dynamics Observatory captured this image of the moon crossing in front of its view of the sun on Jan. 30, 2014, at 9:58 a.m. EST in 171 and 304 angstrom light. The two wavelengths are blended together

PIX4583376: The Moon passes by the Sun - Moon and Sun seen by SDO: The Moon passes by the Sun from the SDO (Solar Dynamics Observatory) satellite on January 30, 2014 (9:58 AM EST). Nasa's Solar Dynamics Observatory captured this image of the moon crossing in front of its view of the sun on Jan. 30, 2014, at 9:58 a.m. EST in 171 and 304 angstrom light. The two wavelengths are blended together / Bridgeman Images

The Moon passes by the Sun - Moon and Sun seen by SDO: The Moon passes by the Sun from the SDO (Solar Dynamics Observatory) satellite on January 30, 2014 (10:30 EST). Nasa's Solar Dynamics Observatory captured this image of the moon crossing in front of its view of the sun on Jan. 30, 2014, at 10:30 a.m. EST in 171 and 304 angstrom light. The two wavelengths are blended together.
The Moon passes by the Sun - Moon and Sun seen by SDO: The Moon passes by the Sun from the SDO (Solar Dynamics Observatory) satellite on January 30, 2014 (10:30 EST). Nasa's Solar Dynamics Observatory captured this image of the moon crossing in front of its view of the sun on Jan. 30, 2014, at 10:30 a.m. EST in 171 and 304 angstrom light. The two wavelengths are blended together.

PIX4583383: The Moon passes by the Sun - Moon and Sun seen by SDO: The Moon passes by the Sun from the SDO (Solar Dynamics Observatory) satellite on January 30, 2014 (10:30 EST). Nasa's Solar Dynamics Observatory captured this image of the moon crossing in front of its view of the sun on Jan. 30, 2014, at 10:30 a.m. EST in 171 and 304 angstrom light. The two wavelengths are blended together. / Bridgeman Images

Residence Nova aux Arcs 1800 (Savoie).Architect Atelier d'architecture en montagne, 1970. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.
Residence Nova aux Arcs 1800 (Savoie).Architect Atelier d'architecture en montagne, 1970. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.

ITR4583400: Residence Nova aux Arcs 1800 (Savoie).Architect Atelier d'architecture en montagne, 1970. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968., Perriand, Charlotte (1903-99) / Bridgeman Images

La Cascade aux Arcs 1800 (Savoie). Architect Atelier d'architecture en montagne, 1968, Charlotte Perriand (furniture) and Jean Prove (engineer). The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.
La Cascade aux Arcs 1800 (Savoie). Architect Atelier d'architecture en montagne, 1968, Charlotte Perriand (furniture) and Jean Prove (engineer). The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.

ITR4583473: La Cascade aux Arcs 1800 (Savoie). Architect Atelier d'architecture en montagne, 1968, Charlotte Perriand (furniture) and Jean Prove (engineer). The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968., Perriand, Charlotte (1903-99) / Bridgeman Images

La Rive aux Arcs 1600 (Savoie). Atelier d'architecture en Montagne, Bernard Taillefer 1968. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.
La Rive aux Arcs 1600 (Savoie). Atelier d'architecture en Montagne, Bernard Taillefer 1968. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.

ITR4583521: La Rive aux Arcs 1600 (Savoie). Atelier d'architecture en Montagne, Bernard Taillefer 1968. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968., Perriand, Charlotte (1903-99) / Bridgeman Images

Pointed chalet in the Arcs 1600 (Savoie). Architect Bernard Taillefer 1968. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.
Pointed chalet in the Arcs 1600 (Savoie). Architect Bernard Taillefer 1968. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.

ITR4583578: Pointed chalet in the Arcs 1600 (Savoie). Architect Bernard Taillefer 1968. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968., Perriand, Charlotte (1903-99) / Bridgeman Images

Les Arcs 1800 (Savoie). Mountain Architecture Workshop 1970-1972. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.
Les Arcs 1800 (Savoie). Mountain Architecture Workshop 1970-1972. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968.

ITR4583595: Les Arcs 1800 (Savoie). Mountain Architecture Workshop 1970-1972. The resort of Les Arcs was awarded the Heritage of the 20th century in 2006. Les Arcs are the full-scale illustration of the designs of the architect and designer Charlotte Perriand who coordinated all the teams of architects, engineers and graphic designers with the collaboration of Roger Godino, founder and promoter of the resort in 1968., Perriand, Charlotte (1903-99) / Bridgeman Images

Illustration of a triple system of asteroids - Triple system of asteroids -Artwork - Artist's view of two small asteroids (Romulus and Remus) orbiting asteroid 87 Sylvia. Sylvia is about 380 km long and is one of the largest members of the asteroid belt. Two small asteroids are orbiting a larger one known since 1866 as 87 Sylvia. Sylvia is measuring 380 x 260 x 230 km; its moons are considerably smaller, orbiting in nearly circular orbits and in the same plane and direction. The closest and newly discovered moonlet, orbiting about 710 km from Sylvia, is Remus, a body only 7 km across and circling Sylvia every 33 hours. The second, Romulus, orbits at about 1360 km in 87.6 hours and measures about 18 km across. The asteroid 87 Sylvia is one of the largest known from the asteroid main belt, and is located about 3.5 times further away from the Sun than the Earth, between the orbits of Mars and Jupiter
Illustration of a triple system of asteroids - Triple system of asteroids -Artwork - Artist's view of two small asteroids (Romulus and Remus) orbiting asteroid 87 Sylvia. Sylvia is about 380 km long and is one of the largest members of the asteroid belt. Two small asteroids are orbiting a larger one known since 1866 as 87 Sylvia. Sylvia is measuring 380 x 260 x 230 km; its moons are considerably smaller, orbiting in nearly circular orbits and in the same plane and direction. The closest and newly discovered moonlet, orbiting about 710 km from Sylvia, is Remus, a body only 7 km across and circling Sylvia every 33 hours. The second, Romulus, orbits at about 1360 km in 87.6 hours and measures about 18 km across. The asteroid 87 Sylvia is one of the largest known from the asteroid main belt, and is located about 3.5 times further away from the Sun than the Earth, between the orbits of Mars and Jupiter

PIX4583617: Illustration of a triple system of asteroids - Triple system of asteroids -Artwork - Artist's view of two small asteroids (Romulus and Remus) orbiting asteroid 87 Sylvia. Sylvia is about 380 km long and is one of the largest members of the asteroid belt. Two small asteroids are orbiting a larger one known since 1866 as 87 Sylvia. Sylvia is measuring 380 x 260 x 230 km; its moons are considerably smaller, orbiting in nearly circular orbits and in the same plane and direction. The closest and newly discovered moonlet, orbiting about 710 km from Sylvia, is Remus, a body only 7 km across and circling Sylvia every 33 hours. The second, Romulus, orbits at about 1360 km in 87.6 hours and measures about 18 km across. The asteroid 87 Sylvia is one of the largest known from the asteroid main belt, and is located about 3.5 times further away from the Sun than the Earth, between the orbits of Mars and Jupiter / Bridgeman Images

Meteorite rain on Earth - Meteoritic rain on Earth - Artist's view
Meteorite rain on Earth - Meteoritic rain on Earth - Artist's view

PIX4583646: Meteorite rain on Earth - Meteoritic rain on Earth - Artist's view / Bridgeman Images

Air view of the Chateau de Chenonceau (Indre et Loire).
Air view of the Chateau de Chenonceau (Indre et Loire).

MDA4583681: Air view of the Chateau de Chenonceau (Indre et Loire). / Bridgeman Images

The Colorium Tower in Dusseldorf (Germany). Architect William Allen Alsop, 2001.
The Colorium Tower in Dusseldorf (Germany). Architect William Allen Alsop, 2001.

TEC4583685: The Colorium Tower in Dusseldorf (Germany). Architect William Allen Alsop, 2001., Alsop, Wiliam (1947-2018) / Bridgeman Images

Inhabited mission to an asteroid - Artist's view - MMV begins descent to asteroid surface - Two MMV (Manned Maneuvering Vehicles), pilots by astronauts, explore the surface of an asteroid. Two Manned Maneuvering Vehicles (MMVs) explores the airless, microgravity environment of a small asteroid. Given the almost total lack of gravity the MMVs are free to navigate the environment like one-man submersibles at the bottom of an ocean
Inhabited mission to an asteroid - Artist's view - MMV begins descent to asteroid surface - Two MMV (Manned Maneuvering Vehicles), pilots by astronauts, explore the surface of an asteroid. Two Manned Maneuvering Vehicles (MMVs) explores the airless, microgravity environment of a small asteroid. Given the almost total lack of gravity the MMVs are free to navigate the environment like one-man submersibles at the bottom of an ocean

PIX4583992: Inhabited mission to an asteroid - Artist's view - MMV begins descent to asteroid surface - Two MMV (Manned Maneuvering Vehicles), pilots by astronauts, explore the surface of an asteroid. Two Manned Maneuvering Vehicles (MMVs) explores the airless, microgravity environment of a small asteroid. Given the almost total lack of gravity the MMVs are free to navigate the environment like one-man submersibles at the bottom of an ocean / Bridgeman Images

Inhabited mission to an asteroid - Artist's view - Asteroid Lander prepares for touchdown - A living spaceship lands on the surface of an asteroid. A manned Asteroid Lander descends towards the rugged and cratered surface of an ancient asteroid. Orbiting the asteroid on the upper left is a Deep Space Vehicle (DSV) and Extended Stay Module (ESM)
Inhabited mission to an asteroid - Artist's view - Asteroid Lander prepares for touchdown - A living spaceship lands on the surface of an asteroid. A manned Asteroid Lander descends towards the rugged and cratered surface of an ancient asteroid. Orbiting the asteroid on the upper left is a Deep Space Vehicle (DSV) and Extended Stay Module (ESM)

PIX4584017: Inhabited mission to an asteroid - Artist's view - Asteroid Lander prepares for touchdown - A living spaceship lands on the surface of an asteroid. A manned Asteroid Lander descends towards the rugged and cratered surface of an ancient asteroid. Orbiting the asteroid on the upper left is a Deep Space Vehicle (DSV) and Extended Stay Module (ESM) / Bridgeman Images

Collision de deux asteroides - Artist view - Asteroid collision - Artist view: Collision de deux asteroides- Artist view - A large asteroid is struck by a smaller one.
Collision de deux asteroides - Artist view - Asteroid collision - Artist view: Collision de deux asteroides- Artist view - A large asteroid is struck by a smaller one.

PIX4584119: Collision de deux asteroides - Artist view - Asteroid collision - Artist view: Collision de deux asteroides- Artist view - A large asteroid is struck by a smaller one. / Bridgeman Images

Artist's view of a black hole
Artist's view of a black hole

PIX4584364: Artist's view of a black hole / Bridgeman Images

Artist view of a black hole supermasi
Artist view of a black hole supermasi

PIX4584394: Artist view of a black hole supermasi / Bridgeman Images

Constellation of the Southern Cross and False Cross - The Southern Cross and the False Cross - The Southern Cross on the left can sometimes be confused with a near asterism, the false cross on the bottom right. The Southern Cross and the False Cross, from the Coal Sack to the Vel, centred on the theta Car cluste
Constellation of the Southern Cross and False Cross - The Southern Cross and the False Cross - The Southern Cross on the left can sometimes be confused with a near asterism, the false cross on the bottom right. The Southern Cross and the False Cross, from the Coal Sack to the Vel, centred on the theta Car cluste

PIX4590243: Constellation of the Southern Cross and False Cross - The Southern Cross and the False Cross - The Southern Cross on the left can sometimes be confused with a near asterism, the false cross on the bottom right. The Southern Cross and the False Cross, from the Coal Sack to the Vel, centred on the theta Car cluste / Bridgeman Images

Southern cross and Coal Sack nebula - The coal bag located near the Southern Cross is a molecular cloud of a high concentration of gas and dust that absorbs almost all the visible light emitted by the stars in the background. The Coal Sack is a large dark patch lying in very rich star field of the milky way. It is a dark nebula, an interstellar dust cloud obscuring the light of the stars behind it
Southern cross and Coal Sack nebula - The coal bag located near the Southern Cross is a molecular cloud of a high concentration of gas and dust that absorbs almost all the visible light emitted by the stars in the background. The Coal Sack is a large dark patch lying in very rich star field of the milky way. It is a dark nebula, an interstellar dust cloud obscuring the light of the stars behind it

PIX4590270: Southern cross and Coal Sack nebula - The coal bag located near the Southern Cross is a molecular cloud of a high concentration of gas and dust that absorbs almost all the visible light emitted by the stars in the background. The Coal Sack is a large dark patch lying in very rich star field of the milky way. It is a dark nebula, an interstellar dust cloud obscuring the light of the stars behind it / Bridgeman Images

Lactee Way and Constellation of the Southern Cross - The Southern Cross and Carina from Australia
Lactee Way and Constellation of the Southern Cross - The Southern Cross and Carina from Australia

PIX4590299: Lactee Way and Constellation of the Southern Cross - The Southern Cross and Carina from Australia / Bridgeman Images

Constellation Swan - Cygnus constellation - At the top, the brightest star in the constellation Swan, Deneb. On top of the image is Deneb, the brighest star of the constellation Cygnu
Constellation Swan - Cygnus constellation - At the top, the brightest star in the constellation Swan, Deneb. On top of the image is Deneb, the brighest star of the constellation Cygnu

PIX4590356: Constellation Swan - Cygnus constellation - At the top, the brightest star in the constellation Swan, Deneb. On top of the image is Deneb, the brighest star of the constellation Cygnu / Bridgeman Images

Part of the constellation Swan - Cygnus Milky Way - The constellation Swan dominates the richest part of the Lactee Way during the summer in the northern hemisphere. The large nebula broadcast IC 1396 in Cephee is visible to the extreme left of the image. The large dark nebula Le Gentil 3 is visible between IC 1396 and NGC 7000, the Nebula of North America, next to Deneb (the brightest star in this picture). Underneath, a smaller dark nebula, B168. The constellation of Cygnus, the Swan, dominates the richest part of the Milky Way in the sky overhead during the summer in the northern hemisphere. This beautiful area is full of dust and gas and star froming regions. The large red emission nebula IC 1396 in Cepheus is at the far left of the frame. The large dark nebula Le Gentil 3 is between IC 1396 and NGC 7000, the North America Nebula next to Deneb. A smaller dark nebula, B168, can be seen below. Another large area of emission nebulae containing IC 1318, the Butterfly Nebula, surrounds Sadr. NGC 6992, the brighter half of the Veil Nebula is faintly visible near the bottom center. The beautiful double star Albireo lies at the head of the Swan. The great rift in the Milky Way, a large area of obscuring dark matter, dominates the right side of the frame in Vulpecula, with CR399, the Coathanger asterism, centered on it at right
Part of the constellation Swan - Cygnus Milky Way - The constellation Swan dominates the richest part of the Lactee Way during the summer in the northern hemisphere. The large nebula broadcast IC 1396 in Cephee is visible to the extreme left of the image. The large dark nebula Le Gentil 3 is visible between IC 1396 and NGC 7000, the Nebula of North America, next to Deneb (the brightest star in this picture). Underneath, a smaller dark nebula, B168. The constellation of Cygnus, the Swan, dominates the richest part of the Milky Way in the sky overhead during the summer in the northern hemisphere. This beautiful area is full of dust and gas and star froming regions. The large red emission nebula IC 1396 in Cepheus is at the far left of the frame. The large dark nebula Le Gentil 3 is between IC 1396 and NGC 7000, the North America Nebula next to Deneb. A smaller dark nebula, B168, can be seen below. Another large area of emission nebulae containing IC 1318, the Butterfly Nebula, surrounds Sadr. NGC 6992, the brighter half of the Veil Nebula is faintly visible near the bottom center. The beautiful double star Albireo lies at the head of the Swan. The great rift in the Milky Way, a large area of obscuring dark matter, dominates the right side of the frame in Vulpecula, with CR399, the Coathanger asterism, centered on it at right

PIX4590389: Part of the constellation Swan - Cygnus Milky Way - The constellation Swan dominates the richest part of the Lactee Way during the summer in the northern hemisphere. The large nebula broadcast IC 1396 in Cephee is visible to the extreme left of the image. The large dark nebula Le Gentil 3 is visible between IC 1396 and NGC 7000, the Nebula of North America, next to Deneb (the brightest star in this picture). Underneath, a smaller dark nebula, B168. The constellation of Cygnus, the Swan, dominates the richest part of the Milky Way in the sky overhead during the summer in the northern hemisphere. This beautiful area is full of dust and gas and star froming regions. The large red emission nebula IC 1396 in Cepheus is at the far left of the frame. The large dark nebula Le Gentil 3 is between IC 1396 and NGC 7000, the North America Nebula next to Deneb. A smaller dark nebula, B168, can be seen below. Another large area of emission nebulae containing IC 1318, the Butterfly Nebula, surrounds Sadr. NGC 6992, the brighter half of the Veil Nebula is faintly visible near the bottom center. The beautiful double star Albireo lies at the head of the Swan. The great rift in the Milky Way, a large area of obscuring dark matter, dominates the right side of the frame in Vulpecula, with CR399, the Coathanger asterism, centered on it at right / Bridgeman Images

Swan Constellation - Constellation of Cygnus - Constellation of Swan extracted from the Uranographia of Hevelius. Recolorised image. Map showing the constellation of Cygnus with its mythological form from “” Uranographia”” star atlas by Hevelius (1690). Recolored Image
Swan Constellation - Constellation of Cygnus - Constellation of Swan extracted from the Uranographia of Hevelius. Recolorised image. Map showing the constellation of Cygnus with its mythological form from “” Uranographia”” star atlas by Hevelius (1690). Recolored Image

PIX4590448: Swan Constellation - Constellation of Cygnus - Constellation of Swan extracted from the Uranographia of Hevelius. Recolorised image. Map showing the constellation of Cygnus with its mythological form from “” Uranographia”” star atlas by Hevelius (1690). Recolored Image / Bridgeman Images

Dragon Constellations and Little Bear - Constellations of Draco and Ursa Minor - Plate extracted from the Mirror of Urania by Jehoshaphat Aspin - 1825 Urania's Mirror, by Jehoshaphat Aspin, 1825
Dragon Constellations and Little Bear - Constellations of Draco and Ursa Minor - Plate extracted from the Mirror of Urania by Jehoshaphat Aspin - 1825 Urania's Mirror, by Jehoshaphat Aspin, 1825

PIX4590534: Dragon Constellations and Little Bear - Constellations of Draco and Ursa Minor - Plate extracted from the Mirror of Urania by Jehoshaphat Aspin - 1825 Urania's Mirror, by Jehoshaphat Aspin, 1825 / Bridgeman Images

Constellation of Fleche - Constellation of Sagitt
Constellation of Fleche - Constellation of Sagitt

PIX4590628: Constellation of Fleche - Constellation of Sagitt / Bridgeman Images

Sirius and the constellation Orion - Sirius and Orion constellation - The star Sirius with on the right the constellation Orion. October 28, 2004 Canis Major and Orion constellations
Sirius and the constellation Orion - Sirius and Orion constellation - The star Sirius with on the right the constellation Orion. October 28, 2004 Canis Major and Orion constellations

PIX4590821: Sirius and the constellation Orion - Sirius and Orion constellation - The star Sirius with on the right the constellation Orion. October 28, 2004 Canis Major and Orion constellations / Bridgeman Images

Star sky above the snow-covered Pyrenean chain - Starry sky above pyrenees - Photo taken from the observatory of the Pic du Midi. Lighting from the Moon. Pyrenees in moonlight seen from Pic du Midi observatory
Star sky above the snow-covered Pyrenean chain - Starry sky above pyrenees - Photo taken from the observatory of the Pic du Midi. Lighting from the Moon. Pyrenees in moonlight seen from Pic du Midi observatory

PIX4590955: Star sky above the snow-covered Pyrenean chain - Starry sky above pyrenees - Photo taken from the observatory of the Pic du Midi. Lighting from the Moon. Pyrenees in moonlight seen from Pic du Midi observatory / Bridgeman Images

Star sky above the castle of Lagarde (09) - Starry sky above the castle of Lagarde - Sirius and the Great Dog are visible above the castle Constellation of Canis Major with the bright star Sirius above the castle of Lagarde in Ariege
Star sky above the castle of Lagarde (09) - Starry sky above the castle of Lagarde - Sirius and the Great Dog are visible above the castle Constellation of Canis Major with the bright star Sirius above the castle of Lagarde in Ariege

PIX4590974: Star sky above the castle of Lagarde (09) - Starry sky above the castle of Lagarde - Sirius and the Great Dog are visible above the castle Constellation of Canis Major with the bright star Sirius above the castle of Lagarde in Ariege / Bridgeman Images

Constellation of the Great Bear on Yellowstone - The Big Bear in Bear Country - Constellation of the Great Bear on a road in Yellowstone National Park. The constellation of Ursa Major is seen here above a boardwalk in Yellowstone National Park
Constellation of the Great Bear on Yellowstone - The Big Bear in Bear Country - Constellation of the Great Bear on a road in Yellowstone National Park. The constellation of Ursa Major is seen here above a boardwalk in Yellowstone National Park

PIX4591284: Constellation of the Great Bear on Yellowstone - The Big Bear in Bear Country - Constellation of the Great Bear on a road in Yellowstone National Park. The constellation of Ursa Major is seen here above a boardwalk in Yellowstone National Park / Bridgeman Images

Constellations of the Great Bear and Little Bear - Constellations of Ursa Major and Ursa Mino
Constellations of the Great Bear and Little Bear - Constellations of Ursa Major and Ursa Mino

PIX4591301: Constellations of the Great Bear and Little Bear - Constellations of Ursa Major and Ursa Mino / Bridgeman Images

Light pollution and starry sky - Light pollution and starry sky - Breton chapel creating light pollution. In the sky, the constellations of the Great Bear, the Bovier and the Boreal Crown. In overprint, the mythological forms of these constellations, extracted from the Uranographia of Hevelius.11 October 2006, Tronoen (Finistere). Light pollution and constellations; Ursa major, Botes, and corona borealis. Mythological Constellations forms from “” Uranographia”” star atlas by Hevelius (1690) have been added. October 11 2006, Tronoen (Finistere - France)
Light pollution and starry sky - Light pollution and starry sky - Breton chapel creating light pollution. In the sky, the constellations of the Great Bear, the Bovier and the Boreal Crown. In overprint, the mythological forms of these constellations, extracted from the Uranographia of Hevelius.11 October 2006, Tronoen (Finistere). Light pollution and constellations; Ursa major, Botes, and corona borealis. Mythological Constellations forms from “” Uranographia”” star atlas by Hevelius (1690) have been added. October 11 2006, Tronoen (Finistere - France)

PIX4591391: Light pollution and starry sky - Light pollution and starry sky - Breton chapel creating light pollution. In the sky, the constellations of the Great Bear, the Bovier and the Boreal Crown. In overprint, the mythological forms of these constellations, extracted from the Uranographia of Hevelius.11 October 2006, Tronoen (Finistere). Light pollution and constellations; Ursa major, Botes, and corona borealis. Mythological Constellations forms from “” Uranographia”” star atlas by Hevelius (1690) have been added. October 11 2006, Tronoen (Finistere - France) / Bridgeman Images

Constellation of the Great Bear - Constellation of Ursa Major - Plate extracted from the Mirror of Urania by Jehoshaphat Aspin - 1825 Urania's Mirror, by Jehoshaphat Aspin, 1825
Constellation of the Great Bear - Constellation of Ursa Major - Plate extracted from the Mirror of Urania by Jehoshaphat Aspin - 1825 Urania's Mirror, by Jehoshaphat Aspin, 1825

PIX4591614: Constellation of the Great Bear - Constellation of Ursa Major - Plate extracted from the Mirror of Urania by Jehoshaphat Aspin - 1825 Urania's Mirror, by Jehoshaphat Aspin, 1825 / Bridgeman Images

Constellation of the Great Bear - Constellation of Ursa Major - The constellation of the Great Bear with its mythological form, extracted from the Uranographia of Hevelius. Map showing the constellation of the Big Dipper with its mythological form from “Uranographia”” star atlas by Hevelius (1690) added
Constellation of the Great Bear - Constellation of Ursa Major - The constellation of the Great Bear with its mythological form, extracted from the Uranographia of Hevelius. Map showing the constellation of the Big Dipper with its mythological form from “Uranographia”” star atlas by Hevelius (1690) added

PIX4591634: Constellation of the Great Bear - Constellation of Ursa Major - The constellation of the Great Bear with its mythological form, extracted from the Uranographia of Hevelius. Map showing the constellation of the Big Dipper with its mythological form from “Uranographia”” star atlas by Hevelius (1690) added / Bridgeman Images

Constellation of Hercules and light pollution - Constellation of Hercules and light pollution - The constellation of Hercules above the lights of the Brennilis nuclear power plant. Constellation of Hercules above the lights from the nuclear plant of Brennilis
Constellation of Hercules and light pollution - Constellation of Hercules and light pollution - The constellation of Hercules above the lights of the Brennilis nuclear power plant. Constellation of Hercules above the lights from the nuclear plant of Brennilis

PIX4591714: Constellation of Hercules and light pollution - Constellation of Hercules and light pollution - The constellation of Hercules above the lights of the Brennilis nuclear power plant. Constellation of Hercules above the lights from the nuclear plant of Brennilis / Bridgeman Images

Constellations of the Indian, the Crane and Toucan - Constellations of Indus, Grus and Tucana - The southern constellation of the Indian, with to its left the constellations of the Crane (top) and Toucan. Indus (the Indian, widely taken to mean the American Indian) is a constellation devoid of bright stars in a mostly undistinguished part of the southern sky. It was created by Johann Bayer and appeared in his atlas of 1603. The reference to the American Indian comes from the constellation engraving by Bayer, which shows a figure carrying arrows; however, even if it was conspicuous, most of the constellation is invisible from the USA
Constellations of the Indian, the Crane and Toucan - Constellations of Indus, Grus and Tucana - The southern constellation of the Indian, with to its left the constellations of the Crane (top) and Toucan. Indus (the Indian, widely taken to mean the American Indian) is a constellation devoid of bright stars in a mostly undistinguished part of the southern sky. It was created by Johann Bayer and appeared in his atlas of 1603. The reference to the American Indian comes from the constellation engraving by Bayer, which shows a figure carrying arrows; however, even if it was conspicuous, most of the constellation is invisible from the USA

PIX4591833: Constellations of the Indian, the Crane and Toucan - Constellations of Indus, Grus and Tucana - The southern constellation of the Indian, with to its left the constellations of the Crane (top) and Toucan. Indus (the Indian, widely taken to mean the American Indian) is a constellation devoid of bright stars in a mostly undistinguished part of the southern sky. It was created by Johann Bayer and appeared in his atlas of 1603. The reference to the American Indian comes from the constellation engraving by Bayer, which shows a figure carrying arrows; however, even if it was conspicuous, most of the constellation is invisible from the USA / Bridgeman Images

Constellation of the Lizard - Constellation of Lacerta - Constellation of the Lizard from the Uranographia of Hevelius. Recolorised image. Map showing the constellation of Lacerta with its mythological form from “” Uranographia”” star atlas by Hevelius (1690). Recolored Image
Constellation of the Lizard - Constellation of Lacerta - Constellation of the Lizard from the Uranographia of Hevelius. Recolorised image. Map showing the constellation of Lacerta with its mythological form from “” Uranographia”” star atlas by Hevelius (1690). Recolored Image

PIX4591895: Constellation of the Lizard - Constellation of Lacerta - Constellation of the Lizard from the Uranographia of Hevelius. Recolorised image. Map showing the constellation of Lacerta with its mythological form from “” Uranographia”” star atlas by Hevelius (1690). Recolored Image / Bridgeman Images


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