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Space Collection (page 2)

193 items

We are proud to offer this selection in partnership with Science Photo Library

Background imageSpace Collection: Orion constellation

Orion constellation. The most prominent feature of the constellation is Orions Belt, a row of three bright stars (centre left)

Background imageSpace Collection: Astronaut footprints on the Moon

Astronaut footprints on the Moon. Computer artwork recreating a photograph of boot imprints left by astronauts on the Moon

Background imageSpace Collection: Full Moon

Full Moon. The Moon appears full when it is on the opposite side of the Earth from the Sun during its orbit, when it presents its full sunlit face to Earth

Background imageSpace Collection: Planets internal structures

Planets internal structures, and Pluto, computer artwork. Mercury, Mars and Venus consist of a large iron core (spherical), surrounded by a thick silicate mantle (yellow) covered in a surface crust

Background imageSpace Collection: Neptune, Voyager 2 image

Neptune, Voyager 2 image
Neptune. Neptune is a gas giant, composed mostly of hydrogen and helium with some methane. Seen at centre is the Great Dark Spot, thought to be a hole in the methane cloud deck of Neptune

Background imageSpace Collection: Spacewalk over Earth

Spacewalk over Earth
Spacewalk. Composite image of an astronaut floating free during a spacewalk against a backdrop of cloud systems on Earth. A spacewalk is also known as ExtraVehicular Activity (EVA)

Background imageSpace Collection: Apollo 17 astronaut

Apollo 17 astronaut. US astronaut and geologist Dr Harrison Schmitt exploring the Taurus-Littrow region of the Moon, as part of NASAs Apollo 17 mission

Background imageSpace Collection: Mars, composite satellite images

Mars, composite satellite images
Mars. Composite satellite images of the surface of Mars from multiple aspects. North is at top. Mars is the fourth planet from the Sun, and is a rocky desert world

Background imageSpace Collection: Quantised orbits of the planets

Quantised orbits of the planets
Quantum orbits of the planets. Conceptual computer artwork showing the planets of the solar system on a model of atomic orbitals

Background imageSpace Collection: Earth

Earth
Planet Earth. Enhanced colour version of the classic Apollo 17 view of the Earth taken in December 1972. The image shows the continents of Africa (centre) and Antarctica (bottom)

Background imageSpace Collection: Spacecraft on the Moon, lunar map

Spacecraft on the Moon, lunar map
Spacecraft on the Moon. Map showing coloured markers for 34 spacecraft that impacted or landed on the Moon from the 1960s onwards

Background imageSpace Collection: Apollo 17 sample of lunar basalt

Apollo 17 sample of lunar basalt. The dark areas visible on the Moon (the lunar maria) are plains of flood basaltic lava flows

Background imageSpace Collection: Apollo 16 lunar rover, artwork

Apollo 16 lunar rover, artwork
Apollo 16 lunar rover. Artwork of the US astronaut John Watts Young (born 1930) driving a lunar rover on a performance test run on the Moons surface

Background imageSpace Collection: Apollo 11 Moon landing, artwork

Apollo 11 Moon landing, artwork
Apollo LEM Landing Approach to the Lunar surface. A flight without atmosphere - the landing module could stand still over the surface, so the astronauts could choose the perfect landing point

Background imageSpace Collection: Meteor shower, artwork

Meteor shower, artwork
Meteor shower. Computer artwork of trees silhouetted against a meteor shower in the night sky. Meteor tracks, also known as falling or shooting stars

Background imageSpace Collection: Apollo Moon boot sole

Apollo Moon boot sole. This boot is from the A7LB spacesuit that was used in the last three Apollo missions to the Moon. The sole shows the pattern of the famous bootprints left on the Moon by the US

Background imageSpace Collection: Apollo bootprint on the Moon

Apollo bootprint on the Moon. These famous bootprints were left on the moon by the US astronauts that walked there. The bootprints are not subject to erosion, because the Moon is an airless world

Background imageSpace Collection: Moon landing, 21 July 1969

Moon landing, 21 July 1969. Composite image depicting US astronaut Neil Armstrong (born 1930) descending the ladder of NASAs Apollo 11 lunar module (LM-5 Eagle)

Background imageSpace Collection: Alien and astronaut, artwork

Alien and astronaut, artwork
Alien and astronaut, computer artwork. Humanoid alien meeting with an astronaut in a spacesuit. They are standing on an airless, rocky world, under a starry night sky

Background imageSpace Collection: Apollo spacecraft at the Moon, artwork

Apollo spacecraft at the Moon, artwork
Apollo spacecraft at the Moon. Artwork of the Apollo Lunar Module (LM, left, gold) and the Apollo Command/Service Module (CSM, right, grey) at the Moon, with the Earth in the background

Background imageSpace Collection: Astronaut footprint on the Moon

Astronaut footprint on the Moon. Computer artwork recreating a photograph of boot imprints left by astronauts on the Moon

Background imageSpace Collection: Astronaut walking on the Moon

Astronaut walking on the Moon. Computer artwork of an astronauts feet on the Moon. A total of twelve US astronauts have walked on the Moon as part of NASAs Apollo missions

Background imageSpace Collection: Interacting galaxies Arp 147, HST image

Interacting galaxies Arp 147, HST image
Interacting galaxies Arp 147. Hubble Space Telescope (HST) image of a pair of interacting galaxies known as Arp 147. The galaxy at left is relatively undisturbed apart from a smooth ring of

Background imageSpace Collection: Helix nebula, planetary nebula

Helix nebula, planetary nebula
Helix nebula (NGC 7293), optical image. This is a planetary nebula, a series of shells of gas cast off from a Sun-like star towards the end of its life

Background imageSpace Collection: Halleys Comet, 1910

Halleys Comet, 1910
Halleys Comet. Halleys Comet orbits the Sun every 76 years. This periodicity was discovered by Edmund Halley (1654-1742), after whom the comet is named

Background imageSpace Collection: Saturns rings, Cassini image

Saturns rings, Cassini image. The rings consist of particles of nearly pure water ice and meteoric dust and span almost 300, 000 kilometres

Background imageSpace Collection: Waxing gibbous Moon, computer-enhanced

Waxing gibbous Moon, computer-enhanced image. The colour saturation of this image has been enhanced to accentuate the natural variation in colour of the Moons surface

Background imageSpace Collection: Venus radar map, North Pole

Venus radar map, North Pole
Venus radar map, centred on the Venusian North Pole. The map is colour-coded for altitude, going from low altitude (purple) through blue, green, yellow and orange to high altitude (red)

Background imageSpace Collection: Evening view of Parkes radio telescope, Australia

Evening view of Parkes radio telescope, Australia
Parkes radio telescope. Evening view of Parkes radio telescope in New South Wales, Australia. The dish is 64 metres (210 feet) in diameter and divided into three sections

Background imageSpace Collection: Total solar eclipse, 29 / 03 / 2006

Total solar eclipse, 29 / 03 / 2006
Total solar eclipse. Sequence of images of the sun during a total solar eclipse. The disc of the moon is seen moving over the disc of the sun

Background imageSpace Collection: Uranus

Uranus. Computer artwork of Uranus, the seventh planet from the Sun. Uranus is a gas giant, composed mostly of hydrogen and helium with some methane. It has a diameter four times that of the Earth

Background imageSpace Collection: Total solar eclipse

Total solar eclipse
The large, shining corona of the Sun, seen during the total solar eclipse of 11 July 1991 from Baja Caifornia, Mexico. The visible corona is in fact the overlapping K-corona and F-corona

Background imageSpace Collection: Black hole

Black hole, artwork. Surrounding gas and dust are spiralling into the black hole, dragged by immense gravitational forces. This forms an accretion disc (purple/yellow)

Background imageSpace Collection: Supernova remnant IC 443, composite image

Supernova remnant IC 443, composite image. This is a combination of X-ray (blue), radio (green) and optical (red) data. A supernova remnant (SNR)

Background imageSpace Collection: Black hole

Black hole, computer artwork. Planets, moons, stars, radiation and other matter are all spiralling into the black hole, dragged by immense gravitational forces

Background imageSpace Collection: Helix nebula, infrared Spitzer image

Helix nebula, infrared Spitzer image
Helix nebula (NGC 7293), infrared Spitzer Space Telescope image. This is a planetary nebula, a series of shells of gas cast off by a dying star

Background imageSpace Collection: Space Shuttle launch

Space Shuttle launch, computer enhanced image. This is mission STS-99, flown by the Space Shuttle Endeavour. It launched on 11 February 2000

Background imageSpace Collection: Lunar surface

Lunar surface, the Hadley-Apennine region of the Moon. The craters Hilbert (far left) and Kondratyuk (far right) are seen. Photographed during the Apollo 15 mission of 1971 (26 July to 7 August)

Background imageSpace Collection: Apollo 13 planned landing site on Moon

Apollo 13 planned landing site on Moon
Apollo 13 planned landing site in the Fra Mauro area on the Moon. The Fra Mauro area is a flat, vast highland centred at 17 degrees and 36 minutes west longitude and 3 degrees

Background imageSpace Collection: Planned landing site, Fra Mauro area

Planned landing site, Fra Mauro area
Apollo 13 planned landing site. View of the Fra Mauro area on the Moon which was selected as a landing site for the Apollo 13 mission

Background imageSpace Collection: Artwork of asteroid on collision course with Earth

Artwork of asteroid on collision course with Earth
Asteroid approaching Earth. Illustration of an asteroid (at lower centre) approaching Earth. Dust is streaming from the asteroids surface as it encounters the outer layers of the Earths atmosphere

Background imageSpace Collection: Transit of Venus, 8th June 2004

Transit of Venus, 8th June 2004
Transit of Venus. Composite image of Venus (black transiting the Sun on 8th June 2004. The images were taken from Waldenburg, Germany)

Background imageSpace Collection: Full moon

Full moon over Vancouver Harbour, British Columbia, Canada

Background imageSpace Collection: Far side of the Moon

Far side of the Moon
The Moon, showing part of its far side, photographed from the Apollo 16 spacecraft after its landing on the Moon in April 1972

Background imageSpace Collection: Moon

Moon
The Moon, showing part of its far side, photographed from the departing Apollo 15 spacecraft in August 1971, after its Moon landing

Background imageSpace Collection: Lunar landing module

Lunar landing module. The Antares lander (upper centre) in the Fra Mauro area on the surface of the Moon. The tracks seen leading from Antares were formed by the Modular Equipment Transport (MET)

Background imageSpace Collection: Earths atmosphere

Earths atmosphere seen from Apollo 14. Earth is seen at bottom right corner. The atmosphere appears as a bright band (bottom left corner to upper right) as it is lit by the sun

Background imageSpace Collection: Computer-enhanced Apollo 4 view of crescent Earth

Computer-enhanced Apollo 4 view of crescent Earth
Crescent Earth. Computer-enhanced view of the Earth as taken from the Apollo 4 spacecraft, in orbit 17, 960 kilometres above the surface



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