Examples of STS and ISS Images of Earth's Craters
Astronauts have captured views of Earth’s impact craters from the International Space Station (ISS) and the former Space Transportation System (STS - aka Space Shuttle).  The images of impact craters below have been collated from a larger inventory of Earth observation images posted at The Gateway to Astronaut Photography of Earth which is a product of the JSC Image Science and Analysis Laboratory and the JSC Astromaterials Research and Exploration Science Directorate.    This atlas complements LPI’s 1988 Astronaut’s Guidebook to Terrestrial Impact Craters.  An on-line atlas with the locations of Earth’s impact craters can be found by clicking on the map icon in the upper left corner of this page.
Aorounga Impact Crater, Chad
ISS-030-E-5456 Aorounga Impact Crater NASA Original URL  Meta data: N2 Nikon D2Xs with 48 mm lens Nov 26 2011 Spacecraft altitude 205 nmi (380 km) Sun elevation 48 deg
ISS-030-E-5456 Aorounga Impact Crater – color adjusted NASA Original URL Meta data: N2 Nikon D2Xs with 48 mm lens Nov 26 2011 Spacecraft altitude 205 nmi (380 km) Sun elevation 48 deg
ISS-030-E-5456 Aorounga Impact Crater – color adjusted & labeled NASA Original URL Meta data: N2 Nikon D2Xs with 48 mm lens Nov 26 2011 Spacecraft altitude 205 nmi (380 km) Sun elevation 48 deg
Barringer Impact Crater (aka Meteor Crater), Arizona, United States
STS and ISS images of this structure are found at a dedicated site for that structure.
Bigach Impact Crater, Kazakhstan
Bigach Impact Crater, Kazakhstan Some meteor impact craters, like Barringer Crater in Arizona, are easily recognizable on the landscape due to well-preserved form and features. Other impact structures, such as Bigach Impact Crater in northeastern Kazakhstan are harder to recognize due to their age, modification by subsequent geologic processes, or even human alteration of the landscape. At approximately 5 million years old, Bigach is a relatively young geologic feature; however active tectonic processes in the region have caused movement of parts of the structure along faults, leading to a somewhat angular appearance (image center). The roughly circular rim of the 8 km in diameter structure is still discernable around the relatively flat interior in this astronaut photograph. In addition to modification by faulting and erosion, the interior of the impact structure has also been used for agricultural activities, as indicated by the presence of tan regular graded fields. Other rectangular agricultural fields are visible to the northeast and east. The closest settlement, Novopavlovka, is barely visible near the top of the image.
ISS-028-E-44433 Bigach Impact Crater NASA Original URL Meta data: N2 Nikon D2Xs with 180 mm lens Sept 8 2011 Spacecraft altitude 202 nmi (374 km) Sun elevation 28 deg
ISS-028-E-44433 Bigach Impact Crater – color adjusted & cropped NASA Original URL Meta data: N2 Nikon D2Xs with 180 mm lens Sept 8 2011 Spacecraft altitude 202 nmi (374 km) Sun elevation 28 deg
ISS-028-E-44433 Bigach Impact Crater - labeled NASA Original URL Meta data: N2 Nikon D2Xs with 180 mm lens Sept 8 2011 Spacecraft altitude 202 nmi (374 km) Sun elevation 28 deg
Bosumtwi, Ghana
ISS-019-E-21245 Bosumtwi Impact Crater NASA Original URL Meta data: N3 Nikon D3 with 400 mm lens May 20 2009 Spacecraft altitude 186 nmi (344 km) Sun elevation 52 deg
Clearwater Lake Impact Crater, Quebec, Canada
STS-111-E-5718 Clearwater Lake Impact Craters (East and West Clearwater) NASA Original URL  Meta data: E4 Kodak DCS760C with 70 mm lens Jun 16 2002 Spacecraft altitude unknown Sun elevation unknown
STS-099-728-9 Clearwater Lake Impact Craters (East and West Clearwater) NASA Original URL  Meta data: HB Hasselblad with 250 mm lens Feb 14 2000 Spacecraft altitude 126 nmi (233 km) Sun elevation 10 deg
STS-099-728-8 Clearwater Lake Impact Craters (East and West Clearwater) NASA Original URL Meta data: HB Hasselblad with 250 mm lens Feb 14 2000 Spacecraft altitude 126 nmi (233 km) Sun elevation 10 deg
STS-099-728-7 Clearwater Lake Impact Craters (East and West Clearwater) NASA Original URL  Meta data: HB Hasselblad with 250 mm lens Feb 14 2000 Spacecraft altitude 126 nmi (233 km) Sun elevation 11 deg
STS-099-746-65 Clearwater Lake Impact Craters (East and West Clearwater) NASA Original URL  Meta data: HB Hasselblad with 250 mm lens Feb 2000 Spacecraft altitude unknown Sun elevation unknown
STS-096-706-37 Clearwater Lake Impact Craters (East and West Clearwater) NASA Original URL Meta data: HB Hasselblad with 250 mm lens May 27 1999 Spacecraft altitude 189 nmi (350 km) Sun elevation 51 deg
STS-096-706-36 Clearwater Lake Impact Craters (East and West Clearwater) NASA Original URL Meta data: HB Hasselblad with 250 mm lens May 27 1999 Spacecraft altitude 189 nmi (350 km) Sun elevation 50 deg
STS-059-216-38 Clearwater Lake Impact Craters (East Clearwater) NASA Original URL Meta data: HB Hasselblad with 100 mm lens Apr 12 1994 Spacecraft altitude 116 nmi (215 km) Sun elevation 27 deg
STS-059-216-37 Clearwater Lake Impact Craters (West Clearwater) NASA Original URL Meta data: HB Hasselblad with 100 mm lens Apr 12 1994 Spacecraft altitude 116 nmi (215 km) Sun elevation 27 deg
Gosses Bluff Impact Crater, Northern Territory, Australia
ISS-014-E-13609 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 400 mm lens Feb 6 2007 Spacecraft altitude 177 nmi (328 km) Sun elevation 30 deg
ISS-014-E-13610 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 400 mm lens Feb 6 2007 Spacecraft altitude 177 nmi (328 km) Sun elevation 30 deg
ISS-014-E-13611 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 400 mm lens Feb 6 2007 Spacecraft altitude 177 nmi (328 km) Sun elevation 30 deg
ISS-014-E-13612 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 400 mm lens Feb 6 2007 Spacecraft altitude 177 nmi (328 km) Sun elevation 30 deg
ISS-014-E-13613 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 400 mm lens Feb 6 2007 Spacecraft altitude 177 nmi (328 km) Sun elevation 31 deg
ISS-007-E-5697 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens May 20 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 17 deg
ISS-007-E-5697 Gosses Bluff Impact Crater – color adjusted NASA Original URL  Meta data: E4 Kodak DCS760C with 180 mm lens May 20 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 17 deg
ISS-007-E-5697 Gosses Bluff Impact Crater – color adjusted & processed NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens May 20 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 17 deg
ISS-007-E-5697 Gosses Bluff Impact Crater – Processed for Ed Lu NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens May 20 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 17 deg
ISS-007-E-5698 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens May 20 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 17 deg
ISS-007-E-5698 Gosses Bluff Impact Crater – color adjusted NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens May 20 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 17 deg
ISS-007-E-5703 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens May 20 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 17 deg
ISS-007-E-5704 Gosses Bluff Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens May 20 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 17 deg
Lonar Impact Crater, India
ISS-038-E-15990 Lonar Impact Crater NASA Original URL Meta data: N4 Nikon D3X with 1000 mm lens Dec 14 2013 Spacecraft altitude 225 nmi (417 km) Sun elevation 25 deg
ISS-038-E-15990 Lonar Impact Crater – color adjusted NASA Original URL Meta data: N4 Nikon D3X with 1000 mm lens Dec 14 2013 Spacecraft altitude 225 nmi (417 km) Sun elevation 25 deg
Manicouagan Impact Crater, Quebec, Canada
ISS-038-E-025460 Manicouagan Impact Crater NASA Original URL: not yet posted Meta data:  not yet posted
ISS-028-E-43660 Manicouagan Impact Crater NASA Original URL Meta data: N2 Nikon D2Xs with 70 mm lens Sep 7 2011 Spacecraft altitude 204 nmi (378 km) Sun elevation 47 deg
ISS-028-E-43660 Manicouagan Impact Crater – color adjusted NASA Original URL  Meta data: N2 Nikon D2Xs with 70 mm lens Sep 7 2011 Spacecraft altitude 204 nmi (378 km) Sun elevation 47 deg
ISS-017-E-9924 Manicouagan Impact Crater NASA Original URL Meta data: N2 Nikon D2Xs with 50 mm lens Jun 26 2008 Spacecraft altitude 185 nmi (343 km) Sun elevation 42 deg
ISS-017-E-9927 Manicouagan Impact Crater NASA Original URL Meta data: N2 Nikon D2Xs with 32 mm lens Jun 26 2008 Spacecraft altitude 185 nmi (343 km) Sun elevation 44 deg
ISS-016-E-31947 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 70 mm lens Mar 8 2008 Spacecraft altitude 181 nmi (335 km) Sun elevation 12 deg
ISS-014-E-12119 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens Jan 15 2007 Spacecraft altitude 171 nmi (317 km) Sun elevation 10 deg
ISS-007-E-12863 Manicouagan Impact Crater NASA Original URL  Meta data: E4 Kodak DCS760C with 180 mm lens Aug 17 2003 Spacecraft altitude 201 nmi (372 km) Sun elevation 48 deg
ISS-006-E-34156 Manicouagan Impact Crater NASA Original URL  Meta data: E4 Kodak DCS760C with 28 mm lens Feb 26 2003 Spacecraft altitude 211 nmi (391 km) Sun elevation 24 deg
ISS-006-E-28776 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 14 mm lens Feb 14 2003 Spacecraft altitude 210 nmi (389 km) Sun elevation 19 deg
ISS-006-E-28773 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 14 mm lens Feb 14 2003 Spacecraft altitude 210 nmi (389 km) Sun elevation 20 deg
ISS-006-E-18372 Manicouagan Impact Crater NASA Original URL  Meta data: E4 Kodak DCS760C with 58 mm lens Jan 18 2003 Spacecraft altitude 206 nmi (382 km) Sun elevation -37 deg
ISS-006-E-13407 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 28 mm lens Dec 28 2002 Spacecraft altitude 210 nmi (389 km) Sun elevation 19 deg
ISS-006-E-11498 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 28 mm lens Dec 25 2002 Spacecraft altitude 209 nmi (387 km) Sun elevation 14 deg
ISS-006-E-8390 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 28 mm lens Dec 18 2002 Spacecraft altitude 210 nmi (389 km) Sun elevation 17 deg
ISS-005-E-5891 Manicouagan Impact Crater – color adjusted NASA Original URL Meta data: E4 Kodak DCS760C with 80 mm lens Jun 25 2002 Spacecraft altitude 211 nmi (391 km) Sun elevation 62 deg
ISS-002-710-81 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 110 mm lens Jun 29 2001 Spacecraft altitude 205 nmi (380 km) Sun elevation 62 deg
ISS-002-407-19 Manicouagan Impact Crater NASA Original URL HB Hasselblad with 110 mm lens Jun 28 2001 Spacecraft altitude 206 nmi (382 km) Sun elevation 65 deg
STS-100-716-190 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens Apr 30 2001 Spacecraft altitude 207 nmi (383 km) Sun elevation 52 deg
ISS-006-E-50779 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 85 mm lens Apr 30 2003 Spacecraft altitude 206 nmi (382 km) Sun elevation 47 deg
ISS-006-E-50780 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 85 mm lens Apr 30 2003 Spacecraft altitude 206 nmi (382 km) Sun elevation 49 deg
ISS-006-E-50781 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 85 mm lens Apr 30 2003 Spacecraft altitude 206 nmi (382 km) Sun elevation 50 deg
ISS-006-E-50782 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 28 mm lens Apr 30 2003 Spacecraft altitude 206 nmi (382 km) Sun elevation 50 deg
ISS-006-E-50783 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 28 mm lens Apr 30 2003 Spacecraft altitude 206 nmi (382 km) Sun elevation 50 deg
ISS-006-E-50784 Manicouagan Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 28 mm lens Apr 30 2003 Spacecraft altitude 206 nmi (382 km) Sun elevation 51 deg
ISS-006-E-10705 Manicouagan Impact Crater NASA Original URL   Meta data: E4 Kodak DCS760C with 85 mm lens Dec 24 2002 Spacecraft altitude 209 nmi (387 km) Sun elevation 13 deg
STS-099-736-63 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens (color IR film) Feb 19 2000 Spacecraft altitude 127 nmi (235 km) Sun elevation 33 deg
STS-099-736-66 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens (color IR film) Feb 19 2000 Spacecraft altitude 127 nmi (235 km) Sun elevation 33 deg
STS-099-736-67 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens (color IR film) Feb 19 2000 Spacecraft altitude 127 nmi (235 km) Sun elevation 33 deg
STS-039-98-21 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens May 6 1991 Spacecraft altitude 146 nmi (270 km) Sun elevation 48 deg
STS-036-75-44 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 100 mm lens Mar 3 1990 Spacecraft altitude 115 nmi (213 km) Sun elevation 16 deg
STS-036-75-45 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 100 mm lens Mar 3 1990 Spacecraft altitude 115 nmi (213 km) Sun elevation 18 deg
STS-036-87-62 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens Mar 3 1990 Spacecraft altitude 115 nmi (213 km) Sun elevation 19 deg
STS-61A-34-87 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens Oct 31 1985 Spacecraft altitude 182 nmi (337 km) Sun elevation 16 deg
STS-61A-34-88 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens Oct 31 1985 Spacecraft altitude 182 nmi (337 km) Sun elevation 14 deg
STS-61A-34-89 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 250 mm lens Oct 31 1985 Spacecraft altitude 182 nmi (337 km) Sun elevation 14 deg
STS-61A-50-10 Manicouagan Impact Crater NASA Original URL Meta data: HB Hasselblad with 100 mm lens Oct 31 1985 Spacecraft altitude 182 nmi (337 km) Sun elevation 14 deg
Piccaninny Impact Crater, Western Australia, Australia
The Piccaninny structure is located within the semi-arid Purnululu National Park and World Heritage site, and is thought to have been formed less than 360 million years ago. Specifically, the 7.5 km diameter structure forms a roughly circular plateau (image left, approximate extent marked by the white ellipse) within the striking sandstone cone towers of the Bungle Bungle Range, visible here as the dark gray-brown regions adjacent to the impact structure. Geological evidence indicating an impact structure includes regional folding and faulting patterns both within and surrounding the plateau. Features confirming an impact, such as shock textures (indicating rapid compression, melting, and fracturing during impact) in rocks and minerals have not yet been found; this is perhaps due to removal during erosion of an original crater. Surface soils of the sparsely vegetated valley adjacent to the Bungle Bungle Range appear a reddish brown at image right. More abundant green vegetation is recognizable in riparian areas along major stream and river channels, such as the Ord River.
ISS-034-E-29104 Piccaninny Impact Crater NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 47 deg
ISS-034-E-29105 Piccaninny Impact Crater NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 47 deg
ISS-034-E-29105 Piccaninny Impact Crater - detail NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 47 deg
ISS-034-E-29105 Piccaninny Impact Crater – detail and labeled NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 47 deg
ISS-034-E-29106 Piccaninny Impact Crater NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 47 deg
ISS-034-E-29113 Piccaninny Impact Crater NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 46 deg
ISS-034-E-29116 Piccaninny Impact Crater NASA Original URL  Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 46 deg
ISS-034-E-29117 Piccaninny Impact Crater NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 46 deg
ISS-034-E-29750 Piccaninny Impact Crater NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 48 deg
ISS-034-E-29751 Piccaninny Impact Crater NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 48 deg
ISS-034-E-29752 Piccaninny Impact Crater NASA Original URL  Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 48 deg
ISS-034-E-29753 Piccaninny Impact Crater NASA Original URL Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 48 deg
ISS-034-E-29754 Piccaninny Impact Crater NASA Original URL  Meta data: N5 Nikon D3S with 180 mm lens Jan 15 2013 Spacecraft altitude 219 nmi (406 km) Sun elevation 48 deg
Shoemaker Impact Crater, Western Australia, Australia
Shoemaker Impact Structure, Western Australia The Shoemaker (formerly Teague) Impact Structure—located in Western Australia to the southeast of the Carnarvon Range—presents an other-worldly appearance in this astronaut photograph. The Shoemaker impact site is approximately 30 km in diameter, and is clearly defined by concentric ring structures formed in sedimentary rocks (brown to dark brown, image center) that were deformed by the impact event approximately 1630 million years ago (as reported by the Earth Impact Database). Other published age-dating analyses of granitic rocks at the core of the structure call into question this age of the impact event (Pirajno et al. 2003). Several saline and ephemeral lakes—Nabberu, Teague, Shoemaker, and numerous smaller ponds—occupy the land surface between the concentric ring structures. Differences in color result from both water depth and suspended sediments, with some bright salt crusts visible around the edges of smaller ponds (image center). The Teague Impact Structure was renamed Shoemaker in honor of Dr. Eugene M. Shoemaker (1928-1997), a pioneer in the field of impact crater studies and planetary geology, and founder of the Astrogeology Branch of the United States Geological Survey. Reference: Pirajno F, P Hawke, AY Glikson, PW Haines, and T Uysal (2003). Shoemaker impact structure, Western Australia. Australian Journal of Earth Sciences 50:775-796.
ISS-028-E-14782 Shoemaker Impact Crater NASA Original URL  Meta data: N2 Nikon D2Xs with 200 mm lens Jul 6 2011 Spacecraft altitude 208 nmi (385 km) Sun elevation 9 deg
ISS-028-E-14782 Shoemaker Impact Crater – color adjusted NASA Original URL Meta data: N2 Nikon D2Xs with 200 mm lens Jul 6 2011 Spacecraft altitude 208 nmi (385 km) Sun elevation 9 deg
ISS-028-E-14782 Shoemaker Impact Crater – color adjusted & labeled NASA Original URL  Meta data: N2 Nikon D2Xs with 200 mm lens Jul 6 2011 Spacecraft altitude 208 nmi (385 km) Sun elevation 9 deg
ISS-026-E-17390 Shoemaker Impact Crater NASA Original URL  Meta data: N5 Nikon D3S with 180 mm lens and CMOS sensor Jan 12 2011 Spacecraft altitude 193 nmi (357 km) Sun elevation 17 deg
ISS-013-E-68237 Shoemaker Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens Aug 19 2006 Spacecraft altitude 187 nmi (346 km) Sun elevation 27 deg
Upheaval Dome Impact Crater, Utah, United States
ISS-020-E-46747 Upheaval Dome Impact Crater NASA Original URL Meta data: N2 Nikon D2Xx with 800 mm lens Oct 5 2009 Spacecraft altitude 185 nmi (343 km) Sun elevation 25 deg
ISS-020-E-46748 Upheaval Dome Impact Crater NASA Original URL Meta data: N2 Nikon D2Xx with 800 mm lens Oct 5 2009 Spacecraft altitude 185 nmi (343 km) Sun elevation 25 deg
ISS-015-E-8875 Upheaval Dome Impact Crater NASA Original URL: Meta data: E4 Kodak DCS760C with 400 mm lens May 18 2007 Spacecraft altitude 178 nmi (330 km) Sun elevation 69 deg
ISS-015-E-8876 Upheaval Dome Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 400 mm lens May 18 2007 Spacecraft altitude 178 nmi (330 km) Sun elevation 69 deg
ISS-015-E-8877 Upheaval Dome Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 400 mm lens May 18 2007 Spacecraft altitude 178 nmi (330 km) Sun elevation 69 deg
ISS-015-E-5983 Upheaval Dome Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 800 mm lens May 1 2007 Spacecraft altitude 179 nmi (332 km) Sun elevation 63 deg
ISS-015-E-5983 Upheaval Dome Impact Crater – color adjusted & cropped NASA Original URL Meta data: E4 Kodak DCS760C with 800 mm lens May 1 2007 Spacecraft altitude 179 nmi (332 km) Sun elevation 63 deg
ISS-015-E-5983 Upheaval Dome Impact Crater – color adjusted, cropped, & labeled NASA Original URL Meta data: E4 Kodak DCS760C with 800 mm lens May 1 2007 Spacecraft altitude 179 nmi (332 km) Sun elevation 63 deg
ISS-015-E-5984 Upheaval Dome Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 800 mm lens May 1 2007 Spacecraft altitude 179 nmi (332 km) Sun elevation 63 deg
ISS-011-E-7428 Upheaval Dome Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 800 mm lens May 28 2005 Spacecraft altitude 189 nmi (350 km) Sun elevation 62 deg
ISS-007-E-17293 Upheaval Dome Impact Crater NASA Original URL Meta data: E4 Kodak DCS760C with 180 mm lens Oct 14 2003 Spacecraft altitude 201 nmi (372 km) Sun elevation 39 deg