| ISS036 Earth Sciences and Image Analysis Photographic Highlights |
| TOP PICKS |
| Click here to view the complete online collection of astronaut photography of Earth >> |
| ISS036-E-3918 |
![]() ISS036-E-3918 Click the photo number to access all resolutions available and the database record. |
| Little Rock, Arkansas: The capital city of Arkansas, Little
Rock, occupies a position near the geographic center of the state. It
sits between the eroded remnants of the Ouachita
Mountains to the west, the Mississippi
River Alluvial Plain to the east, and the West
Gulf Coastal Plain to the south. This photograph, taken by an
astronaut on the International Space Station, highlights the Little
Rock metropolitan area and surrounding region. Urban and suburban
areas appear light to dark gray, while large facilities and buildings
(commercial/industrial, public arenas, etc.) stand out due to
expansive light-colored roofs. The Arkansas River separates Little Rock on the south bank from North Little Rock on the north bank. Frequent changes in the position of the river channel through geologic time are recorded as numerous current and former oxbow lakes visible within extensive agricultural fields. Oxbow lakes are formed on river floodplains when wide meander bends are “pinched off” due to the river cutting a shorter channel across the bend. The process forms a lake, which typically becomes filled in with sediment over time; vegetation outlines a distinctive curved pattern visible from above. The city of Little Rock takes its name from a small outcrop located on the south bank of the Arkansas River. This outcrop served as a landmark for navigating the river during the city’s early development as a center of regional commerce—a role the city still enjoys today. |
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This service is provided by the International Space Station program and the JSC Astromaterials Research & Exploration Science Directorate. Recommended Citation: Image Science and Analysis Laboratory, NASA-Johnson Space Center. "The Gateway to Astronaut Photography of Earth." . |
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