11-20-2023, 10:36 PM
An endorheic basin (/ˌɛndoʊˈriː.ɪk/ EN-doh-REE-ik; also endoreic basin and endorreic basin) is a drainage basin that normally retains water and allows no outflow to other, external bodies of water (e.g. rivers and oceans); instead, the water drainage flows into permanent and seasonal lakes and swamps that equilibrate through evaporation. Endorheic basins also are called closed basins, terminal basins, and internal drainage systems.
The endorheic basin that feeds water into Üüreg Lake, Mongolia
NASA photo of the endorheic Tarim Basin, China
Endorheic regions contrast with open lakes (exorheic regions), where surface waters eventually drain into the ocean.[1] In general, water basins with subsurface outflows that lead to the ocean are not considered endorheic;[2][3][4] but cryptorheic.[5] Endorheic basins constitute local base levels, defining a limit of the erosion and deposition processes of nearby areas.[6] Endorheic water bodies include the Caspian Sea, which is the world's largest inland body of water.[7]
The endorheic basin that feeds water into Üüreg Lake, Mongolia
NASA photo of the endorheic Tarim Basin, China
Endorheic regions contrast with open lakes (exorheic regions), where surface waters eventually drain into the ocean.[1] In general, water basins with subsurface outflows that lead to the ocean are not considered endorheic;[2][3][4] but cryptorheic.[5] Endorheic basins constitute local base levels, defining a limit of the erosion and deposition processes of nearby areas.[6] Endorheic water bodies include the Caspian Sea, which is the world's largest inland body of water.[7]
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