Linked from

The 19 pages that link to Satellite altimetry, each with the reason it gives.

• Sea level riseRelated: Satellites measure changes in ocean-surface height across broad areas.

• Sea-level changeRelated: Satellite records estimate sea-surface height across the open ocean.

• Glacier mass balanceRelated: It helps estimate glacier elevation and volume changes across remote regions.

• Kuroshio CurrentRelated: Sea-surface height maps reveal the Kuroshio’s path and changing meanders.

• Eustatic sea-level changeRelated: It provides near-global observations of modern ocean-surface height change.

• Mean sea levelRelated: Satellite altimetry estimates sea-surface height across broad ocean areas.

• Ocean warmingRelated: Sea-level observations reveal thermal expansion as one contribution to ocean warming's effects.

• Pine Island GlacierRelated: Repeated elevation measurements show thinning across the glacier and its ice shelf.

• Tide gaugeRelated: Tide gauges help validate satellite estimates of sea-surface height near coasts.

• Ice sheet dynamicsRelated: Repeated elevation measurements reveal ice-sheet thinning and thickening.

• Sea levelRelated: It measures sea-surface height over broad ocean areas, including far from coasts.

• Filchner–Ronne Ice ShelfRelated: Satellite records track changes in the shelf’s surface height and thickness.

• Physical oceanographyRelated: Sea-surface height reveals broad circulation patterns and changing ocean heat content.

• Amundsen SeaRelated: It records changes in glacier and ice-shelf elevation across the region.

• VatnajökullRelated: Satellite elevation data help map changes in Vatnajökull’s ice thickness.

• Ocean model (numerical oceanography)Related: Sea-surface height observations reveal circulation patterns used to evaluate and constrain models.

• Ocean surface topographyRelated: Satellite altimeters map sea-surface elevation across broad areas and repeated time intervals.