Linked from

The 42 pages that link to Land subsidence, each with the reason it gives.

• GroundwaterBroader topic: Aquifer compaction from groundwater withdrawal is a major cause of subsidence.

• LandslideCompared with: Subsidence is primarily vertical settling, not downslope movement.

• Mexico CityRelated: Groundwater pumping compresses the former lakebed beneath parts of Mexico City.

• AquiferRelated: Overpumping can compact aquifer sediments and lower the land surface.

• Groundwater depletionRelated: Removing groundwater can compact aquifer sediments and lower the land surface.

• PeatlandRelated: Drained peat loses volume as it decomposes and compacts.

• Caldera basinNarrower topic: A caldera basin is a large, volcanic example of surface subsidence.

• New OrleansRelated: Subsidence compounds sea-level rise and increases flood exposure in parts of the city.

• Water tableRelated: Groundwater withdrawal can lower the water table and compact aquifer sediments.

• Groundwater rechargeRelated: Insufficient replenishment alongside pumping can contribute to aquifer compaction and subsidence.

• Sedimentary basinRelated: Basin formation requires crustal sinking or other processes that create space for sediment.

• Tectonic upliftCompared with: It is the opposite vertical direction and can accompany uplift in neighboring crustal blocks.

• BangkokRelated: Groundwater withdrawal and soft delta sediments have increased Bangkok’s flood exposure.

• SundarbansRelated: Subsidence can worsen relative sea-level rise across deltaic land.

• Mississippi River DeltaRelated: Subsidence lowers delta wetlands and offsets some land built by sediment.

• Oceanic islandRelated: Cooling oceanic lithosphere and volcanic loading can lower an island's foundation over time.

• PolderRelated: Drained peat soils in some polders shrink and oxidize, lowering the land surface.

• CompactionRelated: Compaction of buried sediment contributes to basin subsidence.

• Ganges DeltaRelated: Natural compaction and human activity can lower delta land, intensifying flood exposure.

• Dutch water managementRelated: Drainage can lower peatlands and intensify the challenge of keeping lowland areas dry.

• Groundwater-dependent ecosystemRelated: Subsidence can alter drainage and damage habitats as aquifers are heavily pumped.

• ShanxiRelated: Long-term coal mining has caused ground subsidence in parts of Shanxi.

• Wetland drainageRelated: Drained peatlands sink as their organic soils compact and decompose.

• InSARBroader topic: Repeated radar measurements can track subsidence across cities and aquifers.

• Peat extractionRelated: Drainage and oxidation of extracted peat can lower the land surface.

• Red River DeltaRelated: Groundwater extraction contributes to sinking in parts of the delta.

• Peatland drainageRelated: Drained peat shrinks and decomposes, lowering the ground surface.

• Accommodation spaceRelated: Basin-floor subsidence creates space even without a global sea-level rise.

• Barrier reefRelated: Subsidence can deepen the water between a reef and its coast, changing a fringing reef into a barrier form.

• Confined aquiferRelated: Pressure decline can compact compressible layers and cause subsidence.

• Water wellRelated: Excessive pumping can compact sediments and permanently lower the ground.

• Peat swamp forestRelated: Drained peat shrinks and oxidizes, causing the land surface to sink.

• Coal mining in ChinaRelated: Underground mining can damage buildings, farmland, and water systems through ground collapse.

• Coastal urbanizationRelated: Land sinking can worsen relative sea-level rise in some heavily developed coastal cities.

• SemarangRelated: Groundwater extraction and development contribute to sinking in parts of Semarang.

• Pull-apart basinRelated: Continued subsidence creates accommodation space for basin sediments.

• Chuuk LagoonRelated: Subsidence helps explain how reefs can grow around sinking volcanic islands.

• Mountain formationCompared with: Subsidence reverses vertical motion and can offset uplift in mountain regions.

• PanjinRelated: Petroleum production can raise concerns about ground stability in extraction regions.

• FuxinRelated: Underground extraction left parts of Fuxin vulnerable to subsidence.

• HuaibeiRelated: Underground coal extraction can leave Huaibei with sinking and unstable land.

• Yangtze DeltaRelated: Groundwater extraction and urban development increase flood exposure in parts of the delta.