Linked from

The 48 pages that link to Groundwater depletion, each with the reason it gives.

• IrrigationRelated: Intensive pumping for irrigation can lower water tables and reduce future supplies.

• GroundwaterRelated: Persistent overuse reduces reserves and can impair wells, streams, and ecosystems.

• Green RevolutionRelated: Pumping for irrigation helped raise yields while draining aquifers in some farming regions.

• Water scarcityRelated: Over-pumping can sustain use temporarily while worsening future scarcity.

• AquiferRelated: Aquifers can lose stored water faster than natural recharge replaces it.

• OasisRelated: Heavy pumping can lower water tables and threaten oasis springs and farming.

• Rice cultivationRelated: Pumping for irrigated rice can contribute to falling water tables in some regions.

• Desert ecologyRelated: Pumping can dry springs and reduce water available to desert ecosystems.

• Sonoran DesertRelated: Pumping for cities and agriculture can reduce water available to desert ecosystems.

• Water securityRelated: Hidden depletion can make apparently reliable supplies unsustainable.

• Intergenerational equityRelated: Overuse can secure current water supplies while leaving future communities with diminished reserves.

• Water conservationRelated: Reduced withdrawals can slow depletion of aquifers used for farms and cities.

• DesertRelated: Pumping can exhaust aquifers that supply desert communities and ecosystems.

• Water resource managementRelated: Poorly controlled pumping can undermine future supplies and connected ecosystems.

• AlfalfaRelated: Deep-rooted alfalfa can consume substantial irrigation water in dry farming regions.

• Satellite geodesyRelated: Gravity-field changes measured from space reveal large-scale losses of stored groundwater.

• Water consumptionRelated: Consumptive pumping can permanently reduce aquifer storage when recharge is insufficient.

• Artesian wellRelated: Heavy withdrawals from a confined aquifer can diminish artesian pressure.

• Polar motionRelated: Large-scale water redistribution changes Earth’s mass distribution and can shift its pole.

• Western DesertRelated: Pumping fossil aquifers raises questions about the future of oasis agriculture.

• Confined aquiferRelated: Slow recharge can make heavily pumped confined aquifers vulnerable to depletion.

• Nubian Sandstone Aquifer SystemRelated: Extraction from slowly replenished reserves can reduce water levels over time.

• Salar de AtacamaRelated: Pumping brines and associated freshwater can alter water balances in the salar’s fragile basin.

• Water scarcity in IranRelated: Pumping aquifers faster than they recharge has become a major source of Iran’s water deficit.

• Oasis agricultureRelated: Pumping beyond replenishment threatens the water supply on which farms depend.

• AridificationRelated: Aridification can reduce recharge while increasing reliance on groundwater.

• Great Basin DesertRelated: Groundwater supports agriculture and communities in this arid region.

• Water managementRelated: Pumping can make managed supply unsustainable when aquifers are overdrawn.

• Great Artesian BasinRelated: Heavy pumping can lower pressure and reduce water available to other users and springs.

• Thar DesertRelated: Pumping for irrigation and settlements can strain the Thar’s limited water reserves.

• Al-Ahsa OasisRelated: Heavy groundwater use threatens the spring-fed systems that sustained Al-Ahsa.

• Bahariya OasisRelated: Reliance on wells makes water management a continuing concern for oasis communities.

• Doñana National ParkRelated: Water abstraction near Doñana can lower groundwater levels and threaten wetlands.

• Environmental impact of agricultureRelated: Heavy irrigation pumping can lower water tables and threaten long-term water supplies.

• Salt flatRelated: Brine extraction beneath some salt flats can lower groundwater levels and alter connected ecosystems.

• Great Man-Made RiverRelated: The river's large withdrawals can lower pressure and water levels in source aquifers.

• Guarani AquiferRelated: Heavy pumping can lower water levels and reduce the reliability of wells.

• PupfishRelated: Groundwater pumping can lower spring flows that sustain pupfish habitats.

• Fresh waterRelated: Overpumping can exhaust freshwater reserves faster than aquifers refill.

• Great Salt DesertRelated: Water extraction around desert basins can alter wetlands and water-dependent habitats.

• Second Green RevolutionRelated: Irrigation-led yield gains can prove unsustainable where groundwater is pumped faster than it recovers.

• Washingtonia filiferaRelated: Palm oases depend on accessible water, making groundwater changes consequential for native stands.