Linked from

The 35 pages that link to Aral Sea, each with the reason it gives.

• IrrigationBroader topic: Its desiccation shows how irrigation diversions can transform an entire inland-water ecosystem.

• DesertificationBroader topic: Its exposed seabed became a source of salt- and pesticide-laden dust.

• Central AsiaBroader topic: Its desiccation resulted from river diversions for irrigation across the region.

• CottonRelated: Irrigated cotton production was a major driver of the sea’s collapse.

• Endorheic basinBroader topic: It lies in a closed basin where river diversion accelerated the lake's decline.

• Amu DaryaRelated: The Amu Darya historically fed its southern basin.

• KazakhstanRelated: Water diversion for Soviet agriculture devastated the region adjoining southwestern Kazakhstan.

• UzbekistanRelated: The sea's retreat has transformed livelihoods and environments in Uzbekistan's northwest.

• Environmental historyBroader topic: Its desiccation links state planning and agriculture to ecological collapse.

• Political ecologyBroader topic: Its collapse illustrates how development policy can redistribute ecological costs across communities and regions.

• SalinizationRelated: The shrinking lake left exposed, salt-laden sediments that contribute to regional pollution.

• Syr DaryaNarrower topic: The Syr Darya is one of the two rivers that fed it.

• Wetland drainageCompared with: Its desiccation illustrates the wider ecological consequences of redirecting water, though it was not wetland drainage.

• Cotton production in UzbekistanRelated: Cotton irrigation contributed to the flows that were diverted from the sea.

• KhwarazmRelated: Its decline reflects the downstream consequences of diverting water from the Amu Darya basin.

• Tipping pointBroader topic: Its ecological collapse illustrates how interacting pressures can transform a regional system.

• Karakum CanalRelated: Canal withdrawals from the Amu Darya contributed to the river depletion behind the sea’s decline.

• Karakum DesertRelated: Water diverted through regional irrigation systems has contributed to the Aral Sea crisis.

• Aralkum DesertNarrower topic: Its receding shoreline exposed the seabed that became the Aralkum.

• Cotton productionRelated: Water diverted for irrigated agriculture, including cotton, contributed to its drastic shrinkage.

• Turkmen Soviet Socialist RepublicRelated: Irrigation schemes serving cotton agriculture contributed to the regional water crisis.

• Kyzylkum DesertRelated: The rivers bordering the Kyzylkum historically drained toward this inland sea.

• Rogun DamRelated: Debates over Rogun invoke the basin’s history of water diversion and ecological damage.

• KarakalpakstanRelated: Karakalpakstan borders its southern remnant and bears severe effects of its retreat.

• North Aral SeaNarrower topic: The North Aral Sea is the surviving northern part of this larger lake system.

• Soviet Central AsiaRelated: Soviet irrigation for cotton and other crops helped drive its catastrophic shrinkage.

• Tarim RiverCompared with: Its decline is a widely known comparison for river diversion’s downstream consequences.

• EcohydrologyRelated: Its collapse shows how water management can transform ecosystems and regional hydrology.

• South Aral SeaNarrower topic: The South Aral Sea is the surviving southern portion of this once-continuous lake.

• KyzylordaRelated: Kyzylorda Region reaches the sea, whose environmental crisis affects communities along the Syr Darya.

• NukusRelated: The sea’s retreat reshaped the region around Nukus.

• Ecosystem collapseBroader topic: Its desiccation transformed aquatic habitats and devastated a regional fishery.

• Fiber cropRelated: Large-scale irrigation for cotton contributed to its ecological collapse.

• Irrigation in the United StatesCompared with: Its ecological collapse illustrates an extreme consequence of large-scale agricultural diversion.

• Turan DepressionBroader topic: This inland lake receives the depression’s two principal rivers.