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Iran Water Crisis Worsens Across Cities and Farms
Resources & Scarcity

Iran Water Crisis Worsens Across Cities and Farms

Severity
9/10
Impact
15.0Mpeople
Trend
worsening
Region
Iran
Iran’s water crisis remained severe and deepened through late 2025 and into 2026, driven by a multi-year drought, falling rainfall, depleted reservoirs, and long-term groundwater overuse. Reporting in late 2025 described Iran’s sixth consecutive year of drought, rainfall as much as 40%–45% below long-term averages, and Tehran’s main water-supply dams falling to around 10%–12% of capacity, with Amir Kabir Dam reported near 8% in November 2025. The crisis is affecting cities, farms, and industrial users at the same time. Recent reporting says officials warned Tehran could face water rationing or even evacuation if rainfall did not improve, while at least 19 dams were reported near depletion or dry in late 2025 and protests followed in December 2025 and January 2026 over worsening living conditions. Analysts also continue to describe Iran as one of the world’s most water-stressed countries, with agriculture consuming the vast majority of water, widespread groundwater depletion, and land subsidence in major basins and urban areas.

Recent Developments

01November 2025: Iranian officials warned Tehran could run out of drinking water within weeks if drought conditions persisted, while some capital-supplying reservoirs were reported at about 5%–12% capacity.

02November 2025: Amir Kabir Dam was reported at about 8% of capacity, and 19 major dams across Iran were reported completely dry or near depletion.

03December 2025 to January 2026: Water shortages contributed to protests tied to deteriorating living conditions and inflation.

04June 2026: Reporting said the crisis had been worsened by war-related damage to water infrastructure, including pipelines and desalination facilities.

Interventions

  • Water rationing and other short-term demand-management measures, including possible nighttime shutoffs and service restrictions in some areas.
  • Cloud seeding began in November 2025 as a drought-response measure, according to reporting cited in 2026 coverage.
  • Government discussions and emergency planning measures in response to possible urban supply collapse, including contingency planning for Tehran.

What Works

  • Reducing agricultural water demand is central, because agriculture accounts for about 80%–90% of Iran’s water use in the cited analyses.
  • Groundwater recovery and stricter limits on pumping are necessary to slow land subsidence and irreversible aquifer loss, which experts say are already widespread in Iran.
  • Leak reduction and better urban demand management can help, since state media reported that roughly one-third of Iran’s water is lost, wasted, or used ineffectively.

How to Help

  • Support credible humanitarian, water, and resilience organizations working on drought response and water governance in the region.
  • Back policy advocacy for groundwater regulation, agricultural efficiency, and infrastructure repair.
  • Share verified information from credible reporting to raise awareness of the crisis and its impacts.

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Verified Organizations

Organizations Helping(8)

FANACK Water contributes by documenting Iran’s water stress, groundwater depletion, and land subsidence, and by synthesizing policy-relevant explanations of the drivers of the crisis. Its approach is research and public education: mapping the scale of depletion, explaining the role of agricultural overuse and mismanagement, and highlighting consequences for cities, farming, and national stability.

SIWI works on Iran-relevant water challenges through water governance, transboundary cooperation, and policy support focused on sustainable allocation and institutional reform. Its methods center on strengthening decision-making around water scarcity, improving governance frameworks, and promoting efficient, equitable use of limited water resources in stressed basins.

CSIS addresses the Iran water crisis through policy analysis and satellite-based monitoring that tracks reservoir depletion, groundwater loss, and urban water stress. Its work frames the crisis as a security and governance issue, helping decision-makers understand the implications of rationing, infrastructure strain, subsidence, and capital-city vulnerability.

IWMI addresses Iran’s water crisis through integrated water resources management research, with an emphasis on improving agricultural water productivity, reducing groundwater overuse, and supporting climate-resilient planning. In Iran-focused work, IWMI highlights the need to manage water demand in agriculture, improve basin-scale planning, and use data-driven policy tools to reduce pressure on aquifers and river systems.

Sources & Citations

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