How does targeting water supply during war worsen the scarcity crisis? | The Stream

Key Concepts

• Desalination: The process of removing salt and minerals from saline water to produce fresh, drinkable water.
• Water Bankruptcy: A state where water systems (aquifers, lakes, rivers) are so depleted or polluted that they lose their ability to recover, and mitigation strategies become ineffective.
• Atmospheric Water Generation (AWG): A technology that extracts water vapor from the air through cooling and condensation to produce potable water.
• Dual Vulnerability: The interdependence of water and energy systems, where power plants are required to run desalination facilities, making both susceptible to simultaneous failure.
• Weaponization of Water: The strategic targeting of water infrastructure during conflict to coerce populations, undermine governance, or achieve military objectives.
• Land Subsidence: The sinking of the ground surface, often caused by the over-extraction of groundwater aquifers.

1. The Vulnerability of Gulf Water Infrastructure

The Gulf region is one of the driest on Earth, possessing less than 2% of the world’s renewable freshwater. Consequently, the region relies heavily on desalination, accounting for over 40% of global capacity.

• Fragility: Desalination plants are typically located on coastlines, making them highly vulnerable to missile or drone strikes.
• Energy Dependency: These plants are massive energy consumers integrated with power grids. An attack on the energy grid effectively shuts down the water supply.
• Environmental Risks: Beyond direct military strikes, oil spills in the narrow waters of the Gulf can contaminate seawater intakes, forcing plants to halt operations for weeks or months.

2. Water as a Weapon of War

Experts Zana Monour and Professor Kaveh Madani highlight that targeting water infrastructure is a violation of international law (Geneva Conventions) because it serves no military gain and primarily harms civilians.

• Tactical/Strategic Goals: Targeting water systems is used to slow adversary advances, undermine local governance, and force political concessions.
• Psychological Impact: The constant threat of water loss creates widespread anxiety and fear, which serves as a tool for societal coercion.
• Normalization: There is a growing concern that the "normalization" of attacking civilian infrastructure—seen in recent conflicts in the Gulf, Syria, and Gaza—sets a dangerous global precedent.

3. Global Water Bankruptcy

Professor Madani introduces the concept of "Water Bankruptcy," a post-crisis stage where systems have been drained beyond their ability to naturally replenish.

• Data/Statistics: 75% of the global population lives in water-insecure or critically water-insecure countries. Two billion people live on land that is sinking due to aquifer collapse.
• Irreversibility: Unlike a temporary shortage, bankruptcy implies that some damage—such as the loss of wetlands, extinction of species, or land subsidence—cannot be undone by current scientific methods.
• Interconnectedness: The global risk landscape is linked through trade, food supply, and climate. A water crisis in one region (e.g., India or the Middle East) inevitably impacts the global economy and stability.

4. Mitigation and Innovation

Countries in the Gulf are attempting to build resilience through several frameworks:

• Decentralization: Moving away from single, massive plants to smaller, distributed systems to reduce "choke points."
• Strategic Reserves: Abu Dhabi has developed underground freshwater storage capable of supplying the population for up to 90 days; Qatar has invested in major emergency reservoir systems.
• Grid Interconnection: GCC countries are working to interconnect water grids to allow for mutual support during localized disruptions.
• Atmospheric Water Generation (AWG): Companies like SkyDrops in Doha are using AWG to produce water from air. While not a replacement for large-scale desalination, it provides a decentralized, sustainable "Plan B" that is harder to target in a conflict scenario.

5. Notable Quotes

• Professor Kaveh Madani: "We’re no longer in a water crisis. We’re in a global water bankruptcy. The world has drained its water savings account."
• Zana Monour: "Water systems carry strategic, tactical, and psychological value which often drives their targeting during conflict... turning essential water infrastructure into a tool of coercion."

Synthesis and Conclusion

The discussion underscores a critical shift in global security: water is no longer just a resource issue but a central pillar of geopolitical stability. The Gulf region serves as a "canary in the coal mine" for the rest of the world. The transition from a "water crisis" to "water bankruptcy" suggests that humanity must move beyond simple conservation and focus on systemic resilience, the protection of critical infrastructure under international law, and the adoption of decentralized technologies to ensure survival in an increasingly volatile and climate-stressed world.