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Water bankruptcy

Water bankruptcy is a condition caused by an overuse of water resource for an extended period to the extent that leads to irreversible ecosystem damages, resulting in systems losing their ability to restore historical ecosystem service baselines. The term has been developed and formally defined in the scientific literature by environmental scientist Kaveh Madani and was adopted by the United Nations system in 2026, with the publication of the "Global Water Bankruptcy" report.

Definition
Water bankruptcy is defined as: • Water scarcity generally refers to insufficient water availability relative to demand. • Water stress describes high pressure on water resources. • Water crisis usually refers to acute or chronic disruption that may still be reversible. Water bankruptcy, by contrast, refers to a post-crisis condition in which prolonged overuse and ecological damage have made return to historical service baselines impractical or impossible. The concept therefore emphasizes not only shortage, but also systemic insolvency, ecological degradation, and irreversible loss of recoverability. == Origin and Development ==
Origin and Development
The concept of water bankruptcy was formally developed by Kaveh Madani, and subsequently promoted by the United Nations University to distinguish chronic and potentially irreversible water-system failure from more familiar concepts such as water scarcity, water stress, and water crisis.. == UNU Report ==
UNU Report
On 20 January, 2026 the United Nations University Institute for Water, Environment and Health (UNU-INWEH), known as the UN's Think Tank on Water, published a flagship report titled Global Water Bankruptcy: Living Beyond Our Hydrological Means in the Post-Crisis Era. The report was launched at the noon briefing of the spokesperson of the UN Secretary-General at the Headquarters of the United Nations in New York City. Kaveh Madani is credited as the report's author. The report described global water bankruptcy as a post-crisis reality in which many human-water systems are no longer merely stressed, but structurally impaired. It argued that the term was needed to reflect the increasing number of systems that had lost the ability to “bounce back” to historical normal conditions. == See also ==
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