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🌾 '''Drought''' in insurance refers to a prolonged period of abnormally low precipitation that causes significant economic losses to agricultural operations, water-dependent industries, and, in severe cases, broader communities — making it one of the most consequential [[Definition:Natural peril | natural perils]] addressed by [[Definition:Crop insurance | crop insurance]], [[Definition:Agricultural insurance | agricultural insurance]], and certain [[Definition:Parametric insurance | parametric insurance]] products. Unlike sudden-onset catastrophes such as hurricanes or earthquakes, drought is a slow-developing hazard that unfolds over weeks or months, which creates distinct challenges for [[Definition:Underwriting | underwriting]], [[Definition:Loss adjustment | loss adjustment]], and [[Definition:Claims trigger | claims triggering]].

🔬 Insurers handle drought risk through several mechanisms. The most established is the U.S. federal [[Definition:Crop insurance | crop insurance]] program, administered through the [[Definition:Federal Crop Insurance Corporation (FCIC) | Federal Crop Insurance Corporation]] and delivered by [[Definition:Approved insurance provider (AIP) | approved insurance providers]], which compensates farmers when yields fall below guaranteed levels — a shortfall frequently driven by drought. [[Definition:Parametric insurance | Parametric products]] take a different approach, paying out automatically when a predefined index — such as a [[Definition:Rainfall index | rainfall index]], soil moisture measurement, or [[Definition:Normalized difference vegetation index (NDVI) | vegetation index]] — crosses an agreed threshold, eliminating the need for traditional [[Definition:Loss adjustment | loss adjustment]]. [[Definition:Reinsurance | Reinsurers]] and [[Definition:Insurance-linked securities (ILS) | ILS]] markets also participate, absorbing [[Definition:Aggregation risk | aggregated]] drought losses that can span entire regions and multiple policy years. [[Definition:Catastrophe model | Catastrophe modelers]] incorporate climate data, historical precipitation records, and soil-type variables to estimate drought frequency and severity for portfolio management.

🌍 Drought's significance to the insurance industry is growing as [[Definition:Climate change | climate change]] alters precipitation patterns, extends dry seasons, and intensifies water scarcity in key agricultural regions worldwide. The [[Definition:Loss | losses]] can be staggering — the U.S. drought of 2012, for instance, generated over $17 billion in federal crop insurance [[Definition:Indemnity | indemnity]] payments alone. Beyond agriculture, drought increases [[Definition:Wildfire | wildfire]] risk (a major driver of [[Definition:Property insurance | property insurance]] losses), strains municipal water systems, and can disrupt supply chains for industries covered under [[Definition:Business interruption insurance | business interruption]] policies. Insurers and [[Definition:Risk modeler | risk modelers]] are investing in improved drought forecasting, leveraging [[Definition:Remote sensing | remote sensing]] and climate analytics to better price and manage this slow-burn but financially severe peril.

'''Related concepts:'''
{{Div col|colwidth=20em}}
* [[Definition:Crop insurance]]
* [[Definition:Parametric insurance]]
* [[Definition:Climate change]]
* [[Definition:Catastrophe model]]
* [[Definition:Wildfire]]
* [[Definition:Agricultural insurance]]
{{Div col end}}

Definition:Drought - Revision history

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