When water runs out: Adaptation to gradual environmental change in Indian agriculture

Increasing water scarcity will affect hundreds of millions of smallholder farmers in coming decades, but little is known about the likely forms of adaptation. This study exploits a natural experiment in which heterogeneous geological formations affect the rate of groundwater depletion across 40 vill...

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Main Authors: Fishman, Ram, Jain, Meha, Kishore, Avinash
Format: Journal Article
Language:Inglés
Published: Oxford University Press 2026
Subjects:
Online Access:https://hdl.handle.net/10568/177088
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author Fishman, Ram
Jain, Meha
Kishore, Avinash
author_browse Fishman, Ram
Jain, Meha
Kishore, Avinash
author_facet Fishman, Ram
Jain, Meha
Kishore, Avinash
author_sort Fishman, Ram
collection Repository of Agricultural Research Outputs (CGSpace)
description Increasing water scarcity will affect hundreds of millions of smallholder farmers in coming decades, but little is known about the likely forms of adaptation. This study exploits a natural experiment in which heterogeneous geological formations affect the rate of groundwater depletion across 40 villages in Gujarat, India, to provide novel evidence on this question. The analysis reveals that greater water scarcity leads to widespread declines in irrigated agriculture and enhanced migration to cities, but only among dominant socio-economic groups. No evidence is found of substantial compensating investments in water-efficient technologies or in human capital, despite farmers having long been aware of the decline in water levels.
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publishDate 2026
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spelling CGSpace1770882026-01-02T15:32:42Z When water runs out: Adaptation to gradual environmental change in Indian agriculture Fishman, Ram Jain, Meha Kishore, Avinash adaptation agriculture groundwater depletion irrigation migration water scarcity smallholders Increasing water scarcity will affect hundreds of millions of smallholder farmers in coming decades, but little is known about the likely forms of adaptation. This study exploits a natural experiment in which heterogeneous geological formations affect the rate of groundwater depletion across 40 villages in Gujarat, India, to provide novel evidence on this question. The analysis reveals that greater water scarcity leads to widespread declines in irrigated agriculture and enhanced migration to cities, but only among dominant socio-economic groups. No evidence is found of substantial compensating investments in water-efficient technologies or in human capital, despite farmers having long been aware of the decline in water levels. 2026 2025-10-14T18:03:45Z 2025-10-14T18:03:45Z Journal Article https://hdl.handle.net/10568/177088 en Open Access Oxford University Press Fishman, Ram; Jain, Meha; and Kishore, Avinash. When water runs out: Adaptation to gradual environmental change in Indian agriculture. World Bank Economic Review. Article in press. First published online June 13, 2025. https://doi.org/10.1093/wber/lhaf012
spellingShingle adaptation
agriculture
groundwater depletion
irrigation
migration
water scarcity
smallholders
Fishman, Ram
Jain, Meha
Kishore, Avinash
When water runs out: Adaptation to gradual environmental change in Indian agriculture
title When water runs out: Adaptation to gradual environmental change in Indian agriculture
title_full When water runs out: Adaptation to gradual environmental change in Indian agriculture
title_fullStr When water runs out: Adaptation to gradual environmental change in Indian agriculture
title_full_unstemmed When water runs out: Adaptation to gradual environmental change in Indian agriculture
title_short When water runs out: Adaptation to gradual environmental change in Indian agriculture
title_sort when water runs out adaptation to gradual environmental change in indian agriculture
topic adaptation
agriculture
groundwater depletion
irrigation
migration
water scarcity
smallholders
url https://hdl.handle.net/10568/177088
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