Grand theft water and the calculus of compliance

Adam Loch, C. D. Pérez-Blanco, E. Carmody, V. Felbab-Brown, David Adamson and C. Seidl
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C. D. Pérez-Blanco: University of Salamanca
E. Carmody: Environmental Defenders’ Office of New South Wales and University of New South Wales
V. Felbab-Brown: The Brookings Institution
C. Seidl: The University of Adelaide

Nature Sustainability, 2020, vol. 3, issue 12, 1012-1018

Abstract: Abstract Water crises constitute a challenge for humanity. Uncertain supply and growing demand are driving higher water theft, particularly by agricultural users who account for approximately 70% of global use. However, research into water theft is underexplored in all disciplines. This paper provides a conceptual framework and modelling approach designed to improve understanding of both individual and institutional barriers to water theft. The framework and model explore how effective detection, prosecution, conviction and penalties can be assessed. Three case studies test the validity of our framework. Our findings suggest that while individuals and companies may be responsible for the act of theft, the phenomenon reflects a systematic failure of arrangements (political, legal, institutional, and so on). In addition, when regulators fail to understand the value of water, inadequate prescribed penalties increase the risk of theft. We invite others to test our framework, apply our model and engage in a wider conversation about water theft.

Date: 2020
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DOI: 10.1038/s41893-020-0589-3

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