2024•Unpublished venueRequires access

Economic Impact of Water-Limited Conditions on Cereal Grain Production

Paul W. Heisey, Michael L. Morris

Open publisher page 10 citations

Abstract

Drought can be one of the most devastating misfortunes to befall agriculture. In the popular conception, images of scorched landscapes, parched soils, withered crops, and starving livestock are synonymous with agricultural disaster. Even in less severe cases of lower-than-average precipitation, moisture stress resulting from water-limited conditions can significantly lower crop yields and reduce output—as farmers, policymakers, and agricultural researchers well know.

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What this paper is about

Drought can be one of the most devastating misfortunes to befall agriculture. In the popular conception, images of scorched landscapes, parched soils, withered crops, and starving livestock are synonymous with agricultural disaster. Even in less severe cases of lower-than-average precipitation, moisture stress resulting from water-limited conditions can significantly lower crop yields and reduce output—as farmers, policymakers, and agricultural researchers well know.

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OpenAlex reports 10 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Drought can be one of the most devastating misfortunes to befall agriculture. In the popular conception, images of scorched landscapes, parched soils, withered crops, and starving livestock are synonymous with agricultural disaster. Even in less severe cases of lower-than-average precipitation, moisture stress resulting from water-limited conditions can significantly lower crop yields and reduce output—as farmers, policymakers, and agricultural researchers well know.

Key concepts: Production (economics), Environmental science, Agronomy, Agricultural engineering, Economics, Biology, Engineering, Macroeconomics

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