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October 9, 2025Open Access

Evaluation of the Performance of Aquacrop Models and the Impact of Future Climate Change on Sorghum Production in semi-arid conditions.

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Evaluation reveals AquaCrop's accuracy in forecasting sorghum yield and irrigation efficiency, suggesting challenges from climate change impacts.

AquaCrop model effectively predicts sorghum yields, with a modeling efficiency (E) reaching 0.931.
Statistical correlation (r) between model predictions and actual yield was high, with values up to 0.996 in field trials.
Simulation assessed under various drip irrigation schedules, showing a generalized decline in grain yield in response to climate change.
Forecasts indicate substantial impacts on sorghum production in semi-arid regions due to expected increases in temperature and decreasing precipitation.

maaruf et al. (2025) studied this question.

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Evaluation reveals AquaCrop's accuracy in forecasting sorghum yield and irrigation efficiency, suggesting challenges from climate change impacts.