Journal
ENVIRONMENTAL RESEARCH LETTERS
Volume 18, Issue 10, Pages -Publisher
IOP Publishing Ltd
DOI: 10.1088/1748-9326/acf871
Keywords
statistical crop models; heatwave 2022; wheat; crop yield; climate change; India
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The 2022 Indian heatwave had a significant impact on wheat production in northwestern and central India, resulting in an expected 4.5% decrease in national wheat production. Through the use of historical data and statistical relationships, we provided spatially disaggregated estimates of wheat yield losses, demonstrating the feasibility of using real-time weather data to estimate end-of-season crop yields.
The 2022 Indian heatwave impacted key geographies of wheat production in northwestern and central India. It coincided with this crop's harvest season in the region, and is expected to have considerably reduced national wheat production. Here we provide spatially disaggregated estimates of the likely impact on wheat yield using statistical relationships derived from historical climate and wheat yield data. Compared to a normal year (median of 1992-2021 climate), national wheat production in 2022 is expected to have fallen by 4.5%; some regions may have experienced wheat yield losses of up to 15%. Our analysis can also be analyzed as a proof of concept for using current and forecasted weather data to estimate real-time impact of short-term weather variability on end-of-season crop yields, even while the crop season is ongoing.
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