Maps of the impact of the change of growing period on buckwheat yields through solar radiation change.

<p>The differences in the buckwheat yields predicted between the condition in which the growing periods were changed according to future temperature change and that in which the growing periods were fixed (the same as the average in 2020-2022) are mapped. Note that, in the latter condition, on...

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Bibliographic Details
Main Author:	Gen Sakurai (706924) (author)
Other Authors:	Naoki Ishitsuka (22041804) (author), Norikazu Okabe (22041807) (author)
Published:	2025
Subjects:	Biotechnology Ecology Sociology Inorganic Chemistry Plant Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified fagopyrum esculentum </ div >< p shortened growing period longer day lengths integrated solar radiation generalized additive model future climate conditions crop growing period growth rate due common buckwheat (< flowering day lengths phenology changes due historical statistical data slight negative effect based crop models buckwheat growth rate flowering growing season growth rate growing season negative effect crop yields statistical analysis model representing longer post integrated post climate factors positive effect yield data flowering periods flowering contributes buckwheat yield similar analyses shorter pre rising temperatures increased temperatures higher temperatures estimated using complex effects
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Maps of the impact of the change of growing period on buckwheat yields through solar radiation change.

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