In evaluating the impacts of drought and flooding disasters on crop yields, accurately
calculating meteorological yield (ie, detrended yield) is an important procedure. The present …

Due to climate change, flooding disasters accompanied by high temperatures (FL-HT) are
becoming increasingly common during cotton growing seasons, severely restricting cotton …

Extreme climate events may have a substantial impact on water conservation in the black
soil region of China. This study integrated a dynamic CO 2 input method and an alternative …

Understanding how crop phenology responds to climate change is critical for enabling
agricultural adaptation measures. Pre‐season temperature alone leads to well‐understood …

Conventional drought studies have predominantly focused on elucidating the temporal-
spatial evolution of drought while neglecting research on drought propagation. Various …

Compound climate extremes, such as compound heat and drought events (CHDEs), in
combination with population growth and aging, pose a growing risk to the socioeconomic …

Climate change is expected to increase the frequency and severity of climate extremes,
which will negatively impact crop production. As one of the main food and feed crops, maize …

Flooding is a worldwide destructive disaster that severely restricts agricultural production.
Meteorological indices are common tools for regionally assessing the impact of flooding on …

Accurately delineating and predicting changes in climate zones, which serve as a
comprehensive reflection of various climatic factors, is of utmost importance for food …

Maize production faces persistent threats from maize diseases and pests (MDPs) throughout
its growth cycle, posing substantial risks to food security. However, understanding the spatio …