The increasing trend of extreme heat events poses serious implications for rice production in
China, especially when it coincides with the heat-sensitive reproductive growth period …

The impact of climate change on rice yield in China remains highly uncertain. We examined
the impact of the change of maximum temperature (T max) and minimum temperature (T …

Extreme temperature impacts on field crop are of key concern and increasingly assessed,
however the studies have seldom taken into account the automatic adaptations such as …

Frequent extreme heat events are the serious threat to rice production, but the historical
trend of heat stress associated with phenology shift and its impact on rice yield over a long …

China is the main producer and consumer of rice in the world, and rice is a major staple food
grain for more than half of the world's population. Reduced rice yields caused by climate …

Temperature is the principal factor that determines rice growth, development and ultimately
grain yield. In this study, normal growing-degree-days (NGDD) and killing growing-degree …

Climate change is recognized to increase the frequency and severity of extreme temperature
events that lead to declining crop yield, but this impact has not been well evaluated in China …

By using rice growth period, yield and climate observation data during the recent two
decades, the impact of climate warming on rice in Northeast China was investigated by …

The impact of climate warming on rice production has attracted considerable attention. In
this study, we (1) analyzed trends in maximum and minimum temperatures and low …

[Objective] A better understanding of global warming impacts on grain production can
reduce the uncertainties of future food security projection. Rice is one of the most important …