Predicted increase in temperature variability can result in short duration of heat stress
episodes coinciding with vulnerable reproductive processes leading to significant reduction …

Increasing temperatures resulting from climate change dramatically impact rice crop
production in Asia. Depending on the specific stage of rice development, heat stress …

Heat waves induced by climate warming have become common in food-producing regions
worldwide, frequently coinciding with high temperature (HT)-sensitive stages of many crops …

High night temperature (HNT) is a major constraint to sustaining global rice production
under future climate. Physiological and biochemical mechanisms were elucidated for HNT …

Rice is a staple food for more than 3 billion people in more than 100 countries of the world
but ironically it is deficient in many bioavailable vitamins, minerals, essential amino-and fatty …

High‐temperature during flowering in rice causes spikelet sterility and is a major threat to
rice productivity in tropical and subtropical regions, where hybrid rice development is …

Global warming is one of the biggest challenges for improving the productivity of rice crops
in the future. In this study, a meta-analysis and a dose-response analysis were conducted …

In rice, a small increase in nighttime temperature reduces grain yield and quality. How warm
nighttime temperatures (WNT) produce these detrimental effects is not well understood …

Extreme temperatures will likely occur with greater frequency and intensity under the
conditions of climatic warming, presenting a serious challenge for future crop development …

Global nocturnal temperatures are rising more rapidly than daytime temperatures and have
a large effect on crop productivity. In particular, stomatal conductance at night (g sn) is …