Flowering and grain-filling stages are highly sensitive to heat and drought stress exposure,
leading to significant loss in crop yields. Therefore, phenotyping to enhance resilience to …

Extreme heat stress events are becoming more frequent under anticipated climate change,
which can have devastating impacts on rice growth and yield. To quantify the effects of short …

Night temperature plays a key role in the growth and development of rice plants, specifically
the flowering and grain filling stages. An increase in night temperature more than the normal …

Abstract Knowledge of changes associated with the progression of growth‐related
characteristics in rice plant is essential to make strategies for future breeding and crop …

Extreme heat-stress events have become more frequent due to climate change often with
devastating effects on rice production. Accumulation and translocation of nitrogen (N) in rice …

Rice production is threatened by climate change, particularly heat stress (HS). Nonstructural
carbohydrates (NSCs) remobilization is a key physiological mechanism that allows rice …

Rice is one of the main foods consumed by half of the world's population. The rice crop
requires plenty of water, but upland rice is cultivated in a non-flooded environment, although …

Nighttime temperature has been rising at a faster rate than daytime temperature, and this
trend is predicted to continue in the upcoming decades. High night temperatures (HNT) …

The study was conducted using physiological approach to identify rice accessions with
superior performance when subjected to infra-optimum temperatures during initial …

The grain filling of rice is gets weakened by heat stress due to reduced spike photosynthesis
at high temperature stress. An alternate source of carbon is stored stem reserves for grain …