Global warming will increase root heat stress, which is already common under certain
conditions. Effects of heat stress on root nutrient uptake have rarely been examined in intact …

Extensive past efforts have been taken toward understanding heat tolerance mechanisms of
the aboveground organs. Root systems play critical roles in whole-plant adaptation to heat …

As with above‐ground tissues, plant roots can be subjected to stressful high temperatures
that can limit whole‐plant function and decrease crop productivity. Further, with impending …

One of the major environmental stress affecting plant growth and productivity is high
temperature. In plant production, high temperature stress frequently causes physiological …

As a consequence of global climate change, the frequency, severity, and duration of heat
stress are increasing, impacting plant growth, development, and reproduction. While several …

Protein metabolism plays an important role in plant adaptation to heat stress. This study was
designed to identify heat-responsive proteins in roots associated with thermotolerance for …

The burgeoning population of world is expected to reach about 9-10 billion by the end of
year 2050. Due to this rapidly increasing population, food productivity is decreasing …

Among the abiotic stresses high temperature stress is one of the most detrimental stresses
threatening higher plant productivity and survival throughout the world. Each degree Celsius …

Heat stress events are resulting in a significant negative impact on global food production.
The dynamics of cellular, molecular and physiological homoeostasis in aboveground parts …

Background High temperature, whether transitory or constant, causes physiological,
biochemical and molecular changes that adversely affect tree growth and productivity by …