Background Drought is thought to be a major abiotic stress that dramatically limits tomato
growth and production. As signal molecule, melatonin (MT) and carbon monoxide (CO) can …

The dynamics of the physiological adaptability of plants and the rhizosphere soil
environment after waterlogging remain unclear. Here we investigated the mechanisms …

Global climate change is closely related to changes in precipitation and flood events. In
recent decades, waterlogging stress has become a greater threat to major crops and plants …

Caffeic acid O-methyltransferase 1 (COMT1) is a key enzyme that is involved in melatonin
synthesis, affecting the melatonin content in plants. In this experiment, tomato plants …

Waterlogging stress (WS) hinders kernel development and directly reduces peanut yield;
however, the mechanism of kernel filling in response to WS remains unknown. The …

The endogenous level of cytokinins (CKs) and auxins (Auxs) was analyzed in isolated
microspores and ovaries of two doubled haploid (DH) lines of triticale (× Triticosecale Wittm.) …

Soil salinity represents a significant environmental stressor that impairs crop production and
yield. A wide range of treatments have been used to reduce the effects of salinity in plants …

Drought stress negatively affects the physiology, biochemistry, and morphology of plants.
This leads to leaf rolling, leaf scorching, stunning plants, and permanent wilting. Plants …

Abiotic plant stresses such as drought, flooding, and ultraviolet (UV) radiation have
intensified in recent decades due to global climate change. Abiotic stress can result in …

Melatonin participates in the response to abiotic stressors in plants and enhances tolerance
to water stress tolerance in loquat seedlings; however, the underlying mechanism remains …