… view of the responses to combined stresses in different genotypes. This is crucial for
identifying the elite germplasm that can tolerate multiple stresses and provide maximum yields. …

… molecular mechanisms of abiotic stress tolerance in plants, and … and critical components of
stress tolerance. Thellungiella research is … as a model for research into plant stress tolerance. …

… ; polyamines; abscisic acid) and how these stress-induced changes are related to expression
… abiotic stress tolerance. We also discuss a classical trade-off between tolerance and yield, …

… stressed conditions. While there is extensive fundamental research activity that examines
mechanisms of plant stress tolerance, … or mitigating the effect of abiotic stress in the field; in …

… of cross tolerance to biotic and abiotic stresses in plants. Climate … metabolism and
environmental stress responses. Redox … Rather, they are part of a much larger stress signaling …

… Thus, while Ca2 is a crucial component of signaling networks mediating pollen tube growth,
other signals must also be important (see also Section 4.2.). K and H ions influx at the pollen …

… possible gaps improve the stress-tolerant mechanism in plants … stress tolerance and defense
mechanism against several abiotic … H + pumps play a crucial role in maintaining the solute …

… Their salt stress tolerance varies by species [10,21]. … The SOS pathway is a crucial ion
homeostasis process in crop … to facilitate the plant’s tolerance to salinity stress is unclear. The most …

… The synergistic or antagonistic hormone action and the coordinated regulation of hormone
biosynthetic pathways play crucial roles in the adaptation of plants to abiotic stress. Recently, …

… stress tolerance, and for engineering stress tolerant crops is based on the expression of
specific stress-… It is also crucial to report the dry weight of tested plants, possibly before and after …