Metabolic properties of plants change in response to intricate physiological and biochemical
mechanisms, which progress through the period of growth, development, reproduction, and …

The vast metabolic diversity observed in plants is the direct result of continuous evolutionary
processes. There are more than 200,000 known plant secondary metabolites, representing …

Key features: Serves as a cutting-edge resource for researchers and students who are
studying plant abiotic stress tolerance and crop improvement through metabolic adaptations …

Plants are sessile beings, so the lack of mechanisms to escape from adverse conditions has
fostered, through evolution, the development of unique and sophisticated responses to …

Drought, cold, high-salinity and heat are major abiotic stresses that severely reduce the yield
of food crops worldwide. Traditional plant breeding approaches to improve abiotic stress …

This new volume provides a timely update on the knowledge of plant responses to various
environmental stresses such as salinity, waterlogging, drought, pollution, heat, temperature …

In general, environmental stresses cause potential damage to normal plant developmental
pattern reflecting on the reduced yield. Stresses induce oxidative damage by causing abrupt …

Plants respond to environmental challenges inducing several physiological, metabolic, and
molecular responses. These responses are oriented to avoid or endure the adverse …

This review explores the intricate mechanisms underlying plant metabolic responses to
environmental stresses and the adaptive strategies plants employ to mitigate stress-induced …

Plants are continually exposed to various environmental extremities during their growing
period. As such, plants have to constantly struggle with different abiotic and biotic factors …