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1 sty 2021 · Understanding the physiological responses of plants to mitigate the adverse effects of abiotic stresses is important with respect to the development of crop varieties better suited to a particular climatic condition and maximizing productivity.
19 sie 2019 · Abiotic stresses primarily reduce the photosynthetic efficiency of plants, due to their negative consequences on chlorophyll biosynthesis, performance of the photosystems, electron transport mechanisms, gas exchange parameters, and many others.
5 mar 2024 · Studies revealed that exposure to MPs/NPs could lead to multiple physiological toxicities in plants, including changes in plant growth parameters, causing oxidative stress, inhibiting photosynthesis, altering water and nutrient absorption, causing cellular and genotoxic effects, and inhibiting seed germination [66].
15 maj 2023 · Cd exposure can adversely affect plants' physiological and biochemical attributes. •. Cd poses detrimental effects on the morphology of vegetative and reproductive parts. •. Plants activate several defense mechanisms to alleviate/avoid/tolerate Cd toxicity. •. Phytoremediation strategies can be taken to minimize Cd toxicity and uptake in plants.
Understanding how plants use light information to modulate stress responses will support breeding strategies to enhance crop stress resilience. This review summarizes the effect of light as a stressor and the impact of the light environment on abiotic and biotic stress responses.
3 sie 2023 · The exclusion of Na + ions from the cell to the extracellular area is one of the major physiological mechanisms of plants to alleviate the negative impact of salinity stress.
17 lip 2019 · Terrestrial plants across the globe have played an important role in mitigating climate change by absorbing some of the CO 2 emitted by fossil fuels into the atmosphere. Currently, plants absorb 30% of CO 2 emissions annually (Ciais et al., 2013), slowing the rate of climate warming.
