Different dominant atmospheric nitrogen species induce contrasting physiological responses in Hypogymnia physodes transplanted to urban and rural areas, with nitrate and ammonium levels varying seasonally.
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Plant responses to water stress
Moving in Journal of Experimental Botany, Plant Physiology and Biochemistry, Plant, Cell & Environment, Environmental pollution, bioRxiv, Nature Reviews Molecular Cell Biology.
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Plants adapt to water stress through diverse strategies, with aquatic and amphibious species exhibiting unique mechanisms like heterophylly and oxygen-escape tactics.
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has undergone multiple whole-genome duplications and evolved unique genomic features that enhance its abiotic stress tolerance in saltmarsh environments.
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Thermospermine acts as a bifunctional translational regulator essential for vascular development and stress adaptation in plants, influencing xylem differentiation and secondary growth.
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Heat priming at the tillering stage enhances spikelet fertility and seed germination under heat stress in IR64 rice, with up to 50% improvement observed.
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Recurrent drought induces a progressive shift from stress response to resource conservation in Atriplex halimus, with D3 showing metabolic downregulation and resource-saving signatures.
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RsHSFA3 enhances heat tolerance in Rhododendron simsii by activating heat shock proteins and improving ROS scavenging capacity.
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Temperate tree species' heat tolerance hinges on water availability and hydraulic strategy, with Acer platanoides showing severe damage and Quercus robur recovering rapidly.
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Vein-specific overexpression of galactinol synthase enhances salinity tolerance in poplar by 50% through improved ion regulation and stress response mechanisms.
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CaMACPF1 and CaMACPF6 enhance hypoxia tolerance in pepper by modulating jasmonate and auxin pathways, with overexpression improving plant endurance under stress.
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OsSRL10 and AHP2 form a cooperative signaling module that enhances salt stress tolerance in rice by regulating ROS and ion balance, with OsSRL10 overexpression increasing seedling resilience.
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Plants activate complex molecular and cellular mechanisms, including heat shock factors and biomolecular condensates, to acclimate to heat stress, enabling survival under rising temperatures.
Silencing NtFATB in Nicotiana tabacum reduces lipid diversity and increases cold sensitivity, with a 50% decrease in key lipid classes and suppressed cold-responsive gene expression.
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