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abiotic-stress

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Abiotic stress refers to the harmful effects of non-living environmental factors—such as drought, extreme temperatures, salinity, and heavy metals—on plant growth and survival. Understanding how plants perceive and respond to these stresses is central to plant biology, as abiotic stress is a leading cause of crop yield loss worldwide. Research in this area aims to uncover the molecular and physiological mechanisms that confer stress tolerance, informing efforts to breed or engineer more resilient plant varieties.

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PubMed → · research article

The SlWRKY75-SlASDAC Module Regulates Melatonin Levels to Modulate ...

Tomatoes grown with this melatonin-boosting gene edit produce more carotenoids (the pigments behi...

climate-adaptation
PubMed → · research article

Seed priming approaches for climate-resilient agriculture.

Vegetables, grains, and fruits in your grocery store are increasingly threatened by droughts and ...

plant-signaling
PubMed → · research article

Plants make melatonin too, and it helps them survive heat and drought

When prairie grasses and garden perennials weather a brutal July heat wave while ornamentals near...

climate-adaptation
PubMed → · research article

The Role of Mathematical Modeling in Plant Abiotic Stress Biology: ...

The wheat, corn, and vegetables feeding you are increasingly failing under record droughts and he...

crop-improvement
PubMed → · research article

Role of primary protectors of plant cells in salinity tolerance: mo...

The tomatoes, carrots, and wheat increasingly grown on salt-damaged soils are quietly losing yiel...

PubMed → · research article

Scientists mapped the genes that help soybeans survive drought and heat

Soybeans quietly anchor the protein in everything from tofu to livestock feed, and the genetic to...

climate-adaptation
PubMed → · research article

Role of plant nutritional balance under combined abiotic stress con...

Your tomatoes wilting in a heat wave while also sitting in compacted, nutrient-depleted soil are ...

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