Plants encounter various abiotic stresses, such as drought, salinity, and extreme temperatures, which can significantly hinder their growth and ...

abiotic stressors such as extreme weather, fluctuating temperatures, drought, or excessive moisture can stealthily undermine crop yields. These stressors can trigger a response in the plants ...

Plant stress responses describe the suite ... Stresses can be abiotic, such as drought or excess light, or biotic, such as herbivores or pathogens. Biocrusts, covering much of Earth’s drylands ...

Understanding stress physiology and molecular response mechanisms in plants is essential for improving crop production and quality, particularly under ...

By studying how biotic factors like pests interact with abiotic factors like crops, we can create strategies to protect food production. If we know how soil quality affects plant growth ...

Phytochemical diversity plays a critical role in determining plant adaptation and fitness ... diversity and its adaptation to abiotic and biotic stresses along different climatic gradients.

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In the past, plant breeding primarily involved the selection of plants with desirable characteristics through trial and error ...

Biotic close bioticLiving elements of an ecosystem, such as plants and animals. factors are interactions associated with living organisms. Competition will occur between organisms in an ecosystem ...

Working closely with students , I focus on understanding the physiological responses of trees to biotic/abiotic stress with a particular interest in plant water relations and carbon allocation.