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HYBRID EVENT
September 08-10, 2025 | Valencia, Spain

Stress Tolerance Mechanisms in Plants

Stress Tolerance Mechanisms in Plants

Plants encounter various abiotic and biotic stresses that can adversely affect their growth and development. To cope with these challenges, plants have evolved numerous stress tolerance mechanisms. For instance, under drought conditions, plants may activate stomatal closure to minimize water loss, while simultaneously producing osmolytes to maintain cellular turgor pressure. In response to salinity, plants can enhance the expression of salt-responsive genes that facilitate ion homeostasis. Additionally, the synthesis of protective proteins, such as heat shock proteins, helps plants endure extreme temperatures. Understanding these mechanisms is essential for developing crop varieties that can thrive in adverse conditions, thereby ensuring food security.

Committee Members
Speaker at Plant Science and Molecular Biology 2025 - Costantino Paciolla

Costantino Paciolla

University of Bari Aldo Moro, Italy
Speaker at Plant Science and Molecular Biology 2025 - Edgar Omar Rueda Puente

Edgar Omar Rueda Puente

Universidad de Sonora, Mexico
Speaker at Plant Science and Molecular Biology 2025 - V A Dragavtsev

V A Dragavtsev

Federal State Budgetary Scientific Institution, Russian Federation
GPMB 2025 Speakers
Speaker at Plant Science and Molecular Biology 2025 - Michael Davidson

Michael Davidson

ChucaoTech Asia Africa, United States
Speaker at Plant Science and Molecular Biology 2025 - Asad Abbas

Asad Abbas

Western Sydney University, Australia
Speaker at Plant Science and Molecular Biology 2025 - Jessica Frigerio

Jessica Frigerio

University of Milano, Italy
Speaker at Plant Science and Molecular Biology 2025 - Sassan Mohasseb

Sassan Mohasseb

Smteam GmbH, Switzerland
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