Plant Physiology and Cellular Dynamics

不利的环境压力，如高盐度、干旱和极端温度，是影响全球农作物分布和产量的严重挑战。预计的全球气候变化将进一步增加许多领域的这些挑战，使作物抗逆性的提高成为确保21世纪粮食供应的关键因素。我的研究计划旨在从整个植物和细胞水平识别和描述植物耐受逆境的机制。这些知识将使未来发展耐胁迫作物的生物技术成为可能，确保长期可持续农业在恶劣条件下的高产。

Adverse environmental stresses, such as high salinity, drought, and extreme temperatures are serious challenges affecting the distribution and yield of agricultural crops around the globe. The expected global climate changes will further increase these challenges in many areas, making improved stress resistance of crops a key factor for securing food supplies in the 21st century. My research program aims at identifying and characterizing the mechanisms underlying plant stress tolerance, both at the whole plant and cellular levels. This knowledge will enable the future biotechnological development of stress-tolerant crops, ensuring high yield under harsh conditions for a long-term sustainable agriculture.