Plants silently communicate their responses to environmental changes through water transport, growth, and carbon metabolism. My research in applied plant ecophysiology deciphers and innovatively harnesses this "secret language" using advanced plant sensors (both commercially available and custom-developed in my lab), mechanistic models, and medical imaging techniques. This multidisciplinary approach not only unlocks deeper insights into the dynamic interactions between plants and their environment but also drives the development of innovative tools and technologies.

Spanning crops and trees, our work integrates real-time sensor data with advanced models wherever feasible to address critical climate challenges both indoors and outdoors. By transforming plants into biological indicators, this research provides essential knowledge for advancing sustainable horticulture, agriculture, and forestry in a rapidly changing climate.