Prof. at the Institute of Plant Sciences and Genetics in Agriculture, Robert H. Smith Faculty My research interests lie in improving agronomic plant vigor, developing stress tolerance, and enhancing yield production. I delve into quantitative analysis of environmental signaling in crops, examining its impact on productivity and survivability. Another key area of my expertise is in the regulatory role of plant aquaporins (water channels) in controlling plant water balance.
I'm also passionate about technological advancements in agriculture. I have been working on developing a high-throughput automated screening system for on-line plant diagnosis, aiding in the selection of optimal plants for specific conditions. This integration of technology and plant science is pivotal in addressing current and future challenges in agriculture and food security. My academic and research endeavors aim to blend traditional agronomy with modern technology to unlock new potentials in crop production and environmental sustainability.
