My research focuses on ecohydrology under climate change, with particular emphasis on vegetation phenology. My primary interests include investigating vegetation phenological responses to climate change using multi-source datasets, as well as quantifying the impacts of phenological dynamics on hydrological processes across multiple spatial scales. To this end, I am integrating hydrological process-based models, global dynamic vegetation models, and regional Earth system models to examine phenology–hydrology interactions and the feedbacks of vegetation phenology to the climate system.