We are intrested in plant eco-physiology, vegetation modeling, and land surface modeling, with a primary focus on understanding plants' responses and acclimations to global climate change and improving the predictive skills of the Earth system models in carbon, water, and energy budgets. The work we have done includes unveiling the dynamics of drought-induced xylem cavitation, developing stmatal optimization models, developing the Emerald model (formly CliMA Land), and developing and maintaining the GriddingMachine software and database.
No content
Research professor of Atmosphere Science and Global Climate Change, School of Earth and Space Sciences
May.2024
Apr.2024
Dec.2023
Mar.2023
No content
No content
No content
No content
No content
ZipCode:
PostalAddress:
Email:
