Professor, Department of Geography and Geoinformation Sciences
I am an expert in local to global land surface-atmospheric remote sensing, in-situ observation and numerical simulation, development and application of data assimilation methods, and global water and energy cycling.
■ HMA-LDAS: Hyper-resolution High Mountain Asia – Land Data Assimilation System.
■ Next-Generation Large-Scale Fractional Freeze/Thaw Analysis.
■ Advancing hydrologic modeling in High Mountain Asia by merging and downscaling satellite-based precipitation products.
■ Enabling Sustainability in High Mountain Asia: Mapping Permafrost Degradation using Satellite Data Assimilation.