Projects

Post-fire impacts on hydrological and land-surface processes
PI Siwei He Organization NOAA Global Systems Laboratory Period 2022-08 to 2023-01 First, the impact of wildfires on the land-surface biogeophysical properties, such as soil hydraulic conductivity and vegetation type, was identified and parameterized.
NOAA Global Systems Laboratory internal funding
Post-fire impacts on hydrological and land-surface processes
Characterizing atmospheric boundary layer transition during the afternoon-to-evening period
PI David D Turner Organization NOAA Global Systems Laboratory Period 2020-03 to 2022-07 This project aimed to improve our understanding of the complex land-atmosphere processes and their interaction during the afternoon to evening transition (AET).
More information about the ASR/ARM program
Characterizing atmospheric boundary layer transition during the afternoon-to-evening period
Considering snow spatial distribution sub-grid variability in land-surface models
PI Siwei He Organization National Academies of Sciences, Engineering, and Medicine Period 2018-08 to 2020-02 This project aimed to solve the spatial variability of snow depth problem in the Earth system modeling.
More information about the NRC program
Considering snow spatial distribution sub-grid variability in land-surface models
Wyoming Center for Environmental Hydrology and Geophysics (WyCEHG)
PI Steve Holbrook, Scott N Miller, Ginger Paige Organization University of Wyoming Period 2014-09 to 2017-12 The Wyoming Center for Environmental Hydrology and Geophysics (WyCEHG) was established in July 2012 with a NSF grant.
PDF NSF EPSCoR
Wyoming Center for Environmental Hydrology and Geophysics (WyCEHG)