Alison Gregory, UFS Weather Project, Developing a clean, reproducible workflow using the UFS Short-Range Weather App tutorial to simulate the August 10, 2020 derecho and visualize model outputs.

Livian Von Dran, PLANT-B: Stoichiometric Nutrient Cycle Simulation, Supporting nutrient cycle simulations for the PLANT-B CubeSat Terrarium Mission by mapping areas of species overlap to investigate nutrient dynamics in natural ecosystems.

Charlie Caravati, Automated Reflectance Processing for Interior LiDAR Point Clouds: Developing an open-source, lightweight Python workflow for testing and tuning automated clipping of bad data generated by mirror reflections in .e57 LiDAR point clouds. Utilizes Random Sample Consensus, Primary Component Analysis, and Ray-Tracing Occlusion to identify and filter potential ‘ghost’ points

Kayleigh Ward, Nate Hofford, and Max Warnock, Pawnee National Grassland Land Swap Optimization: Developing a geospatial framework to identify land swap opportunities that reduce landscape fragmentation and improve ecological function by integrating parcel ownership, ecological datasets, and spatial optimization techniques.

Nym Veach, Mapping Surface Runoff Susceptibility in the Nisqually River Watershed: Building a fuzzy logic geospatial model to evaluate surface runoff susceptibility under both current and future climate scenarios in Washington's Nisqually River watershed.

Raini Helmstadter Snow Drought Modeling Modeling snowpack, snow water equivalent (SWE), and snow drought conditions across the Northern Rocky Mountains to better understand changing winter hydrology.

Markus Jessewin, eqlat_HPC: Equivalent Latitude Computation for NOAA HPC Orion: Developing a Python package that computes equivalent latitude from potential vorticity fields on isentropic surfaces using ERA5 and MERRA-2 reanalysis datasets for atmospheric research.