Project InfoEnvironmental Seismology – Using Geophysical Tools to Study Surface ProcessesDanica Roth | droth@mines.eduMany active Earth surface processes, such as landslides or sediment transport in flooding rivers can be challenging, costly and potentially dangerous...
Project InfoModeling Multi-Scale Electromagnetic PhenomenaMohammed Hadi | mhadi@mines.eduThe aim is to extend present technologies for modeling and predicting electromagnetic phenomena to efficiently use computing resources optimized numerical techniques. When...
Project InfoHydrologic Feature Detection with PythonMatthew Siegfried | siegfried@mines.eduOur ultimate goal is to detect and categorize polar hydrologic features, and enhance our understanding of the journey, fate, and impact that melting water has on ice dynamics...
Project InfoDo largest changes in climate correspond to largest drivers?Piret Plink-Bjorklund | pplink@mines.eduIs climate change a gradual process where successively stronger drivers cause successively stronger responses, or are there critical thresholds? The goal of...
Project InfoClimate zones in extreme greenhouse worldPiret Plink-Bjorklund | pplink@mines.eduThe goal of this project is to collect literature data on global climate during one of the well-studied past greenhouse climates of Paleocene-Eocene Thermal Maximum (PETM) and...
