Michael Strom Email & Phone Number

Restores river habitat for endangered species and models flood risk. Uses 1D and 2D hydrodynamic models, 1D and 2D morphodynamic models, and AutoCAD Civil3D. Automates various analyses and optimizes restoration designs using Python, VBA, and VB.NET.For example, I wrote an app for AutoCAD Civil3D that automates the design of channels with user-defined.

Used LiDAR and a two-dimensional hydrodynamic model to mechanistically characterize human exposure to hydraulic hazards for application in mountain rivers, urban floods, and other dangerous flow settings. Presented a poster at the 2014 American Geophysical Union Fall Meeting and published an article in Natural Hazards.

Led four hours of discussion sections each week. Graded weekly assignments, essays, and final projects for 72 students for fall quarter 2013 and 91 students for fall quarter 2014.

Graded weekly assignments, midterms, and final exams for 41 students.

Pasternack Lab, Department Of Land, Air And Water Resources

Used spatially explicit metrics to reenvision the classic velocity reversal mechanism as a diversity of discharge-dependent behaviors of peak velocity patches across a suite of landforms in the lower Yuba River. Presented findings to the Lower Yuba River Management Team and presented a poster at the 2012 American Geophysical Union Fall Meeting. Published.

Dahlgren Lab, Department Of Land, Air And Water Resources

Assisted with water quality monitoring along the Klamath River to establish a biogeochemical baseline for different reaches of the river, given plans for dam removal. Measured velocity, temperature, pH, EC, and DO in the field as well as collected samples for TSS, VSS, chlorophyll-a, and gas chromatograph readings in the lab.

Master'S Degree, Hydrologic Sciences

Bachelor Of Science (Bs), Hydrology