Dylan Reynolds Email & Phone Number

Davos, Graubünden, Switzerland

Using coupled atmospheric models (COSMO+ICAR) to downscale atmospheric forcing data to the hill-slope scale. This will improve the representation of snow-atmosphere processes in distributed snow models, particularly related to wind-redistribution of snow, by accounting for the advection of falling snow in complex terrain.--OR--Improving simulations of.

Seattle, WA

Pursuing a Master's in Civil and Environmental Engineering while working in Dr. Jessica Lundquist's Mountain Hydrology group. Current work involves applying neural networks to earth science questions, such as detecting wind drifts in snow depth maps.

Seattle, Washington

-Evaluating different physical schemes of the Weather Research and Forecasting (WRF) model-Worked with distributed observations from NASA's Airborne Snow Observatory (ASO) to analyze spatial patterns of errors in a distributed hydrologic model-Comparison of an ensemble of longwave radiation models for use in hydrologic modeling in the Sierra Nevada-Field.

University Of Washington

-Instructor of technical rock climbing classes, including basic belaying, lead climbing, and glacier travel

University Of Washington

-Worked with companies to conduct aerodynamics testing of models in a wind tunnel-Development of in-house data reduction tools to process data-Operated wind tunnel and preformed routine maintenance