WRF Model Simulations of Orographically-Forced Mesoscale Turbulence in Stable Marine Boundary Layers
Project Type
group
Authors' Class Standing
Joseph Wermter, Senior
Lead Presenter's Name
Joseph Wermter
Faculty Mentor Name
Dr. Christopher Herbster
Abstract
The purpose of this research is to use the WRF model to simulate the effects of orography in the generation of mesoscale turbulence structures. Satellite and local observations are used to chart occurrences of eddies (commonly seen around the coast of Grover Beach, CA, Catalina Island, Guadalupe Island, for example (Muller et. al, 2015; Muller and Herbster, 2015). Model runs are conducted using the WRF model with a resolution high enough to re-create the eddies, yet maintaining computational efficiency to save computer time. The goal is to be able to forecast terrain-induced turbulence, which could have potential safety concerns in the field of general aviation.
Did this research project receive funding support (Spark, SURF, Research Abroad, Student Internal Grants, Collaborative, Climbing, or Ignite Grants) from the Office of Undergraduate Research?
No
WRF Model Simulations of Orographically-Forced Mesoscale Turbulence in Stable Marine Boundary Layers
The purpose of this research is to use the WRF model to simulate the effects of orography in the generation of mesoscale turbulence structures. Satellite and local observations are used to chart occurrences of eddies (commonly seen around the coast of Grover Beach, CA, Catalina Island, Guadalupe Island, for example (Muller et. al, 2015; Muller and Herbster, 2015). Model runs are conducted using the WRF model with a resolution high enough to re-create the eddies, yet maintaining computational efficiency to save computer time. The goal is to be able to forecast terrain-induced turbulence, which could have potential safety concerns in the field of general aviation.