To reveal the impact of small-scale ocean features on large-scale weather and climate.
Science Objective 1
Determine the degree to which 25-km resolution turbulent heat and moisture fluxes influence midlatitude storm evolution and long-term weather.
Science Objective 2
Balance the global ocean turbulent heat and moisture flux contributions to the energy and water cycles to within 5%.
Engineer cold emails scientist…want to meet at AGU and talk about science?
A virtual team is created, a lot of online brainstorming…what is interesting science with big societal impact?
We like your science, but, you are an EVM trying to fit into an EVI, patience young skywalker….
Drinking from a firehose. Electrical or chemical spacecraft propulsion? Rigid or deployable antenna? Science Tracability Matrix whaaaa??
The competition just kept going and going because of COVID…. a millon details to keep track of… so so many zoom calls…. I think most of us can remember MEV Wet Mass and Power but sometimes forget our names.
Deputy Principal Investigator
Deputy Project Scientist & Instrument Scientist
Co-Investigator - Lead Validation
Co-Investigator - Lead WRF modeling regional-scale
Co-Investigator - Lead observational analysis
Co-Investigator - Lead WRF modeling basin-scale
Co-Investigator - Lead Science Objective 2
Co-Investigator - Lead analysis spatial effects
Co-Investigator - Lead Chrysalis Project (Student Collaboration)
Collaborator - Lead impact assessment in UFS
Collaborator - Lead UFS assimilation
Collaborator - Lead NRL coupled modeling assimilation
Collaborator - Lead ECMWF coupled modeling assimilation
Collaborator - Lead UK Met Office modeling assimilation
Collaborator - Lead AMSR3 inter-cal/dev
Collaborator - Lead J-OFURO flux product
Collaborator - Lead IFREMER flux product
Experts in Oceanography, Meteorology, Satellites, Weather, and Open science!