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…Meza (MIT-WHOI Joint Program), 2022-2023 Ph.D. Thesis Committee Chair for Hanyuan Liu (MIT-WHOI Joint Program), 2021-2023 Ph.D. External Examiner for Christoph Renkl (Dalhousie University, Oceanography), 2020 Ph.D. Thesis committee for…
Read MoreDOE WFIP3: Improving High-Resolution Offshore Wind Resource Assessment and Forecasts Using Observations in the MA/RI Lease Areas
WHOI WFIP3 project website: https://www2.whoi.edu/site/wfip3/ This is a comprehensive observational and modeling study of the coupled atmospheric and oceanic boundary layers that will dramatically improve offshore windresource measurement and modeling…
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…54. Shinoda, T., S. Pei, W. Wang, J. X. Fu. R.-C. Lien, H. Seo, A. Soloviev, 2021: Climate Process Team: improvement of ocean component of NOAA Climate Forecast System relevant…
Read MoreLecture, Seminars, and Conference Presentations
…pdf Surface wave impacts on air-sea momentum flux in the Northwest Atlantic Ocean: coupled modeling and bulk formula. Workshop on Air-Sea Interaction and Implications for Offshore Wind Energy, 02/10/2021. 2021…
Read MoreNOAA CPT: Improvement of MJO simulation in NCEP Coupled Forecast System: Upper ocean and air- sea coupled processes (2016-2019)
…quality upper ocean data are available. These schemes will be further tested in the uncoupled ocean component of CFS with an enhanced vertical resolution. Develop computationally efficient surface flux algorithm…
Read MoreNOAA CVP: Coupled ocean-atmosphere interaction mediated by ocean mesoscale eddies in the Northwestern Tropical Atlantic Ocean (2019-2022)
…plan. Improved physical understanding of mesoscale and frontal-scale ocean-atmosphere interactions is currently of significant interest to the science community. The proposed research will help improve climate model simulations at such…
Read MoreImproving the model simulation of surface wave impacts on air-sea fluxes, turbulent boundary layers, and their impacts on Indian monsoons in the Arabian Sea
ONR ASTraL DRI: https://www.nre.navy.mil/organization/departments/code-32/division-322/physical-oceanography/astral ASTraL will improve in situ characterization of air-sea exchanges of heat, mass, and momentum, including amplitudes and space-time variability, and provide useful and practical observational constraints…
Read MoreNASA Map: Improving Coupled Atmosphere-ocean Processes in Nu-wrf for the Simulation of Coast-threatening Extratropical Cyclones in the Northeastern Us
…within WRF, immediately benefiting the broad WRF modeling community. This project is well-aligned with the long-standing goal of the NASA MAP Program to “understanding of the Earth as a complete,…
Read MoreONR ASTraL DRI: Improving the model simulation of surface wave impacts on air-sea fluxes, turbulent boundary layers, and their impacts on Indian monsoons in the Arabian Seo
…simulations to validate and refine critical aspects of the “wave-based” air-sea flux parameterizations in the latest and next-generation COARE algorithm against the existing and future in situ measurements in the…
Read MoreNOAA CVP: Exploiting coupled ocean-atmosphere-wave model simulations to identify observational requirements for air-sea interaction studies across the tropical Pacific
…The process studies being planned in the western and eastern equatorial Pacific are intended to shed light on physical processes and guide the design and development of the TPOS. The…
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