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个人简介
I have headed research to develop and evaluate climate versions of regional meteorological and air pollution models to assess the climate impacts on air pollution;
and also to develop a suite of modeling tools, known as GLIMPSE, to rapidly assess climate and air quality impacts of possible mitigation policy options. Before joining EPA, I was directing and managing the Atmospheric System Research/ARM program in the Climate & Environmental Sciences Division at the Department of Energy. Typical responsibilities include: Evaluation of scientific advances and opportunities in the Weather and Climate research, and scientific user facilities at National Laboratories (e.g., Brookhaven National Laboratory, Lawrence Livermore National Laboratory…) and at universities. While working at NSF, Co-Managed Climate and Large-scale Dynamics (CLD) program in GEO/ATM. Duties: Implement, review, and fund meritorious atmospheric science proposals; perform post-award management. Contributed to the intellectual integration with Atmospheric Chemistry, Dynamical & Physical Meteorology, Hydrology programs and other cross-division programs (Geography, Biology, Polar Sciences, Oceanography). I also have research experience developing non-local boundary, shallow and deep cumulus convection parameterization for regional and global climate models; Improving land surface formulations and soil moisture assimilation schemes for regional and global climate models; Developing variable grid resolution regional atmospheric chemistry-transport models; dry deposition modeling; regional and intercontinental ozone and aerosol modeling.
His research interests are in air quality modeling and model development, PFAS life cycle modelling, integrated as sessment modeling, convective cloud parameterization development, boundary layer modeling, climate change and exposure science, and socio-economics.
and also to develop a suite of modeling tools, known as GLIMPSE, to rapidly assess climate and air quality impacts of possible mitigation policy options. Before joining EPA, I was directing and managing the Atmospheric System Research/ARM program in the Climate & Environmental Sciences Division at the Department of Energy. Typical responsibilities include: Evaluation of scientific advances and opportunities in the Weather and Climate research, and scientific user facilities at National Laboratories (e.g., Brookhaven National Laboratory, Lawrence Livermore National Laboratory…) and at universities. While working at NSF, Co-Managed Climate and Large-scale Dynamics (CLD) program in GEO/ATM. Duties: Implement, review, and fund meritorious atmospheric science proposals; perform post-award management. Contributed to the intellectual integration with Atmospheric Chemistry, Dynamical & Physical Meteorology, Hydrology programs and other cross-division programs (Geography, Biology, Polar Sciences, Oceanography). I also have research experience developing non-local boundary, shallow and deep cumulus convection parameterization for regional and global climate models; Improving land surface formulations and soil moisture assimilation schemes for regional and global climate models; Developing variable grid resolution regional atmospheric chemistry-transport models; dry deposition modeling; regional and intercontinental ozone and aerosol modeling.
His research interests are in air quality modeling and model development, PFAS life cycle modelling, integrated as sessment modeling, convective cloud parameterization development, boundary layer modeling, climate change and exposure science, and socio-economics.
研究兴趣
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Atmospheric Environment (2024): 120188-120188
ATMOSPHERIC ENVIRONMENT (2024)
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