基本信息
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职业迁徙
个人简介
Research Interests
Advanced Physics Parameterization Schemes in NWP Models
Impact of Air-Sea Interaction on Tropical Cyclone Intensification
His master thesis was on cloud prediction using a mesoscale model. He became involved in four-dimensional data assimilation during his Ph.D. work, doing idealized studies of the variational data assimilation using the adjoint technique. As graduate research assistant at the Pennsylvania State University, Dr. Bao participated in the research of modeling weather events that affect aviation under a project jointly sponsored by the Federal Aviation Administration and the National Science Foundation. He spent a year at the National Severe Storms Laboratory of NOAA as a student scientist. During his Ph.D. work, Dr. Bao was awarded the Penn State Earth System Sciences fellowship and NASA EOS fellowship. In 1993, Dr. Bao was selected as a Postdoctoral Researcher by the Advanced Study Program at NCAR. He worked with NCAR scientists on the variational sensitivity analysis in numerical modeling studies and large scale dynamics involved in explosive marine cyclogenesis events. After joining NOAA through CU/CIRES in 1994, Dr. Bao has been working with scientists at NOAA on modeling marine boundary layer processes using an air-sea coupled mesoscale model. In 2000, Dr. Bao became a formal NOAA Research Meteorologist. Since then, Dr. Bao has been leading the research on the impact of air-sea interaction on tropical storm development in the Physical Sciences Laboratory. He led a team effort to evaluate the performance numerical weather prediction models in air quality simulations and prediction. Recently, he has been responsible for developing and testing the physics component of the ESRL global model. He is also leading an effort to develop and improve the grid-resolved and subgrid cloud parameterization schemes in numerical weather prediction models.
RESEARCH INTEREST AND EXPERIENCE
Physics Parameterization in Numerical Weather Prediction Models, Atmospheric Boundary-Layer Modeling, LandSurface Modeling, Air-Sea Coupled Modeling, Air-Sea Surface Flux Parameterization, Air-Quality
Forecast/Modeling, Mesoscale Modeling, Mesoscale Ensemble Prediction, Mesoscale Data Assimilation
2004-2006, Associate Editor of Weather Forecasting and Analysis
Advanced Physics Parameterization Schemes in NWP Models
Impact of Air-Sea Interaction on Tropical Cyclone Intensification
His master thesis was on cloud prediction using a mesoscale model. He became involved in four-dimensional data assimilation during his Ph.D. work, doing idealized studies of the variational data assimilation using the adjoint technique. As graduate research assistant at the Pennsylvania State University, Dr. Bao participated in the research of modeling weather events that affect aviation under a project jointly sponsored by the Federal Aviation Administration and the National Science Foundation. He spent a year at the National Severe Storms Laboratory of NOAA as a student scientist. During his Ph.D. work, Dr. Bao was awarded the Penn State Earth System Sciences fellowship and NASA EOS fellowship. In 1993, Dr. Bao was selected as a Postdoctoral Researcher by the Advanced Study Program at NCAR. He worked with NCAR scientists on the variational sensitivity analysis in numerical modeling studies and large scale dynamics involved in explosive marine cyclogenesis events. After joining NOAA through CU/CIRES in 1994, Dr. Bao has been working with scientists at NOAA on modeling marine boundary layer processes using an air-sea coupled mesoscale model. In 2000, Dr. Bao became a formal NOAA Research Meteorologist. Since then, Dr. Bao has been leading the research on the impact of air-sea interaction on tropical storm development in the Physical Sciences Laboratory. He led a team effort to evaluate the performance numerical weather prediction models in air quality simulations and prediction. Recently, he has been responsible for developing and testing the physics component of the ESRL global model. He is also leading an effort to develop and improve the grid-resolved and subgrid cloud parameterization schemes in numerical weather prediction models.
RESEARCH INTEREST AND EXPERIENCE
Physics Parameterization in Numerical Weather Prediction Models, Atmospheric Boundary-Layer Modeling, LandSurface Modeling, Air-Sea Coupled Modeling, Air-Sea Surface Flux Parameterization, Air-Quality
Forecast/Modeling, Mesoscale Modeling, Mesoscale Ensemble Prediction, Mesoscale Data Assimilation
2004-2006, Associate Editor of Weather Forecasting and Analysis
研究兴趣
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