Dr. Huisheng Bian
Not Applicable · Non-Tenure Track
Goddard Earth Sci & Tech Center
About
Dr. Huisheng Bian worked in Chinese Meteorological Academy as an assistant researcher, where her research interest was regional air quality modeling. Her Ph.D. work focused on improving, validating, and applying UCI global chemistry transport model for tropospheric ozone simulation, as well as on developing a module (Fast-J2) to accurately simulate stratospheric photolysis in global chemistry models. Upon graduation, Dr. Bian became interested in atmospheric aerosols, their distribution and their photolytic and heterogeneous impacts on tropospheric chemistry.
Research interests
Her current major research interest involves improving atmospheric aerosol simulation by including nitrate aerosol and secondary organic aerosol and by investigating aerosol micro-physics for aerosol-cloud interaction.
Education
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Ph D
— University of California Irvine (2001) Improvement and Applicaiton of UCI Chemistry Transport Model
- MS — University of California Irvine (1997)
- MS — Nanjing Unversity (1988)
- BS — Nanjing University (1985)
Publications
- The fertilizing role of African dust in the Amazon rainforest: A first multiyear assessment based on data from Cloud-Aerosol Lidar and Infrared Path finder Satellite Observations 2015
Presentations
- Investigation of nitrate simulations from AeroCom multi-models constrained by various measurements 2013
- Improvement of aerosol simulation in GMI 2013
Grants and Contracts
- Characterizing Aerosol Transport from Mid-Latitudes to Polar Regions with Twin Spaceborne Lidars and GEOS-5 Model 2017
- Towards the improvement of chemical lateral boundary conditions for the National Air Quality Forecasting Capability 2016
- Applying Aircraft and satellite measurements in evaluation and improvement of photolysis model for photochemistry simulation in GEOSCCM 2014
- interactions between Asian air pollution and monsoon system - A multi-scale modeling and analysis 2014
- Decadal varitions of aerosols in the upper tropospheric and lower stratosphere: Trends, source atttibutions, and the role of deep convection 2014
- ACCRI follow-on work 2014
- Impact of emissions and long-range transport on the changes of Arctic atmospheric composition and climate 2012
- A Modeling Analysis of the Impacts of Particulate Pollution on Tropospheric Chemistry in Past Decades Constrained by Surface Measurement and Satellite Data
- Global marine organic aerosol and DMS: Emissions, distributions, and climate impacts via aerosol-cloud-radiation interaction
- Intraseasonal to interannual variability of aerosols in the upper troposphere: Atmospheric processes connected to MJO, monsoon, and ENSO