Kai Zhang's homepage
Contact Information
Email: kai.zhang@pnnl.gov
Phone: +1 509-372-6583
Fax: +1 509-375-6448
Mailing Address
Pacific Northwest National Laboratory
Atmospheric Sciences and Global Change Division
PO Box 999, MSIN K9-24
Richland, WA 99352
USA
Department
Atmosphere in the Earth System
Short Bio
My research addresses the treatment and understanding of aerosol and cloud microphysics in the global aerosol-climate model system. I have been involved in developing a new version of the global aerosol-climate model ECHAM5-HAM of the Max Planck Institute for Meteorology. Together with my colleagues in Europe, I use ECHAM5-HAM2 to estimate the climate effect of anthropogenic aerosols and quantify the uncertainty due to using different physical parametrizations and model configurations such as resolution, with and without nudging, and the coupling between competing processes.
In spring 2011, I moved to Pacific Northwest National Lab in Richland, WA, USA. My current research focuses on using aircraft and satellite measurements to constrain ice cloud formation parametrization in global climate models.
Curriculum Vitae (PDF)
CV (Updated Feb 2012)
Research Interests
- Global aerosol modeling
- Aerosol and cloud microphysics
- Aerosol effect on cold clouds
- Long-range tracer transport and its inter-annual variability
- Radon - Low-tropospheric Ionization - Aerosol Nucleation
Radon Data
A global radon emission flux map has been created using the most recent regional radon flux maps available. The map has been reported in Zhang et al. (2011). Please contact me if you are interested in using it.
Models, Projects, and Co-workers
Models
Involved Projects
Public Data and Notes
ECHAM5.5-HAM2 results for AEROCOM Phase II (link to AEROCOM website)
Co-Workers
Xiaohong Liu Johann Feichter Philip Stier Jan Kazil Declean O'Donnell Ulrike Lohmann Minghuai wang
Publications
Education & Employment
Aerosol indirect effect, aerosol direct effect, aerosol-cloud interaction, aerosol microphysics, cloud microphysics, ice nucleation, ice cloud, mixed phase cloud, sulfate, black carbon, dust, sea salt, organic carbon, secondary organic aerosol, convection, atmospheric transport, turbulent transport, boundary layer cloud, global climate model, climate modeling, earth system modeling, climate change, resolution dependence, nudging, radon, ionized nucleation, radioactivity



