Name |
Institution |
Role in CMMAP |
Thomas Ackerman |
University of Washington, JISAO |
Model evaluation using ARM data |
Akio Arakawa |
University of California, Los Angeles |
Development of improved GCMs and
cloud parameterizations |
Peter Blossey |
University of Washington |
Physical Processes, Cloud-Climate Interactions & Coupled Modeling
|
Gordon Bonan |
National Center for Atmospheric Research |
Multiscale land-surface modeling |
Mark Branson |
Colorado State University |
Model Development
|
Christopher Bretherton |
University of Washington |
Development of improved cloud parameterizations |
Mingxuan Chen |
Colorado State University |
Model development
|
Anning Cheng |
Langley Research Center, NASA |
Development of boundary-layer parameterizations
for use in the MMF |
Minoru Chikira |
Colorado State University |
Development of improved conventional parameterizations of cumulus convection and the boundary layer
|
William Collins |
Lawrence Berkeley Labs / UC Berkeley |
Developer of radiative transfer parameterizations;
Liaison to CCSM |
Don Dazlich |
Colorado State University |
Model Development
|
Charlotte DeMott |
Colorado State University |
Model evaluation
|
Paul DeMott |
Colorado State University |
Model Development - microphysics parameterization
|
Alan Scott Denning |
Colorado State University |
Director for Education and Outreach; Use of MMFs
to study the carbon cycle |
Leo Donner |
Geophysical Fluid Dynamics Laboratory, NOAA |
Development of improved MMFs
and improved conventional parameterizations |
Grant Firl |
Colorado State University |
Development of subgrid-scale parameterization; low cloud-climate interactions
|
Andrew Gettelman |
National Center for Atmospheric Research |
Cloud-climate interactions |
Steve Ghan |
Pacific Northwest National Laboratory |
Research on aerosols and cloud microphysics in climate change; External Advisory Panel |
Wojciech Grabowski |
National Center for Atmospheric Research |
Development of improved CSRMs and MMFs |
William Gustafson |
Pacific Northwest National Laboratory |
Cloud-climate interactions |
Ross Heikes |
Colorado State University |
Model development
|
John Helly |
UC-San Diego, SDSC |
Director for Computation,
and liaison to SDSC |
Andrew Heymsfield |
National Center for Atmospheric Research |
Parameterization of ice microphysics |
Joon-Hee Jung |
Colorado State University |
Development of quasi-3D MMF
|
Marat Khairoutdinov |
Atmospheric Sciences at Stony Brook |
Development of CSRMs and MMFs |
George Kiladis |
NOAA/ESRL |
MJO research |
Masahide Kimoto |
Center for Climate Systems Research, University of Tokyo, Japan |
Scientific participant in CMMAP Workshops; development of improved MMFs |
Celal Konor |
Colorado State University |
Model development
|
Gabriel Kooperman |
UC-Irvine |
Physical processes & land surface
|
Sonia Kreidenweis |
Colorado State University |
Use of MMFs with aerosol and cloud microphysics
parameterizations |
Steven Krueger |
University of Utah |
Development of improved MMFs |
Zhiming Kuang |
Harvard University |
Development of improved cloud parameterizations |
Christian Kummerow |
Colorado State University |
Liaison to TRMM and GPM;
use of these datasets for model evaluation |
Eric Maloney |
Colorado State University |
Analysis of tropical general circulation |
Roger Marchand |
University of Washington |
Model evaluation |
Rachel McCrary |
National Center for Atmospheric Research |
Model evaluation |
Hiroaki Miura |
Center for Climate Systems Research, University of Tokyo, Japan |
Development of GCRM |
Chin-Hoh Moeng |
National Center for Atmospheric Research |
CMMAP Deputy Director
and Development of boundary-layer parameterizations
for use in the MMF |
Mitchell Moncrieff |
National Center for Atmospheric Research |
Development of the MMF |
Hugh Morrison |
National Center for Atmospheric Research |
Physical processes & cloud-climate interactions |
Teruyuki Nakajim |
Center for Climate Systems Research, University of Tokyo, Japan |
Development of improved CSRMs |
Tomoe Nasuno |
Frontier Research Project for Global Change, Japan |
Scientific participant in CMMAP Workshops; development of improved CSRMs |
Rich Neale |
National Center for Atmospheric Research |
Develop process-oriented diagnostics for climate models, develop boreal summer intraseasonal oscillation diagnostics, and develop diagnostics for MJO forecasts. |
Mikhail Ovtchinnikov |
Pacific Northwest National Laboratory |
Model evaluation |
Ned Patton |
National Center for Atmospheric Research |
Improve the represenation of land processes and boundary-layer turbulence in the MMF |
Robert Pincus |
University of Colorado |
Development of cloud parameterizations |
Mike Pritchard |
UC-Irvine |
Model evaluation
|
David Randall |
Colorado State University |
Principal investigator;
further development of the MMF |
Masaki Satoh |
Center for Climate Systems Research, University of Tokyo, Japan |
Development of improved MMFs |
Verica Savic-Joycic |
University of California, Los Angeles |
Physical processes |
Wayne Schubert |
Colorado State University |
Director for Knowledge Transfer; further development of the MMF with an emphasis
on the choice of governing equations |
Richard Somerville |
Scripps Institution of Oceanography, UCSD |
Development of cloud-radiation parameterizations |
Bjorn Stevens |
Max Planck Institute for Meteorology |
Development of conventional parameterizations |
Akamasa Sumi |
Center for Climate Systems Research, University of Tokyo, Japan |
Development of improved MMFs |
Wei-Kuo Tao |
Goddard Space Flight Center, NASA |
Development of improved MMFs,
and application to data assimilation |
Joao Teixeira |
NASA/JPL |
Testing MMF |
Katharine Thayer-Calder |
National Center for Atmospheric Research |
Evaluation of simulated tropical atmospheric phenomena and development of improved convective parameterizations |
Duane Waliser |
NASA/JPL |
MJO research |
Minghuai Wang |
Pacific Northwest National Laboratory |
Research on aerosol indirect effects using the MMF |
Chien-Ming Wu |
University of California, Los Angeles |
Cloud-climate interactions |
Matt Wyant |
University of Washington, JISAO |
Application of MMF to low cloud feedback |
Kuan-Man Xu |
Langley Research Center, NASA |
Development of boundary-layer parameterizations
for use in the MMF |
Tak Yamaguchi |
NOAA/ESRL |
Analysis of the role of entrainment in cloud growth and decay |
Minghua Zhang |
Atmospheric Sciences at Stony Brook |
Model evaluation |
Chengzhu Zhang |
Scripps Institution of Oceanography, UCSD |
Microphysics parameterization model development |