Name |
Institution |
Working Group |
Objectives |
Role in CMMAP |
Jim Kinter |
COLA / IGES |
|
|
Knowledge-Transfer partner |
Cristina Stan |
COLA / IGES |
Coupled Modeling |
Research 4 |
Knowledge-Transfer partner |
Jordan Allen |
CSU / Atmospheric Science |
|
|
Graduate student |
Nathan Arnold |
CSU / Atmospheric Science |
|
|
Postdoc |
Ian Baker |
CSU / Atmospheric Science |
Land Surface |
Research 3 |
Model development - SiB |
Mark Branson |
CSU / Atmospheric Science |
Physical Processes Coupled Modeling CyberInfrastructure |
Research 2 Research 4 Research 6 |
Model development |
Melissa Burt |
CSU / Atmospheric Science |
Coupled Modeling Science Education and Diversity |
Research 4 Education 1 Education 2 Education 3 Education 4 Diversity 1 Diversity 2 Diversity 3 Diversity 4 |
Education and Diversity Manager |
Don Dazlich |
CSU / Atmospheric Science |
Physical Processes Dynamical Framework |
Research 1 Research 2 |
Model development |
Paul DeMott |
CSU / Atmospheric Science |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Model development -- microphysics parameterization |
Charlotte DeMott |
CSU / Atmospheric Science |
Physical Processes Cloud-Climate Interactions Coupled Modeling |
Research 2 Research 4 Research 5 |
Model evaluation |
Scott Denning |
CSU / Atmospheric Science |
Land Surface Science Education and Diversity |
Research 3 Education 1 Education 2 Education 3 Education 4 Diversity 1 Diversity 2 Diversity 3 Diversity 4 |
Director for Education and Outreach; Use of MMFs to study the carbon cycle |
Mostafa El-Kady |
CSU / Atmospheric Science |
|
|
Database & reporting |
Grant Firl |
CSU / Atmospheric Science |
Physical Processes Cloud-Climate Interactions |
Research 1 Research 2 Research 5 |
Development of subgrid-scale parameterization; low cloud-climate interactions |
Nick Geyer |
CSU / Atmospheric Science |
|
|
Graduate student |
Alex Gonzalez |
CSU / Atmospheric Science |
|
|
Graduate student |
Alex Goodman |
CSU / Atmospheric Science |
|
|
Graduate student |
Connie Hale |
CSU / Atmospheric Science |
|
|
Project management |
Ross Heikes |
CSU / Atmospheric Science |
Physical Processes Dynamical Framework |
Research 1 Research 2 |
Model Development |
Todd Jones |
CSU / Atmospheric Science |
Physical Processes Dynamical Framework |
Research 1 Research 2 |
Graduate student - analysis of non-deterministic aspects of cloud parameterization |
Joon-Hee Jung |
CSU / Atmospheric Science |
Physical Processes Dynamical Framework |
Research 1 Research 2 |
Development of quasi-3D MMF |
Celal Konor |
CSU / Atmospheric Science |
Physical Processes Dynamical Framework |
Research 1 Research 2 |
Model development |
Parker Kraus |
CSU / Atmospheric Science |
Physical Processes |
Research 2 |
Graduate student |
Sonia Kreidenweis |
CSU / Atmospheric Science |
Physical Processes |
Research 2 |
Use of MMFs with aerosol and cloud microphysics parameterizations |
Christian Kummerow |
CSU / Atmospheric Science |
Cloud-Climate Interactions |
Research 5 |
Liaison to TRMM and GPM; model evaluation |
Leah Lindsey |
CSU / Atmospheric Science |
|
|
Graduate student |
Eric Maloney |
CSU / Atmospheric Science |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Analysis of tropical general circulation |
Peter Marinescu |
CSU / Atmospheric Science |
|
|
Graduate student |
Isaac Medina |
CSU / Atmospheric Science |
Physical Processes |
Research 2 |
Graduate student |
Claire Moore |
CSU / Atmospheric Science |
Science Education and Diversity |
Education 1 Education 2 Diversity 1 Diversity 2 |
Communications & Events Manager |
Alexandra Naegele |
CSU / Atmospheric Science |
|
|
Graduate student |
Casey Patrizio |
CSU / Atmospheric Science |
|
|
Graduate student |
David Randall |
CSU / Atmospheric Science |
Physical Processes Dynamical Framework Land Surface Cloud-Climate Interactions Coupled Modeling CyberInfrastructure Science Education and Diversity KT to Climate Modeling and NWP Centers |
|
Director; development of improved MMF, GCRM, and conventional parameterizations |
Emily Riley |
CSU / Atmospheric Science |
|
|
|
Wayne Schubert |
CSU / Atmospheric Science |
KT to Climate Modeling and NWP Centers |
KT 1 KT 2 KT 3 KT 4 |
Development of the MMF with an emphasis on the choice of governing equations |
Dakota Smith |
CSU / Atmospheric Science |
|
|
Graduate student |
Kelley Wittmeyer |
CSU / Atmospheric Science |
CyberInfrastructure |
Research 6 |
Computer support |
Millja Zupanski |
CSU / Cooperative Institute for Research in the Atmosphere |
|
|
Data assimilation |
Leonard Albright |
CSU / Education |
Science Education and Diversity |
|
ED evaluation and assessment |
Laura Sample McMeeking |
CSU / Education |
Science Education and Diversity |
|
ED evaluation and assessment |
John Calderazzo |
CSU / English |
Science Education and Diversity |
|
Changing Climates program |
SueEllen Campbell |
CSU / English |
Science Education and Diversity |
|
Changing Climates program |
Sheila Ferguson |
CSU / Physics |
Science Education and Diversity |
Education 1 Education 4 Diversity 1 Diversity 2 |
Little Shop of Physics teacher in residence |
Brian Jones |
CSU / Physics |
Science Education and Diversity |
Education 1 Education 4 Diversity 1 Diversity 2 |
Physics Director of Little Shop of Physics; K-12 education |
Heather Michalak |
CSU / Physics |
Science Education and Diversity |
Education 1 Education 4 Diversity 1 Diversity 2 |
Coordinator of Assessment and Outreach |
Adam Pearlstein |
CSU / Physics |
Science Education and Diversity |
Education 1 Education 4 Diversity 1 Diversity 2 |
LSOP Assistant Director |
Michele Betsill |
CSU / Political Science |
Science Education and Diversity |
|
Outreach to regional policymakers and the public |
Silvia Canetto |
CSU / Psychology |
Science Education and Diversity |
|
Studies of diversity |
Jaclyn Menendez |
CSU / Psychology |
|
|
Graduate student |
Bernadette Pivarunas |
CSU / Psychology |
|
|
Graduate student |
Mary Ontiveros |
CSU / VP Diversity |
Science Education and Diversity |
|
Diversity |
Howard Drossman |
Colorado College / Environmental Science |
Science Education and Diversity |
|
Liaison to the Colorado College Environmental Studies Program |
Barbara Whitten |
Colorado College / Environmental Science |
Science Education and Diversity |
|
Physics, Women's Studies, Women in Science |
Tiffany Shaw |
Columbia University / Lamont-Doherty Earth Observatory |
|
|
External Advisory Panel |
Zhiming Kuang |
Harvard University / Dept. of Earth and Planetary Sciences |
Physical Processes Dynamical Framework Cloud-Climate Interactions |
Research 1 Research 2 Research 5 |
Development of improved cloud parameterizations ; External Advisory Panel |
Tomoe Nasuno |
JAMSTEC / FRCGC |
|
|
Development of improved CSRMs |
William Collins |
Lawrence Berkeley Lab |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Developer of radiative transfer parameterizations; liaison to CCSM |
Michael Wehner |
Lawrence Berkeley Lab |
|
|
External Advisory Panel |
Bjorn Stevens |
Max Planck Institute for Meteorology |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Development of conventional parameterizations |
Anthony Del Genio |
NASA / GISS |
|
|
|
Bo-Wen Shen |
NASA / Goddard Space Flight Center |
|
|
|
Wei-Kuo Tao |
NASA / Goddard Space Flight Center |
Physical Processes Dynamical Framework |
Research 1 Research 2 |
Development of improved MMFs, and application to data assimilation |
Jui-Lin (Frank) Li |
NASA / JPL |
|
|
|
Joao Teixeira |
NASA / JPL |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Testing MMF |
Duane Waliser |
NASA / JPL |
Cloud-Climate Interactions Coupled Modeling |
Research 4 Research 5 |
MJO research |
Anning Cheng |
NASA / Langley Research Center |
Physical Processes Dynamical Framework Cloud-Climate Interactions |
Research 1 Research 2 Research 5 |
Boundary layer parameterization |
Kuan-Man Xu |
NASA / Langley Research Center |
Physical Processes Dynamical Framework Cloud-Climate Interactions |
Research 1 Research 2 Research 5 |
Development of boundary-layer parameterizations for use in the MMF |
Wojciech Grabowski |
NCAR |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Development of improved CSRMs and MMFs |
Andrew Gettelman |
NCAR |
Cloud-Climate Interactions |
Research 5 |
Cloud-Climate Interactions |
Gordon Bonan |
NCAR |
Land Surface |
Research 3 |
Multiscale land-surface modeling |
Andrew Heymsfield |
NCAR |
Physical Processes Dynamical Framework |
Research 1 Research 2 |
Parameterization of ice microphysics |
Rachel McCrary |
NCAR |
Physical Processes Coupled Modeling |
Research 2 Research 4 |
Evaluation of model results by comparison with observations |
Katherine Thayer-Calder |
NCAR |
Physical Processes Cloud-Climate Interactions Coupled Modeling |
Research 2 Research 4 Research 5 |
Evaluation of simulated tropical atmospheric phenomena and development of improved convective parameterizations |
Don Middleton |
NCAR |
CyberInfrastructure |
Research 6 |
Data management and high speed networking strategy |
Peter Bogenschutz |
NCAR |
|
|
|
Chin-Hoh Moeng |
NCAR |
Physical Processes Dynamical Framework Cloud-Climate Interactions |
Research 1 Research 2 Research 5 |
CMMAP Deputy Director and Development of boundary-layer parameterizations for use in the MMF |
Ned Patton |
NCAR |
Physical Processes |
Research 2 |
Improve the represenation of land processes and boundary-layer turbulence in the MMF |
Mitchell Moncrieff |
NCAR |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Development of the MMF |
Judith Berner |
NCAR |
|
|
Development of the MMF |
Hugh Morrison |
NCAR |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
|
Richard Neale |
NCAR |
|
|
develop process-oriented diagnostics for climate models, develop boreal summer intraseasonal oscillation diagnostics, and develop diagnostics for MJO forecasts. |
George Kiladis |
NOAA / Earth System Research Laboratory |
|
|
MJO research |
Jin-L Lee |
NOAA / Earth System Research Laboratory |
|
|
|
Tak Yamaguchi |
NOAA / Earth System Research Laboratory |
Physical Processes Dynamical Framework Cloud-Climate Interactions |
Research 1 Research 2 Research 5 |
Analysis of the role of entrainment in cloud growth and decay |
Leo Donner |
NOAA / Geophysical Fluid Dynamics Laboratory |
Physical Processes Dynamical Framework KT to Climate Modeling and NWP Centers |
Research 1 Research 2 |
Development of improved MMFs and improved conventional parameterizations |
Augustin Vintzileos |
NOAA / NCEP |
|
|
develop process-oriented diagnostics for climate models, develop boreal summer intraseasonal oscillation diagnostics, and develop diagnostics for MJO forecasts. |
Eric DeWeaver |
NSF Management Team |
|
|
Technical program manager |
Anjuli Bamzai |
NSF Management Team |
|
|
Technical program manager |
Dragana Brzakovic |
NSF Management Team |
|
|
OIA/OD, Representative |
John C. Cherniavsky |
NSF Management Team |
|
|
Education Resource Representative |
C.-H. Sui |
National Taiwan University |
|
|
|
William Gustafson |
PNNL |
Cloud-Climate Interactions |
Research 5 |
|
Charlette Geffen |
PNNL |
|
|
|
Steve Ghan |
PNNL |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Research on aerosols and cloud microphysics in climate change; External Advisory Panel |
Mikhail Ovtchinnikov |
PNNL |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Model evaluation |
Karen Schuchardt |
PNNL |
CyberInfrastructure |
Research 6 |
Data management |
Minghuai Wang |
PNNL |
Physical Processes Dynamical Framework Cloud-Climate Interactions |
Research 1 Research 2 Research 5 |
Research on aerosol indirect effects using the MMF |
David Swartz |
Poudre School District |
Science Education and Diversity |
|
Liaison to Poudre public schools; development and evaluation of SEE-ME |
Jan Lanting |
Thompson School District |
Science Education and Diversity |
|
Liaison to Thompson public schools; development and evaluation of SEE-ME |
Akio Arakawa |
UC-Los Angeles / Atmospheric Science |
Physical Processes Dynamical Framework |
Research 1 Research 2 |
Development of improved MMF, GCRM, and conventional parameterizations |
Verica Savic-Joycic |
UC-Los Angeles / Atmospheric Science |
Physical Processes |
Research 2 |
|
Chien-Ming Wu |
UC-Los Angeles / Atmospheric Science |
Cloud-Climate Interactions |
Research 5 |
Post-doc |
John Helly |
UC-San Diego, / San Diego Supercomputer Center |
CyberInfrastructure |
Research 6 |
Director for Cyberinfrastructure, and liaison to SDSC |
Richard Somerville |
UC-San Diego, / Scripps Institution of Oceanography |
Physical Processes Cloud-Climate Interactions Coupled Modeling Science Education and Diversity |
Research 2 Research 4 Research 5 Education 3 Education 4 |
Development of cloud-radiation parameterizations |
Chengzhu Zhang |
UC-San Diego, / Scripps Institution of Oceanography |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Microphysics parameterization model development |
Randy Russell |
UCAR |
Science Education and Diversity |
Education 1 Education 2 Education 3 Education 4 Diversity 1 Diversity 2 Diversity 4 |
Education lead for SOARS activities |
Rebecca Haacker-Santos |
UCAR |
Science Education and Diversity |
Education 1 Education 2 Education 3 Education 4 Diversity 1 Diversity 2 Diversity 4 |
Director of SOARS |
Bec Batchelor |
UCAR |
Science Education and Diversity |
Education 1 Education 2 Education 3 Education 4 Diversity 1 Diversity 2 Diversity 4 |
Diversity for SOARS activities |
Gabriel Kooperman |
University of California-Irvine / Dept. of Earth System Science |
Physical Processes Land Surface |
Research 1 Research 2 Research 3 |
NSF Postdoctoral Fellow |
Mike Pritchard |
University of California-Irvine / Dept. of Earth System Science |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Model evaluation |
Robert Pincus |
University of Colorado / CIRES |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Development of cloud parameterizations |
Brian Mapes |
University of Miami / RSMAS |
|
|
External Advisory Panel |
Masahide Kimoto |
University of Tokyo / Center for Climate Systems Research |
|
|
Development of improved MMFs |
Hiroaki Miura |
University of Tokyo / Center for Climate Systems Research |
|
|
Development of GCRM |
Teruyuki Nakajim |
University of Tokyo / Center for Climate Systems Research |
|
|
Development of improved MMFs and climate simulation |
Masaki Satoh |
University of Tokyo / Center for Climate Systems Research |
|
|
Development of improved MMFs |
Akamasa Sumi |
University of Tokyo / Center for Climate Systems Research |
|
|
Development of improved MMFs |
Ian Glenn |
University of Utah / Meteorology |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Graduate student |
Adam Kochanski |
University of Utah / Meteorology |
Physical Processes |
Research 2 |
Development of improved microphysics and turbulence parameterizations for MMFs |
Steven Krueger |
University of Utah / Meteorology |
Physical Processes Dynamical Framework Cloud-Climate Interactions KT to Climate Modeling and NWP Centers |
Research 1 Research 2 Research 5 KT 1 KT 2 KT 3 KT 4 |
Director for Knowlege Transfer, development of improved microphysics and turbulence parameterizations for MMFs |
Ruiyu Sun |
University of Utah / Meteorology |
|
|
|
Peter Blossey |
University of Washington / Atmospheric Science |
Physical Processes Cloud-Climate Interactions Coupled Modeling |
Research 2 Research 4 Research 5 |
|
Christopher Bretherton |
University of Washington / Atmospheric Science |
Physical Processes Cloud-Climate Interactions Coupled Modeling |
Research 2 Research 4 Research 5 |
Improved understanding and representation of boundary-layer cloud processes and their feedbacks in the climate system, based on LES and multiscale modeling |
Roger Marchand |
University of Washington / Atmospheric Science |
Physical Processes Dynamical Framework Cloud-Climate Interactions |
Research 1 Research 2 Research 5 |
Model evaluation |
Matt Wyant |
University of Washington / Atmospheric Science |
Physical Processes Cloud-Climate Interactions |
Research 2 Research 5 |
Application of MMF to low cloud feedback |
Thomas Ackerman |
University of Washington / JISAO |
Physical Processes Cloud-Climate Interactions Science Education and Diversity |
Research 2 Research 5 |
Model evaluation using ARM data |