ASR 2003: Climate and Global Dynamics Division

Rodrigo Abarca del Rio; Universidad de Concepcion, Chile; climate-solar variability

Michael Alexander; NOAA, Climate Diagnostics Center; climate variability; oceanography

Dean Anderson; U.S. Geophysical Survey; flux measurements

Jeff Annis, Scripps Institution of Oceanography; climate change research

Brian Arbic; Woods Hole Oceanographic Institute; oceanography

Phil Arkin; University of Maryland; reanalysis

Rich Aronson; Dauphin Island Sea Lab; marine science, climate effects on ecosystems

Gregg Asner; University of Colorado; ecosystem dynamics

Dominique Bachelet; Oregon State University; ecosystem modeling

David Bader; U.S. Department of Energy; Climate Change Prediction Program

Ferdinand Baer; University of Maryland; spectral element atmosphere model

V. Balaji; NOAA/GFDL; ensemble data assimilation

Tim Barnett; Scripps Institution of Oceanography; Accelerated Climate Prediction Initiative (ACPI)

Bernard Barnier; Laboratoire des Ecoulements Geophisiques et Industiels, France; oceanography

Jill Baron; Colorado State University; ecosystem dynamics, hydrology, and climate change

Patrick Bartlein; University of Oregon; paleoclimate

Mark Battle; Bowdoin College; atmospheric chemistry

David Beerling; University of Sheffield; paleoclimate and vegetation

Michael Bender; Princeton; geochemistry and oceanography

John Bergman; NOAA Climate Diagnostics Center; cloud radiation

Jason Beringer; Monash University, Australia; Arctic vegetation and land surface modeling

L. Mark Berliner; Ohio State University; Bayesian models; ensemble data assimilation

Pavel Berloff; Woods Hole Oceanographic Institution; geophysical fluid dynamics

Craig Bishop; Naval Research Laboratory; ensemble data assimilation

Cecilia Bitz; University of Washington; sea-ice thermodynamics and thickness distribution

Meinte Blaas; University of California, Los Angeles, oceanography

Mike Blackburn; University of Reading, Aqua Planet Experiment

George Boer; Canadian Centre for Climate Modelling and Analysis; model intercomparison

Tami Bond; University of Illinois; aerosols

Jim Boyle; Lawrence Livermore National Laboratory; climate change detection

Ray Bradley; University of Massachusetts; paleoclimate

Rob Braswell; University of New Hampshire; data assimilation and remote sensing

Amy Braverman; Jet Propulsion Laboratory; data compression

Chris Bretherton; University of Washington; boundary layer parameterization

Keith Briffa; Climatic Research Unit; paleoclimate

Wolfgang Bruggenmann; University of Birmingham; climate change detection

Rob Bryant; Sheffield University; hydrology

Bob Buddemeier; University of Kansas; environmental controls on coral reefs

Doug Capone; University of Southern California; oceanography

Antonietta Capotondi; NOAA, Climate Diagnostics Center; oceanography

Xavier Capet: University of California, Los Angeles; oceanography

Rick Cederwell; PCMDI, Lawrence Livermore National Laboratory, CCPP-ARM parameterization testbed

Paola Cessi; University of California,San Diego; oceanography

Ben Chandran; University of California, Los Angeles; coherent structures of turbulent flows in astrophysical regimes

Oliver Chadwick; University of California, Santa Barbara; soil

Ping Chang; Texas A&M University; tropical Atlantic variability

F. S. Chapin, III; Institute of Arctic Biology, University of Alaska, Fairbanks; ecosystem dynamics

Tom Charlock; NASA Langley Research Center; calculation of aerosol effects on surface energy budget

Francisco Chavez; Monterey Bay Aquarium Research Institute; coastal ocean model

Dudley Chelton; Oregon State University; air-sea interactions

Clifford Chen; Fujitsu America Inc.; CCSM development

T.-C. Chen; Iowa State University; climate variability

Galina Churkina; Max-Planck Institute; ecosystem modeling

Bruce D. Cornuelle; University of California, San Diego; oceanography

Curtis Covey; Program for Climate Model Diagnosis and Intercomparison (PCMDI); model intercomparison

Steven Cowley; University of California, Los Angeles; coherent structures in turbulent flows in astrophysical regimes

Thomas Crowley; Texas A&M University; paleoclimate modeling

Ulrich Cubasch; DKRZ; climate change research

Judith Curry; Georgia Institute of Technology; ice/ocean interactions

Laurent Debreu; University of California, Los Angeles; geophysical fluid dynamics

Tommy Dickey; University of California, Santa Barbara; upper ocean physics

Robert Dickinson; Georgia Institute of Technology; land surface physics and land surface modeling

Chris Ding; Lawrence Berkeley National Laboratory; climate system model infrastructure

Scott Doney; Woods Hole Oceanographic Institute, oceanography

Leo Donner; Geophysical Fluid Dynamics Laboratory, cumulus parameterization

Charles Doutriaux; Lawrence Livermore National Laboratory; climate change detection

Bob Drach, Lawrence Livermore National Laboratory; climate change research

Philip Duffy; Lawrence Livermore National Laboratory; high-resolution global modeling

Jean-Louis Dufresne; Centre National de la Recherche Scientifique (CNRS), France; atmospheric radiation

David Easterling; National Climatic Data Center; climate change

James Edmonds; Joint Global Climate Research Institute; emissions modeling

Kerry Emanuel; Massachusetts Institute of Technology; convection

Jenni Evans; Pennsylvania State University; climate extremes

Johannes Feddema; University of Kansas; land surface climate and land use change

Chris Field; Carnegie Institution of Washington; ecosystem dynamics

Luc Fillion; Atmospheric Environment Service, Canada; variational data assimilation

Michael Fiorino; Lawrence Livermore National Laboratory, climate change detection

Joel Finnis; University of Colorado at Boulder; fresh water budgets of the Arctic Ocean

Gregory Flato; University of Victoria; sea-ice modeling

Chris Folland; Hadley Centre for Climate Prediction and & Research; climate

Chris Forest; Massachusetts Institute of Technology; intermediate climate models

Michael Fox-Rabinovitz; University of Maryland; regional climate change studies

Jorgen Frederiksen; Commonwealth Scientific and Industrial Research Organization, Australia; interannual variability

Mark Friedl; Boston University; remote sensing and land surface modeling

Lee Fu; Jet Propulsion Laboratory; general ocean circulation and climate dynamics

Monserrat Fuentes; North Carolina State University; statistics in the atmosphere

Inez Fung; University of California, Berkeley; global carbon cycle

Robert Gallimore; University of Wisconsin; paleoclimate modeling and vegetation dynamics

Blanca Gallego; University of California, Los Angeles; oceanography

Kevin Gallo; National Climatic Data Center; climate analysis

Catherine Gautier; University of California, Santa Barbara; atmospheric radiation

Marc Genton; North Carolina State University; spatial statistics

Michael Ghil; University of California, Los Angeles; climate dynamics

Peter Gleckler; Lawrence Livermore National Laboratory; model intercomparisons and climate change research

David Glover; Woods Hole Oceanographic Institution; ocean biogeochemistry, ocean remote sensing, and oceanography

Wendy Gordon; University of Texas, Austin; surface hydrology

Nicholas Graham; Scripps Institution of Oceanography; hydrologic research and paleoclimate

Stephen M. Griffies; Geophysical Fluid Dynamics Laboratory; ocean model intercomparison and development

Andrei Gritsoun; Russian Academy of Science; climate response

Richard Grotjahn; University of California, Davis; polar meteorology/climate

Nicholas Gruber; University of California, Los Angeles; Ocean Carbon Model Intercomparison Project (OCMIP)

Peter Guest; Naval Postgraduate School; sea-ice model

Andrea Hahmann; University of Arizona; land surface modeling

Dale B. Haidvogel; Rutgers University; ocean modeling and data assimilation, and coastal ocean modeling

Gregory Hakim; University of Washington; ensemble data assimilation

Alastair Hall; North Carolina State University; spline smoothing for portfolio pricing Tom Hamill; Cooperative Institute for Research in Environmental Sciences; ensemble data assimilation

Bill Hamner; University of California, Los Angeles; U.S. West Coast ocean modeling

Weiqing Han; University of Colorado, Boulder; high resolution coupled modeling

Jenny Hand; Colorado State University; atmospheric aerosols

Jim Hansen; Massachusetts Institute of Technology; ensemble data assimilation

Jennifer Harden; U.S. Geological Survey; soil carbon transport modeling

Matthew Harrison; NOAA/GFDL; ensemble data assimilation

Matthew Hecht; Los Alamos National Laboratory; ocean modeling

Isaac Held; Geophysical Fluid Dynamics Laboratory; Intergovernmental Panel on Climate Change

Kathy Hibbard; Oregon State University; ecosystem modeling

Jay Hnilo; PCMDI, Lawrence Livermore National Laboratory; CCPP-ARM parameterization testbed

Justin Hnilo; Lawrence Livermore National Laboratory; climate change research

Martin Hoerling; Cooperative Institute for Research in the Environmental Sciences; climate

Forrest Hoffman; Oak Ridge National Laboratory; land surface modeling

Brian Hoskins; University of Reading, Aqua Planet Experiment

Paul Houser; Goddard Space Flight Center; land surface modeling

Carlos Hoyos; National University of Columbia; data

Qi Steven Hu; University of Nebraska; EP-flux

Bach Lien Hua; Laboratoire de Physique des Oceans; geophysical fluid dynamics

Ju-chin Huang; University of New Hampshire; multiple choice models

Matthew Huber; University of California, Santa Cruz; paleoclimate

Malcolm Hughes; University of Arizona; paleoclimate

Elizabeth Hunke; Los Alamos National Laboratory; sea-ice modeling and dynamics

Barrie Hunt; Commonwealth Scientific and Industrial Research Organization (CSIRO), Australia; climate modeling

Shin-ichi Ichikawa; Fujitsu Ltd.; CCSM development

Shiro Imawaki; Research Institute for Applied Mechanics; oceanography

Mark Iredell; National Centers for Environmental Prediction; ensemble data assimilation

Robert L. Jacob; Argonne National Laboratory; CCSM development

Anthony Janetos; NASA; Vegetation/Ecosystem Modeling and Analysis Project (VEMAP) and ecosystem dynamic

Steve Jayne; Woods Hole Oceanographic Institution; oceanography

Sigfus Johnsen; Niels Bohr Institute; paleoclimate

Joanna Joiner; NASA; organization of 2^nd Workshop on Assimilation of Satellite Data

Charles Jones; University of California, Santa Barbara; atmospheric dynamics

Phil D. Jones; Climate Research Unit, paleoclimate

Phil Jones; Los Alamos National Laboratory; parallel climate modeling

Fortunat Joos; University of Bern; paleoclimate and carbon cycle

Per Kallberg; European Centre for Medium-Range Weather Forecasting; reanalysis

Milind Kandlikar; Carnegie-Mellon University; climate change detection

Tom Karl; National Climatic Data Center; climate change

David Karoly; University of Oklahoma; climate change indices

Darrell Kauffman; Northern Arizona University; paleoclimate

David Keith; Carnegie Mellon University, climate impacts

Shree Khare; Princeton University; ensemble data assimilation

George Kiladis; NOAA; scale interaction

Dong-Hoon Kim; CRIEPI Abiko Laboratory, Japan; high-resolution ocean modeling

Rodney Kinney; University of California, Los Angeles; coherent structures of turbulent flows in astrophysical regimes

Hideyuki Kitabata; CRIEPI, Japan; CCSM development

Steve Klein; Geophysical Fluid Dynamics Laboratory, climate modeling

Patrice Klein; French Research Institute for Exploitation of the Sea (IFREMER); role of ocean meso-scale eddies in extracting windy energy

Tom Knutson; Geophysical Fluid Dynamics Laboratory; climate extremes

Hidemi Komatsu; Fujitsu Ltd.: CCSM development

Zav Kothavala; Yale University; paleoclimate modeling

Arun Kumar; National Centers for Environmental Prediction; climate modeling

Paul Kushner; Geophysical Fluid Dynamics Laboratory, climate sensitivity

John Kutzbach; University of Wisconsin; vegetation dynamics and paleoclimate modeling

Christopher Langdon; Lamont-Doherty Earth Observatory, Columbia University; CO₂ induced changes in seawater chemistry

J. Walter Larson; Argonne National Laboratory; CCSM development

Mojib Latif; Max-Planck-Institute; model intercomparison

Jean-Philippe Laval; University of California, Los Angeles; geophysical fluid dynamics

Kara Lavender; Woods Hole Oceanographic Institution; velocity estimation

Beverly Law; Oregon State University; flux measurements

Mark Lawrence; Max Planck Institute; Indian Ocean Experiement (INDOEX)

Judith Lean; Naval Research Laboratory; solar variability and paleoclimate

Sonya Legg; Woods Hole Oceanographic Institution; oceanic deep convection

Warren Lee; Canadian Centre for Climate Modelling and Analysis; coupled modeling

Pascale Lelong; Northwest Research Associates; geophysical fluid dynamics

Ta-Hsin Li; University of California, Santa Barbara; time series analysis

Xianjin Li; Jet Propulsion Laboratory; climate dynamics

Xin-Zhong Liang; Illinois State Water Survey; regional climate modeling

S.-J. Lin; NASA Data Assimilation Office; numerical atmospheric modeling

Ernst Linder; University of New Hampshire; geophysical statistics

Bill Lipscomb; Los Alamos National Laboratory; sea-ice modeling and dynamics

Zhengyu Liu; University of Wisconsin; paleoclimate modeling

Barry Lomax; University of Sheffield; paleoclimate and vegetation

Johannes Loschnigg; International Pacific Research Center (IPRC), University of Hawaii; Asian-Australian monsoon

Janice Lough; Australian Institute Marine Science; climate effects on ecosystems

John Lu; S-Plus; statistics in the atmosphere

Chao Luo; University of California, Santa Barbara; aerosols

Roger Lukas; University of Hawaii; scale interaction

Amanda Lynch; Program in Atmospheric and Oceanic Science (PAOS) and Cooperative Institute for Research in Environmental Sciences (CIRES), University of Colorado, Boulder; fresh water budgets of the Arctic Ocean

Michael MacCracken; U.S. Global Change Research Program; National Assessment of Climate Change

Gudrun Magnusdottir; University of California, Irvine; sea ice; atmospheric dynamics

Jean-Francois Mahfouf; European Centre for Medium-Range Weather Forecasts; assimilation of precipitation data

Andrew Majda; Courant Institute; reduced stochastic modeling

Robert Malone; Los Alamos National Laboratory; Climate Change Prediction Program

Mathew Maltrud; Los Alamos National Laboratory; ocean modeling for climate, ocean model development, and modeling the circulation of the North Atlantic

Michael Mann; University of Virginia; paleoclimate

Mike Manton; Bureau of Meteorology Research Centre; global climate observing system

Patrick Marchesiello; LMC-IMAG, Grenoble, France; U.S. West Coast ocean modeling

Koki Maruyama,CRIEPI; CCSM on the Earth Simulator; climate change research

Jason Maron; University of California,Los Angeles; astrophysics

Paul Mason; University of Reading; global climate observing system

Adrian Matthews; University of East Anglia; planetary scale waves

Nikolai Maximenko; University of Hawaii; oceanography

Julie L. McClean; Naval Postgraduate School; ocean modeling

Dennis McGillicuddy; Woods Hole Oceanographic Institution; ocean biogeochemistry

Trevor McDougall; CSIRO Oceanography Centre, Hobart; ocean modeling

David McGuire; University of Alaska, Fairbanks; Vegetation/Ecosystem Modeling and Analysis Project (VEMAP) and ecosystem dynamics and Arctic vegetation

Carl Mears; Remote Sensing Systems; climate change detection

Wendy Meiring; University of California, Santa Barbara; statistics in the atmosphere

Jerry Melillo; Marine Biological Laboratory; Vegetation/Ecosystem Modeling and Analysis Project (VEMAP) and ecosystem dynamics

Bill Merryfield; Canadian Centre for Climate Modelling and Analysis; coupled modeling

Tony Michaels; University of Southern California; oceanography

Gifford Miller; University of Colorado; paleoclimate modeling

Martin Miller; European Center for Medium-Range Weather Forecasts; transpose AMIP (Atmospheric Model Intercomparison Project)

Ralph Milliff; Colorado Research Associates; oceanography

David Mitchell; Desert Research Institute; ice microphysics

Martin Mlynczak; NASA Langley Research Center; far-infrared spectrometer

John Moisan; University of Long Island; coastal ocean modeling

Jeroen Molemaker; University of California, Los Angeles; geophysical fluid dynamics

Adam Monahan; University of Victoria, Canada; ENSO and other climate variations

Russ Monson; University of Colorado; carbon fluxes

Michael Montgomery; Colorado State University; vortex dynamics

Jefferson Keith Moore; University of California, Irvine; oceanography

Richard Moritz; University of Washington; sea-ice modeling and albedos

Steve Mullen; University of Arizona; analysis error estimation

Peter Muller; University of Hawaii; oceanography

Norikazu Nakashiki; Central Research Institute of Electric Power Industry (CRIEPI), Japan; high resolution ocean modeling

Antonio Navarra; Instituto di Cosmogeofisica del Consiglio Nazionale delle Ricerche, Italy; seasonal-decadal variability

Philippe Naveau; University of Colorado; paleoclimate and statistics

Richard Neal; NOAA Climate Diagnostics Center, Aqua Planet Experiment

David Neelin; University of California, Los Angeles; climate dynamics

Ron Neilson; USDA Forest Service; Vegetation/Ecosystem Modeling and Analysis Project (VEMAP)and ecosystem dynamics

Cynthia Nevison; University of California, San Diego; ocean biogeochemistry

Nikolay P. Nezlin; University of California, Los Angeles and P.P. Shirshov Institute of Oceanology RAS, Moscow, Russia; oceanography

Pearn P. Niiler; Scripps Institution of Oceanography; air-sea interaction

Joel Norris; University of California, San Diego, cloud diagnostics

Robert Oglesby; Purdue University; paleoclimate modeling and sensitivity experiments with Community Climate Model

Hee-Seok Oh; University of Alberta; paleoclimate and statistics

George Ohring; NOAA, National Environmental Satellite, Data, and Information Service; organization of 2^nd Workshop on Assimilation of Satellite Data

Dennis Ojima; Colorado State University; ecosystem dynamics

Greg Okin; University of Virginia; terrestrial ecosystems

Everst T. Ong; Argonne National Laboratory; CCSM development

Bradley Opdyke; Australian National University; geologic history of marine calcification

Michael Oppenheimer; Princeton University; paleoclimate

James Orr; Commissariat � l'Energie Atomique, France; Ocean Carbon Model Intercomparison Project (OCMIP)

Tim Osborn; Climatic Research Unit; atmospheric science, climate; paleoclimate

Colin Osborne; University of Sheffield; paleoclimate and vegetation

Andreas Oschlies; University of Kiel; ocean modeling

Geir Ottersen; Institute of Marine Research; climate, biology

Jonathan Overpeck; University of Arizona; paleoclimate

Breck Owens; Woods Hole Oceanographic Institution; oceanography

Jan Paegle; University of Utah; ensemble data assimilation

Nikolai Panikov; Russian Academy of Sciences; trace gases

David Parks; NEC solutions (America), Inc.; CCSM development

David Parrish; National Center for Environmental Prediction; ensemble
data assimilation

William Parton; Colorado State University; Vegetation/Ecosystem Modeling and Analysis Project (VEMAP)/ecosystem dynamics

Ari Patrinos; U.S. Department of Energy; Climate Change Prediction Program

Steven Pawson; NASA Data Assimilation Office; gravity-wave paramaterization

Bill Pennell; Pacific Northwest National Laboratory; Accelerated Climate Prediction Initiative (ACPI)

Pierrick Penven; Institut de Recherche pour le Developpement and Laboratore de Physique des Oceans; coastal ocean modeling

Tom Phillips; PCMDI, Lawrence Livermore National Laboratory, CCPP-ARM parameterization testbed

Roger Pielke, Sr.; Colorado State University; regional climate modeling

Hugh Pitcher; Joint Global Climate Research Institute; emissions modeling

Alan Plumb; Massachusetts Institute of Technology; atmospheric dynamics

Lorenzo Polvani; Columbia University; stratosphere-troposphere interaction

Wilfred Post; Oak Ridge National Laboratory; environmental sciences

Jerry Potter; PCMDI, Lawrence Livermore National Laboratory; atmospheric dynamics

Colin Prentice; Max-Planck-Institute for Biogeochemistry, Germany; ecosystem dynamics

Ronald Prinn; Massachusetts Institute of Technology; atmospheric chemistry

Antonio Provenzale; Instituto di Cosmogeofisica del Consiglio Nazionale delle Ricerche, Italy; vortex dynamics

Jian-Hua (Joshua) Qian; International Research Institute/Lamont-Doherty Earth Observatory, Columbia University; atmospheric modeling

V. Ramanathan; Scripps Institution of Oceanography; clouds and radiation

Marilyn Raphael; University of California, Los Angeles; quasi-stationary waves of the Southern Hemisphere

Juan Restrepo; University of Arizona; wind-driven ocean circulation

Richard Richels; Electric Power Research Institute; emissions modeling

James Risby; Carnegie-Mellon University; climate change detection, and (ACACIA) A Consortium for the Application of Climate Impact Assessments

Dar Roberts; University of California, Santa Barbara, land surface

David Robinson; Rutgers University; climate analysis

Alan Robock; Rutgers University; volcanic aerosols

Mark Rodwell; European Centre for Medium-range Weather Forecasting; climate modeling

Anthony Rosati; NOAA/GFDL; ensemble data assimilation; ocean model intercomparison and development

William B. Rossow; NASA/GISS; ocean forcing data sets

Doug Rotman; Lawrence Livermore National Laboratory; climate system model infrastructure

Steven Running; University of Montana; ecosystem dynamics and land surface modeling

Lynn Russell; Massachusetts Insitute of Technology, ACE-Asia aerosols

Scott Rutherford; Roger Williams University; paleoclimate

Suranjana Saha; National Center for Environmental Prediction; ensemble
data assimilation

Eileen Saiki; Ball Aerospace & Technologies Corp.; direct numerical simulations of three-dimensional thermohaline fingering in the ocean

Murry Salby; University of Colorado; satellite data analysis

Bruno Sanso; University of California, Santa Cruz; Bayesian statistics

Benjamin D. Santer; Lawrence Livermore National Laboratory; climate change

Prashant Sardeshmukh; NOAA, Climate Diagnostics Center; climate

Jorge Sarmiento; Princeton University; ocean carbon cycle science

Yuji Sasaki; NEC Informatec Systems; CCSM development

Takayuki Sasakura; NEC solutions (America), Inc.; CCSM development

Robert Sausen; Institute fur Physik der Atmosphare; climate change detection

Crystal Schaaf; Boston University; remote sensing and land surface modeling

Matthias Schabel; Remote Sensing Systems; climate change detection

Alexander Schekochihin; University of California, Los Angeles; astrophysics

S. Schubert; NASA Goddard Space Flight Center; seasonal-to-interannual climate variability

Frank Selten; Royal Netherlands Meteorological Institute, The Netherlands; climate change

Mark Serreze; CIRES, University of Colorado; polar climate

Alexander Shchepetkin; University of California, Los Angeles; geophysical fluid dynamics, and coastal ocean modeling

Sang-Ik Shin; NOAA Climate Diagnostics Center; paleoclimate

Ron Siefert; University of Maryland; atmospheric chemistry

David Siegel; University of California, Santa Barbara; oceanography

Adrian Simmons; European Centre for Medium-Range Weather Forcasting; reanalysis

Harper Simmons; University of Alaska, Fairbanks; ocean model comparison and development

Stephen Sitch; Potsdam Institute for Climate Impact Research, Germany; Vegetation/Ecosystem Modeling and Analysis Project (VEMAP) and ecosystem dynamics

Lisa Sloan; University of California, Santa Cruz; paleoclimate modeling

Richard Smith; Los Alamos National Laboratory; ocean modeling for climate, ocean model development, North Atlantic Basin Studies

Steve Smith; Joint Global Climate Research Institute; emissions modeling

John Snyder; NEC Solutions (America), Inc.; CCSM development

Brian Soden; Geophysical Fluid Dynamics Laboratory; Intergovernmental Panel on Climate Change

Susan Soloman; NOAA; Intergovernmental Panel on Climate Change

Ken Sperber, Lawrence Livermore National Laboratory; climate change research

Detlef Stammer; Scripps Institution of Oceanography; Accelerated Climate Preditction Initiative (ACPI)

Will Steffen; International Geosphere-Biosphere Programme Secretariat, Sweden; ecosystem dynamics

Jacek Stegman; University of Stockholm; upper atmosphere data

Nils Chr. Stenseth; University of Oslo; climate, biology

Leo Sternberg; University of Hawaii, isotope measurements

Bjorn Stevens; University of California, Los Angeles; cloud processes

Robert Stockwell; Colorado Research Associates (CORA); meteorology; transfer of wind energy to the ocean

Keith Stolzenbach; University of California, Los Angeles; U.S. West coast ocean modeling

Ron Stouffer; Geophysical Fluid Dynamics Laboratory; model intercomparison

Ajit Subramanian; University of Maryland; oceanography

Hiroshi Takahara; NEC Corporation; CCSM development

Karl Taylor; Lawrence Livermore National Laboratory; netCDF standards, and database management

Roger Teman, University of Indiana; numerical mathematics

Laurent Terray; CERFACS; climate variability

Jean-Noel Thepaut; Meteo-France; organization of 4^th Adjoint Applications Workshop

Hanqin Tian; The Ecosystems Center, Marine Biological Laboratory, Woods Hole Oceanographic Institution; ecosystem dynamics

Alan Townsend; University of Colorado; ecosystem dynamics

Takaki Tsubono; CRIEPI; high-resolution ocean modeling

Daisuke Tsumune; CRIEPI; oceanography

Jun-ichi Tsutsui; CRIEPI; tropical meteorology

Junichiro Ueno; Fujitsu Ltd.; CCSM development

Sakari Uppala; European Centre for Medium-range Weather Forcasting; reanalysis

Francisco Valero; Scripps Institution of Oceanography; clouds and climate

Andreas Villwock; World Climate Research Programme; CLIVAR

Martin Visbeck; Lamont-Doherty Earth Observatory; CLIVAR

Andrew Vogelmann; Scripps Institution of Oceanography; satellite analysis of cloud water

J. von Hardenberg; Instituto di Cosmogeofisica del Consiglio Nazionale delle Ricerche, Italy; vortex dynamics

Tomislava Vukicevic; Cooperative Institute for Research in the Atmosphere, Colorado State University; adjoint methods

John Wahr; University of Colorado; satellite altimetry and gravimetry, and applications of ocean models to problems in geodesy

Ilana Wainer; University of Sao Paulo, Brazil; South Atlantic in the CCSM and paleoclimate

Robert L. Walko; Colorado State University; land-atmosphere interactions

Guiling Wang; Goddard Space Flight Center; land surface modeling

John Weatherly; U.S. Army Corp of Engineers/Cold Regions Research Engineering Laboratory; parallel climate modeling

Robin Webb; NOAA Climate Diagnostics Center; climate model variability

Michael Wehner; Lawrence Berkeley National Laboratory; climate change detection

Klaus Weickmann; NOAA; scale interaction

Jeffrey Weiss; University of Colorado; vortex dynamics

Frank Wentz; Remote Sensing Systems; climate change detection

Penny Whetton; Commonwealth Scientific and Industrial Research Organization, Australia; climate extremes

Steve Wiggins; California Institute of Technology; coherent structures

Christopher K. Wikle; University of Missouri; Bayesian hierarchical modeling; El Ni�o forecasting, statistics in the atmosphere, and data; ensemble data assimilation

David Winker; NASA Langley Research Center; assimilation of LITE and PICASSO lidar aerosol profiles

Michael Winton; GFDL; ocean model intercomparison and development

Annie Wong; Joint Institute for the Study of the Atmosphere and the Oceans; climate

Wayne Woodward; Southern Methodist University; trend testing

Patrick Worley; Oak Ridge National Laboratory; CCSM development

Wanli Wu; CIRES, University of Colorado, Boulder; fresh water budgets of the Arctic Ocean

Zong-Liang Yang; University of Texas; land surface modeling

Jun-ichi Yano; New York University; climate dynamics

Irad Yavneh; Israel Institute of Technology; multi-grid computer modeling, and geophysical fluid dynamics

Yoshikatsu Yoshida; CRIEPI; CCSM development

Jin-Yi Yu; University of California, Irvine; oceanography

Steve Zebiak; Lamont-Doherty Earth Observatory, Columbia University; model infrastructure

Xubin Zeng; University of Arizona; land surface modeling

Minghua Zhang; State University of New York; parameterizations of cumulus convection

E. Zhang; Texas A&M; ensemble data assimilation

Shaoqing Zhang; NOAA/GFDL; ensemble data assimilation

Yuxia Zhang; Naval Postgraduate School; Climate Change Prediction Program

Guang J. Zhang; Scripps Institution of Oceanography; moist convection

Francis Zwiers; Canadian Centre for Climate Modelling and Analysis; climate extremes

Collaborators