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ASR 2004/HAO/People

STAFF

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Visitors

Post Doctoral Fellows

Andrew Kavanagh
Lancaster University, United Kingdom
observations of energetic precipitation from imagers
11/18/02-11/17/04

Jan Kazil
University of Bern, Switzerland
ionosphere
11/1/02-10/31/03

Naomi Maryuama
Tohoku University, Japan
space weather modeling
6/2/2003-6/01/05

Matthias Rempel
Max-Planck-Institut Für Aeronomie, Germany
Magneto hydrodynamics
10/1/03-1/1/04

Emma Woodfield- Kavanagh
Lancaster University, United Kingdom
Magnetosphere-ionosphere coupling
1/18/02-11/17/04

Gordon Petrie
University of Athens, Greece
Modeling of coronal magnetic structures
10/27/03-10/12/04

Joanne Mason
University of Leeds, United Kingdom
Solar Dynamo
3/26/04-3/25/06

David Salabert
University of Nice, France
Helioseismology
4/1/04-3/31/06

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Long Term Visitors

Graham Barnes
Colorado Research Associates, Boulder, CO
Emergence of twisted magnetic flux into the solar corona
12/16/02-12/15/03

Jadwiga Beres
University of Washington at Seattle, Seattle, WA
WACCM
10/1/02-4/7/03

Bob MacQueen
Unaffiliated, Boulder, CO
Acceleration of coronal mass ejections
3/3/03-3/2/04

George Millward
Imperial College, London

Dusan Ostrcil
NOAA, Boulder, CO
CISM
1/22/04-1/21/05

Leslie Mayer
NOAA, Boulder, CO
CISM
1/22/04-1/21/05

Egil Leer
University of Oslo, Norway
Fluid Description of Ionized Gas
06/15/04-12/15/04

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Affiliate Scientists

Dr. Stephen Bougher
University of Michigan
3/1/03-2/28/06

Dr. Paul Cally
Monash University, Australia
4/1/98-4/30/04

Dr. Jørgen Christensen-Dalsgaard
University of Aarhus, Denmark
5/1/98-3/31/04

Prof. Egil Leer
Institute for Theoretical Astrophysics, Norway
4/1/98-4/30/04

Dr. Haosheng Lin
Institute for Astronomy, Hawaii
3/1/03-2/28/06

Dr. Martin Mlynczak
NASA/Ames, Virginia
3/1/00-2/28/06

Dr. David Rees
CSIRO Telecommunications and Industrial Physics
3/1/03-2/28/06

Prof. Michael Thompson
The Blackett Laboratory, U.K.
3/1/03-2/28/06

Dr. Mei Zhang
Chinese Academy of Sciences
03/01/04-02/28/07

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Graduate Students

David Foster
University of Colorado, Boulder
Understanding Coronal Cavities and other reliable precursors of CMEs
11/1/02-10/31/02

Charles Lin
National Central University, Taiwan
Thermosphere Ionosphere Electrodynamic General Circulation Model (TIEGCM)
9/27/01-9/26/03

Anna Pietarila
University of Oslo, Norway
He I A line in the solar spectrum
11/11/02-11/10/03

Alexey Semenov
St. Petersburg State University, Russia
Global Mean Temperature Profile in the Planetary Atmosphere
10/21/02-10/20/03

Serena Criscouli
University of Rome, Italy
Photometrical Properties of Photospheric Magnetic Structures
3/8/04-3/7/05

Orlagh Creevey
University of La Laguna, Spain
Asteroseismology
1/5/04-1/4/05

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Short Term Visitors

Cassandra Fesen
Dartmouth College, Hanover, New Hampshire
thermosphere ionosphere electrodynamic circulation model (TIEGCM)
11/10/03-11/21/03

Ase Marit Janse
University of Oslo, Norway
A new set of transport equations for ionized gas
10/22/03-11/06/03

Young-Sil Kwak
Kyungpook National University, Korea
thermosphere ionosphere electrodynamic circulation model (TIEGCM)
12/8/03-2/25/04 and 6/15/04-8/26/04

Dirk Lummerzheim
University of Alaska, Fairbanks
auroral proton precipitation
10/13/03-10/17/03

Lars Heggland
University of Oslo, Norway
wave propagation in magnetized atmospheres
10/13/03-10/26/03

Øystein Lie-Svendsen
Norwegian Defense Research Establishment, Norway
minor ion composition and outflow from the sun
10/17/03-11/08/03

Mari Anne Killie
University of Oslo, Norway
a new set of transport equations for ionized gas
10/22/03-11/06/03

Robert Greenkorn
Purdue University, West Lafayette, Indiana
precision solar photmetric telescope (PSPT)
11/16/03-11/22/03

Travis Metclafe
Center for Astrophysics Harvard/Smithsonian, Boston, MA
computational asteroseismology
11/18/2003-11/20/03

David Mozzoni
Florida State University, Tallahassee
TIE-GCM
12/1/03-6/30/04

Richard Collins
University of Alaska, Fairbanks
CEDAR/TIME-GCM/GSWM
1/20/04-5/20/04

Roi Alonso Sobrino
IAC Tenerife, Spain
STARE Planet Finding
1/12/04-2/3/04

Thomas Rimmele
NSO Sunspot, NM
ATST site survey instrument calibration
1/5/04-1/9/04

Mark Komsa
NSO Sunspot, NM
ATST site survey instrument calibration
1/5/04-1/9/04

Peter Wilson
University of Sydney, Australia
solar polar fields
2/17/04-2/20/04

Mark Cheung
Max Planck Institute for Aeronomy, Germany
photospheric MHD
12/3/03-12/19/03

Gordon Shepherd
York University Toronto, Canada
TIME-GCM
1/26/04-2/3/04

Marianna Shepherd
York University Toronto, Canada
TIME-GCM
1/26/04-2/3/04

Martin Mlyznack
NASA, Virgina
upper atmosphere
1/6/04-1/9/04

Aad Van Ballegooijen
Harvard University, Boston, MA
3D dynamo project
3/1/04-3/6/04

Rebecca Centeno-Elliot
IAC Tenerife, Spain
analysis of HE1 10830 spectro-polarimetric observations in active regions
3/1/04-3/26/04

Egil Leer
University of Oslo, Norway
macroscopic description of plasmas
3/25/04-4/15/04

Gustav Shved
University of St. Petersburg, Russia
TIME-GCM and WACCM
3/21/04-5/20/04

Minna Palmroth
Finnish Meteorological Institute, Finland
GUMICS and LFM - idealized solar wind conditions
4/18/04-7/3/04

Monica Rodriguez Guillen
Instituto de Astronomia Optica y Electronica (INAOE), Mexico
3D modelling of photoionization in the interestellar medium (ISM)
04/04/04-04/25/04

Alexandros Alexis
University of Chicago, Illinois
Bounds on Space Averaged Quantities in Turbulent MHD Flows
04/12/04-04/14/04

Jiannan Tu
University of Alabama, Tuscaloosa, Alabama
simulating high latitude ion outflow using a coupled CMIT
05/03/04-05/15/04

Ashley Crouch
Universite de Montreal, Canada
PSPT active region irradiance
06/08/04-06/11/04

Night Song
Evergreen State University, Seattle, Washington
solar dynamo
07/02/04-07/30/04

Chris Dove
Evergreen State University, Seattle, Washington
wave propagation
07/02/04-07/30/04

E.J. Zita
Evergreen State University, Seattle, Washington
wave propagation
07/02/04-07/30/04

Øystein Lie-Svendsen
University of Oslo, Norway
minor ion composition and outflow from the sun
8/11/04-12/18/04

Satonori Nozawa
Nagoya University, Taiwan
TIME-GCM
07/02/04-07/20/04

Ake Nordlund
Theorectical Astrophysics Center and Astronomical Observatory, Denmark
high resolution imaging as a constraint for numerical models of strong-field magnetoconvection
07/19/04-07/23/04

Eirik Endeve
University of Oslo, Norway
multi-fluid models of the solar corona to describe coronal Helium abundances
07/07/04-07/27/04

Ruediger Friedlein
Max Planck Institute for Aeronomy, Germany
Sunrise
08/02/04-08/20/04

Sebastian Jimenez Reyes
IAC Tenerife, Spain
LOWL/ECHO data
08/02/04-08/13/04

Jens Oberheide
University of Wuppertal, Germany
TIMED
08/13/04-9/05/04

Jiangang Xiong
The Chinese Academy of Sciences Wuhan, China
simulation of waves in middle atmosphere
09/20/04-11/20/04

Timothy Guild
Boston University, MA
CISM
08/04/04-08/25/04

Huey-Chin Yeh
National Central University, Taiwan
empirical electric field modeling based upon ROCSAT-1
09/08/04-09/10/04

Mayya Tokman
University of California Los Angeles, Berkeley, CA
computational MHD modeling of the solar corona
09/20/04-09/24/04

George Millward
Imperial College, London, United Kingdom
CISM
09/18/04-10/13/04

Jerry Goldstein
SWRI, San Antonio, TX
plasmaspheric modeling
09/13/04-09/15/04

Ruth Esser
University of Tromsø, Norway
comparing solar wind model results to transition region
09/06/04-09/24/04

Xinzhao Chu
University of Illinois, Illinois
LIDAR Retreat
09/23/04-09/24/04

Richard Collins
University of Alaska, Fairbanks
LIDAR Retreat
09/23/04-09/24/04

Jonathan Friedman
Arecibo Observaotry, Puerto Rico
LIDAR Retreat
09/23/04-09/24/04

Chet Gardner
University of Illinois, Illinois
LIDAR Retreat
09/23/04-09/24/04

Andy Gerrard
Clemenson University, South Carolina
LIDAR Retreat
09/23/04-09/24/04

Alan Liu
University of Illinois, Illinois
LIDAR Retreat
09/23/04-09/24/04

Ruth Lieberman
NorthWest Reseach Associates, Boulder, CO
LIDAR Retreat
09/23/04-09/24/04

Weilin Pan
SRI International, Menlo Park, California
LIDAR Retreat
09/23/04-09/24/04

Joe She
Colorado State University, Fort Collins
LIDAR Retreat
09/23/04-09/24/04

Gary Swenson
University of Illinois, Illinois
LIDAR Retreat
09/23/04-09/24/04

Jeff Thayer
University of Colorado, Boulder
LIDAR Retreat
09/23/04-09/24/04

Biff Williams
NorthWest Research Associates, Boulder, CO
LIDAR Retreat
09/23/04-09/24/04

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Summer Undergraduate Visitors

Jeff France
Rhodes College, Memphis, Tennessee
Empirical Model of High-Latitude Magnetosphere-Ionosphere Energy Transfer based on Satellite Data
05/24/04-08/24/04

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Student Assistants (non-science)

Eric Gilbert, Front Range Community College

Jimin Wang, University of Colorado at Boulder

Tom Freestone,University of Colorado at Boulder

Weibin Xu, University of Colorado at Boulder

Todd Fielder, University of Colorado at Boulder

Chris Hack, University of Colorado at Boulder

Jason Craig, University of Colorado at Boulder

Tom Brecht, University of Colorado at Boulder

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Collaborators

University Collaborators

Argonne National Lab and University of Chicago

Ian Foster, Earth System Grid, Knowledge Environment for Geosciences

Boston College, MA

Ernest Holeman, Hemispheric power calibrations, midnight equatorward auroral boundary study

Boston University, MA

Charles Goodrich, Large scale model development, CISM project
Jeffery Hughes, Space weather modeling, CISM project
Michael Mendillo, F-region dynamics, ionospheric dynamics
Timothy Guild, Magnetospheric model
George Siscoe, Space weather modeling
Harlan Spence, Magnetic model validation

California State University and Northridge/San Fernando Observatory

Gary Chapman, PSPT and Solar Variability
Steve Walton, Precision Solar Photometric Telescope and Solar Variability

Centro de Astrofisica da Universidade do Porto, Portugal

Mario J.P.F.G. Monteiro, Helioseismic constraints on overshoot at the base of the convection zone

Clemson University, SC

John Meriwether, Atmospheric dynamics
Gerald Lehmacher, Atmospheric dynamics

Colorado State University, Fort Collins

David Krueger, TIMED/GBI database
Chiao-Yao She, TIMED/GBI database
Bifford Williams, TIMED/GBI database

Cornell University, Ithaca, NY

David Hysell, TIMED/GBI database
Esayas Shume, TIMED/GBI database

Dartmouth College, Hanover, NH

Mary Hudson, Space weather modeling, large scale model development, radiation belts
John Lyon, Space weather modeling, large scale model development, radiation belts
Cassandra Fesen, Thermopshere dynamics
William Lotko, MI coupling

Ecole Normale Superieure, Lyon, France

Jean-Francois Pinton, Lagranfian statistics in turbulent flows

Embry-Riddle Aeronautical University, Daytona Beach, FL

Irfan Azeem, TIMED/GBI database, terrestrial impact of solar output
Gulamabas, Sivjee, TIMED/GBI database

Florida State University, Tallahassee

Joseph Cain, Geomagnetism
David Mozzoni, Geomagnetic field modeling

Geowissenschaftliches Zentrum der Universität Göttingen, Potsdam, Germany

Luhr Hermann, CHAMP data

Hampton University, VA

Scott Bailey, Solar irradiance

Harvard-Smithsonian Center for Astrophysics Cambridge, MA

Y.-K Ko, jet from sigmoid region
Eugene Avrett Solar Variability
Elaine Fortin Solar Variability
Robert Kurucz Spectrum Synthesis, Atomic Data

JILA University of Colorado, Boulder

Jason Lisle, Supergranulation
Juri Toomre, Supergranulation

Johns Hopkins University Applied Physics Laboratory, Laurel, MD

Patrick Newell, Hemispheric power calibrations
Stuart Nylund, TIMED/GBI database
Larry Paxton, TIMED project, airglow observations and analysis
Elsayed Talaat, TIMED, atmospheric dynamics, seasonal variability of planetary waves
Jeng-Hwa Yee, TIDI project

Kyungpook National University, Daegu, South Korea

Young-sil Kwak, TIE-GCM

Lancaster University, United Kingdom

Michael Kosch, Solar wind-magnetosphere-ionosphere coupling
Steven Marple, Solar wind-magnetosphere-ionosphere coupling
Ian McCrea, Solar wind-magnetosphere-ionosphere coupling
Andrew Senior, Solar wind-magnetosphere-ionosphere coupling

Lewis and Clark College, Portland, OR

Herschel Snodgrass, Solar Activity

MIT Haystack Observatory, Westford, MA

Larisa Goncharenko, Lower thermospheric tides & variability
Shengpan Zhang, Mesosphere/thermosphere dynamics, lower thermospheric tides

Monash University, Berwick Victoria, Australia

Paul Cally, Nonlinear evolution of tachocline instabilities

Nagoya University, Japan

Satonori Nozawa, Atmopsheric dynamics

National Central University, Chung-Li, Taiwan

Ming-Quey Chen, TIE-TGCM
Chien-Ming Huang, TIE-TGCM

Rhodes College, Memphis, TN

Jeffrey France, Ionospheric Joule heating

Rice University, Houston, TX

Frank Toffoletto, Space weather modeling, 2005 CEDAR/GEM workshop, magnetospheric model
Chan, Radiation belt modeling
Stanislav Sazykin, Inner Magnetosphere modeling

Stanford University, California

Yang Liu, solar synoptic studies
Alexander Kosovichev Acoustic Wave Propagation in the Solar Interior
Nagi Mansour Simulations and sub-grid-scale modeling of the solar tachocline and convection zone
Yuan-Nan Young Simulations and sub-grid-scale modeling of the solar tachocline and convection zone
Deborah McGuinness Virtual Solar-Terrestrial Observatory

Teoretisk Astrofysik Center, Copenhagen, Denmark

Joergen Christensen-Dalsgaard, Helioseismic constraints on overshoot at the base of the convection zone

The Catholic University of America, Washington D.C.

Leon Ofman, MHD modeling of the solar wind

The University of Electro-Communications, Tokyo, Japan

Keisuke Hosokawa, Ionospheric radar observations

University College London, United Kingdom

George Millward, Plasmasphere modeling

University od Bergen, Norway

Arve Aksnes, Polar UVI and PIXIE data

University of Adelaide, Australia

Robert Vincent, TIMED/GBI database, atmospheric dynamics

University of Alabama, Huntsville

Philip Richards, Terrestrial impact of solar output
Jian Nan Tu, Ionospheric outflow

University of Alaska, Fairbanks

Richard Collins, Atmospheric dynamics; CEDAR web pages
Dirk Lummerzheim, Polar UVI data, auroral analyses
Sergei Mauritis, High Latitude ionospheric modeling
Mark Conde, Polar Cap Observatory Resolute project

University of Bath, United Kindom

Nicholas Mitchell, Atmospheric dynamics
Dora Pancheva, Atmospheric dynamics

University of California, Berkeley

Y Li, interplanetary CME modeling
Janet Luhmann, space weather modeling, large scale model development, validation of coronal models
George Fisher, emergence of twisted magnetic fields
Herald Frey, IMAGE FUV data
Thomas Immel, IMAGE FUV data
Steven Mende, IMAGE FUV data
Janet Luhman, IMAGE FUV data
Bill Abbett, Magnetic flux tubes in turbulent convection
David Bercik, Magnetic flux tubes in turbulent convection
George Fisher, Magnetic flux tubes in turbulent convection

Univeristy of Colorado, Boulder

Scott Palo, TIMED/GBI database
Frank Eparvier, Solar measurement analysis
Gary Rottman, UV solar radiation; measurement of irradiances; Solar Radiation and Climate Experiment
Thomas Woods, EUV solar radiation
Susan Avery, Atmospheric Dynamics
Jeffrey Forbes, Atmospheric dynamics, CHAMP/TIEGCM comparison
Xiaoli Zhang, Atmospheric Dynamics
David Anderson, Equatorial ionosphere
Timothy Fuller-Rowell, Thermospheric electrodynamics and data assimilation, F-region dynamics
Bret Harper, Equatorial electrojet
Daniel Baker, Space weather modeling, magnetospheric physics
Charles Barth, Thermospheric NO
Scott Elkington, Radiation belts
Stefan Eriksson, Signatures of magnetic reconnection Juri Toomre, Solar convection, Simulations of turbulent convection in the Sun Jerry Harder, Solar Radiation and Climate Experiment

University of Illinois, Urbana

Xinzhao Chu, Notilucent clouds
Chester Gardner, LIDAR/TIME-GCM data analysis
Alan Liu, Lidar data
Steven Franke, TIDI project

University of Leicester, United Kingdom

Mark Lester, Ionospheric radar observations
Steven Milan, Ionospheric radar observations
Darren Wright, Radar observations of inonspheric wave activity

University of Leipzig, Germany

Christoph Jacobi, CEDAR database

University of Michigan, Ann Arbor

Joseph Hardin, SPACE, CHEF
Julie Kafkalidis, TIMED/GBI database
Richard Niciejewski, CEDAR database
Rick Niciefewski, Reading 9 track 1/2 inch computer tapes, TIDI project, thermospheric winds, instrument development
Wilbert Skinner, Space flight instrumentation, TIDI project
Stephen Bougher, Atmospheric dynamics, MARS/TGCM
Joseph Hardin, SPARC/CHEF
Peter Knoop, SPARC/CHEF
Janet Kozyra, Ring current modeling using the mapped AMIE electric potentials
Michael Leimohn, Ring current modeling using the mapped AMIE electric potentials
Robert Clauer, Magnetosphere/ionosphere
Tamas, Gombosi, Magnetosphere/ionosphere
Paul Hays, UARS/TIME-GCM data analysis
Daniel Atkins, SPARC
Gary Olson, SPARC

Univeristy of Minnesota, Minneapolis

Paul Morin, SPARC

University of Oslo, Norway

Eirik Endeve, Two-fluid magnetohydrodynamic models of the solar corona
Egil Leer, Two-fluid magnetohydrodynamic models of the solar corona

University of Rhode Island, Kingston

Peter Cornillon Distributed Oceanographic Data System

University of Rome, Italy

Ilaria Ermolli Precision Solar Photometric Telescope

Univeristy of Saskatchewan, Canada

Alan Manson, Atmospheric Dynamics
Donald McEwen, Polar Cap Observatory Resolue project

University of Sheffield, United Kingdom

Rekha Jain, emergence of twisted magnetic fields
Graham Bailey, Plasma modeling
Michael Thompson, Helioseismic constraints on overshoot at the base of the convection zone

University of Southampton, United Kingdom

Manfred Rees, Auroral dynamics
Henry Rishbeth, Ionospheric dynamics

University of Sydney, Australia

Peter Wilson, Solar Activity

University of Texas, Houston

Frederick Reddell, CEDAR database

Univeristy of Washington, Seattle

Gonzolo Hernandez, Thermosphere wind analysis

Univeristy of Wisconsin, Madison

Susan Nossal, CEDAR database
J.P. Cassinelli, Magnetic fields in early-type stars

University of Wuppertal, Germany

Peter Knieling, CEDAR database
Jens Oberheide, Atmospheric Dynamics

US Airforce Academy, Colorado Springs, CO

Delores Knipp, Space weather electrodynamics, hemispheric power calibrations
Matthew McHarg, Space weather electordynamics

Utah State University, Logan

Michael Taylor, TIME/GBI database

Yale University, New Haven, CT

Sabatino Sofia, Convection, Solar Variability and Solar Activity; Solar Disk Sextant; L'irradiance solaire absolue; du diametre solaire et de la rotation differentielle

York University, Toronto, Canada

Gordon Shepherd, UARS/TIME-GCM data analysis, mesosphere/thermosphere dynamics
Marianna Shepherd, UARS/TIME-GCM data analysis, mesosphere/thermosphere dynamics

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External Collaborators

Air Force Research Laboratory, USA

Nick Arge, validation of coronal models & solar synoptic studies

Appcion Pixcsis Columbia, MD

Brian Anderson, Iridim FAC comparisons
Haje Korth,Iridim FAC comparisons

Arecibo Observatory, Arecibo, PR

Sixto Gonzales, CEDAR/GEM 2005 workshop, CEDAR workshop

Astrophysical Observatory, Tbilisi, Georgia

Goderdzi Didebulidze, TIMED/GBI database

Australian Antarctic Division, Kingston Tasmania

John French, CEDAR database
Damian Murhpy, Atmospheric dynamics

CEA Saclay, France

Allan Sacha Brun, Simulations of Turbulent Convection in the Sun

Center de Recherches en Physique de l'Environnment Terrestre et Planet, Toulouse, France

Christoph Peymirat, TIE-GCM, magnetosphere-thermosphere coupling, magnetosphere/ionosphere

Centre d'Etude Spariale des, Toulouse, France

Denis Alcayde, TRANSCAR/AMIE modelling

Chinese Academy of Science, Beijing, China

Jiyao Xu, Solar-terrestrial

Colorado Research Associates, Boulder, CO

K.D. Leka, emergence of twisted magnetic fields
Ruth Lieberman, Seasonal variability of planetary waves, nonmigrating tides

Computational Physics, Inc Springfield, VA

Douglas Strickland, Thermospheric composition

Danish Space Research Institute, Copenhagen, Denmark

Mia Stampe, CHAMP and Oersted Data

Finnish Meteorological Institute, Helsinki, Finland

Minna Palmaroth, Magnetospheric model
Tuija Pulkkinen, Magnetospheric model

Florida Institute of Technology, Melbore, FL

Ramon Lopez, Space weather modeling, magnetospheric model, magnetospheric physics
Salvador Hernandez-Oliver, Magnetic model validation

Fusion Numerics, Inc, Boulder, CO

Boris Khattatov, Space weather electrodynamics, CEDAR database

Georgia Institute of Technology, Atlanta, GA

Robert Roper (retired), CEDAR database

Goddard Earth Sciences and Technology Center at UMBC, Maryland

Judit Pap, Solar Variability, Precision Solar Photometric Telescope

Heliophysics, Nahant, MA

Peter Foukal, Precision Solar Photometric Telescope, Solar Variability

Heliosynoptics Inc., Boulder, CO

Patrick McIntosh, Solar Activity

Indian Institute of Geomagnetism, Krishnapuram, India

Geeta Jadhav, TIE-GCM

Instituto de Astronomía y Física del Espacio, Argentina

Cristina Mandrini, emergence of twisted magnetic fields

Korea Ocean Research & Development Institute, Ansan, Korea

Young-In Won, Polar Cap Observatory Resolute project

Lockheed-Martin Solar and Astrophysics Lab Palo Alto, CA

Marc DeRosa, Simulations of Turbulent Convection in the Sun

Laboratoire de Planetologie, Gernoblr, France

Chantal Lathuillere, TRANSCAR/AMIE modelling

Max-Planck-Institut fuer Sonnensystem Forschung Lindau, Germany

M. Schuessler, Evolution of rising flux tubes, sunspot formation

Los Alamos National Laboratory, NM

Ruth Skoug, MHD Modeling of the solar wind

NASA Ames, Mountain View, CA

Michael Rogers, Simulations and sub-grid-scale modeling of the solar tachocline and convection zone

NASA Goddard Space Flight, Greenbelt, MD

Saji Abraham, CEDAR database
Joseph Davila, MHD modeling of the solar wind
Terese Kucera, SPARTAN white light coronagraph analysis
Ed Sittler, MHD modeling of the solar wind
Harry Jones, Solar Activity
Barbara Thompson, CME-associated coronal and chromospheric waves

NASA Headquarters, Washington, D. C.

Mahdulika Guhathakurta, MHD modeling of the solar wind

NASA Langley Research Center, Hampton, VA

Marty Mlynczak, Atmospheric dynamics, mesosphere energetics

NASA Marshall Space Flight Center, Huntsville, AL

David Hathaway, Photospheric reynolds stresses from MDI

National Institute for Polar Research, Tokyo, Japan

Masaki Tsutsami, Atmospheric dynamics

Nation Institute of Information, Tokyo, Japan

Seiji Kawamura, CEDAR database

National Institute of Information and Communications Technology, Tokyo, Japan

Yasuhiro Murayama, TIMED/GBI database

National Solar Observatory, Tucson, AZ

Rachel Howe, Solar torsional oscillations; Meridional circulation

Naval Reseach Laboratory, Washington, DC

Robert Meier, Thermospheric composition
David Sisking, Ionospheric chemistry

NOAA National Geophysical Data Center, Boulder, CO

William Wright, CEDAR database

NOAA Space Environment Center, Boulder, CO

David Evans, CEDAR darabase, hemispheric power calibrations

NOAA Space Environment Laboratory, Boulder, CO

Rodney Viereck, Solar EUV observational strategy

Northwest Research Associates, Bellevue, WA

David Ortland, TIDI project, terrestrial impact of solar output

Observatoire de la Cote D'Azur, Nice, France

Thierry Corbard Jets in the solar tachocline

Observatoire de Paris, Meudon, France

Pascal Demoulin, coronal sigmoid observations

Physikalisch-Meteorologisches Observatorium Davos, Davos Dorf, Switzerland

Claus Frohlich, Solar Variability

Radio Observatory of Jicamarca, Lima, Peru

Jorge Chau, CEDAR database, TIMED/GBI database

Rutherford Appleton Laboratories, United Kingdom

Andrzej Fludra, MHD modeling of the solar wind

San Fernando Observatory/CSUN, Northridge, CA

Gary Chapman, Total Solar Irradiance Studies
Stephen Walton, Total Solar Irradiance Studies
Dora Preminger, Total Solar Irradiance Studies
Angela Cookson, Total Solar Irradiance Studies

Science Applications International Corporation, San Diego, CA

Pete Riley, validation of coronal models

Scientific Solutions, Chelmsford, MA

John Noto, Instrument development

Scientific Solutions, North Chelmsford, MA

Robert Kerr, Instrument development, Polar Cap Observatory Resolute project

Service de'Aeronomie du CNRS, Verrieres Le Buisson, France

Gerard Thuillier, L'irradiance solaire absoue, du diametre solaire et de la rotation differentielle, Solar IR irradiance and variability

SouthWest Research Institute, Houston, TX

Kevin Jennings, Magnetometer analysis

SouthWest Research Institute, San Antonio, TX

Geoffrey Crowley, Thermosphere dynamics
Randy Gladstone, Radiative transfer

SRI International, Menlo Park, CA

Jeffery Thayer, CEDAR database, TIMED/GBI database, space weather electrodynamics

The Aerospace Corporation, Los Angeles, CA

Christopher Tschan, Core technologies
Margaret Chen, Ring current modeling using the mapped AMIE electric potentials

Unaffiliated

Juan Fontenla, Solar Variability

Internal Collaborators

NCAR, ACD, Boulder, CO

Anne Smith, TIMED, atmospheric dynamics Fabrizio Sassi, Gravity wave parameterization, WACCM project
Rolando Garcia, WACCM
Douglas Kinnison, WACCM development
Daniel Marsh, Satellite data analysis and modeling

NCAR, CGD, Boulder, CO

Byron Boville, WACCM
Tomoko Matsuo, Data assimilation

NCAR, SCD, Boulder, CO

Cecilia de Luca, Space weather modeling
Don Middleton, Earth System Grid, Virtual Solar Terrestrial Observatory

NCAR, HAO, Boulder, CO
Oran White (Retired), Solar Variability and Solar Activity, Precision Solar Photometric Telescope

Table of Contents | Director's Message | Executive Summary | HAO Achievements
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