| Name |
Affiliation |
E-Mail |
WG |
Areas_Interested |
Submission |
| Akiyama, Sachiko |
CUA |
akiyama@solar.isas.jaxa.jp |
WG1 |
Geo-effective CMEs |
Submission |
| Baker, Daniel N. |
Laboratory for Atmospheric & Space Physics, Univ. of Colorado |
Daniel.Baker@lasp.colorado.edu |
WG4 |
storms and radiation belt effects |
Submission |
| Basu, Santimay |
Air Force Research Lab |
santimay@aol.com |
WG3 |
Space weather impact of plasma density structuring on communication and navigation systems |
Submission |
| Basu, Sunanda |
Boston University |
sbasu@bu.edu |
WG3 |
M-I coupling processes for generation of km-scale plasma density irregularities at middle and equatorial latitudes |
Submission |
| Berdichevsky, Daniel B |
L3 GS Inc. |
xrdbb@lepvax.gsfc.nasa.gov |
WG1 |
The source and heliospheric manifestations (ICMEs) of CMEs. |
Submission |
| Biesecker, Douglas A |
NOAA/SEC |
doug.biesecker@noaa.gov |
WG1 |
photospheric to low corona diagnostics of geo-effective CME's |
Submission |
| Bothmer, Volker |
University Göttingen |
bothmer@astro.physik.uni-goettingen.de |
WG1 |
Solar Sources, CME onsets, evolution, forecast |
Submission |
| Brandt, Pontus C. |
The Johns Hopkins University Applied Physics Laboratory |
pontus.brandt@jhuapl.edu |
WG2 |
inner magnetosphere coupling between ring current ionosphere/thermosphere, plasmasphere |
Submission |
| Brautigam, Donald |
Air Force Research Laboratory |
Donald.Brautigam@hanscom.af.mil |
WG2 |
radiation belt dynamics - why some storms are more effective than others
|
Submission |
| Chen, Jian |
University of Maryland |
chenjian@astro.umd.edu |
WG4 |
prediction of storms and substorm, storms and substorms'mechanism |
Submission |
| Chen, Margaret W |
The Aerospace Corporation |
mchen@aero.org |
WG2 |
ring current |
Submission |
| Cliver, Edward W |
AFRL |
edward.cliver@hanscom.afmil |
WG1 |
Origins/signatures of geoeffective CMEs and M-regions. |
Submission |
| CROWLEY, Geoff |
Southwest Research Institute |
gcrowley@swri.org |
WG3 |
ionosphere-thermosphere stormtime response middle-low latitude electrodynamics |
Submission |
| demajistre, Robert |
JHU/APL |
robert.demajistre@jhuapl.edu |
WG3 |
Use of remote sensing data to quantify the response of the ionosphere/thermosphere to storms |
Submission |
| Dombeck, John |
University of Minnesota |
johnd@fields.space.umn.edu |
WG2 |
Low latitude auroral acceleration in tail |
Submission |
| Emmert, John T |
George Mason University |
jemmert@gmu.edu |
WG3 |
Neutral dynamic input into ionospheric storm effects |
Submission |
| Foster, John C |
MIT Haystack Observatory |
jfoster@haystack.mit.edu |
WG3 |
mid and low-latitude ionospheric storms
GPS TEC global mapping IS radar Tutorial Speaker |
Submission |
| Fuller-Rowell, Tim |
Space Environment Center |
tim.fuller-rowell@noaa.gov |
WG3 |
Working Group leader |
Submission |
| Gallagher, Dennis L |
NASA Marshall Space Flight Center |
dennis.l.gallagher@nasa.gov |
WG2 |
I am generally interested in the response of geospace to solar wind drivers and specifically interested in the role of low energy plasma in magnetospheric dynamics. |
Submission |
| Georgieva, Katya |
Solar-Terrestrial Influences Lab. at the Bulgarian Academy of Sciences |
kgeorg@bas.bg |
WG4 |
properties of geo-effective CMEs |
Submission |
| Georgoulis, Manolis K |
JHU/APL |
manolis.georgoulis@jhuapl.edu |
WG1 |
(1) Source properties of geo-effective CMEs
(2) CME prediction by means of vector magnetogram analysis (3) Magnetic helicity in the solar atmosphere |
Submission |
| Goldstein, Jerry |
Southwest Research Institute |
jgoldstein@swri.edu |
WG2 |
Global behavior of the inner magnetosphere during storms and substorms, coupling among different plasma populations (ring current, ionosphere, plasma sheet, plasmasphere, radiation belts) |
Submission |
| Gopalswamy, Nat |
NASA GSFC |
gopals@fugee.gsfc.nasa.gov |
WG1 |
properties of geo-effective CMEs |
Submission |
| Heelis, Rod |
University of Texas at Dallas, FO22 PO Box 830688 |
heelis@utdallas.edu |
WG3 |
Ionospheric Electrodynamics and Composition |
Submission |
| Henderson, Michael G |
Los Alamos National LAboratory |
mghenderson@lanl.gov |
WG2 |
Dynamics of inner magnetosphere and near-earth plasma sheet. |
Submission |
| Hernandez, Salvador |
Dept. of Physics and Space Sciences, Florida Institute of Technology |
hernands@fit.edu |
WG4 |
Magnetospheric-ionospheric coupling |
Submission |
| Howard, Russell A |
Naval Research Lab |
russ.howard@nrl.navy.mil |
WG1 |
Properties of geo-effective CMEs
|
Submission |
| Huang, Chaosong |
MIT Haystack Observatory |
cshuang@haystack.mit.edu |
WG3 |
Ionospheric storms, magnetospheric-ionospheric coupling, global ionospheric disturbances related to solar wind variations, and long-duration electric fields in the middle- and low-latitude ionosphere. |
Submission |
| hudson, mary k |
dartmouth college |
mary.hudson@dartmouth.edu |
WG2 |
radiation belts, storm mechs |
Submission |
| Huttunen, Emilia |
University of Helsinki |
Emilia.Huttunen@helsinki.fi |
WG1 |
ICMEs and sheath regions of ICMEs
primary characteristics that make a CME geoeffective (southward Bz, high dynamic pressure) |
Submission |
| Kasper, Justin C |
MIT Center for Space Research |
jck@mit.edu |
WG1 |
Interplanetary shocks, geo-effective events
|
Submission |
| Kataoka , Ryuho |
National Institute of Information and Communications Technology |
ryuho@nict.go.jp |
WG1 |
Microstructures of geoeffective CMEs
|
Submission |
| Kil, Hyosub |
Johns Hopkins University Applied Physics Laboratory |
hyosub.kil@jhuapl.edu |
WG3 |
effects of storm-induced winds and thermospheric composition disturbance on the low-latitude ionosphere |
Submission |
| Lal, Manohar |
Indian Institute of Geomagnetism |
mlal@iig.iigm.res.in |
WG3 |
I am studying the effect of geomagnetic storm on the gravity waves at equatorial latitude. |
Submission |
| Lara, Alejandro |
Instituto de Geofisica, UNAM |
alara@geofisica.unam.mx |
WG1 |
Halo CMEs properties and ICME travel time |
Submission |
| Liemohn, Michael W. |
University of Michigan |
liemohn@umich.edu |
WG2 |
Causes and effects of inner magnetospheric disturbances |
Submission |
| LOHANI, NAVAL KISHOR |
M.B.Govt.P.G.College |
lohani@iucaa.ernet.in |
WG1 |
Solar Coronal loops and Their Heating Mechanism |
Submission |
| Lopez, Ramon |
Florida Institute of Technology |
relopez@fit.edu |
WG4 |
properties of geo-effective CMEs, predictions |
Submission |
| MacDowall, Robert J |
NASA GSFC |
robert.macdowall@nasa.gov |
WG1 |
What are the combinations of components in the solar wind that can lead to a geomagnetic storm?
What are the latest prediction methods? |
Submission |
| Makela, Jonathan J |
University of Illinois at Urbana Champaign |
jmakela@uiuc.edu |
WG3 |
Ionospheric stormtime response. Generation of small-scale irregularities. |
Submission |
| Mannucci, Anthony J |
Jet Propulsion Laboratory, California Institute of Technology |
Tony.Mannucci@jpl.nasa.gov |
WG3 |
Ionospheric response to solar-wind drivers, what makes CMEs geoeffective, superstorms, global ionospheric response, prompt dayside ionospheric response to Bz south and its consequences. |
Submission |
| Marque, Christophe |
USRA-Naval Research Lab. |
christophe.marque@nrl.navy.mil |
WG1 |
Radio and coronal signatures of CMEs. |
Submission |
| Maruyama, Noami |
High Altitude Observatory |
naomi@ucar.edu |
WG3 |
(NOT ABLE TO ATTEND)
(1) the sources of the stormtime electric fields in the ionosphere (2) the stormtime dynamics in the plasmasphere and plasmapause (WG2) |
Submission |
| McPherron, Robert L |
Institute of Geophysics and Planetary Physics, University of California Los Angeles |
rmcpherron@igpp.ucla.edu |
WG1 |
magnetic storms
forecasting |
Submission |
| Meier, Robert R |
George Mason University |
rmeier@gmu.edu |
WG3 |
Remote sensing of geomagnetic storm effects in the thermosphere and ionosphere |
Submission |
| Michalek, Grzegorz r |
Astronomical Observatory of Jagiellonian University, Cracow, Poland |
michalek@oa.uj.edu.pl |
WG4 |
properites of geo-effective halo CMES, transport of CMEs |
Submission |
| Millan, Robyn M |
Dartmouth College |
Robyn.Millan@dartmouth.edu |
WG2 |
radiation belt losses |
Submission |
| moran, thomas |
CUA and NASA/GSFC |
moran@orpheus.nascom.nasa.gov |
WG1 |
properties of geo-effective CMEs |
Submission |
| Morrill, Jeff S |
Naval Research Laboratory |
morrill@shogun.nrl.navy.mil |
WG1 |
CME Properties
CME initiation |
Submission |
| Mouikis, Christopher |
University of New Hampshire |
chris.mouikis@unh.edu |
WG2 |
Magnetosphere |
Submission |
| Mukherjee, Anita |
The University of Liverpool |
anitasaumitra@yahoo.co.in |
WG4 |
Prediction of Geomagnetic Storms and its effect on Earth |
Submission |
| Mukherjee, Saumitra |
The University of Liverpool |
dr.saumitramukherjee@usa.net |
WG4 |
Prediction of Geomagnetic Storms and its effect on Earth |
Submission |
| Nindos, Alexander |
University of Ioannina |
anindos@cc.uoi.gr |
WG1 |
Solar conditions that lead to geoeffective CMEs |
Submission |
| Nitta, Nariaki |
Lockheed Martin Advanced Technology Center |
nitta@lmsal.com |
WG1 |
- Identification of solar sources of ICMEs, especially geo-effective ones as taken up in the workshop, using both solar and in-situ data.
- Understanding the origin of Bz<0 in and around ICMEs. - Understanding the capabilities and limitations of magnetic field modelling (both at the Sun and ICME). |
Submission |
| Nunes, Steven M |
CUA |
snunes@antique.gsfc.nasa.gov |
WG1 |
Type II radio bursts
Blast wave and CME-driven shocks |
Submission |
| olmedo, oscar a |
George Mason University |
oolmedo@gmu.edu |
WG1 |
GMU graduate student |
Submission |
| Paxton, Larry J |
JHU/APL |
larry.paxton@jhuapl.edu |
WG3 |
coupled response of the ionosphere and thermosphere to geomagetic storms and the use of remote sensing data to delineate this response |
Submission |
| Poomvises, Watanachak |
George Mason University |
wpoomvis@gmu.edu |
WG1 |
GMU student interested in solar sources of geomagnetic storms |
Submission |
| Richardson, Ian G |
Goddard Space Flight Center/UMd |
richardson@lheavx.gsfc.nasa.gov |
WG1 |
Solar wind plasma, magnetic fields, composition, and structures, solar sources. |
Submission |
| Sazykin, Stanislav |
Rice University |
sazykin@rice.edu |
WG3 |
magnetosphere-ionosphere coupling, ionospheric electric fields |
Submission |
| Scholl, Isabelle F |
International Space University |
scholl@isu.isunet.edu |
WG4 |
magnetic storms forecasting
CME properties cataloguing CME |
Submission |
| Selesnick, Richard S |
Aerospace Corp. |
Richard.S.Selesnick@aero.org |
WG2 |
radiation belt |
Submission |
| Sharma, Surja |
University of Maryland |
ssh@astro.umd.edu |
WG4 |
Forecasting geomagnetic storms, its relationship to other magnetospheric phenomen such as substorms, bursty bulk flows, convection, etc. |
Submission |
| Singer, Howard J |
NOAA Space Environment Center |
howard.singer@noaa.gov |
WG4 |
predicition of geomag storms and and mechanisms, rad belts |
Submission |
| Spicer, Daniel S |
NASA/GSFC |
daniel.s.spicer@nasa.gov |
WG1 |
properties of geo-effective CMEs |
Submission |
| Steinberg, John T |
Los Alamos National Laboratory |
jsteinberg@lanl.gov |
WG1 |
properties of geo-effective CMEs |
Submission |
| Takahashi, Kazue |
The Johns Hopkins University Applied Physics Laboratory |
kazue.takahashi@jhuapl.edu |
WG2 |
Role of ULF waves in radiation belt formation |
Submission |
| Thompson, Barbara J |
NASA GSFC |
barbara.j.thompson@nasa.gov |
WG1 |
magnetic sources and structure of CMEs in inner corona |
Submission |
| Trattner, Karlheinz J |
Lockheed Martin ATC |
trattner@mail.spasci.com |
WG2 |
Radiation Belt Models |
Submission |
| Vassiliadis, Dimitris |
ST |
vassi@electra.gsfc.nasa.gov |
WG2 |
Energization of radiation belts |
Submission |
| Vourlidas, Angelos |
Naval Research Laboratory |
vourlidas@nrl.navy.mil |
WG1 |
CME Propagation, Radio CMEs, sources of CMEs, CME interaction w/ ionosphere |
Submission |
| Webb, David |
Boston College/AFRL Center for Excellence in SWx |
david.webb@hanscom.af.mil |
WG1 |
Solar and IP conditions that lead to geoeffective CMEs
Expertise: CMEs, halo CMEs, SMEI IP data |
Submission |
| Wu, Chin-Chun |
CSPAR/University of Alabama in Huntsville |
wuc@cspar.uah.edu |
WG1 |
Data analysis on the heliosphere physics, e.g., magnetic clouds, shock wave, CME |
Submission |
| Wygant, John |
School of Physic and Astronomy, University of Minnesota |
jwygant@comcast.net |
WG2 |
Polar and Cluster electric field measurments in the tail and in the inner magnetosphere: Reconnection, energy transport and particle acceleration. |
Submission |
| Xie, Hong |
The Catholic University of America |
hong@lepvax.gsfc.nasa.gov |
WG1 |
Properties of geo-effective CMEs, complex interplanetary ejacta driver, interplanetary shock, corotating interaction region, and associated complex IMF structures. |
Submission |
| YASHIRO, Seiji |
CUA |
yashiro@cdaw.gsfc.nasa.gov |
WG1 |
test |
Submission |
| Yeh, Huey-Ching |
National Central University, Taiwan |
yeh@jupiter.ss.ncu.edu.tw |
WG3 |
Storm-time electrodynamics and plasma irregularities in low-latitude ionosphere |
Submission |
| Yurchyshyn, Vasyl |
Big Bear Solar Observatory |
vayur@bbso.njit.edu |
WG1 |
solar sources and properties of geo-effective CME |
Submission |
| Zhang, Jie |
GMU |
jiez@scs.gmu.edu |
WG1 |
Properties of geo-effective CMEs and their solar surface source region
Prediction of major geomagnetic storms |
Submission |
| Zhukov, Andrei N |
Royal Observatory of Belgium |
Andrei.Zhukov@oma.be |
WG1 |
Source regions of geo-effective CMEs solar and interplanetary sources of geomagnetic storms prediction of geomagnetic storms. |
Submission |