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LWS TR&T SCIENCE RESULTS:
Results
from LWS TR&T Proposals Selected in 2004:
- Charles Arge
/ University of Colorado at Boulder and Giuliana de Toma / National
Center for Atmospheric Research
Short-Term Time Evolution of Coronal Holes
and Their Impact on the Solar Wind at 1AU
- Sunanda Basu
/ Center for Space Physics, Boston University
Studies of Ionospheric Plasma Structuring
at Low Latitudes from Space and Ground, their Modeling and Relationships
to Scintillations
- Robert Benson
/ Goddard Space Flight Center
Solar-Cycle and Short-Term Variations of Topside Ionospheric Electron-Density
Profiles
- Joachim Birn
/ Los Alamos National Laboratory
Modeling Coronal Structures and Dynamics
- Douglas Braun
/ NorthWest Research Associates, Inc.
Local Seismology of Solar Dynamics: From MDI to HMI
- Joan Burkepile
/ National Center for Atmospheric Research
Data Environment: Creation of Online Access to the Complete Set of
Solar Maximum Mission (SMM) Coronagraph/Polarimeter Observations
- Geoffrey Crowley
/ Southwest Research Institute
LWS: Effect of EUV and High Latitude
Forcing on Thermospheric Densities
- Giuliana de Toma
/ National Center for Atmospheric Research
Short-Term Time Evolution of Coronal Holes and Their Impact on the
Solar Wind at 1AU
- Matthew DeLand
/ Science Systems Applications, Inc.
Creation of a Composite Solar Ultraviolet
Irradiance Data Set
- Carsten Denker
/ New Jersey Institute of Technology
Data Environment: Data Mining and Visualization Server at Big Bear
Solar Observatory
- George Fisher
/ University of California Berkeley
A Global MHD Model of the Solar Interior
for Coupled Sun-Earth System Studies
- Peter Foukal
/ Heliophysics, Inc.
Facular Studies to Improve Reconstruction
and Prediction of Solar Irradiance
- Reiner Friedel
/ Los Alamos National Laboratory
Quantifying Energetic Electron Precipitation from the Radiation Belts
and their Relation to Storm-Time Dynamics
- David Fritts
/ NorthWest Research Associates, Inc.
Experimental and Modeling Studies of
Potential Gravity Wave Seeding of Plasma Dynamics at Equatorial Latitudes
- Peter Gallagher
/ GSFC
Fields, Fractals, and Flares: Understanding Magnetic Complexity in
Solar Active Regions
- Trevor Garner
/ Applied Research Laboratories, University of Texas at Austin
An Investigation of Magnetosphere-Ionosphere-Coupling
Through the Subauroral Electric Field with the Development of a Parameterized
Subauroral Electric Field Model
- Philip Goode
/ New Jersey Institute of Technology
Earthshine: Measurements and Simulations
of the Earth's Reflectance
- Natchimuthuk
Gopalswamy / Goddard Space Flight Center
Coronal Mass Ejection Data Products
for LWS Science
- Janet Green /
LASP, University of Colorado
Relativistic Electrons in the Outer Radiation Belt: Understanding
How Losses Contribute to Flux Variability During Storms
- Donald Gurnett
/ The University of Iowa
Data Environment Proposal for Archiving Cluster Wideband Plasma Wave
Data for the International Living With a Star Program
- John Harvey /
National Solar Observatory
Characterizing the Solar Vector Magnetic
Field with Application to Space Weather Forecasting
- John Harvey /
National Solar Observatory
Translation and Correction of NSO Kitt
Peak Vacuum Telescope Solar Synoptic Data
- Umran Inan /
Stanford University
A Global Model of the Effects of ELF/VLF
Chorus Emissions on Energetic Radiation Belt Electrons
- Philip Isenberg
/ University of New Hampshire
A Kinetic Model for Preferential Acceleration
and Heating of Solar Wind Heavy Ions
- Shrikanth Kanekal
/ Catholic University of America
Comprehensive Survey of Magnetospheric Relativistic Electron Dynamics
over Complete Solar Cycle
- Ramona Kessel
/ Goddard Space Flight Center
Multi-satellite
Magnetopause Data Environment
- Joseph King /
QSS Group, Inc.
Creation of High Resolution OMNI and Other
Merged ACE, Wind and IMP 8 Data Sets, and Solar Wind Cross-Correlations
- John Laming /
US Naval Research Laboratory
Electron Heating in the Solar Wind
- K. D. Leka /
NorthWest Research Associates, Inc.
Resolving the 180 degree Azimuthal Ambiguity
in Solar Vector Magnetic Field Measurements
- Janet Luhmann
/ University of California Berkeley
Inner Heliosphere Multispacecraft Data Analysis Tool
- Peter MacNeice
/ Drexel University
Modeling the Geoeffectiveness of Coronal Mass Ejections
- Petrus Martens
/ Montana State University-Bozeman
Stars as Suns: Unraveling Long-term
Solar Variability by Stellar Dynamo Modeling
- John McCormack
/ US Naval Research Laboratory
Investigating the Influence of the
11-Year Solar Cycle on Dynamics Using a High Vertical Resolution Zonally
Averaged Photochemical-Dynamical Model of the Middle Atmosphere
- Jan Merka / NRC,
NASA/GSFC
Solar Wind Input into the Magnetosphere:
Assimilation of Multi-Spacecraft Data
- Tom Narock /
NASA/GSFC/L3 Comm
Extending the LWS Data Environment: Distributed Data Processing and
Analysis
- Merav Opher /
GMU
Alfvén Profile in the Lower Corona: Implications for Shock Formation
- J. Michael Picone
/ US Naval Research Laboratory
Predicting EUV Irradiance and Induced
Upper Atmospheric Density Changes from EIT Solar Imagery
- Edward Rhodes
/ University of Southern California
Improvement in the Data Environment for Global and Local Helioseismic
Studies of the Changing Solar Interior
- Aaron Ridley
/ University of Michigan
A New Data Environment for Ionospheric Electrodynamics Based on AMIE
Results
- David Rind /
Goddard Institute for Space Studies
The Sun's Role in Decadal Climate Change
since 1980, and in the last Century
- D Aaron Roberts
/ Goddard Space Flight Center
Tools for Global Understanding of the Sun-Earth System
- R.W. Schunk /
Utah State University
Utah State University Global Assimilation
of Ionospheric Measurements (USU-GAIM)
- Neil Sheeley
/ Naval Research Laboratory
Observational Signatures of Time Variations
in the Sun's Open Magnetic Flux
- Paul Straus /
Aerospace Corporation
Contribution of Ionospheric Occultation Experiment (IOX) Observations
to the LWS Data Environment
- James Thieman
/ Goddard Space Flight Center
A Space Physics Archive Search and Extract (SPASE) System for Data
Access and Retrieval
- Richard Thorne
/ UCLA
Physical Processes Responsible for Relativistic
Electron Variability in the Outer Radiation Zone over the Solar Cycle
- Jon Vandegriff
/ Johns Hopkins University Applied Physics Laboratory
Data Environment - Restoration of AMPTE/CHEM Data
- Harry Warren
/ Naval Research Laboratory
The Magnetic Topology of Coronal Mass
Ejections
- Simon Wing /
Johns Hopkins University, Applied Physics Laboratory
3D Empirical Tools for the Magnetotail
- Yuk Yung / California
Institute of Technology
Solar Forcing of Climate through Stratospheric
Ozone Changes
- Eftyhia Zesta
/ University of California, Los Angeles
Space Weather Effects of Solar Wind Pressure
Fronts: Atmospheric Energy Input and MeV Particle Energization
- Jie Zhang / Center
for Earth Observing and Space Research/George Mason U
A Systematic Study on Solar Sources of
Major Geomagnetic Storms from 1996 to 2006
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