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Super Dual Auroral Radar Network
100%
Convection
100%
Collaborative Research
100%
Plasma Motion
33%
Upper Atmosphere
33%
Space Weather Applications
16%
Bottomside Ionosphere
16%
Network Observation
16%
Solar-terrestrial Relations
16%
Operation Activity
16%
Oregon
16%
Johns Hopkins University
16%
Terrestrial Environment
16%
Physics Laboratory
16%
Review Criteria
16%
Iceland
16%
Virginia Tech
16%
Collaborative Experiment
16%
High Latitude
16%
Bistatic
16%
Dartmouth College
16%
Penn State University
16%
Plasma Response
16%
Plasma Convection
16%
Applied Physics
16%
Alaska
16%
Northern Hemisphere
16%
Ionospheric Plasma
16%
Response Change
16%
Radar Network
16%
HF Propagation
16%
Middle Latitude
16%
Maintenance Activities
16%
Solar Flares
16%
Geophysical Processes
16%
New Capabilities
16%
Technological System
16%
Support to Operations
16%
Virginia
16%
Plasma Instabilities
16%
Impact Review
16%
Earth and Planetary Sciences
Radar Networks
100%
Research Facility
100%
Virginia
33%
Upper Atmosphere
33%
Space Weather
16%
United States of America
16%
Iceland
16%
Oregon
16%
Radio Transmission
16%
Solar Flare
16%
Alaska
16%
Ionospherics
16%
Magnetohydrodynamic Stability
16%
Terrestrial Ecosystem
16%
Northern Hemisphere
16%
Physics
Upper Atmosphere
100%
Radio Transmission
50%
Applied Physics
50%
Iceland
50%
Solar Flare
50%
Magnetohydrodynamic Stability
50%
Space Weather
50%