-
Brian Harding
University of California BerkeleyMeeting roles in:
Imposters Among the Northern Lights: Emission Spectra Reveal 'Aurora-like Forms' not Driven by Particle Precipitation
Imposters Among the Northern Lights: Emission Spectra Reveal 'Aurora-like Forms' not Driven by Particle Precipitation
Modeling Auroral-Like Forms: The Role of Parallel Electric Fields and Turbulent Conductivities
The DAPHNE DYNAMIC mission
Aurora-like Emissions Driven by Local Ionospheric Parallel Electric Fields: Observations and Modeling
The STEVE continuum emission: constraints from vibrational kinetic modeling
Nitric oxide intensification associated with STEVE: TIMED/SABER observations and comparison with GITM simulation
GITM Simulations of Ionosphere and Thermosphere Response to an Idealized Subauroral Ion Drift Channel
Investigating Intense Plasma Drifts and Associated Optical Emissions Using Swarm and TREx RGB All-Sky Imager Observations
Validation of ICON-Derived Ionospheric Currents Using Ohm’s Law and Swarm Data: Assessing the Role of Conductivity
Why we need NASA’s DYNAMIC mission?: A Mission Crucial for Enabling the Prediction of Space Weather Impacts
Hemispheric Asymmetry in Thermospheric Wind Disturbances During Extreme Lower and Upper Atmospheric Forcing
Thermospheric temperature retrievals from ICON/MIGHTI observations
Thermospheric Variability in Composition, Temperature and Winds over a 1000-day period
Using Global Auroral Imaging to Combine Ionospheric Measurements and Infer Magnetospheric Dynamics
Enter Note
Go to previous page in this tab
Author/Chair
