Whistler mode chorus waves can scatter plasma sheet electrons into the loss cone and
produce the Earth's diffuse aurora. Van Allen Probes observed plasma sheet electron …

Abstract The fast Van Allen radiation belt electron dynamics during geomagnetic storms
have not yet been fully explained, in part due to limitations of standard satellite missions in …

The dynamics of the electron population in the Earth's radiation belts affect the upper
atmosphere's ionization level through the low-energy Electron Precipitation (EP). The impact …

Key Points Radiation belt electron butterfly PADs exhibited both short‐duration (~ hours)
and long‐duration (~ days) variations along with strong dependence on energy, L‐shell and …

Plasma sheet electron precipitation, much of it driven by whistler mode waves, is critical for
magnetosphere‐ionosphere coupling. This precipitation leads to a secondary electron …

We evaluate energetic electron scattering in pitch angle and energy using realistic magnetic
field and density models due to whistler mode chorus waves in Jupiter's magnetosphere and …

Suprathermal electrons are a major heat source of ionospheric plasma. How the
suprathermal electrons evolve during their bounces inside the plasmasphere is a …