A statistical study was conducted of Earth's radiation belt electron response to geomagnetic
storms using NASA's Van Allen Probes mission. Data for electrons with energies ranging …

Using the total radiation belt electron content calculated from Van Allen Probe phase space
density, the time‐dependent and global response of the outer radiation belt during storms is …

Statistics of amplitudes and obliquity of lower band chorus whistler mode waves have been
obtained from Cluster measurements in Earth's outer radiation belt and fitted as functions of …

Using data from the Relativistic Electron Proton Telescope on the Van Allen Probes, the
effects of geomagnetic storms and solar wind conditions on the ultrarelativistic electron (E> …

Electron loss to the atmosphere plays a critical role in driving the dynamics of the Earth's
Van Allen radiation belts and slot region. This chapter is a review of atmospheric loss of …

Here, we review the results from the Van Allen Probes era (2012 to present) concerning the
loss of outer radiation belt electrons via magnetopause incursions and outward radial …

The start of the space era marked the discovery of the Earth's radiation belts. Sixty-five years
after that discovery, there are still many unknowns in its dynamics, but there is also a lot of …

Obtaining the global state of radiation belt electrons through reanalysis is an important step
toward validating our current understanding of radiation belt dynamics and for identification …

During geomagnetic storms, the rapid depletion of the high‐energy (several MeV) outer
radiation belt electrons is the result of loss to the interplanetary medium through the …

We study the durations of the main and recovery phases of magnetic storms induced by
different types of large‐scale solar‐wind streams (Sheath, magnetic cloud (MC), Ejecta, and …