The past decade transformed our observational understanding of energetic particle
processes in near‐Earth space. An unprecedented suite of observational systems was in …

Abstract The Relativistic Electron-Proton Telescope (REPT) instruments were designed to
measure∼ 2 to> 18 MeV electrons and∼ 18 to> 115 MeV protons as part of the science …

This paper addresses the question of the contribution of azimuthally localized flow channels
and magnetic field dipolarizations embedded in them in the global dipolarization of the inner …

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 …

Loss mechanisms act independently or in unison to drive rapid loss of electrons in the
radiation belts. Electrons may be lost by precipitation into the Earth's atmosphere, or through …

Under periods of strong solar wind driving, the magnetopause can become compressed,
playing a significant role in draining electrons from the outer radiation belt. Also termed …

Gyroresonant wave‐particle interactions with very low frequency whistler mode chorus
waves can accelerate subrelativistic seed electrons (hundreds of keV) to relativistic energies …

Using the data from Van Allen Probe A and B, we investigate rapid enhancements of
relativistic electrons in the Earth's outer radiation belt caused by the intense substorms …

This study considers the impact of electron precipitation from Earth's radiation belts on
atmospheric composition using observations from the NASA Van Allen Probes and NSF …

The relation between radiation belt electrons and solar wind/magnetospheric processes is of
particular interest due to both scientific and practical needs. Though many studies have …