The two full precessions in local time completed by the Van Allen Probes enable global
specification of the near‐equatorial inner magnetosphere plasma environment …

We present cross‐scale magnetospheric observations of the 17 March 2015 (St. Patrick's
Day) storm, by Time History of Events and Macroscale Interactions during Substorms …

We present a statistical study of nose‐like structures observed in energetic hydrogen,
helium, and oxygen ions near the inner edge of the plasma sheet. Nose structures are …

We present the first direct evidence of an in situ excitation of drift‐compressional waves
driven by drift resonance with ring current protons in the magnetosphere. Compressional …

This study presents observations of the large‐scale electric field and H+ fluxes over the
entire Van Allen Probes mission duration. These observations are used to determine the …

Abstract Van Allen Probes observations of ion spectra often show a sustained gap within a
very narrow energy range throughout the full orbit. To understand their formation …

Abstract Using the Van Allen Probes/Helium, Oxygen, Proton, and Electron mass
spectrometer, we perform a case study of the temporal evolution of ion spectral structures …

This paper presents the first determination of the average global and regional response of
ring current (RC) flux intensity versus four key solar wind (SW) and interplanetary magnetic …

To examine the species dependence of the sustained energy spectrum gaps, in this letter,
we analyzed the magnetic local time distribution of sustained proton and oxygen gaps and …

Electrons with energies in the keV range play an important role in the dynamics of the inner
magnetosphere. Therefore, accurately modeling electron fluxes in this region is of great …