We extend our database of whistler mode chorus, based on data from seven satellites, by
including∼ 3 years of data from Radiation Belt Storm Probes (RBSP)‐A and RBSP‐B and …

Abrupt variations of auroral electrojets can induce geomagnetically induced currents, and
the ability to model and forecast them is a pressing goal of space weather research. We …

Chorus waves play an important role in the dynamic evolution of energetic electrons in the
Earth's radiation belts and ring current. Using more than 5 years of Van Allen Probe data, we …

Abstract Pc5 (2–7 mHz) ultralow frequency (ULF) waves play a significant role in resonating
with particles and transferring energy in the coupled magnetospheric and ionospheric …

Interactions between interplanetary (IP) shocks and the Earth's magnetosphere manifest
many important space physics phenomena including low‐energy ion flux enhancements …

Empirical models have been previously developed using the large dataset of satellite
observations to obtain the global distributions of total electron density and whistler-mode …

Recent studies of Pc5‐band (150–600 s) ultralow frequency waves found that foreshock
disturbances can be a driver of dayside compressional waves and field line resonance …

Magnetospheric whistler mode waves play a key role in regulating the dynamics of the
electron radiation belts. Recent satellite observations indicate a significant influence of …

Abstract We use the Solar, Anomalous, and Magnetospheric Particle Explorer to explore the
relationship between microbursts and global flux decay of electrons from the outer Van Allen …

Interplanetary (IP) shock‐driven sudden compression of the Earth's magnetosphere
produces electromagnetic disturbances in the polar ionosphere. Several studies have …