This review focusses strictly on existing plasma density models, including ionospheric
source models, empirical density models, physics-based and machine-learning density …

We deduce the electron plasma density from the NASA Van Allen Probes Electric Field and
Waves and Electric and Magnetic Field Instrument Suite and Integrated Science …

Plasmaspheric hiss waves are a dominant source of scattering for keV‐MeV radiation belt
electrons within the plasmasphere. Previous simulation and modeling work concerning hiss …

Abstract The Near-Earth Space Radiation and Plasma Environment falls within the realm of
G3 Cluster (G3 refers to 'Near-Earth Radiation and Plasma Environment'of the 'Coupled …

We study the geomagnetic storm of 9 October 2012, where it had been generally accepted
that the resulting prominent outer radiation belt electron acceleration throughout the storm is …

We present two new empirical models of radiation belt electron flux at geostationary orbit.
GOES‐15 measurements of 0.8 MeV electrons were used to train a Nonlinear …

We present a reconstruction of radiation belt electron fluxes using data assimilation with low-
Earth-orbiting Polar Orbiting Environmental Satellites (POES) measurements mapped to …

We perform an ensemble of quasi‐linear diffusion simulations of the radiation belt electron
flux decay for∼ 6 days at L= 3.5 during the recovery phase of the storm on 7 November …

Energetic charged particles trapped by the Earth's magnetic field present a significant
hazard for Earth-orbiting satellites and humans in space. Application of the data assimilation …

In this study, we develop models to predict the log 10 of≥ 2 MeV electron fluxes with 5-
minute resolution at the geostationary orbit using the Long Short-Term Memory (LSTM) and …