During geomagnetic storms a large amount of energy is transferred into the ionosphere-
thermosphere (IT) system, leading to local and global changes in eg, the dynamics …

Inter-hemispheric asymmetry (IHA) in Earth's ionosphere–thermosphere (IT) system can be
associated with high-latitude forcing that intensifies during storm time, eg, ion convection …

In this study, field‐aligned currents (FACs) obtained from the Active Magnetosphere and
Planetary Electrodynamics Response Experiment data set have been used to specify the …

Neutral thermospheric density is a crucial parameter for orbital tracking and upper
atmosphere research. Here, we present a method to monitor global neutral thermospheric …

High latitude upper atmospheric inter‐hemispheric asymmetry (IHA) tends to be enhanced
during geomagnetic storms, which may be due to the complex spatiotemporal changes and …

An earthquake is a seismic event resulting from a sudden release of energy in the
lithosphere, which produces waves that can propagate through the atmosphere into the …

The influence of east‐west component of interplanetary magnetic field (IMF‐By) on
ionospheric plasma convection over polar region is well established by both observation …

We examine the statistical distribution of large‐scale Birkeland currents measured by the
Active Magnetosphere and Planetary Electrodynamics Response Experiment in four unique …

Observations and modeling efforts clearly indicate that to fully understand fundamental
physical processes in our near-Earth environment we must consider the whole geospace as …

The Active Magnetosphere and Planetary Electrodynamics Response Experiment
(AMPERE) is a unique program that has been providing important observations of the high …