The spectacular visual displays from the aurora come from curtains of excited atoms and
molecules, impacted by energetic charged particles. These particles are accelerated from …

Ionospheric conductance plays an important role in regulating the response of the
magnetosphere‐ionosphere system to solar wind driving. Typically, models of …

Electric fields map from the magnetosphere to the E region ionosphere where they drive the
intense currents of the auroral electrojet. Particularly during geomagnetic storms and …

High‐latitude Joule heating is an important energy source for thermospheric dynamics and
composition. It is influenced by winds, plasma turbulence, variable electric fields, and …

Modeling of electrodynamic coupling between the magnetosphere and ionosphere depends
on accurate specification of ionospheric conductances produced by auroral electron …

We report the first lidar observations of vertical fluxes of sensible heat and meteoric Na from
78 to 110 km in late May 2020 at McMurdo, Antarctica. The measurements include …

Strong thermal emission velocity enhancement (STEVE) is an optical phenomenon of the
subauroral ionosphere arising from extreme ion drift speeds. STEVE consists of two distinct …

The subauroral ion drift (SAID) denotes a latitudinally narrow channel of fast westward ion
drift in the subauroral region, often observed during geomagnetically disturbed intervals …

We investigate the role of auroral particle precipitation in small‐scale (below hundreds of
meters) plasma structuring in the auroral ionosphere over the Arctic. In this scope, we …

Nonlinear Wave and Plasma Structures in the Auroral and Subauroral Geospace presents a
comprehensive examination of the self-consistent processes leading to multiscale …