The past decade transformed our observational understanding of energetic particle
processes in near‐Earth space. An unprecedented suite of observational systems was in …

The lower-thermosphere–ionosphere (LTI) system consists of the upper atmosphere and the
lower part of the ionosphere and as such comprises a complex system coupled to both the …

The magnetospheric physics research community uses a broad array of quantitative data-
model comparison methods (metrics) when conducting their research investigations. It is …

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

The magnetosphere is the lens through which solar space weather phenomena are focused
and directed towards the Earth. In particular, the non-linear interaction of the solar wind with …

Substorm‐type evolution of the Earth's magnetosphere is investigated by mining more than
two decades (1995–2017) of spaceborne magnetometer data from multiple missions …

We present a novel algorithm that predicts the probability that the time derivative of the
horizontal component of the ground magnetic field d B/dt exceeds a specified threshold at a …

The magnetopause standoff distance characterizes global magnetospheric compression
and deformation in response to changes in the solar wind dynamic pressure and …

This study presents a recently developed two‐way coupled magnetosphere‐ionosphere
model named “MagPIE” that enables the investigation of the impact of flux transfer events …

We compare predicted magnetopause positions at the subsolar point and four reference
points in the terminator plane obtained from several empirical and numerical MHD models …