Geomagnetic disturbances cause perturbations in the Earth's magnetic field which, by the
principle of electromagnetic induction, in turn cause electric currents to flow in the Earth …

The impact of interplanetary (IP) shocks on the Earth's magnetosphere can greatly disturb
the geomagnetic field and electric currents in the magnetosphere-ionosphere system. At …

Forecasting ground magnetic field perturbations has been a long-standing goal of the space
weather community. The availability of ground magnetic field data and its potential to be …

A once‐per‐century geoelectric hazard map is created for the US high‐voltage power grid. A
statistical extrapolation from 31 years of magnetic field measurements is made by identifying …

Geomagnetically induced currents (GICs) result from the interaction of the time variation of
ground magnetic field during a geomagnetic disturbance with the Earth's deep electrical …

High temporal and high spatial resolution geoelectric field models of two Mäntsälä, Finnish
pipeline geomagnetically induced current (GIC) intervals that occurred within the 7–8 …

Estimating the effect of geomagnetic disturbances on power grid infrastructure is an
important problem since they can induce damaging currents in electric power transmission …

During extreme space weather events the fluctuating geomagnetic field induces an electric
field in the conducting Earth. This geoelectric field in turn generates currents in ground …

Geomagnetic storms can produce large perturbations on the Earth magnetic field. Through
complex magnetosphere‐ionosphere coupling, the geoelectric field (E) and geomagnetic …

Geomagnetically induced currents (GIC) are a phenomenon well known for its negative
effects on the operations of power systems. To efficiently mitigate them requires different …