The ionosphere—the region of geospace spanning from 60 to 1000 kilometers above the Earth—impairs the propagation of radio signals from global navigation satellite systems (GNSS) with its ...

Our peer-reviewed reports present the evidence-based consensus of committees of experts. Published proceedings record the presentations and discussions that take place at hundreds of conferences, ...

Ionospheric irregularities represent spatial and temporal variations in the electron density of the Earth’s ionosphere, which are closely interwoven with broader atmospheric dynamics.

The ionosphere – the region of geospace spanning from 60 to 1000 kilometres above the Earth – impairs the propagation of radio signals from global navigation satellite systems (GNSS) with its ...

Ionospheric propagation in the medium-wave band. This report summarises the existing state of knowledge of the influence of the ionosphere upon medium-wave broadcasting.

The subsurface of Mars records important historical information on the formation and evolution of Mars. As an ionized medium, the Martian ionosphere plays a special role in radio wave propagation ...

Ham Radio Amateurs Will Help NASA Study The Ionosphere During The "Ring Of Fire" Eclipse The eclipse gives us a unique opportunity to study our ionosphere. All we need is ham radios.

On November 13, 2020, a pair of European Space Agency spacecraft—Mars Express and the ExoMars Trace Gas Orbiter—set out to gain a deeper understanding of the Martian ionosphere.

The ionosphere – the region of geospace spanning from 60 to 1000 kilometres above the Earth – impairs the propagation of radio signals from global navigation satellite systems (GNSS) with its ...

Furthermore, investigations into ionospheric disturbances induced during rocket launches have illustrated the marked impact of transient plasma depletions on radio wave propagation, thereby ...