Equatorial plasma bubbles (EPBs) can cause rapid fluctuations in amplitude and phase of
radio signals traversing the ionosphere and in turn produce serious ionospheric …

Ionospheric scintillation is the physical phenomena affecting radio waves coming from the
space through the ionosphere. Such disturbance is caused by ionospheric electron-density …

This paper proposes a methodology for automatic, accurate, and early detection of
amplitude ionospheric scintillation events, based on machine learning algorithms, applied …

The Hunga–Tonga volcano eruption at 04: 14: 45 UT on 15 January 2022 produced various
waves propagating globally, disturbing the background atmosphere and ionosphere …

Ionospheric scintillation and fading events over low‐latitude regions are often caused by
severely depleted geomagnetic field‐aligned structures known as Equatorial Plasma …

Major advancements in the monitoring of both the occurrence and impacts of space weather
can be made by evaluating the occurrence and distribution of ionospheric disturbances …

Ionospheric equatorial plasma bubbles (EPBs) are usually generated around sunset over
equatorial to low latitudes. In this study, super EPBs extending to middle latitudes were …

Ionospheric scintillations pose one of the biggest threats to Satellite-Earth communication
links in the communication and navigation systems services whose occurrence …

Ionospheric irregularities can cause detrimental effects on the global navigation satellite
system (GNSS) signals, often in the form of rapid fluctuations in both amplitude and phase …

The equatorial post-sunset ionospheric irregularities induce rapid fluctuations in the phase
and amplitude of global navigation satellite system (GNSS) signals which may lead to the …