Maps of GPS phase scintillation at high latitudes have been constructed after the first two
years of operation of the Canadian High Arctic Ionospheric Network (CHAIN) during the …

The total electron content (TEC) is a key parameter that is used to understand the effects of
ionosphere on satellite-based navigation and communication signals. The ionosphere at …

Ionospheric irregularities affect the propagation of Global Navigation Satellite System
(GNSS) signals, causing radio scintillation. Particle precipitation from the magnetosphere …

On 5 April 2010 a coronal mass ejection produced a traveling solar wind shock front that
impacted the Earth's magnetosphere, producing the largest geomagnetic storm of 2010. The …

This letter addresses the design and implementation of a monitoring station for Global
Navigation Satellite Systems signals based on the software-defined radio paradigm. The …

Ionospheric tomography has been widely employed in imaging the large‐scale ionospheric
structures at both quiet and storm times. However, the tomographic algorithms to date have …

This study carries out a quantitative analysis of the performance of ionospheric tomography
in the topside ionosphere, utilizing data of October 2011 collected from 260 Global …

Four primary plasma instability processes have been proposed in the literature to explain
the generation of phase scintillation associated with polar cap plasma patches. These are …

Morphological features of the quiet/disturbed time variations in the Total Electron Content
(TEC) at the polar cusp station Bharati (76.69° S MLAT) during a period of 5 years starting …

The influence of the magnetic field shear is studied on the E× B (and/or gravitational) and
the Current Convective Instabilities (CCI) occurring in the high‐latitude F layer ionosphere. It …