Swarm is the first European Space Agency (ESA) constellation mission for Earth
Observation. Three identical Swarm satellites were launched into near-polar orbits on 22 …

This paper presents a study of the St Patrick's Day storm of 2015, with its ionospheric
response at middle and low latitudes. The effects of the storm in each longitudinal sector …

We studied the response of the ionosphere (F region) in the Brazilian sector during extreme
space weather event of 17 March 2015 using a large network of 102 GPS‐total electron …

Storm-time ionospheric electrodynamics effects have been the subject of extensive studies.
The solar wind/magnetosphere/ionosphere and thermosphere disturbance wind dynamos …

The most intense geomagnetic storm in solar cycle 24 occurred on March 17, 2015, and the
detailed ionospheric storm morphologies are difficultly obtained from traditional …

We use a set of ground‐based instruments (Global Positioning System receivers,
ionosondes, magnetometers) along with data of multiple satellite missions (Swarm, C/NOFS …

The current study aims at investigating and identifying the ionospheric effects of the
geomagnetic storm that occurred during 17–19 March 2015. Incidentally, with SYM‐H hitting …

Scintillation due to ionospheric plasma irregularities remains a challenging task for the
space science community as it can severely threaten the dynamic systems relying on space …

An analysis of the occurrence of equatorial plasma bubbles (EPBs) around the world during
the 2015 St. Patrick's Day geomagnetic storm is presented. A network of 12 Global …

Abstract The 2015 St. Patrick's Day geomagnetic storm with SYM‐H value of− 233 nT is an
extreme space weather event in the current 24th solar cycle. In this work, we investigated the …