International audienceEnergetic electron precipitation into the atmosphere is determined using subionospheric VLF measurements, DEMETER satellite electron spectra, and modelling techniques for a 24-hour period during the January 2005 geomagnetic storms. Large-scale observations using VLF measurements of multiple subionospheric paths to Sodankylä, Finland, are combined with detailed in situ measurements from the DEMETER satellite to determine the spatial extent, flux, and energy distribution of the precipitation. By providing a better picture of both the intensity and size of the precipitation region, we obtain a more complete picture of the net impact that such an event has on the atmosphere
International audience[1] Geomagnetic storms triggered by coronal mass ejections and high‐speed sola...
Using ground-based subionospheric radio wave propagation data from two very low frequency (VLF) rece...
On 6 August 1998 an intense precipitation event occurring at high latitude in the evening sector ...
International audienceEnergetic electron precipitation into the atmosphere is determined using subio...
In this thesis, we study an energetic electron atmospheric precipitation event that occurred on 17–1...
International audienceLarge geomagnetic storms are associated with electron population changes in th...
[1] In this study we report on ground-based observations of short bursts of relativistic electron pr...
Precipitation of relativistic electrons into the atmosphere has been suggested as the primary loss m...
In this study we report on ground-based observations of short bursts of relativistic electron precip...
International audience[1] AARDDVARK data from a radio wave receiver in Sodankylä, Finland have been ...
A set of 24 isolated, 46 compound, and 36 multi-night substorm events from the years 2008–2013 have ...
International audience[1] Geomagnetic storms triggered by coronal mass ejections and high‐speed sola...
Using ground-based subionospheric radio wave propagation data from two very low frequency (VLF) rece...
On 6 August 1998 an intense precipitation event occurring at high latitude in the evening sector ...
International audienceEnergetic electron precipitation into the atmosphere is determined using subio...
In this thesis, we study an energetic electron atmospheric precipitation event that occurred on 17–1...
International audienceLarge geomagnetic storms are associated with electron population changes in th...
[1] In this study we report on ground-based observations of short bursts of relativistic electron pr...
Precipitation of relativistic electrons into the atmosphere has been suggested as the primary loss m...
In this study we report on ground-based observations of short bursts of relativistic electron precip...
International audience[1] AARDDVARK data from a radio wave receiver in Sodankylä, Finland have been ...
A set of 24 isolated, 46 compound, and 36 multi-night substorm events from the years 2008–2013 have ...
International audience[1] Geomagnetic storms triggered by coronal mass ejections and high‐speed sola...
Using ground-based subionospheric radio wave propagation data from two very low frequency (VLF) rece...
On 6 August 1998 an intense precipitation event occurring at high latitude in the evening sector ...