International audienceThe Sumatra, December 26th, 2004, tsunami produced internal gravity waves in the neutral atmosphere and large disturbances in the overlying ionospheric plasma. To corroborate the tsunamigenic hypothesis of these perturbations, we reproduce, with a 3D numerical modeling of the ocean-atmosphere-ionosphere coupling, the tsunami signature in the Total Electron Content (TEC) data measured by the Jason-1 and Topex/Poseidon satellite altimeters. The agreement between the observed and synthetic TEC shows that ionospheric remote sensing can provide new tools for offshore tsunami detection and monitorin
Tsunamis generate internal gravity waves (IGWs) that propagate vertically into the atmosphere and ca...
International audienceOn-board satellites techniques provide global coverage and could play an impor...
Tsunami waves propagating across long distances in the open-ocean can induce atmospheric gravity wav...
International audienceThe Sumatra, December 26th, 2004, tsunami produced internal gravity waves in t...
International audienceThe recent tsunamigenic earthquake in Tohoku (11 March 2011) strongly affirms,...
Ground‐based Global Positioning System (GPS) measurements of ionospheric total electron content (TEC...
Coupling has been shown to exist between tsunamis and the upper atmosphere, making their detection ...
Ionospheric fluctuations inferred from observations of total electron content have previously been a...
The tremendous tsunami following the 2011 Tohoku Earthquake produced internal gravity waves (IGWs) i...
International audienceAfter the 11 March 2011 earthquake and tsunami off the coast of Tohoku, the io...
International audienceIn the last ten years ionospheric anomalies following major earthquakes and ts...
We observe ionospheric perturbations caused by the Tohoku earthquake and tsunami of March 11, 2011. ...
It is well known that tsunamis can produce gravity waves that propagate up to the ionosphere generat...
Tsunamis generate internal gravity waves (IGWs) that propagate vertically into the atmosphere and ca...
International audienceOn-board satellites techniques provide global coverage and could play an impor...
Tsunami waves propagating across long distances in the open-ocean can induce atmospheric gravity wav...
International audienceThe Sumatra, December 26th, 2004, tsunami produced internal gravity waves in t...
International audienceThe recent tsunamigenic earthquake in Tohoku (11 March 2011) strongly affirms,...
Ground‐based Global Positioning System (GPS) measurements of ionospheric total electron content (TEC...
Coupling has been shown to exist between tsunamis and the upper atmosphere, making their detection ...
Ionospheric fluctuations inferred from observations of total electron content have previously been a...
The tremendous tsunami following the 2011 Tohoku Earthquake produced internal gravity waves (IGWs) i...
International audienceAfter the 11 March 2011 earthquake and tsunami off the coast of Tohoku, the io...
International audienceIn the last ten years ionospheric anomalies following major earthquakes and ts...
We observe ionospheric perturbations caused by the Tohoku earthquake and tsunami of March 11, 2011. ...
It is well known that tsunamis can produce gravity waves that propagate up to the ionosphere generat...
Tsunamis generate internal gravity waves (IGWs) that propagate vertically into the atmosphere and ca...
International audienceOn-board satellites techniques provide global coverage and could play an impor...
Tsunami waves propagating across long distances in the open-ocean can induce atmospheric gravity wav...