International audienceThe response of the dayside ionosphere to changes in polarity of the interplanetary magnetic field was observed by two independent techniques. The signatures were seen in the 630.0 nm red-line emission, measured by a meridian scanning photometer at Ny-Ålesund on Svalbard, and also in the line-of-sight plasma velocities monitored by the Finland CUTLASS SuperDARN radar. A time difference of some 6 to 8 min occurred between the responses of the two techniques, with the flows being first to respond. In the present case study, the longer delay in the optics suggests that ion precipitation controls the auroral emission
International audienceThe characteristics of dayside ionospheric convection are studied using Northe...
We present data from conjugate SuperDARN radars describing the high-latitude ionosphere's response t...
This dissertation presents a comprehensive study of the dayside auroral dynamics and remote sensing ...
The response of the dayside ionosphere to changes in polarity of the interplanetary magnetic field ...
We have found observational evidence for a rapid communication of interplanetary magnetic field (IMF...
International audienceObservations are presented of the polar ionosphere under steady, northward IMF...
International audienceObservations by the EISCAT Svalbard radar are presented that show the response...
International audienceWe present data from conjugate SuperDARN radars describing the high-latitude i...
International audienceThe response of the dayside ionospheric flow to a sharp change in the directio...
International audienceObservations from the EISCAT VHF incoherent scatter radar system in northern N...
International audienceWe have combined ~300 h of tristatic measurements of the field-perpendicular F...
Results are presented from two multi-instrument case studies showing patches of cold, long-lived pla...
International audienceThis paper presents the first interhemispheric radar observations interpreted ...
Ground magnetic field perturbations recorded by the CANOPUS magnetometer network in the 7 to 13 MLT ...
Simultaneous measurements of the polar ionosphere with the European Incoherent Scatter (EISCAT) ultr...
International audienceThe characteristics of dayside ionospheric convection are studied using Northe...
We present data from conjugate SuperDARN radars describing the high-latitude ionosphere's response t...
This dissertation presents a comprehensive study of the dayside auroral dynamics and remote sensing ...
The response of the dayside ionosphere to changes in polarity of the interplanetary magnetic field ...
We have found observational evidence for a rapid communication of interplanetary magnetic field (IMF...
International audienceObservations are presented of the polar ionosphere under steady, northward IMF...
International audienceObservations by the EISCAT Svalbard radar are presented that show the response...
International audienceWe present data from conjugate SuperDARN radars describing the high-latitude i...
International audienceThe response of the dayside ionospheric flow to a sharp change in the directio...
International audienceObservations from the EISCAT VHF incoherent scatter radar system in northern N...
International audienceWe have combined ~300 h of tristatic measurements of the field-perpendicular F...
Results are presented from two multi-instrument case studies showing patches of cold, long-lived pla...
International audienceThis paper presents the first interhemispheric radar observations interpreted ...
Ground magnetic field perturbations recorded by the CANOPUS magnetometer network in the 7 to 13 MLT ...
Simultaneous measurements of the polar ionosphere with the European Incoherent Scatter (EISCAT) ultr...
International audienceThe characteristics of dayside ionospheric convection are studied using Northe...
We present data from conjugate SuperDARN radars describing the high-latitude ionosphere's response t...
This dissertation presents a comprehensive study of the dayside auroral dynamics and remote sensing ...