We carried out a combined vibro-explosive seismic survey on Halvfarryggen, a local ice dome south of the German research station Neumayer III. The Vibroseis survey was grid shaped to provide spatial information about the glaciological and geological substructure. The center survey line was also surveyed with explosive reflection and refraction seismic set-ups. The ice bed contact we interpret as a frozen till layer overlaying bedrock. From velocity analysis of refractions seen in far offset data, we obtain a pressure-wave velocity >5000 m/s. We therefore interpret the bedrock as igneous, which supplements previous magnetic and gravimetric data sets
Basal conditions have a profound influence on the dynamics of outlet glaciers. As part of the SAFIRE...
Recent applications of the normal-incidence seismic reflection technique to studying subglacial cond...
Recent applications of the normal-incidence seismic reflection technique to studying subglacial cond...
We carried out a combined vibro-explosive seismic survey on Halvfarryggen, a local ice dome south of...
We carried out a combined Vibroseis-Explosive survey in combination with a snowstreamer at Halvfarry...
With hundreds of metres of ice, the bedrock underlying Austfonna, the largest icecap on Svalbard, is...
As part of the research project RESPONDER, we performed two combined radar-seismic surveys to identi...
Here we present the results from a explosive seismic survey performed in January 2010, at the ice do...
The first Vibroseis reflection survey at Antarctica was successfully carried out by the Alfred Wegen...
In the summer of 2010, a small shallow reflection seismic experiment was carried out on the firncove...
Seismic data acquisition and interpretation belongs to the oldest geophysical methods used in glacio...
Explosive seismic reflection data from Halvfarryggen, a 910m thick local ice dome of the Antarctic ...
Halfvarryggen is a small ice dome bordering the catchment area of Ekströmisen. It is a candidate for...
Two seismic surveys were carried out on the high-altitude glacier saddle, Colle Gnifetti, Monte Rosa...
Two seismic surveys were carried out on the high-altitude glacier saddle, Colle Gnifetti, Monte Rosa...
Basal conditions have a profound influence on the dynamics of outlet glaciers. As part of the SAFIRE...
Recent applications of the normal-incidence seismic reflection technique to studying subglacial cond...
Recent applications of the normal-incidence seismic reflection technique to studying subglacial cond...
We carried out a combined vibro-explosive seismic survey on Halvfarryggen, a local ice dome south of...
We carried out a combined Vibroseis-Explosive survey in combination with a snowstreamer at Halvfarry...
With hundreds of metres of ice, the bedrock underlying Austfonna, the largest icecap on Svalbard, is...
As part of the research project RESPONDER, we performed two combined radar-seismic surveys to identi...
Here we present the results from a explosive seismic survey performed in January 2010, at the ice do...
The first Vibroseis reflection survey at Antarctica was successfully carried out by the Alfred Wegen...
In the summer of 2010, a small shallow reflection seismic experiment was carried out on the firncove...
Seismic data acquisition and interpretation belongs to the oldest geophysical methods used in glacio...
Explosive seismic reflection data from Halvfarryggen, a 910m thick local ice dome of the Antarctic ...
Halfvarryggen is a small ice dome bordering the catchment area of Ekströmisen. It is a candidate for...
Two seismic surveys were carried out on the high-altitude glacier saddle, Colle Gnifetti, Monte Rosa...
Two seismic surveys were carried out on the high-altitude glacier saddle, Colle Gnifetti, Monte Rosa...
Basal conditions have a profound influence on the dynamics of outlet glaciers. As part of the SAFIRE...
Recent applications of the normal-incidence seismic reflection technique to studying subglacial cond...
Recent applications of the normal-incidence seismic reflection technique to studying subglacial cond...