This expedition to Iceland was concerned with ice depth soundings of the largest ice cap in Europe and involved both the development of impulse radar systems and the use of satellite survey equipment for locating experimental stations and ice depth traverses (Fig 1). Vatnajökull, which translated means ‘water-ice’, is a temperate ice sheet and measures approximately 140 km east to west and 100 km north to south, thereby occupying more space than all other glaciers in Europe combined. Ice depth studies had previously been limited to seismic experiments conducted during the French-Icelandic expedition of 1951 when some 33 individual soundings were recorded. A few gravitational studies have also been made. It was not until 1976, however, that ...
Ice-penetrating radar is a well-established tool for imaging the interior and the bed of an ice body...
The large Ice sheets, Greenland and Antartica, are two key players for understanding the future effe...
Two ice cores (83.92m and 24.41m depth) were obtained at one of the highest areas (Snofjellafonna) i...
In 2000, Iceland’s glaciers covered 11,079 km2, or 10.7 % of its contiguous area. There are 269 name...
We give an overview of a glacio-meteorological experiment carried out in the summer (melt season) of...
The establishment of the Arctic Institute's Devon Island Base Station and the progress of the resear...
One of the main objects of this expedition was a glaciological reconnaissance of the Rink and Umiama...
The principal aim of the Expedition was to continue and complete certain aspects of the detailed gla...
Pedersenbreen is a small valley glacier (ca. 6 km2 in 2009), ending on land, located in north-wester...
English summary The authors, thanks to a generous grant from the « Centre National de la Recherche ...
Langjökull is the second largest glacier in Iceland, around 925 square kilometers (Björnsson, 2009),...
We give an overview of a glacio-meteorological experiment carried out in the summer (melt season) of...
Eight individual research programmes were carried out by graduate students and one faculty member of...
In 1959 the Arctic Institute of North America undertook an integrated program of long term research ...
During late June 1954 the writer and G.F. Hattersley-Smith (Ellesmere Ice Shelf Expedition) made 19 ...
Ice-penetrating radar is a well-established tool for imaging the interior and the bed of an ice body...
The large Ice sheets, Greenland and Antartica, are two key players for understanding the future effe...
Two ice cores (83.92m and 24.41m depth) were obtained at one of the highest areas (Snofjellafonna) i...
In 2000, Iceland’s glaciers covered 11,079 km2, or 10.7 % of its contiguous area. There are 269 name...
We give an overview of a glacio-meteorological experiment carried out in the summer (melt season) of...
The establishment of the Arctic Institute's Devon Island Base Station and the progress of the resear...
One of the main objects of this expedition was a glaciological reconnaissance of the Rink and Umiama...
The principal aim of the Expedition was to continue and complete certain aspects of the detailed gla...
Pedersenbreen is a small valley glacier (ca. 6 km2 in 2009), ending on land, located in north-wester...
English summary The authors, thanks to a generous grant from the « Centre National de la Recherche ...
Langjökull is the second largest glacier in Iceland, around 925 square kilometers (Björnsson, 2009),...
We give an overview of a glacio-meteorological experiment carried out in the summer (melt season) of...
Eight individual research programmes were carried out by graduate students and one faculty member of...
In 1959 the Arctic Institute of North America undertook an integrated program of long term research ...
During late June 1954 the writer and G.F. Hattersley-Smith (Ellesmere Ice Shelf Expedition) made 19 ...
Ice-penetrating radar is a well-established tool for imaging the interior and the bed of an ice body...
The large Ice sheets, Greenland and Antartica, are two key players for understanding the future effe...
Two ice cores (83.92m and 24.41m depth) were obtained at one of the highest areas (Snofjellafonna) i...