ABSTRACT. For the deep ice-core drilling community, the 2005/06 Antarctic season was an exciting and fruitful one. In three different Antarctic locations, Dome Fuji, EPICA DML and Vostok, deep drillings approached bedrock (the ice–water interface in the case of Vostok), emulating what had previously been achieved at NorthGRIP, Greenland, (summer 2003 and 2004) and at EPICA Dome C2, Antarctica (season 2004/05). For the first time in ice-core drilling history, three different types of drill (KEMS, JARE and EPICA) simultaneously reached the depth of ‘warm ice ’ under high pressure. After excellent progress at each site, the drilling rate dropped and the drilling teams had to deal with refrozen ice on cutters and drill heads. Drills have differ...
A deep bore-hole 5G at Vostok Station (East Antarctica) from the depth of 2755m was drilled by elect...
The British Antarctic Survey Rapid Access Isotope Drill is an innovative new class of electromechani...
AbstractRapid Access Ice Drill is a new drilling technology capable of quickly accessing the glacial...
Deep ice core drilling was carried out at Dome Fuji, Antarctica in 1995 and 1996 from the bottom of ...
Deep ice core drilling was carried out at Dome Fuji, Antarctica in 1995 and 1996 from the bottom of ...
We report on the EPICA Dronning Maud Land (East Antarctica) deep drilling operation. Starting with ...
The GISP deep drill became stuck in 1981,but was free the following year. The NGRIP/EPICA deep drill...
Abstract The Rapid Access Ice Drill (RAID) was designed and built to rapidly drill th...
The GISP deep drill became stuck in 1981, but was free the following year. The NGRIP/EPICA deep dril...
In the mid-1990s, excellent results from the GRIP and GISP2 deep drilling projects in Greenland open...
Two deep ice cores are being drilled in Antarctica in the frame of the European Project for Ice Cori...
As part of the Glaciological Research Program in East Queen Maud Land, Antarctica in the Japanese An...
Ice-proximal drill cores from continental shelves and near-margin continental rises contain importan...
Deep ice coring to bedrock (3028m in depth) at Dome Fuji Station is planned during three successive ...
International audienceA total of 11 ice cores to a maximum depth of 460 m have been obtained over th...
A deep bore-hole 5G at Vostok Station (East Antarctica) from the depth of 2755m was drilled by elect...
The British Antarctic Survey Rapid Access Isotope Drill is an innovative new class of electromechani...
AbstractRapid Access Ice Drill is a new drilling technology capable of quickly accessing the glacial...
Deep ice core drilling was carried out at Dome Fuji, Antarctica in 1995 and 1996 from the bottom of ...
Deep ice core drilling was carried out at Dome Fuji, Antarctica in 1995 and 1996 from the bottom of ...
We report on the EPICA Dronning Maud Land (East Antarctica) deep drilling operation. Starting with ...
The GISP deep drill became stuck in 1981,but was free the following year. The NGRIP/EPICA deep drill...
Abstract The Rapid Access Ice Drill (RAID) was designed and built to rapidly drill th...
The GISP deep drill became stuck in 1981, but was free the following year. The NGRIP/EPICA deep dril...
In the mid-1990s, excellent results from the GRIP and GISP2 deep drilling projects in Greenland open...
Two deep ice cores are being drilled in Antarctica in the frame of the European Project for Ice Cori...
As part of the Glaciological Research Program in East Queen Maud Land, Antarctica in the Japanese An...
Ice-proximal drill cores from continental shelves and near-margin continental rises contain importan...
Deep ice coring to bedrock (3028m in depth) at Dome Fuji Station is planned during three successive ...
International audienceA total of 11 ice cores to a maximum depth of 460 m have been obtained over th...
A deep bore-hole 5G at Vostok Station (East Antarctica) from the depth of 2755m was drilled by elect...
The British Antarctic Survey Rapid Access Isotope Drill is an innovative new class of electromechani...
AbstractRapid Access Ice Drill is a new drilling technology capable of quickly accessing the glacial...