Here, we present a record of more than 8000 km of radar survey lines of radio echo sounding data covering an area of 24 000 km2 centred on the drill site for the East Greenland Ice-core Project (EGRIP) in the central part of the North East Greenland Ice Stream (NEGIS). The acquisition system was a multichannel ultra-wideband radar mounted on AWI's Polar6 aircraft. Our data yield a new detailed model of ice-thickness distribution and basal topography in the region
The North East Greenland Ice Stream (NEGIS) is an essential part of the Greenland mass balance, reac...
The aim of our study is to analyse physical properties of internal layers of deep ice cores in Green...
There is widespread, but often indirect, evidence that a significant fraction of the bed beneath the...
Here, we present a record of more than 8000 km of radar survey lines of radio echo sounding data cov...
Here, we present a record of more than 8000 km of radar survey lines of radio echo sounding data cov...
The North East Greenland Ice Stream (NEGIS) is one of the largest ice streams, reaching far inland ...
Here, we present radio-echo sounding profiles (20180508–06—004 and 20180512–01—001) near the drill s...
This data set contains airborne radar data from a radio-echo sounding survey in 2018 (EGRIP-NOR) wit...
Fast flowing ice streams are known to contribute in a large proportion to continental ice sheet disc...
We present a high-resolution airborne radar data set (EGRIP-NOR-2018) for the onset region of the No...
In connection with the East Grip ice core drilling project airborne and groundbased multichannel rad...
Here we present ultra-wideband radio-echo sounding data in northeast Greenland upstream of the north...
Here we present AWI EMR radio-echo sounding data in northeast Greenland upstream of the northern cat...
The North East Greenland Ice Stream clearly stands out in the surface velocity field of the ice flow...
Ice-penetrating radar is a well-established tool for imaging the interior and the bed of an ice body...
The North East Greenland Ice Stream (NEGIS) is an essential part of the Greenland mass balance, reac...
The aim of our study is to analyse physical properties of internal layers of deep ice cores in Green...
There is widespread, but often indirect, evidence that a significant fraction of the bed beneath the...
Here, we present a record of more than 8000 km of radar survey lines of radio echo sounding data cov...
Here, we present a record of more than 8000 km of radar survey lines of radio echo sounding data cov...
The North East Greenland Ice Stream (NEGIS) is one of the largest ice streams, reaching far inland ...
Here, we present radio-echo sounding profiles (20180508–06—004 and 20180512–01—001) near the drill s...
This data set contains airborne radar data from a radio-echo sounding survey in 2018 (EGRIP-NOR) wit...
Fast flowing ice streams are known to contribute in a large proportion to continental ice sheet disc...
We present a high-resolution airborne radar data set (EGRIP-NOR-2018) for the onset region of the No...
In connection with the East Grip ice core drilling project airborne and groundbased multichannel rad...
Here we present ultra-wideband radio-echo sounding data in northeast Greenland upstream of the north...
Here we present AWI EMR radio-echo sounding data in northeast Greenland upstream of the northern cat...
The North East Greenland Ice Stream clearly stands out in the surface velocity field of the ice flow...
Ice-penetrating radar is a well-established tool for imaging the interior and the bed of an ice body...
The North East Greenland Ice Stream (NEGIS) is an essential part of the Greenland mass balance, reac...
The aim of our study is to analyse physical properties of internal layers of deep ice cores in Green...
There is widespread, but often indirect, evidence that a significant fraction of the bed beneath the...