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Miller, Heinrich; Helm, Veit; Steinhage, Daniel (2025): ANT 1998/99: AWI airborne Radio-Echo Sounding data over central Dronning Maund Land for the EPICA DML ice core site selection (EPICA project) [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.974402

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Published: 2025-05-26DOI registered: 2025-07-19

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Abstract:
This dataset contains airborne radar data acquired using the AWI EMR system during the Antarctic season of 1998/99. The profiles extend across the western Dronning Maud Land on the plateau and along the ice divide between the EDML ice core and Dome Fuji. Additionally, the profiles cover coastal areas around the catchment of the Ekström Ice Shelf. The data are available as netCDF files (including waveforms and metadata), KML files of the profile line locations, and quicklook images of the radargrams.
Keyword(s):
AWI EMR Radar; Dronning Maud Land; East Antarctica; EDML; Ekström; Ice core; ice divide; Ice Sheet; Ice shelf; Polar 2; radio-echo sounding
Related to:
Eisen, Olaf; Steinhage, Daniel; Franke, Steven; Helm, Veit; Binder, Tobias; Drews, Reinhard; Eagles, Graeme; Humbert, Angelika; Jansen, Daniela; Jokat, Wilfried; Lambrecht, Astrid; Mieth, Matthias; Riedel, Sven; Miller, Heinrich (2024): Collection of datasets from AWI's radio-echo sounding systems on ice sheets and glaciers [dataset bibliography]. PANGAEA, https://doi.org/10.1594/PANGAEA.972094
Franke, Steven; Steinhage, Daniel; Helm, Veit; Zuhr, Alexandra; Bodart, Julien A; Eisen, Olaf; Bons, Paul D (2025): Age-depth distribution in western Dronning Maud Land, East Antarctica, and Antarctic-wide comparisons of internal reflection horizons. The Cryosphere, 19(3), 1153-1180, https://doi.org/10.5194/tc-19-1153-2025
Nixdorf, Uwe; Steinhage, Daniel; Meyer, Uwe F; Hempel, L; Jenett, Martin; Wachs, P; Miller, Heinrich (1999): The newly developed airborne radio-echo sounding system of the AWI as a glaciological tool. Annals of Glaciology, 29, 231-238, https://doi.org/10.3189/172756499781821346
Steinhage, Daniel (2001): Beiträge aus geophysikalischen Messungen in Dronning Maud Land, Antarktis, zur Auffindung eines optimalen Bohrpunktes für eine Eiskerntiefbohrung (Contributions of geophysical measurements in Dronning Maud Land, Antarctica, locating an optimal drill site for a deep ice core drilling). Berichte zur Polar- und Meeresforschung = Reports on Polar and Marine Research, 384, 91 pp, https://doi.org/10.2312/BzPM_0384_2001
Steinhage, Daniel; Nixdorf, Uwe; Meyer, Uwe F; Miller, Heinrich (2001): Subglacial topography and internal structure of central and western Dronning Maud Land, Antarctica, determined from airborne radio echo sounding. Journal of Applied Geophysics, 47(3-4), 183-189, https://doi.org/10.1016/S0926-9851(01)00063-5
Additional metadata:
O2A Registry: Metadata for radar system Ice Thickness Radar 150 MHz at current version. Alfred Wegener Institut Helmholtz Centre for Polar and Marine Research, https://registry.o2a-data.de/items/6794
Funding:
Fifth Framework Programme (FP5), grant/award no. EVK2-CT-2000-00077: European Project for Ice Coring in Antarctica
Fourth Framework Programme (FP4), grant/award no. ENV4980702: European Project for Ice Coring in Antarctica
Coverage:
Median Latitude: -74.021837 * Median Longitude: -4.333672 * South-bound Latitude: -75.707130 * West-bound Longitude: -9.750943 * North-bound Latitude: -70.646255 * East-bound Longitude: 16.444126
Date/Time Start: 1998-12-27T10:16:20 * Date/Time End: 1999-01-13T15:06:02
Event(s):
EPICA_IV_01 * Latitude Start: -70.646301 * Longitude Start: -8.264170 * Latitude End: -70.646538 * Longitude End: -8.263844 * Date/Time Start: 1998-12-27T10:16:20 * Date/Time End: 1998-12-27T13:51:11 * Location: Weddell Sea * Campaign: EPICA_IV * Basis: POLAR 2 * Method/Device: Aircraft (AC)
EPICA_IV_02 * Latitude Start: -70.646370 * Longitude Start: -8.264035 * Latitude End: -70.646255 * Longitude End: -8.264695 * Date/Time Start: 1998-12-30T15:04:04 * Date/Time End: 1998-12-30T19:07:22 * Location: Weddell Sea * Campaign: EPICA_IV * Basis: POLAR 2 * Method/Device: Aircraft (AC)
EPICA_IV_03 * Latitude Start: -70.646263 * Longitude Start: -8.264135 * Latitude End: -74.204041 * Longitude End: -9.749639 * Date/Time Start: 1998-12-31T10:44:48 * Date/Time End: 1998-12-31T13:19:17 * Location: Weddell Sea * Campaign: EPICA_IV * Basis: POLAR 2 * Method/Device: Aircraft (AC)
Comment:
Project PI: Heinrich Miller (AWI)
Contact persons for AWI Radio-echo sounding data: Daniel Steinhage (daniel.steinhage@awi.de), Veit Helm (veit.helm@awi.de), Olaf Eisen (olaf.eisen@awi.de)
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The netCDF files contain the following variables:
altitude: Platform altitude (WGS84) in meters
bed_elevation: Bed elevation for each trace (without applying a firn correction and permitivity of ice: 3.15) in meters
bed_pick: picked Bed location for each trace, expressed as twt in seconds from time zero
data: Radar data (Values in dBm after DC conversion)
data_agc: Scaled radar data using automatic gain control (AGC)
distance: Along-track distance in meters
ice_thickness: Ice thickness for each trace (without applying a firn correction and permitivity of ice: 3.15) in meters
lat: Latitude in decimal degrees (WGS84)
lon: Longitude in decimal degrees (WGS84)
range: Range between sensor and surface in meters
spacing: Along-track trace to trace spacing in meters
surface: Surface elevation derived from radar (WGS84) in meters
surface_pick: Picked surface reflection in two-way travel time in seconds
time: Seconds of day
twt: Two-way travel time (twt) in seconds
--
The KML files are in EPSG:4326, and the quicklook images show the AGC product of the radargram.
Status:
Curation Level: Enhanced curation (CurationLevelC)
Size:
406 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

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Season

Profile ID

Instrument

Radar prod

netCDF

netCDF (Size) [Bytes]

GIS

IMAGE
ANT 1998/9919992008EMR600 ns pulse19992008_stp10.nc19 MBytes19992008_stp10.kml19992008_stp10.jpg
ANT 1998/9919992011EMR600 ns pulse19992011_stp10.nc26.7 MBytes19992011_stp10.kml19992011_stp10.jpg
ANT 1998/9919992014EMR600 ns pulse19992014_stp10.nc27.3 MBytes19992014_stp10.kml19992014_stp10.jpg
ANT 1998/9919992017EMR600 ns pulse19992017_stp10.nc108.9 MBytes19992017_stp10.kml19992017_stp10.jpg
ANT 1998/9919992019EMR600 ns pulse19992019_stp10.nc199.8 MBytes19992019_stp10.kml19992019_stp10.jpg
ANT 1998/9919992021EMR600 ns pulse19992021_stp10.nc308.7 MBytes19992021_stp10.kml19992021_stp10.jpg
ANT 1998/9919992028EMR600 ns pulse19992028_stp10.nc280.6 MBytes19992028_stp10.kml19992028_stp10.jpg
ANT 1998/9919992030EMR600 ns pulse19992030_stp10.nc114.2 MBytes19992030_stp10.kml19992030_stp10.jpg
ANT 1998/9919992104EMR600 ns pulse19992104_stp10.nc212.6 MBytes19992104_stp10.kml19992104_stp10.jpg
ANT 1998/9919992105EMR600 ns pulse19992105_stp10.nc240.3 MBytes19992105_stp10.kml19992105_stp10.jpg
ANT 1998/9919992106EMR600 ns pulse19992106_stp10.nc233.2 MBytes19992106_stp10.kml19992106_stp10.jpg
ANT 1998/9919992107EMR600 ns pulse19992107_stp10.nc101.2 MBytes19992107_stp10.kml19992107_stp10.jpg
ANT 1998/9919992109EMR600 ns pulse19992109_stp10.nc100.8 MBytes19992109_stp10.kml19992109_stp10.jpg
ANT 1998/9919992110EMR600 ns pulse19992110_stp10.nc85.3 MBytes19992110_stp10.kml19992110_stp10.jpg
ANT 1998/9919992112EMR600 ns pulse19992112_stp10.nc93.9 MBytes19992112_stp10.kml19992112_stp10.jpg
ANT 1998/9919992113EMR600 ns pulse19992113_stp10.nc83.5 MBytes19992113_stp10.kml19992113_stp10.jpg
ANT 1998/9919992115EMR600 ns pulse19992115_stp10.nc97.1 MBytes19992115_stp10.kml19992115_stp10.jpg
ANT 1998/9919992116EMR600 ns pulse19992116_stp10.nc71.8 MBytes19992116_stp10.kml19992116_stp10.jpg
ANT 1998/9919992118EMR600 ns pulse19992118_stp10.nc90.8 MBytes19992118_stp10.kml19992118_stp10.jpg
ANT 1998/9919992120EMR600 ns pulse19992120_stp10.nc57 MBytes19992120_stp10.kml19992120_stp10.jpg
ANT 1998/9919992122EMR600 ns pulse19992122_stp10.nc76.7 MBytes19992122_stp10.kml19992122_stp10.jpg
ANT 1998/9919992127EMR600 ns pulse19992127_stp10.nc106.3 MBytes19992127_stp10.kml19992127_stp10.jpg
ANT 1998/9919992131EMR600 ns pulse19992131_stp10.nc81.2 MBytes19992131_stp10.kml19992131_stp10.jpg
ANT 1998/9919992132EMR600 ns pulse19992132_stp10.nc136 MBytes19992132_stp10.kml19992132_stp10.jpg
ANT 1998/9919992134EMR600 ns pulse19992134_stp10.nc36.7 MBytes19992134_stp10.kml19992134_stp10.jpg
ANT 1998/9919992135EMR600 ns pulse19992135_stp10.nc11.9 MBytes19992135_stp10.kml19992135_stp10.jpg
ANT 1998/9919992136EMR600 ns pulse19992136_stp10.nc224.8 MBytes19992136_stp10.kml19992136_stp10.jpg
ANT 1998/9919992137EMR600 ns pulse19992137_stp10.nc169.9 MBytes19992137_stp10.kml19992137_stp10.jpg
ANT 1998/9919992138EMR600 ns pulse19992138_stp10.nc17.2 MBytes19992138_stp10.kml19992138_stp10.jpg
ANT 1998/9919993001EMR60 ns pulse19993001_stp10.nc283.8 MBytes19993001_stp10.kml19993001_stp10.jpg
ANT 1998/9919993002EMR60 ns pulse19993002_stp10.nc380.3 MBytes19993002_stp10.kml19993002_stp10.jpg
ANT 1998/9919993003EMR60 ns pulse19993003_stp10.nc370.8 MBytes19993003_stp10.kml19993003_stp10.jpg
ANT 1998/9919993023EMR60 ns pulse19993023_stp10.nc239.9 MBytes19993023_stp10.kml19993023_stp10.jpg
ANT 1998/9919993024EMR60 ns pulse19993024_stp10.nc445.2 MBytes19993024_stp10.kml19993024_stp10.jpg
ANT 1998/9919993025EMR60 ns pulse19993025_stp10.nc66.9 MBytes19993025_stp10.kml19993025_stp10.jpg
ANT 1998/9919993026EMR60 ns pulse19993026_stp10.nc422.1 MBytes19993026_stp10.kml19993026_stp10.jpg
ANT 1998/9919993033EMR60 ns pulse19993033_stp10.nc486.8 MBytes19993033_stp10.kml19993033_stp10.jpg
ANT 1998/9919993104EMR60 ns pulse19993104_stp10.nc209.9 MBytes19993104_stp10.kml19993104_stp10.jpg
ANT 1998/9919993105EMR60 ns pulse19993105_stp10.nc236.9 MBytes19993105_stp10.kml19993105_stp10.jpg
ANT 1998/9919993106EMR60 ns pulse19993106_stp10.nc230.1 MBytes19993106_stp10.kml19993106_stp10.jpg
ANT 1998/9919993107EMR60 ns pulse19993107_stp10.nc99.8 MBytes19993107_stp10.kml19993107_stp10.jpg
ANT 1998/9919993109EMR60 ns pulse19993109_stp10.nc99.3 MBytes19993109_stp10.kml19993109_stp10.jpg
ANT 1998/9919993110EMR60 ns pulse19993110_stp10.nc84 MBytes19993110_stp10.kml19993110_stp10.jpg
ANT 1998/9919993112EMR60 ns pulse19993112_stp10.nc92.8 MBytes19993112_stp10.kml19993112_stp10.jpg
ANT 1998/9919993113EMR60 ns pulse19993113_stp10.nc82.5 MBytes19993113_stp10.kml19993113_stp10.jpg
ANT 1998/9919993115EMR60 ns pulse19993115_stp10.nc96 MBytes19993115_stp10.kml19993115_stp10.jpg
ANT 1998/9919993116EMR60 ns pulse19993116_stp10.nc70.8 MBytes19993116_stp10.kml19993116_stp10.jpg
ANT 1998/9919993118EMR60 ns pulse19993118_stp10.nc89.5 MBytes19993118_stp10.kml19993118_stp10.jpg
ANT 1998/9919993120EMR60 ns pulse19993120_stp10.nc56 MBytes19993120_stp10.kml19993120_stp10.jpg
ANT 1998/9919993122EMR60 ns pulse19993122_stp10.nc75.3 MBytes19993122_stp10.kml19993122_stp10.jpg
ANT 1998/9919993127EMR60 ns pulse19993127_stp10.nc104.6 MBytes19993127_stp10.kml19993127_stp10.jpg
ANT 1998/9919993131EMR60 ns pulse19993131_stp10.nc80.4 MBytes19993131_stp10.kml19993131_stp10.jpg
ANT 1998/9919993132EMR60 ns pulse19993132_stp10.nc133.8 MBytes19993132_stp10.kml19993132_stp10.jpg
ANT 1998/9919993134EMR60 ns pulse19993134_stp10.nc36.4 MBytes19993134_stp10.kml19993134_stp10.jpg
ANT 1998/9919993135EMR60 ns pulse19993135_stp10.nc11.7 MBytes19993135_stp10.kml19993135_stp10.jpg
ANT 1998/9919993136EMR60 ns pulse19993136_stp10.nc205.2 MBytes19993136_stp10.kml19993136_stp10.jpg
ANT 1998/9919993137EMR60 ns pulse19993137_stp10.nc169.3 MBytes19993137_stp10.kml19993137_stp10.jpg
ANT 1998/9919993138EMR60 ns pulse19993138_stp10.nc16 MBytes19993138_stp10.kml19993138_stp10.jpg