Ibcao Bathymetry Data

cage 17-5 2017

Emodnet Dataset ID (LID)
0000016104
id
9948
Dataset name
cage 17-5 2017
File name
20230404/cage-17_5-2017-300m-3996.xyz
Data format
xyz (tsv)
File size
1891643
Dataset version
4
Seabed source ID (SID)
1440
Seabed data category (TID)
Multibeam — depth value collected by a multibeam echo-sounder (code 11)
Included in IBCAO gridding
Yes (code 1)
IBCAO gridding layer weight
500
Cruise name
CAGE17-5
Cruise ID
0
Cruise report
https://cage.uit.no/wp-content/uploads/2019/02/17-5.cage-cruise-report-public.pdf
Chief scientist
Andreassen, Karin
Start date
2017-09-28
End date
2017-09-10
Date format
Only date, no time (code Y-m-d)
From harbour
Longyearbyen, Svalbard
To harbour
Longyearbyen, Svalbard
Originator centre
Arctic University of Norway
Data provider
Arctic University of Norway
Platform class
research vessel
Station name
RV Helmer Hanssen
Station id
LAHV
Instrument
multi-beam echosounders
Instrument specified
Kongsberg EM302
Positioning system type
GPS
Spatial reference system
EPSG:3996
Vertical datum
mean sea level
Horizontal resolution
198.802
IBCAO gridding Remove and Restore resolution
300
Horizontal quality index
2
Abstract
The cruise had the following scientific objectives: geomorphic mapping of seafloor features at the Yermak Plateau as far north as possible aiming at identifying ice flow orientations, improve the seismic stratigraphy along the western Svalbard continental margin using the ODP holes 910C and 912A of the Yermak Plateau and the ODP hole 986 west of Svalbard, and investigate fluid-flow features related to gas hydrate bearing sediments.
URL
https://cage.uit.no/cruise/geomorphic-mapping-seismic-stratigraphy-cruise/
Operator who enters this information
marcus
File creation time
2023-04-04 07:39:47+00
Metadata modification time
2023-04-04 08:23:07.517992+00
Bounding box
POLYGON((101209.114 -1412567.726,101209.114 -969862.96,302181.592 -969862.96,302181.592 -1412567.726,101209.114 -1412567.726))
Color
#6b6384
Ibcao data status
done
Processing status
Final check, otherwise done.