UAV based orthomosaics and ice surface models from the ArcWatch-2 Expedition

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Hauptverfasser: Neckel, Niklas, Fuchs, Niels, Kolar, Jonathan, Kordes, Thomas, Haas, Christian
Format: Dataset Open Access
Sprache:en
Veröffentlicht: PANGAEA 2025
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author Neckel, Niklas
Fuchs, Niels
Kolar, Jonathan
Kordes, Thomas
Haas, Christian
author_facet Neckel, Niklas
Fuchs, Niels
Kolar, Jonathan
Kordes, Thomas
Haas, Christian
collection Datos científicos de ciencias marinas y ambientales
contents Here we present 10 orthomosaics and 13 Digital Elevation Models (DEMs) acquired from UAV surveys during the ArcWatch-2 (PS144) Polarstern Expedition. The data were acquired between 2024-08-16 and 2024-09-26 during 10 ice stations when the vessel was moored to larger ice floes. While most of the surveys were conducted with a camera drone 3 DEMs originate from UAV LiDAR surveys. All DEMs and orthomosaics were drift corrected and referenced to local GNSS stations resulting in vertical accuracies between 0.23 and 0.03 m. The latter largely depend on the conducted flight patterns and prevailing environmental conditions.
format Dataset Open Access
id pangaea_https___doi_org_10_1594_PANGAEA_984115
institution PANGAEA
language en
publishDate 2025
publisher PANGAEA
record_format pangaea
spellingShingle UAV based orthomosaics and ice surface models from the ArcWatch-2 Expedition
Neckel, Niklas
Fuchs, Niels
Kolar, Jonathan
Kordes, Thomas
Haas, Christian
Arcwatch-2; ArcWatch 2; TransArc3; Binary Object; Binary Object (File Size); Date/Time of event; Event label; Ice thickness; Latitude of event; Longitude of event; Mavic3; melt ponds; Optional event label; Other event; Polarstern; PS144; PS144_007_MAVIC2; PS144_023_MAVIC; PS144_042_MAVIC; PS144_050_MAVIC; PS144_067_MAVIC; PS144_080_MAVIC; PS144_085_MAVIC; PS144_109_MAVIC; PS144_123_MAVIC; PS144_134_MAVIC; Sea ice; UAV; Unmanned aerial vehicle
Here we present 10 orthomosaics and 13 Digital Elevation Models (DEMs) acquired from UAV surveys during the ArcWatch-2 (PS144) Polarstern Expedition. The data were acquired between 2024-08-16 and 2024-09-26 during 10 ice stations when the vessel was moored to larger ice floes. While most of the surveys were conducted with a camera drone 3 DEMs originate from UAV LiDAR surveys. All DEMs and orthomosaics were drift corrected and referenced to local GNSS stations resulting in vertical accuracies between 0.23 and 0.03 m. The latter largely depend on the conducted flight patterns and prevailing environmental conditions.
title UAV based orthomosaics and ice surface models from the ArcWatch-2 Expedition
topic Arcwatch-2; ArcWatch 2; TransArc3; Binary Object; Binary Object (File Size); Date/Time of event; Event label; Ice thickness; Latitude of event; Longitude of event; Mavic3; melt ponds; Optional event label; Other event; Polarstern; PS144; PS144_007_MAVIC2; PS144_023_MAVIC; PS144_042_MAVIC; PS144_050_MAVIC; PS144_067_MAVIC; PS144_080_MAVIC; PS144_085_MAVIC; PS144_109_MAVIC; PS144_123_MAVIC; PS144_134_MAVIC; Sea ice; UAV; Unmanned aerial vehicle
url https://doi.org/10.1594/PANGAEA.984115