Snowpit multi-image photogrammetry images collected during the MOSAiC expedition
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| Format: | Dataset Open Access |
| Language: | en |
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PANGAEA
2021
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| _version_ | 1867172169986867200 |
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| author | Macfarlane, Amy R Schneebeli, Martin Dadic, Ruzica Wagner, David N Arndt, Stefanie Clemens-Sewall, David Hämmerle, Stefan Hannula, Henna-Reetta Jaggi, Matthias Kolabutin, Nikolai Krampe, Daniela Lehning, Michael Matero, Ilkka Nicolaus, Marcel Oggier, Marc Pirazzini, Roberta Polashenski, Chris Raphael, Ian Regnery, Julia Shimanchuck, Egor Smith, Madison M Tavri, Aikaterini |
| author_facet | Macfarlane, Amy R Schneebeli, Martin Dadic, Ruzica Wagner, David N Arndt, Stefanie Clemens-Sewall, David Hämmerle, Stefan Hannula, Henna-Reetta Jaggi, Matthias Kolabutin, Nikolai Krampe, Daniela Lehning, Michael Matero, Ilkka Nicolaus, Marcel Oggier, Marc Pirazzini, Roberta Polashenski, Chris Raphael, Ian Regnery, Julia Shimanchuck, Egor Smith, Madison M Tavri, Aikaterini |
| collection | Datos científicos de ciencias marinas y ambientales |
| contents | The small-scale surface roughness is important for scattering of shortwave visible and higher-frequency microwave radiation. A standard digital camera (Olympus tough TG-5) and a set of reference targets were used to take sets of images that can be processed using multi-image photogrammetry into high-resolution small-scale digital elevation models (DEMs). The DEMs can be used to estimate roughness of the snow surface and of the snow-ice interface. The reference targets were distributed around a small ( ~ 0.6 m x 0.6 m) area, and pictures were taken from different angles, including all targets in each image, and ideally overlapping by at least 80%. Pictures were always taken with the maximum wide-angle of the camera. During polar night, a headlamp was taken to illuminate the scene before pictures were taken. Image sets of the surface were taken before the snowpit was excavated. Image sets of the snow-ice interface were taken after the detailed snowpit measurements, and the remaining snow was brushed off the ice surface using a brush. Please direct inquiries to; David Wagner (PS122/1), Martin Schneebeli (PS122/2), Amy Macfarlane (PS122/3 and PS122/4), Ruzica Dadic (PS122/5). |
| format | Dataset Open Access |
| id | pangaea_https___doi_org_10_1594_PANGAEA_935932 |
| institution | PANGAEA |
| language | en |
| publishDate | 2021 |
| publisher | PANGAEA |
| record_format | pangaea |
| spellingShingle | Snowpit multi-image photogrammetry images collected during the MOSAiC expedition Macfarlane, Amy R Schneebeli, Martin Dadic, Ruzica Wagner, David N Arndt, Stefanie Clemens-Sewall, David Hämmerle, Stefan Hannula, Henna-Reetta Jaggi, Matthias Kolabutin, Nikolai Krampe, Daniela Lehning, Michael Matero, Ilkka Nicolaus, Marcel Oggier, Marc Pirazzini, Roberta Polashenski, Chris Raphael, Ian Regnery, Julia Shimanchuck, Egor Smith, Madison M Tavri, Aikaterini Arctic Ocean; Arctic Research Icebreaker Consortium: A strategy for meeting the needs for marine-based research in the Arctic; ARICE; Date/Time of event; Event label; Image; Image (File Size); Latitude of event; Longitude of event; MOSAiC; MOSAiC20192020; Multidisciplinary drifting Observatory for the Study of Arctic Climate; Olympus Tough TG-5 Camera; Polarstern; Position; PS122/1; PS122/1_6-6; PS122/1_7-12; PS122/1_7-88; PS122/2; PS122/2_16-62; PS122/2_16-9; PS122/2_17-109; PS122/2_17-16; PS122/2_17-49; PS122/2_18-17; PS122/2_18-56; PS122/2_18-66; PS122/2_18-8; PS122/2_19-144; PS122/2_19-28; PS122/2_19-35; PS122/2_19-9; PS122/2_19-92; PS122/2_20-4; PS122/2_20-80; PS122/2_20-83; PS122/2_21-52; PS122/2_21-53; PS122/2_21-96; PS122/2_22-5; PS122/2_22-6; PS122/2_22-61; PS122/2_22-73; PS122/2_23-2; PS122/2_23-34; PS122/2_23-73; PS122/2_23-74; PS122/2_23-9; PS122/2_24-14; PS122/2_24-15; PS122/2_24-35; PS122/2_24-86; PS122/2_25-22; PS122/2_25-23; PS122/2_25-80; PS122/2_25-81; PS122/3; PS122/3_29-28; PS122/3_29-29; PS122/3_29-43; PS122/3_29-9; PS122/3_30-17; PS122/3_30-25; PS122/3_30-61; PS122/3_31-55; PS122/3_31-79; PS122/3_32-41; PS122/3_32-59; PS122/3_32-61; PS122/3_32-88; PS122/3_32-92; PS122/3_33-102; PS122/3_33-41; PS122/3_33-42; PS122/3_33-65; PS122/3_34-45; PS122/3_34-60; PS122/3_35-111; PS122/3_35-121; PS122/3_35-23; PS122/3_35-53; PS122/3_35-56; PS122/3_36-102; PS122/3_36-106; PS122/3_36-107; PS122/3_36-138; PS122/3_36-14; PS122/3_36-35; PS122/3_36-99; PS122/3_37-129; PS122/3_37-132; PS122/3_37-22; PS122/3_37-39; PS122/3_37-41; PS122/3_37-57; PS122/3_37-58; PS122/3_37-68; PS122/3_38-1; PS122/3_38-141; PS122/3_38-4; PS122/3_38-51; PS122/3_38-93; PS122/3_38-94; PS122/3_38-95; PS122/3_39-46; PS122/3_39-48; PS122/3_39-88; PS122/3_39-91; PS122/3_39-92; PS122/4; PS122/4_44-157; PS122/4_44-215; PS122/4_44-216; PS122/4_44-45; PS122/4_45-16; PS122/4_45-18; PS122/4_45-8; PS122/4_46-31; PS122/4_46-32; PS122/4_47-66; PS122/4_47-97; PS122/4_48-146; PS122/4_48-177; PS122/4_49-47; PS122/5; PS122/5_59-193; PS122/5_59-204; PS122/5_59-206; PS122/5_59-222; PS122/5_59-235; PS122/5_59-250; PS122/5_59-267; PS122/5_59-292; PS122/5_59-303; PS122/5_59-313; PS122/5_59-350; PS122/5_59-352; PS122/5_60-117; PS122/5_60-118; PS122/5_60-119; PS122/5_60-120; PS122/5_60-128; PS122/5_60-142; PS122/5_60-168; PS122/5_60-2; PS122/5_60-24; PS122/5_60-25; PS122/5_60-26; PS122/5_60-43; PS122/5_60-74; PS122/5_60-75; PS122/5_60-77; PS122/5_60-78; PS122/5_60-91; PS122/5_61-104; PS122/5_61-132; PS122/5_61-139; PS122/5_61-162; PS122/5_61-167; PS122/5_61-198; PS122/5_61-2; PS122/5_61-236; PS122/5_61-25; PS122/5_61-28; PS122/5_61-4; PS122/5_61-97; PS122/5_62-10; PS122/5_62-124; PS122/5_62-126; PS122/5_62-139; PS122/5_62-140; PS122/5_62-147; PS122/5_62-163; PS122/5_62-39; PS122/5_62-44; PS122/5_62-69; PS122/5_62-89; PS122/5_62-99; PS122/5_63-262; PS122/5_63-263; PS122/5_63-95; PS122/5_63-96; PS122/5_63-97; PS122/5_63-98; PS122/5_63-99; SNOWPIT; Snow pit The small-scale surface roughness is important for scattering of shortwave visible and higher-frequency microwave radiation. A standard digital camera (Olympus tough TG-5) and a set of reference targets were used to take sets of images that can be processed using multi-image photogrammetry into high-resolution small-scale digital elevation models (DEMs). The DEMs can be used to estimate roughness of the snow surface and of the snow-ice interface. The reference targets were distributed around a small ( ~ 0.6 m x 0.6 m) area, and pictures were taken from different angles, including all targets in each image, and ideally overlapping by at least 80%. Pictures were always taken with the maximum wide-angle of the camera. During polar night, a headlamp was taken to illuminate the scene before pictures were taken. Image sets of the surface were taken before the snowpit was excavated. Image sets of the snow-ice interface were taken after the detailed snowpit measurements, and the remaining snow was brushed off the ice surface using a brush. Please direct inquiries to; David Wagner (PS122/1), Martin Schneebeli (PS122/2), Amy Macfarlane (PS122/3 and PS122/4), Ruzica Dadic (PS122/5). |
| title | Snowpit multi-image photogrammetry images collected during the MOSAiC expedition |
| topic | Arctic Ocean; Arctic Research Icebreaker Consortium: A strategy for meeting the needs for marine-based research in the Arctic; ARICE; Date/Time of event; Event label; Image; Image (File Size); Latitude of event; Longitude of event; MOSAiC; MOSAiC20192020; Multidisciplinary drifting Observatory for the Study of Arctic Climate; Olympus Tough TG-5 Camera; Polarstern; Position; PS122/1; PS122/1_6-6; PS122/1_7-12; PS122/1_7-88; PS122/2; PS122/2_16-62; PS122/2_16-9; PS122/2_17-109; PS122/2_17-16; PS122/2_17-49; PS122/2_18-17; PS122/2_18-56; PS122/2_18-66; PS122/2_18-8; PS122/2_19-144; PS122/2_19-28; PS122/2_19-35; PS122/2_19-9; PS122/2_19-92; PS122/2_20-4; PS122/2_20-80; PS122/2_20-83; PS122/2_21-52; PS122/2_21-53; PS122/2_21-96; PS122/2_22-5; PS122/2_22-6; PS122/2_22-61; PS122/2_22-73; PS122/2_23-2; PS122/2_23-34; PS122/2_23-73; PS122/2_23-74; PS122/2_23-9; PS122/2_24-14; PS122/2_24-15; PS122/2_24-35; PS122/2_24-86; PS122/2_25-22; PS122/2_25-23; PS122/2_25-80; PS122/2_25-81; PS122/3; PS122/3_29-28; PS122/3_29-29; PS122/3_29-43; PS122/3_29-9; PS122/3_30-17; PS122/3_30-25; PS122/3_30-61; PS122/3_31-55; PS122/3_31-79; PS122/3_32-41; PS122/3_32-59; PS122/3_32-61; PS122/3_32-88; PS122/3_32-92; PS122/3_33-102; PS122/3_33-41; PS122/3_33-42; PS122/3_33-65; PS122/3_34-45; PS122/3_34-60; PS122/3_35-111; PS122/3_35-121; PS122/3_35-23; PS122/3_35-53; PS122/3_35-56; PS122/3_36-102; PS122/3_36-106; PS122/3_36-107; PS122/3_36-138; PS122/3_36-14; PS122/3_36-35; PS122/3_36-99; PS122/3_37-129; PS122/3_37-132; PS122/3_37-22; PS122/3_37-39; PS122/3_37-41; PS122/3_37-57; PS122/3_37-58; PS122/3_37-68; PS122/3_38-1; PS122/3_38-141; PS122/3_38-4; PS122/3_38-51; PS122/3_38-93; PS122/3_38-94; PS122/3_38-95; PS122/3_39-46; PS122/3_39-48; PS122/3_39-88; PS122/3_39-91; PS122/3_39-92; PS122/4; PS122/4_44-157; PS122/4_44-215; PS122/4_44-216; PS122/4_44-45; PS122/4_45-16; PS122/4_45-18; PS122/4_45-8; PS122/4_46-31; PS122/4_46-32; PS122/4_47-66; PS122/4_47-97; PS122/4_48-146; PS122/4_48-177; PS122/4_49-47; PS122/5; PS122/5_59-193; PS122/5_59-204; PS122/5_59-206; PS122/5_59-222; PS122/5_59-235; PS122/5_59-250; PS122/5_59-267; PS122/5_59-292; PS122/5_59-303; PS122/5_59-313; PS122/5_59-350; PS122/5_59-352; PS122/5_60-117; PS122/5_60-118; PS122/5_60-119; PS122/5_60-120; PS122/5_60-128; PS122/5_60-142; PS122/5_60-168; PS122/5_60-2; PS122/5_60-24; PS122/5_60-25; PS122/5_60-26; PS122/5_60-43; PS122/5_60-74; PS122/5_60-75; PS122/5_60-77; PS122/5_60-78; PS122/5_60-91; PS122/5_61-104; PS122/5_61-132; PS122/5_61-139; PS122/5_61-162; PS122/5_61-167; PS122/5_61-198; PS122/5_61-2; PS122/5_61-236; PS122/5_61-25; PS122/5_61-28; PS122/5_61-4; PS122/5_61-97; PS122/5_62-10; PS122/5_62-124; PS122/5_62-126; PS122/5_62-139; PS122/5_62-140; PS122/5_62-147; PS122/5_62-163; PS122/5_62-39; PS122/5_62-44; PS122/5_62-69; PS122/5_62-89; PS122/5_62-99; PS122/5_63-262; PS122/5_63-263; PS122/5_63-95; PS122/5_63-96; PS122/5_63-97; PS122/5_63-98; PS122/5_63-99; SNOWPIT; Snow pit |
| url | https://doi.org/10.1594/PANGAEA.935932 |