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Natural History Museum of Denmark, University of Copenhagen, Gothersgade 130, 1123 Copenhagen, Denmark.

Current S-Index

15.4

Sum of Dataset Indices for all datasets

Average Dataset Index per Dataset

1.9

Average Dataset Index per dataset

Total Datasets

8

Total datasets in this organization

Average FAIR Score

13.5%

Average FAIR Score per dataset

Total Citations

39

Total citations to the organization's datasets

Total Mentions

0

Total mentions of the organization's datasets

S-Index Interpretation

S-Index Over Time

Cumulative Citations Over Time

Cumulative Mentions Over Time

Datasets

TABLE 1 in Towards a better understanding of deep-sea tardigrade biogeography: numerous new records from the Southern Ocean

TABLE 1. All corer deployments of expeditions ANDEEP 1, 2, 3 and ANDEEP-SYSTCO that contained Tardigrada. For two deployments at the Shona Ridge, no information about position and depth was available. GKG: boxcorer with 0.25 m 2 sampling area, MUC (A): multicorer with 70.85 cm 2 sampling area per core tube, MUC (B): multicorer with 69.36 cm 2 sampling area per core tube, MUC (C): multicorer with 25.5 cm 2 sampling area per core tubesea regiondeploymentlatitudelongitudedepth [m]devicedateexpeditionnotesN-W Cape BasinPS67_016-641°7.61′S9°56.05′W4719MUC (A)25.01.2005ANDEEP-IIIN-W Cape BasinPS67_016-841°7.82′S9°56.11′W4726MUC (A)26.01.2005ANDEEP-IIIS-W Cape BasinPS67_021-447°40.00′S4°15.13′W4559MUC (A)29.01.2005ANDEEP-IIIS-W Cape BasinPS67_021-647°39.36′S4°15.66′W4564MUC (A)29.01.2005ANDEEP-IIIS-W Cape BasinPS71_90-249°0.95'S0°0.03'En.a.MUC (B)29.01.2008ANDEEP-SYSTCOechosounder failureCape Basin Shona RidgePS71_013-1252°2.22'S0°1.04'W3000MUC (B)06.12.2007ANDEEP-SYSTCOCape Basin Shona RidgePS71_013-1452°2.25'S0°1.11'W2997MUC (B)06.12.2007ANDEEP-SYSTCOCape Basin Shona RidgePS71_85-552° 1.20' S0° 0.20' E2981MUC (B)26.01.2008ANDEEP-SYSTCOCape Basin Shona RidgePS71_85-752° 1.53' S0° 0.16' E2996MUC (B)27.01.2008ANDEEP-SYSTCOCape Basin Shona RidgePS71_019-12n.a.n.a.n.a.MUC (B)n.a.ANDEEP-SYSTCOno info availableCape Basin Shona RidgePS71_0187-12n.a.n.a.n.a.MUC (B)n.a.ANDEEP-SYSTCOno info availableLazarev Sea Maud RisePS71_39-1064°28.83'S2°52.48'E2151MUC (B)03.01.2008ANDEEP-SYSTCOLazarev Sea Maud RisePS71_39-1264°28.83'S2°52.53'E2151MUC (B)03.01.2008ANDEEP-SYSTCOLazarev Sea Maud RisePS71_39-1464°28.84'S2°52.49'E2151MUC (B)03.01.2008ANDEEP-SYSTCOLazarev Sea Antarctic ShelfPS71_017-1270°4.86'S3°22.59'W1927MUC (B)22.12.2007ANDEEP-SYSTCOLazarev Sea Antarctic ShelfPS71_017-1370°4.97'S3°21.54'W1977GKG22.12.2007ANDEEP-SYSTCOLazarev Sea Antarctic ShelfPS71_017-1470°4.80'S3°22.71'W1960MUC (B)22.12.2007ANDEEP-SYSTCOWeddell SeaPS61/4_131-765°19.45′S51°30.97′W3057MUC (C)06.03.2002ANDEEP-IIWeddell SeaPS61/4_133-665°20.18'S54°14.36'W1120MUC (C)07.03.2002ANDEEP-IIWeddell SeaPS61/4_133-865°20.09′S54°14.72′W1088MUC (C)07.03.2002ANDEEP-IIWeddell SeaPS61/4_133-1065°20.30′S54°14.67′W1109MUC (C)07.03.2002ANDEEP-IIOna BasinPS61/3_42-559°40.39′S57°35.74′W3695MUC (C)28.01.2002ANDEEP-IOna BasinPS61/3_42-759°39.49′S57°34.51′W3650MUC (C)28.01.2002ANDEEP-IOna BasinPS61/3_43-460°27.05′S56°04.77′W3958MUC (C)03.02.2002ANDEEP-IOna BasinPS61/3_43-660°27.00′S56°04.24′W3954MUC (C)03.02.2002ANDEEP-IOna BasinPS61/3_46-460°38.12′S53°57.67′W2893MUC (C)30.01.2002ANDEEP-IOna BasinPS61/3_46-660°38.64′S53°57.27′W2893MUC (C)30.10.2002ANDEEP-IShackleton Fracture ZonePS61/3_129-559°52.39′S59°57.78′W3597MUC (C)23.02.2002ANDEEP-IShackleton Fracture ZonePS61/3_129-759°52.30′S59°57.63′W3614MUC (C)23.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_99-561°07.09′S59°16.50′W5191MUC (C)12.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_99-761°07.06′S59°15.53′W5194MUC (C)12.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_105-261°24.14′S58°51.15′W2290MUC (C)14.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_105-461°23.81′S58°50.24′W2274MUC (C)14.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_105-661°23.73′S58°50.26′W2274MUC (C)14.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_114-561°43.52′S60°44.13′W2917MUC (C)18.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_114-661°43.57′S60°43.97′W2873GKG18.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_114-761°43.48′S60°43.50′W2900MUC (C)18.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_114-961°43.58′S60°43.22′W2875MUC (C)19.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_129-459°52.40'S59°57.88'W3598GKG23.02.2002ANDEEP-I.....Continued on the next page

Authors

  • Trokhymchuk, Roman ;
  • Schmidt-Rhaesa, Andreas ;
  • Utevsky, Serge ;
  • Kristensen, Reinhardt Møbjerg ;
  • Kieneke, Alexander
13 Citations0 Mentions13% FAIR4.6 Dataset Index
10.5281/zenodo.15159191December 2024

TABLE 1 in Towards a better understanding of deep-sea tardigrade biogeography: numerous new records from the Southern Ocean

TABLE 1. All corer deployments of expeditions ANDEEP 1, 2, 3 and ANDEEP-SYSTCO that contained Tardigrada. For two deployments at the Shona Ridge, no information about position and depth was available. GKG: boxcorer with 0.25 m 2 sampling area, MUC (A): multicorer with 70.85 cm 2 sampling area per core tube, MUC (B): multicorer with 69.36 cm 2 sampling area per core tube, MUC (C): multicorer with 25.5 cm 2 sampling area per core tubesea regiondeploymentlatitudelongitudedepth [m]devicedateexpeditionnotesN-W Cape BasinPS67_016-641°7.61′S9°56.05′W4719MUC (A)25.01.2005ANDEEP-IIIN-W Cape BasinPS67_016-841°7.82′S9°56.11′W4726MUC (A)26.01.2005ANDEEP-IIIS-W Cape BasinPS67_021-447°40.00′S4°15.13′W4559MUC (A)29.01.2005ANDEEP-IIIS-W Cape BasinPS67_021-647°39.36′S4°15.66′W4564MUC (A)29.01.2005ANDEEP-IIIS-W Cape BasinPS71_90-249°0.95'S0°0.03'En.a.MUC (B)29.01.2008ANDEEP-SYSTCOechosounder failureCape Basin Shona RidgePS71_013-1252°2.22'S0°1.04'W3000MUC (B)06.12.2007ANDEEP-SYSTCOCape Basin Shona RidgePS71_013-1452°2.25'S0°1.11'W2997MUC (B)06.12.2007ANDEEP-SYSTCOCape Basin Shona RidgePS71_85-552° 1.20' S0° 0.20' E2981MUC (B)26.01.2008ANDEEP-SYSTCOCape Basin Shona RidgePS71_85-752° 1.53' S0° 0.16' E2996MUC (B)27.01.2008ANDEEP-SYSTCOCape Basin Shona RidgePS71_019-12n.a.n.a.n.a.MUC (B)n.a.ANDEEP-SYSTCOno info availableCape Basin Shona RidgePS71_0187-12n.a.n.a.n.a.MUC (B)n.a.ANDEEP-SYSTCOno info availableLazarev Sea Maud RisePS71_39-1064°28.83'S2°52.48'E2151MUC (B)03.01.2008ANDEEP-SYSTCOLazarev Sea Maud RisePS71_39-1264°28.83'S2°52.53'E2151MUC (B)03.01.2008ANDEEP-SYSTCOLazarev Sea Maud RisePS71_39-1464°28.84'S2°52.49'E2151MUC (B)03.01.2008ANDEEP-SYSTCOLazarev Sea Antarctic ShelfPS71_017-1270°4.86'S3°22.59'W1927MUC (B)22.12.2007ANDEEP-SYSTCOLazarev Sea Antarctic ShelfPS71_017-1370°4.97'S3°21.54'W1977GKG22.12.2007ANDEEP-SYSTCOLazarev Sea Antarctic ShelfPS71_017-1470°4.80'S3°22.71'W1960MUC (B)22.12.2007ANDEEP-SYSTCOWeddell SeaPS61/4_131-765°19.45′S51°30.97′W3057MUC (C)06.03.2002ANDEEP-IIWeddell SeaPS61/4_133-665°20.18'S54°14.36'W1120MUC (C)07.03.2002ANDEEP-IIWeddell SeaPS61/4_133-865°20.09′S54°14.72′W1088MUC (C)07.03.2002ANDEEP-IIWeddell SeaPS61/4_133-1065°20.30′S54°14.67′W1109MUC (C)07.03.2002ANDEEP-IIOna BasinPS61/3_42-559°40.39′S57°35.74′W3695MUC (C)28.01.2002ANDEEP-IOna BasinPS61/3_42-759°39.49′S57°34.51′W3650MUC (C)28.01.2002ANDEEP-IOna BasinPS61/3_43-460°27.05′S56°04.77′W3958MUC (C)03.02.2002ANDEEP-IOna BasinPS61/3_43-660°27.00′S56°04.24′W3954MUC (C)03.02.2002ANDEEP-IOna BasinPS61/3_46-460°38.12′S53°57.67′W2893MUC (C)30.01.2002ANDEEP-IOna BasinPS61/3_46-660°38.64′S53°57.27′W2893MUC (C)30.10.2002ANDEEP-IShackleton Fracture ZonePS61/3_129-559°52.39′S59°57.78′W3597MUC (C)23.02.2002ANDEEP-IShackleton Fracture ZonePS61/3_129-759°52.30′S59°57.63′W3614MUC (C)23.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_99-561°07.09′S59°16.50′W5191MUC (C)12.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_99-761°07.06′S59°15.53′W5194MUC (C)12.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_105-261°24.14′S58°51.15′W2290MUC (C)14.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_105-461°23.81′S58°50.24′W2274MUC (C)14.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_105-661°23.73′S58°50.26′W2274MUC (C)14.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_114-561°43.52′S60°44.13′W2917MUC (C)18.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_114-661°43.57′S60°43.97′W2873GKG18.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_114-761°43.48′S60°43.50′W2900MUC (C)18.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_114-961°43.58′S60°43.22′W2875MUC (C)19.02.2002ANDEEP-ISouth Shetland TrenchPS61/3_129-459°52.40'S59°57.88'W3598GKG23.02.2002ANDEEP-I.....Continued on the next page

Authors

  • Trokhymchuk, Roman ;
  • Schmidt-Rhaesa, Andreas ;
  • Utevsky, Serge ;
  • Kristensen, Reinhardt Møbjerg ;
  • Kieneke, Alexander
26 Citations0 Mentions13% FAIR8.8 Dataset Index
10.5281/zenodo.15159192December 2024

TABLE 2 in Towards a better understanding of deep-sea tardigrade biogeography: numerous new records from the Southern Ocean

TABLE 2. Abundances and densities (individuals/10 cm 2) of Tardigrada in the different sea regions sampled during expeditions ANDEEP 1, 2, 3 and ANDEEP-SYSTCO. A total of 1,210 of the 1,397 individuals from a total of n=130 core samples were identified to genus and mostly to species level (see Tables 3–4).abundance (sum of cores)abundance (mean)SDdensity (mean)SDnN-W Cape Basin214.202.040.590.295S-W Cape Basin437.175.341.010.756Cape Basin Shona Ridge796.084.800.880.6913Lazarev Sea Maud Rise217.002.451.010.353Lazarev Sea Antarctic Shelf46065.7120.769.013.997Weddell Sea275.401.502.120.595Ona Basin3229.476.883.712.7034Shackleton Fracture Zone273.864.491.511.767South Shetland Trench3977.946.612.952.5550total1397130

Authors

  • Trokhymchuk, Roman ;
  • Schmidt-Rhaesa, Andreas ;
  • Utevsky, Serge ;
  • Kristensen, Reinhardt Møbjerg ;
  • Kieneke, Alexander
0 Citations0 Mentions13% FAIR0.3 Dataset Index
10.5281/zenodo.15159193December 2024

TABLE 2 in Towards a better understanding of deep-sea tardigrade biogeography: numerous new records from the Southern Ocean

TABLE 2. Abundances and densities (individuals/10 cm 2) of Tardigrada in the different sea regions sampled during expeditions ANDEEP 1, 2, 3 and ANDEEP-SYSTCO. A total of 1,210 of the 1,397 individuals from a total of n=130 core samples were identified to genus and mostly to species level (see Tables 3–4).abundance (sum of cores)abundance (mean)SDdensity (mean)SDnN-W Cape Basin214.202.040.590.295S-W Cape Basin437.175.341.010.756Cape Basin Shona Ridge796.084.800.880.6913Lazarev Sea Maud Rise217.002.451.010.353Lazarev Sea Antarctic Shelf46065.7120.769.013.997Weddell Sea275.401.502.120.595Ona Basin3229.476.883.712.7034Shackleton Fracture Zone273.864.491.511.767South Shetland Trench3977.946.612.952.5550total1397130

Authors

  • Trokhymchuk, Roman ;
  • Schmidt-Rhaesa, Andreas ;
  • Utevsky, Serge ;
  • Kristensen, Reinhardt Møbjerg ;
  • Kieneke, Alexander
0 Citations0 Mentions13% FAIR0.3 Dataset Index
10.5281/zenodo.15159194December 2024

TABLE 3 in Towards a better understanding of deep-sea tardigrade biogeography: numerous new records from the Southern Ocean

TABLE 3. Abundances of the identified genera of Tardigrada in the different sea regions sampled during expeditions ANDEEP 1, 2, 3 and ANDEEP-SYSTCO. In total, 1210 individuals were identified to genus (mostly to species) level, further 187 damaged specimens could only be recorded as Tardigrada (a total of 1,397 tardigrade records, see Table 2). Numbers in brackets refers to the number of samples (cores) that contained the respective taxon.AngursaBatillipesCoronarctusIsoechiniscoidesMoebjergarctusStyraconyxTholoarctusN-W Cape Basin20 (5)S-W Cape Basin39 (5)2 (1)Cape Basin Shona Ridge59 (11)8 (3)1 (1)1 (1)Lazarev Sea Maud Rise20 (3)Lazarev Sea Antarctic Shelf390 (7)12 (4)1 (1)Weddell Sea17 (5)1 (1)1 (1)Ona Basin297(33)1 (1)1 (1)2 (2)6 (4)Shackleton Fracture Zone23 (6)1 (1)South Shetland Trench307 (49)total1172 (124)2 (2)10 (4)1 (1)4 (4)13 (5)8 (6)1210

Authors

  • Trokhymchuk, Roman ;
  • Schmidt-Rhaesa, Andreas ;
  • Utevsky, Serge ;
  • Kristensen, Reinhardt Møbjerg ;
  • Kieneke, Alexander
0 Citations0 Mentions13% FAIR0.3 Dataset Index
10.5281/zenodo.15159195December 2024

TABLE 3 in Towards a better understanding of deep-sea tardigrade biogeography: numerous new records from the Southern Ocean

TABLE 3. Abundances of the identified genera of Tardigrada in the different sea regions sampled during expeditions ANDEEP 1, 2, 3 and ANDEEP-SYSTCO. In total, 1210 individuals were identified to genus (mostly to species) level, further 187 damaged specimens could only be recorded as Tardigrada (a total of 1,397 tardigrade records, see Table 2). Numbers in brackets refers to the number of samples (cores) that contained the respective taxon.AngursaBatillipesCoronarctusIsoechiniscoidesMoebjergarctusStyraconyxTholoarctusN-W Cape Basin20 (5)S-W Cape Basin39 (5)2 (1)Cape Basin Shona Ridge59 (11)8 (3)1 (1)1 (1)Lazarev Sea Maud Rise20 (3)Lazarev Sea Antarctic Shelf390 (7)12 (4)1 (1)Weddell Sea17 (5)1 (1)1 (1)Ona Basin297(33)1 (1)1 (1)2 (2)6 (4)Shackleton Fracture Zone23 (6)1 (1)South Shetland Trench307 (49)total1172 (124)2 (2)10 (4)1 (1)4 (4)13 (5)8 (6)1210

Authors

  • Trokhymchuk, Roman ;
  • Schmidt-Rhaesa, Andreas ;
  • Utevsky, Serge ;
  • Kristensen, Reinhardt Møbjerg ;
  • Kieneke, Alexander
0 Citations0 Mentions13% FAIR0.3 Dataset Index
10.5281/zenodo.15159196December 2024

TABLE 4 in Towards a better understanding of deep-sea tardigrade biogeography: numerous new records from the Southern Ocean

TABLE 4. Abundances and occurrences of the identified species of Tardigrada in the different sea regions sampled during expeditions ANDEEP 1, 2, 3 and ANDEEP-SYSTCO. In total, 1,210 individuals were identified to genus (mostly to species) level, further 187 damaged specimens could only be recorded as Tardigrada (a total of 1,397 tardigrade records, see Table 2).N-W Cape BasinS-W Cape BasinCape Basin Shona RidgeLazarev Sea Maud RiseLazarev Sea Antarctic ShelfWeddell SeaOna BasinShackleton Fracture ZoneSouth Shetland TrenchtotalAngursa abyssalis218123921016877238Angursa antarctica6262Angursa capsula1412371225121308214680Angursa lanceolata2323221336Angursa lingua4256365Angursa sp.26854031131391Batillipes wyedeleinorum112Coronarctus dissimilis11Coronarctus sp.246Coronarctus tenellus33Isoechiniscoides aff. sifae sp. can.11Moebjergarctus clarionclippertonensis1214Styraconyx qivitoq1212Styraconyx takeshii11Tholoarctus oleseni1168 1210

Authors

  • Trokhymchuk, Roman ;
  • Schmidt-Rhaesa, Andreas ;
  • Utevsky, Serge ;
  • Kristensen, Reinhardt Møbjerg ;
  • Kieneke, Alexander
0 Citations0 Mentions13% FAIR0.3 Dataset Index
10.5281/zenodo.15159197December 2024

TABLE 4 in Towards a better understanding of deep-sea tardigrade biogeography: numerous new records from the Southern Ocean

TABLE 4. Abundances and occurrences of the identified species of Tardigrada in the different sea regions sampled during expeditions ANDEEP 1, 2, 3 and ANDEEP-SYSTCO. In total, 1,210 individuals were identified to genus (mostly to species) level, further 187 damaged specimens could only be recorded as Tardigrada (a total of 1,397 tardigrade records, see Table 2).N-W Cape BasinS-W Cape BasinCape Basin Shona RidgeLazarev Sea Maud RiseLazarev Sea Antarctic ShelfWeddell SeaOna BasinShackleton Fracture ZoneSouth Shetland TrenchtotalAngursa abyssalis218123921016877238Angursa antarctica6262Angursa capsula1412371225121308214680Angursa lanceolata2323221336Angursa lingua4256365Angursa sp.26854031131391Batillipes wyedeleinorum112Coronarctus dissimilis11Coronarctus sp.246Coronarctus tenellus33Isoechiniscoides aff. sifae sp. can.11Moebjergarctus clarionclippertonensis1214Styraconyx qivitoq1212Styraconyx takeshii11Tholoarctus oleseni1168 1210

Authors

  • Trokhymchuk, Roman ;
  • Schmidt-Rhaesa, Andreas ;
  • Utevsky, Serge ;
  • Kristensen, Reinhardt Møbjerg ;
  • Kieneke, Alexander
0 Citations0 Mentions13% FAIR0.3 Dataset Index
10.5281/zenodo.15159198December 2024