cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15143090
title: Table 1 in First record of the genus Discorhabdella (Porifera, Demospongiae, Poecilosclerida, Crambeidae) from Sagami Bay, Japan with description of two new species

description: Table 1. Morphological comparison of spicules and geographical distribution of extant Discorhabdella species. Locality is described as ecoregions and province following Spalding et al. (2007). Spicule sizes are given as the range, followed by the mean in parenthesis. All spicule measurements in µm.
SpeciesLocalityDepth (m)Ectosomal subtylostyleChoanosomal style/subtylostylePseudoastrose acanthostyle or acanthostyleIsochelaeSigmaspined microxeaOther microsclereReferencelength × widthlength × widthlength × base widthlength, number of alaelength × widthlength × widthlengthD. hindei Boury-Esnault et al., 1992Alboran Sea, Mediterranean Sea534-604276-445 (367) × 5.2855-1556 (1086) × 34-52 (43)43-57 (48) × 36-39 (38.5)22-27 (23), 8 alae11-16 (12) × 1-1.3 (1.3)nonenoneBoury-Esnault et al. 1992D. incrustans Dendy, 1924Three King‘s North Cape, Northern New Zealand180357-592 (496.8) × 10-15 (12.6)900-1700 × 28-61 (43.1)36-53 (45.4) × 32-43 (37.2)33-51 (44), up to 7 alaenone26-34 (31.4)noneVan Soest 2002D. littoralis Maldonado et al., 2001Nicoya, Tropical East Pacific10-30130-180 × 2.5-4117-300 × 5-1026-40 × 10-18.5none13-15 × 1nonenoneMaldonado et al. 2001D. pseudaster Vacelet & Cárdenas, 2018Western and Northern Madagascar, Western Indian Ocean346-349240-370, 9-10more than 600 × 40-5635-45 × 35-4512-15, 4-5 alaenonenonepseudoaster, 12.5-18 in diameterVacelet and Cárdenas 2018D. ruetzleri Díaz & Pomponi, 2018Floridian, Tropical Northwestern Atlantic60-80260-340 (300) × 3-7.55 (4)470-810 (598) × 5-13 (10.5)17-40 (29.6) × 7.5-20 (15)20-25, unknown12-1815-18noneDíaz and Pomponi 2018D. tuberosocapitata (Topsent, 1890)Azores Canaries Madeira, Lusitanian550-736330c.a. 650 × c.a. 28c.a. 13025, 4-8 alaenonenonenoneBoury-Esnault et al. 1992, Van Soest 2002D. urizae Maldonado et al., 2001Nicoya, Tropical East Pacific55-73180-220 × 5-7380-750 × 19-4223-37 × 15-2626-29, 5 alae13-16 × 119-26 × 2-3noneMaldonado et al. 2001Cortezian, Warm Temperate Northeast Pacific344175-220 (197.5) × 2.5-7.5 (4.75)220-610 (423.3) × 17.5-35 (25.8)30-42.5 (36.6) × 23-3735-42 (36.6), 3 alae15-20 (17.1)15-22.5 (21.6)noneAguilar-Camacho and Carballo 2012D. hispida sp. nov.Central Kuroshio Current, Warm Temperate Northwest Pacific113-223292.2-392.5 (335.4) × 13.4-16.7 (15.2)814-1500 × 42.0-56.5 (50.3)84-127.5 (103.6) × 41.1-57.7 (48.0)27.3-38 (31.7), 3-7 alaenonenonesigmoid microsclere 20.7-31.2 (26.3)this studyD. misakiensis sp. nov.Central Kuroshio Current, Warm Temperate Northwest Pacific255-318203-257 (232) × 10.6-14.1 (11.7)252.0-336.4 (295.2) × 18.6-26.6 (22.6)73.0-91.3 (82.0) × 27.9-42.0 (34.2)17.5-21.9 (19.8), 6 alaenonenonenonethis study
description: Published as part of Ise, Yuji, Vacelet, Jean, Izumi, Takato, Woo, Sau Pinn & Tan, Shau Hwai, 2021, First record of the genus Discorhabdella (Porifera, Demospongiae, Poecilosclerida, Crambeidae) from Sagami Bay, Japan with description of two new species, pp. 67 in ZooKeys 1076 on page 67, DOI: 10.3897/zookeys.1076.37278
DOI: 10.5281/zenodo.15143091
title: Table 1 in First record of the genus Discorhabdella (Porifera, Demospongiae, Poecilosclerida, Crambeidae) from Sagami Bay, Japan with description of two new species

description: Table 1. Morphological comparison of spicules and geographical distribution of extant Discorhabdella species. Locality is described as ecoregions and province following Spalding et al. (2007). Spicule sizes are given as the range, followed by the mean in parenthesis. All spicule measurements in µm.
SpeciesLocalityDepth (m)Ectosomal subtylostyleChoanosomal style/subtylostylePseudoastrose acanthostyle or acanthostyleIsochelaeSigmaspined microxeaOther microsclereReferencelength × widthlength × widthlength × base widthlength, number of alaelength × widthlength × widthlengthD. hindei Boury-Esnault et al., 1992Alboran Sea, Mediterranean Sea534-604276-445 (367) × 5.2855-1556 (1086) × 34-52 (43)43-57 (48) × 36-39 (38.5)22-27 (23), 8 alae11-16 (12) × 1-1.3 (1.3)nonenoneBoury-Esnault et al. 1992D. incrustans Dendy, 1924Three King‘s North Cape, Northern New Zealand180357-592 (496.8) × 10-15 (12.6)900-1700 × 28-61 (43.1)36-53 (45.4) × 32-43 (37.2)33-51 (44), up to 7 alaenone26-34 (31.4)noneVan Soest 2002D. littoralis Maldonado et al., 2001Nicoya, Tropical East Pacific10-30130-180 × 2.5-4117-300 × 5-1026-40 × 10-18.5none13-15 × 1nonenoneMaldonado et al. 2001D. pseudaster Vacelet & Cárdenas, 2018Western and Northern Madagascar, Western Indian Ocean346-349240-370, 9-10more than 600 × 40-5635-45 × 35-4512-15, 4-5 alaenonenonepseudoaster, 12.5-18 in diameterVacelet and Cárdenas 2018D. ruetzleri Díaz & Pomponi, 2018Floridian, Tropical Northwestern Atlantic60-80260-340 (300) × 3-7.55 (4)470-810 (598) × 5-13 (10.5)17-40 (29.6) × 7.5-20 (15)20-25, unknown12-1815-18noneDíaz and Pomponi 2018D. tuberosocapitata (Topsent, 1890)Azores Canaries Madeira, Lusitanian550-736330c.a. 650 × c.a. 28c.a. 13025, 4-8 alaenonenonenoneBoury-Esnault et al. 1992, Van Soest 2002D. urizae Maldonado et al., 2001Nicoya, Tropical East Pacific55-73180-220 × 5-7380-750 × 19-4223-37 × 15-2626-29, 5 alae13-16 × 119-26 × 2-3noneMaldonado et al. 2001Cortezian, Warm Temperate Northeast Pacific344175-220 (197.5) × 2.5-7.5 (4.75)220-610 (423.3) × 17.5-35 (25.8)30-42.5 (36.6) × 23-3735-42 (36.6), 3 alae15-20 (17.1)15-22.5 (21.6)noneAguilar-Camacho and Carballo 2012D. hispida sp. nov.Central Kuroshio Current, Warm Temperate Northwest Pacific113-223292.2-392.5 (335.4) × 13.4-16.7 (15.2)814-1500 × 42.0-56.5 (50.3)84-127.5 (103.6) × 41.1-57.7 (48.0)27.3-38 (31.7), 3-7 alaenonenonesigmoid microsclere 20.7-31.2 (26.3)this studyD. misakiensis sp. nov.Central Kuroshio Current, Warm Temperate Northwest Pacific255-318203-257 (232) × 10.6-14.1 (11.7)252.0-336.4 (295.2) × 18.6-26.6 (22.6)73.0-91.3 (82.0) × 27.9-42.0 (34.2)17.5-21.9 (19.8), 6 alaenonenonenonethis study
description: Published as part of Ise, Yuji, Vacelet, Jean, Izumi, Takato, Woo, Sau Pinn & Tan, Shau Hwai, 2021, First record of the genus Discorhabdella (Porifera, Demospongiae, Poecilosclerida, Crambeidae) from Sagami Bay, Japan with description of two new species, pp. 67 in ZooKeys 1076 on page 67, DOI: 10.3897/zookeys.1076.37278
DOI: 10.5281/zenodo.15143094
title: Table 2 in Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus

description: Table 2. Partitions and models of sequence evolution used in the ML and BI phylogenetic analyses for the concatenated dataset. 1st, 2nd and 3rd refer to the codon position.
PartitionsSitesBIML1co1 1st, nt3 1stK80+IGTR+G2cytb 2nd, co1 2ndHKY+IGTR+G3cytb 3rd, co1 3rdHKY+GGTR+G412S, 16S, cytb 1stGTR+GGTR+G5cmos 1st, cmos 2nd, nt3 1st, nt3 2ndK80+IGTR+G6cmos 3rdHKYGTR+G
description: Published as part of Deepak, V., Lalronunga, Samuel, Lalhmingliani, Esther, Das, Abhijit, Narayanan, Surya, Das, Indraneil & Gower, David J., 2021, Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus, pp. 747 in Vertebrate Zoology 71 on page 747, DOI: 10.3897/vz.71.e75967
DOI: 10.5281/zenodo.15143095
title: Table 2 in Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus

description: Table 2. Partitions and models of sequence evolution used in the ML and BI phylogenetic analyses for the concatenated dataset. 1st, 2nd and 3rd refer to the codon position.
PartitionsSitesBIML1co1 1st, nt3 1stK80+IGTR+G2cytb 2nd, co1 2ndHKY+IGTR+G3cytb 3rd, co1 3rdHKY+GGTR+G412S, 16S, cytb 1stGTR+GGTR+G5cmos 1st, cmos 2nd, nt3 1st, nt3 2ndK80+IGTR+G6cmos 3rdHKYGTR+G
description: Published as part of Deepak, V., Lalronunga, Samuel, Lalhmingliani, Esther, Das, Abhijit, Narayanan, Surya, Das, Indraneil & Gower, David J., 2021, Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus, pp. 747 in Vertebrate Zoology 71 on page 747, DOI: 10.3897/vz.71.e75967
DOI: 10.5281/zenodo.15143096
title: Table 3 in Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus

description: Table 3. Parameter values for fossil calibrations used in the BEAST divergence dating analysis. Ages in Ma. All maximum ages soft, except hard maximum for calibration 6.
CalibrationNode calibrationsOffsetMaximum ageMeanStandard deviation1Oldest divergence within crown Alethinophidia93.9100.51.51.252Oldest divergence between non-xenodermid colubroids and their closest living relative (Xenodermidae)50.572.16.11.253Divergence between Boinae and its sister taxon (Erycinae + Candoiinae)58641.81.254Divergence between Corallus and (Chilabothrus + (Epicrates + Eunectes ))50.26441.255Divergence between Viperinae and Crotalinae2023.811.256Divergence between Acrochordus javanicus and (A. ararfurae + A. granulatus)18.123.11.51.257Oldest divergence between Naja (Afronaja) and Naja (Boulengerina)172011.25
description: Published as part of Deepak, V., Lalronunga, Samuel, Lalhmingliani, Esther, Das, Abhijit, Narayanan, Surya, Das, Indraneil & Gower, David J., 2021, Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus, pp. 747 in Vertebrate Zoology 71 on page 747, DOI: 10.3897/vz.71.e75967
DOI: 10.5281/zenodo.15143097
title: Table 3 in Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus

description: Table 3. Parameter values for fossil calibrations used in the BEAST divergence dating analysis. Ages in Ma. All maximum ages soft, except hard maximum for calibration 6.
CalibrationNode calibrationsOffsetMaximum ageMeanStandard deviation1Oldest divergence within crown Alethinophidia93.9100.51.51.252Oldest divergence between non-xenodermid colubroids and their closest living relative (Xenodermidae)50.572.16.11.253Divergence between Boinae and its sister taxon (Erycinae + Candoiinae)58641.81.254Divergence between Corallus and (Chilabothrus + (Epicrates + Eunectes ))50.26441.255Divergence between Viperinae and Crotalinae2023.811.256Divergence between Acrochordus javanicus and (A. ararfurae + A. granulatus)18.123.11.51.257Oldest divergence between Naja (Afronaja) and Naja (Boulengerina)172011.25
description: Published as part of Deepak, V., Lalronunga, Samuel, Lalhmingliani, Esther, Das, Abhijit, Narayanan, Surya, Das, Indraneil & Gower, David J., 2021, Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus, pp. 747 in Vertebrate Zoology 71 on page 747, DOI: 10.3897/vz.71.e75967
DOI: 10.5281/zenodo.15143098
title: Table 4 in Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus

description: Table 4. Morphometric (in mm) and meristic data for Paraxenodermus borneensis. Data for the holotype (*) from Lalronunga et al. (2021). Data for unspecified specimens from Stuebing et al. (2014).
Voucher NumberUNIMAS 8002BMNH 1946.1.15.58 *Unspecified specimensSexmalemaleSnout-vent length481541Tail length (Ta)232248Total length (TL)713789TaL / TL0.330.31Horizontal eye diameter2.72.8Head length9.617.9Head width8.010.8Head height5.25.5Dorsal scale rows at one head length behind head3131Dorsal scale rows at midbody313231-35Dorsal scale rows at one head length before vent2525Ventrals206208205-210 ("females only")Subcaudals128123117-124Anal shields11Supralabials10,1010,-10 or 11Supralabials touching eye00Infralabials14,1314,-Infralabials touching anterior genials1-21-3Suboculars3,33,3Loreals1,1 (+ 2 very small scales on both sides close to nasals)1,1 (+ 2 very small scales on both sides close to nasals)Preoculars2,23,3Supraoculars3,32,2Postoculars4,42,4Anterior temporals0,00,0
description: Published as part of Deepak, V., Lalronunga, Samuel, Lalhmingliani, Esther, Das, Abhijit, Narayanan, Surya, Das, Indraneil & Gower, David J., 2021, Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus, pp. 747 in Vertebrate Zoology 71 on page 747, DOI: 10.3897/vz.71.e75967
DOI: 10.5281/zenodo.15143099
title: Table 4 in Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus

description: Table 4. Morphometric (in mm) and meristic data for Paraxenodermus borneensis. Data for the holotype (*) from Lalronunga et al. (2021). Data for unspecified specimens from Stuebing et al. (2014).
Voucher NumberUNIMAS 8002BMNH 1946.1.15.58 *Unspecified specimensSexmalemaleSnout-vent length481541Tail length (Ta)232248Total length (TL)713789TaL / TL0.330.31Horizontal eye diameter2.72.8Head length9.617.9Head width8.010.8Head height5.25.5Dorsal scale rows at one head length behind head3131Dorsal scale rows at midbody313231-35Dorsal scale rows at one head length before vent2525Ventrals206208205-210 ("females only")Subcaudals128123117-124Anal shields11Supralabials10,1010,-10 or 11Supralabials touching eye00Infralabials14,1314,-Infralabials touching anterior genials1-21-3Suboculars3,33,3Loreals1,1 (+ 2 very small scales on both sides close to nasals)1,1 (+ 2 very small scales on both sides close to nasals)Preoculars2,23,3Supraoculars3,32,2Postoculars4,42,4Anterior temporals0,00,0
description: Published as part of Deepak, V., Lalronunga, Samuel, Lalhmingliani, Esther, Das, Abhijit, Narayanan, Surya, Das, Indraneil & Gower, David J., 2021, Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus, pp. 747 in Vertebrate Zoology 71 on page 747, DOI: 10.3897/vz.71.e75967
DOI: 10.5281/zenodo.15143100
title: Partitions and models of sequence evolution used in the BEAST analyses for the 68 tips dataset. 1 st, 2 nd and 3 rd refer to the codon position. in Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus

description: Partitions and models of sequence evolution used in the BEAST analyses for the 68 tips dataset. 1st, 2nd and 3rd refer to the codon position.
PartitionsSitesmodel112SGTR+G216S, cytb 1stGTR+I+G3co1 1st, cytb 2ndSYM+I+G4cytb 3rdGTR+I+G5co1 2ndHKY+G6co1 3rdGTR+I+G7cmos 1st, cmos 2ndK80+G8cmos 3rdHKY+G9nt3 1st, nt3 2ndSYM+G10nt3 3rdHKY+G
description: Published as part of Deepak, V., Lalronunga, Samuel, Lalhmingliani, Esther, Das, Abhijit, Narayanan, Surya, Das, Indraneil & Gower, David J., 2021, Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus, pp. 747 in Vertebrate Zoology 71 on page 747, DOI: 10.3897/vz.71.e75967
DOI: 10.5281/zenodo.15143101
title: Partitions and models of sequence evolution used in the BEAST analyses for the 68 tips dataset. 1 st, 2 nd and 3 rd refer to the codon position. in Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus

description: Partitions and models of sequence evolution used in the BEAST analyses for the 68 tips dataset. 1st, 2nd and 3rd refer to the codon position.
PartitionsSitesmodel112SGTR+G216S, cytb 1stGTR+I+G3co1 1st, cytb 2ndSYM+I+G4cytb 3rdGTR+I+G5co1 2ndHKY+G6co1 3rdGTR+I+G7cmos 1st, cmos 2ndK80+G8cmos 3rdHKY+G9nt3 1st, nt3 2ndSYM+G10nt3 3rdHKY+G
description: Published as part of Deepak, V., Lalronunga, Samuel, Lalhmingliani, Esther, Das, Abhijit, Narayanan, Surya, Das, Indraneil & Gower, David J., 2021, Phylogenetic relationships of xenodermid snakes (Squamata: Serpentes: Xenodermidae), with the description of a new genus, pp. 747 in Vertebrate Zoology 71 on page 747, DOI: 10.3897/vz.71.e75967
DOI: 10.5281/zenodo.15143102
title: Table 1 in Small is beautiful: the first phylogenetic analysis of Bryodelphax Thulin, 1928 (Heterotardigrada, Echiniscidae)

description: Table 1. Collection data for the newly-sequenced species used in morphological and phylogenetic analyses.
SpeciesSample codeCoordinates, altitudeLocalityEnvironmentSample type, substrateCollectorBryodelphax australasiaticus sp. nov.MY.2405°27'05"N, 100°11'00"E, 4 m aslMalaysia, Pulau Pinang, Pantai Keracutbeach dominated by Casuarina equisetifoliamoss, tree branchPiotr Gąsiorek & Artur OczkowskiMY.2415°27'05"N, 100°11'00"E, 4 m aslMalaysia, Pulau Pinang, Pantai Keracutbeach dominated by Casuarina equisetifoliamoss, tree branchPiotr Gąsiorek & Artur OczkowskiMY.2425°27'13"N, 100°11'08"E, 53 m aslMalaysia, Pulau Pinang, Pantai Keracutlowland rainforestmoss, rockPiotr Gąsiorek & Artur OczkowskiBryodelphax decoratus sp. nov.ID.5461°50'33"S, 120°16'34"E, 800 m aslIndonesia, Central Sulawesi, Lore Lindu, Bada Lembahcacao tree plantationmoss, treePiotr Gąsiorek & Artur OczkowskiID.5481°50'33"S, 120°16'34"E, 801 m aslIndonesia, Central Sulawesi, Lore Lindu, Bada Lembahcacao tree plantationmoss+lichen, treePiotr Gąsiorek & Artur OczkowskiBryodelphax maculatus *GR.050 (=780)35°23'23"N, 23°39'36"E, 374 m aslGreece, Crete,Vlatosolive tree plantationmoss, olive treePeter DegmaBryodelphax nigripunctatus sp. nov.**ES.264 (=716)39°57'00"N, 3°10'50"E, 160 m aslSpain, The Balearic Islands, Mallorca, Cap de Formentor, Cala Figuera beach, near the road abovesea shoremoss, rockPeter DegmaBryodelphax parvulusIT.01045°42'12"N, 13°42'53"E, 1 m aslItaly, Trieste, Grignano Miramareurban parkmoss, wallAlicja WitwickaBryodelphax sp. nov.ID.4641°52'48"S 120°15'48"E, 778 m aslIndonesia, Central Sulawesi, Lore Lindu, Bada Lembahcacao tree plantationmoss, treePiotr Gąsiorek & Artur OczkowskiBryodelphax sp. nov.ID.8463°10'52"S, 129°02'58"E, 295 m aslIndonesia, Ambon, pass between Triana and Jerili/Sawai, Seram Tengahmountain rainforestlichen, palm treePiotr Gąsiorek & Łukasz Krzywański
* First record for Greece, ** First record of a limno-terrestrial tardigrade for Balearic Islands (see Guil 2002).
description: Published as part of Gasiorek, Piotr, Voncina, Katarzyna, Degma, Peter & Michalczyk, Lukasz, 2020, Small is beautiful: the first phylogenetic analysis of Bryodelphax Thulin, 1928 (Heterotardigrada, Echiniscidae), pp. 217 in Zoosystematics and Evolution 96 (1) on page 217, DOI: 10.3897/zse.96.50821
DOI: 10.5281/zenodo.15143103
title: Table 1 in Small is beautiful: the first phylogenetic analysis of Bryodelphax Thulin, 1928 (Heterotardigrada, Echiniscidae)

description: Table 1. Collection data for the newly-sequenced species used in morphological and phylogenetic analyses.
SpeciesSample codeCoordinates, altitudeLocalityEnvironmentSample type, substrateCollectorBryodelphax australasiaticus sp. nov.MY.2405°27'05"N, 100°11'00"E, 4 m aslMalaysia, Pulau Pinang, Pantai Keracutbeach dominated by Casuarina equisetifoliamoss, tree branchPiotr Gąsiorek & Artur OczkowskiMY.2415°27'05"N, 100°11'00"E, 4 m aslMalaysia, Pulau Pinang, Pantai Keracutbeach dominated by Casuarina equisetifoliamoss, tree branchPiotr Gąsiorek & Artur OczkowskiMY.2425°27'13"N, 100°11'08"E, 53 m aslMalaysia, Pulau Pinang, Pantai Keracutlowland rainforestmoss, rockPiotr Gąsiorek & Artur OczkowskiBryodelphax decoratus sp. nov.ID.5461°50'33"S, 120°16'34"E, 800 m aslIndonesia, Central Sulawesi, Lore Lindu, Bada Lembahcacao tree plantationmoss, treePiotr Gąsiorek & Artur OczkowskiID.5481°50'33"S, 120°16'34"E, 801 m aslIndonesia, Central Sulawesi, Lore Lindu, Bada Lembahcacao tree plantationmoss+lichen, treePiotr Gąsiorek & Artur OczkowskiBryodelphax maculatus *GR.050 (=780)35°23'23"N, 23°39'36"E, 374 m aslGreece, Crete,Vlatosolive tree plantationmoss, olive treePeter DegmaBryodelphax nigripunctatus sp. nov.**ES.264 (=716)39°57'00"N, 3°10'50"E, 160 m aslSpain, The Balearic Islands, Mallorca, Cap de Formentor, Cala Figuera beach, near the road abovesea shoremoss, rockPeter DegmaBryodelphax parvulusIT.01045°42'12"N, 13°42'53"E, 1 m aslItaly, Trieste, Grignano Miramareurban parkmoss, wallAlicja WitwickaBryodelphax sp. nov.ID.4641°52'48"S 120°15'48"E, 778 m aslIndonesia, Central Sulawesi, Lore Lindu, Bada Lembahcacao tree plantationmoss, treePiotr Gąsiorek & Artur OczkowskiBryodelphax sp. nov.ID.8463°10'52"S, 129°02'58"E, 295 m aslIndonesia, Ambon, pass between Triana and Jerili/Sawai, Seram Tengahmountain rainforestlichen, palm treePiotr Gąsiorek & Łukasz Krzywański
* First record for Greece, ** First record of a limno-terrestrial tardigrade for Balearic Islands (see Guil 2002).
description: Published as part of Gasiorek, Piotr, Voncina, Katarzyna, Degma, Peter & Michalczyk, Lukasz, 2020, Small is beautiful: the first phylogenetic analysis of Bryodelphax Thulin, 1928 (Heterotardigrada, Echiniscidae), pp. 217 in Zoosystematics and Evolution 96 (1) on page 217, DOI: 10.3897/zse.96.50821
DOI: 10.5281/zenodo.15143104
title: Table 2 in Small is beautiful: the first phylogenetic analysis of Bryodelphax Thulin, 1928 (Heterotardigrada, Echiniscidae)

description: Table 2. Processing data for populations of Bryodelphax investigated in this study. Types of analyses: LCM - imaging and morphometry in PCM/NCM, SEM - imaging in SEM, DNA - genotyping. Numbers indicate how many specimens were utilised in a given analysis.
SpeciesSample codeAnalysesLCMSEMDNABryodelphax australasiaticus sp. nov.MY.24014104MY.2411--MY.2422--Bryodelphax decoratus sp. nov.ID.5469-5ID.5483--Bryodelphax maculatusGR.0509-6Bryodelphax nigripunctatus sp. nov.ES.26455308Bryodelphax parvulusIT.0108-4Bryodelphax sp. nov.ID.4648-4Bryodelphax sp. nov.ID.84613-4
description: Published as part of Gasiorek, Piotr, Voncina, Katarzyna, Degma, Peter & Michalczyk, Lukasz, 2020, Small is beautiful: the first phylogenetic analysis of Bryodelphax Thulin, 1928 (Heterotardigrada, Echiniscidae), pp. 217 in Zoosystematics and Evolution 96 (1) on page 217, DOI: 10.3897/zse.96.50821
DOI: 10.5281/zenodo.15143105
title: Table 2 in Small is beautiful: the first phylogenetic analysis of Bryodelphax Thulin, 1928 (Heterotardigrada, Echiniscidae)

description: Table 2. Processing data for populations of Bryodelphax investigated in this study. Types of analyses: LCM - imaging and morphometry in PCM/NCM, SEM - imaging in SEM, DNA - genotyping. Numbers indicate how many specimens were utilised in a given analysis.
SpeciesSample codeAnalysesLCMSEMDNABryodelphax australasiaticus sp. nov.MY.24014104MY.2411--MY.2422--Bryodelphax decoratus sp. nov.ID.5469-5ID.5483--Bryodelphax maculatusGR.0509-6Bryodelphax nigripunctatus sp. nov.ES.26455308Bryodelphax parvulusIT.0108-4Bryodelphax sp. nov.ID.4648-4Bryodelphax sp. nov.ID.84613-4
description: Published as part of Gasiorek, Piotr, Voncina, Katarzyna, Degma, Peter & Michalczyk, Lukasz, 2020, Small is beautiful: the first phylogenetic analysis of Bryodelphax Thulin, 1928 (Heterotardigrada, Echiniscidae), pp. 217 in Zoosystematics and Evolution 96 (1) on page 217, DOI: 10.3897/zse.96.50821