cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15136020
title: Table 2 in Cave millipede diversity with the description of six new species from Guangxi, China

description: Table 2. Nine cave-dwelling millipedes including both troglobitic and potentially relict species from four caves near Guilin, Guangxi, South China Karst, China.
SpeciesMaomaotou caveGuanshan No. 4 caveShangshuiyan caveLiangfeng caveHyleoglomeris rukouqu sp. nov.--×-Hyleoglomeris xuxiakei sp. nov.-×--Hylomus yuani sp. nov.---×Eutrichodesmus jianjia sp. nov.-×--Trichopeltis liangfengdong sp. nov.---×Pacidesmus trifidus×××-Blingulus sinicus×-××Glyphiulus melanoporus×---Glyphiulus maocun sp. nov.---×
description: Published as part of Liu, Weixin & Wynne, J. Judson, 2019, Cave millipede diversity with the description of six new species from Guangxi, China, pp. 61 in Subterranean Biology 30 on page 61, DOI: 10.3897/subtbiol.30.35559
DOI: 10.5281/zenodo.15136021
title: Table 2 in Cave millipede diversity with the description of six new species from Guangxi, China

description: Table 2. Nine cave-dwelling millipedes including both troglobitic and potentially relict species from four caves near Guilin, Guangxi, South China Karst, China.
SpeciesMaomaotou caveGuanshan No. 4 caveShangshuiyan caveLiangfeng caveHyleoglomeris rukouqu sp. nov.--×-Hyleoglomeris xuxiakei sp. nov.-×--Hylomus yuani sp. nov.---×Eutrichodesmus jianjia sp. nov.-×--Trichopeltis liangfengdong sp. nov.---×Pacidesmus trifidus×××-Blingulus sinicus×-××Glyphiulus melanoporus×---Glyphiulus maocun sp. nov.---×
description: Published as part of Liu, Weixin & Wynne, J. Judson, 2019, Cave millipede diversity with the description of six new species from Guangxi, China, pp. 61 in Subterranean Biology 30 on page 61, DOI: 10.3897/subtbiol.30.35559
DOI: 10.5281/zenodo.15136023
title: Table 3 in Cave millipede diversity with the description of six new species from Guangxi, China

description: Table 3. Fourteen troglomorphic millipede species detected in more than one cave, Guangxi, South China Karst, China. 'Order: Family: Species’, number of caves (# Caves) to suggest a level of potential endemism), and maximum distance between caves in kilometers (Max Dist.) are provided. *Indicates coordinate data for all caves was unavailable for that species. ‘?’ denotes maximum distance was indeterminable due to lack of cave coordinate data. 'Landscape features’ potentially affecting distribution of caves separated by more than 10 km.
Order: Family: Species# CavesMax dist. (km)Landscape featuresPolydesmida: Haplodesmidae* Eutrichodesmus latus414.32Maximum distance between two caves provided, the third cave occurs in between the two.* Eutrichodesmus similis2?ParadoxosomatidaHylomus scolopendroides481.27Three caves clustered within 21.24 km; one cave separated by Diaojiang, Hongshui and Jincheng Rivers and lowland areasHylomus scutigeroides6137.6One cave separated from others by Hongshui River; others may occur in same formationPolydesmidae* Pacidesmus armatus312.4Two of three caves separated by lowland areas* Pacidesmus bedosae32.67Pacidesmus tiani21.88Pacidesmus trifidus459.7Separated by lowland areasSpirostreptida: CambalopsidaeGlyphiulus acutus28.85Glyphiulus difficilis29.32Glyphiulus mulunensis27.77Glyphiulus paramulunensis26.67Glyphiulus proximus22.67Glyphiulus speobius211.22Separated by lowland areas
description: Published as part of Liu, Weixin & Wynne, J. Judson, 2019, Cave millipede diversity with the description of six new species from Guangxi, China, pp. 61 in Subterranean Biology 30 on page 61, DOI: 10.3897/subtbiol.30.35559
DOI: 10.5281/zenodo.15136022
title: Table 3 in Cave millipede diversity with the description of six new species from Guangxi, China

description: Table 3. Fourteen troglomorphic millipede species detected in more than one cave, Guangxi, South China Karst, China. 'Order: Family: Species’, number of caves (# Caves) to suggest a level of potential endemism), and maximum distance between caves in kilometers (Max Dist.) are provided. *Indicates coordinate data for all caves was unavailable for that species. ‘?’ denotes maximum distance was indeterminable due to lack of cave coordinate data. 'Landscape features’ potentially affecting distribution of caves separated by more than 10 km.
Order: Family: Species# CavesMax dist. (km)Landscape featuresPolydesmida: Haplodesmidae* Eutrichodesmus latus414.32Maximum distance between two caves provided, the third cave occurs in between the two.* Eutrichodesmus similis2?ParadoxosomatidaHylomus scolopendroides481.27Three caves clustered within 21.24 km; one cave separated by Diaojiang, Hongshui and Jincheng Rivers and lowland areasHylomus scutigeroides6137.6One cave separated from others by Hongshui River; others may occur in same formationPolydesmidae* Pacidesmus armatus312.4Two of three caves separated by lowland areas* Pacidesmus bedosae32.67Pacidesmus tiani21.88Pacidesmus trifidus459.7Separated by lowland areasSpirostreptida: CambalopsidaeGlyphiulus acutus28.85Glyphiulus difficilis29.32Glyphiulus mulunensis27.77Glyphiulus paramulunensis26.67Glyphiulus proximus22.67Glyphiulus speobius211.22Separated by lowland areas
description: Published as part of Liu, Weixin & Wynne, J. Judson, 2019, Cave millipede diversity with the description of six new species from Guangxi, China, pp. 61 in Subterranean Biology 30 on page 61, DOI: 10.3897/subtbiol.30.35559
DOI: 10.5281/zenodo.15136012
title: Table 2 in Revisiting the taxonomy of Dioclea and related genera (Leguminosae, Papilionoideae), with new generic circumscriptions

description: Table 2. Sequences of the primers used for PCR amplification and sequencing, as well as PCR conditions.
DNA regionPrimer namePrimer Sequence 5 ’-3’ReferencePCR ConditionsPre-meltingDenaturation (I)Primer Annealing (II)Primer Extension (III)Cycles (I + II + III)Final ExtensionETS18S-IGSGAGACAAGCATATGACTACTGGCAGGATCAACCAGBaldwin and Markos (1998)94 °C (3 min)94 °C (1 min)55 °C (1 min)72 °C (1.5 min)3072 °C (7 min)ETS-DioGCTTGTGCATCGAACGGTTGGQueiroz et al. (2015)ITS17SE (F)ACGAATTCATGGTCCGGTGAAGTGTTCGSun et al. (1994)94 °C (3 min)94 °C (1 min)52 °C (40 s)72 °C (2.5 min)2872 °C (7 min)26SE (R)TAGAATTCCCCGGTTCGCTCGCCGTTACSun et al. (1994)5.8SACGACTCTCGGCAACSun et al. (1994)5.8RGCGTGACGCCCAGGCSun et al. (1994)SSFGTCGTAACAAGGTTTCCGTAGKollipara et al. (1997)Following manufacturer’s protocol for sequencingLSRGTTAGTTTCTTTTCCTCCKollipara et al. (1997)trnK/ matKmatK685FGTATCGCACTATGTATTATTTGAWojciechowski et al. (2004)94 °C (3 min)94 °C (40 s)55 °C (45 s)72 °C (1 min)3672 °C (7 min)matK4LaCCTTCGATACTGGGTGAAAGATWojciechowski et al. (2004)matK1100LTTCAGTGGTACGGAGTCAAATGWojciechowski et al. (2004)matK4RCATCTTTCACCCAGTAGCGAAGHu et al. (2000)matK1932RCAGACCGGCTTACTAATGGGHu et al. (2000)trnK2RCCCGGAACTAGTCGGATGWojciechowski et al. (2004)
description: Published as part of Queiroz, Luciano Paganucci de & Snak, Cristiane, 2020, Revisiting the taxonomy of Dioclea and related genera (Leguminosae, Papilionoideae), with new generic circumscriptions, pp. 67 in PhytoKeys 164 on page 67, DOI: 10.3897/phytokeys.164.55441
DOI: 10.5281/zenodo.15136013
title: Table 2 in Revisiting the taxonomy of Dioclea and related genera (Leguminosae, Papilionoideae), with new generic circumscriptions

description: Table 2. Sequences of the primers used for PCR amplification and sequencing, as well as PCR conditions.
DNA regionPrimer namePrimer Sequence 5 ’-3’ReferencePCR ConditionsPre-meltingDenaturation (I)Primer Annealing (II)Primer Extension (III)Cycles (I + II + III)Final ExtensionETS18S-IGSGAGACAAGCATATGACTACTGGCAGGATCAACCAGBaldwin and Markos (1998)94 °C (3 min)94 °C (1 min)55 °C (1 min)72 °C (1.5 min)3072 °C (7 min)ETS-DioGCTTGTGCATCGAACGGTTGGQueiroz et al. (2015)ITS17SE (F)ACGAATTCATGGTCCGGTGAAGTGTTCGSun et al. (1994)94 °C (3 min)94 °C (1 min)52 °C (40 s)72 °C (2.5 min)2872 °C (7 min)26SE (R)TAGAATTCCCCGGTTCGCTCGCCGTTACSun et al. (1994)5.8SACGACTCTCGGCAACSun et al. (1994)5.8RGCGTGACGCCCAGGCSun et al. (1994)SSFGTCGTAACAAGGTTTCCGTAGKollipara et al. (1997)Following manufacturer’s protocol for sequencingLSRGTTAGTTTCTTTTCCTCCKollipara et al. (1997)trnK/ matKmatK685FGTATCGCACTATGTATTATTTGAWojciechowski et al. (2004)94 °C (3 min)94 °C (40 s)55 °C (45 s)72 °C (1 min)3672 °C (7 min)matK4LaCCTTCGATACTGGGTGAAAGATWojciechowski et al. (2004)matK1100LTTCAGTGGTACGGAGTCAAATGWojciechowski et al. (2004)matK4RCATCTTTCACCCAGTAGCGAAGHu et al. (2000)matK1932RCAGACCGGCTTACTAATGGGHu et al. (2000)trnK2RCCCGGAACTAGTCGGATGWojciechowski et al. (2004)
description: Published as part of Queiroz, Luciano Paganucci de & Snak, Cristiane, 2020, Revisiting the taxonomy of Dioclea and related genera (Leguminosae, Papilionoideae), with new generic circumscriptions, pp. 67 in PhytoKeys 164 on page 67, DOI: 10.3897/phytokeys.164.55441
DOI: 10.5281/zenodo.15136056
title: Table 1 in Aquatic beetle diversity from Volcan Tacana, Mexico: altitudinal distribution pattern and biogeographical affinity of the fauna

description: Table 1. Distribution of aquatic beetle species (Coleoptera) in the sampling levels and sites of Volcán Tacaná, Chiapas, Mexico. 0 = absent; 1 = present. Nea = Neartic; Neo = Neotropical.
FAMILYSPECIESSAMPLING POINTSBIOG. REGIONSLv1Lv2Lv3Lv4Lv5R1R1R1R2R1R2R1R2Dryopidae1. Dryops mexicanus11110000Neo.2. Elmoparnus pandus10000000Neo.3. Helichus suturalis11110000Nea.; Neo.Dytiscidae4. Bidessonotus championi00000100Neo.5. Clarkhydrus sp.00001110Neo6. Copelatus distinctus00111111Nea.; Neo.7. Ilybiosoma flohrianum00000101Neo.8. Laccophilus proximus00001010Nea.; Neo.9. Liodessus affinis00001000Nea.; Neo.10. Neoclypeodytes fryii00001100Nea.; Neo.11. Platambus americanus00001111Neo.12. Rhantus gutticollis00000001Nea.; Neo.13. Thermonectus nigrofasciatus00000001Nea.; Neo.14. Uvarus subornatus00000100Neo.Elmidae15. Austrolimnius formosus11111111Neo.16. Austrolimnius sulcicollis11111111Neo.17. Cylloepus atys11100111Neo.18. Heterelmis glabra11111111Nea.; Neo.19. Heterelmis obesa11111111Nea.; Neo.20. Heterelmis obscura11111111Nea.; Neo.l21. Heterelmis simplex11100111Neo.22. Hexacylloepus metapa11110111Neo.23. Hexanchorus usitatus11110000Neo.24. Huleechius spinipes11110111Nea.; Neo.25. Macrelmis graniger11111111Neo.26. Macrelmis leonilae11111111Neo.27. Macrelmis sp.00000001Neo.28. Microcylloepus inaequalis11111111Neo.29. Microcylloepus troilus11110101Neo.30. Microcylloepus sp.11111111Neo.31. Neoelmis apicalis11110000Nea.; Neo.32. Onychelmis longicollis11110000Neo.33. Phanocerus clavicornis10111100Nea.; Neo.34. Xenelmis bufo11111111Neo.Epimetopidae35. Epimetopus thermarum10000000Nea.; Neo.Gyrinidae36. Gyretes boucardi10000000Neo.Hydraenidae37. Hydraena sp.11111111Neo.Hydrophilidae38. Tropisternus fuscitarsis01000000Nea.; Neo.Luthrochidae39. Lutrochus sp.10000000Neo.Noteridae40. Notomicrus sharpi00000100Nea.; Neo.
description: Published as part of Luna-Luna, Alba Magali, Martins, Caleb Califre, Lopez-Perez, Andres, Ramirez-Ponce, Andres & Contreras-Ramos, Atilano, 2022, Aquatic beetle diversity from Volcan Tacana, Mexico: altitudinal distribution pattern and biogeographical affinity of the fauna, pp. 301 in ZooKeys 1111 on page 301, DOI: 10.3897/zookeys.1111.68665
DOI: 10.5281/zenodo.15136057
title: Table 1 in Aquatic beetle diversity from Volcan Tacana, Mexico: altitudinal distribution pattern and biogeographical affinity of the fauna

description: Table 1. Distribution of aquatic beetle species (Coleoptera) in the sampling levels and sites of Volcán Tacaná, Chiapas, Mexico. 0 = absent; 1 = present. Nea = Neartic; Neo = Neotropical.
FAMILYSPECIESSAMPLING POINTSBIOG. REGIONSLv1Lv2Lv3Lv4Lv5R1R1R1R2R1R2R1R2Dryopidae1. Dryops mexicanus11110000Neo.2. Elmoparnus pandus10000000Neo.3. Helichus suturalis11110000Nea.; Neo.Dytiscidae4. Bidessonotus championi00000100Neo.5. Clarkhydrus sp.00001110Neo6. Copelatus distinctus00111111Nea.; Neo.7. Ilybiosoma flohrianum00000101Neo.8. Laccophilus proximus00001010Nea.; Neo.9. Liodessus affinis00001000Nea.; Neo.10. Neoclypeodytes fryii00001100Nea.; Neo.11. Platambus americanus00001111Neo.12. Rhantus gutticollis00000001Nea.; Neo.13. Thermonectus nigrofasciatus00000001Nea.; Neo.14. Uvarus subornatus00000100Neo.Elmidae15. Austrolimnius formosus11111111Neo.16. Austrolimnius sulcicollis11111111Neo.17. Cylloepus atys11100111Neo.18. Heterelmis glabra11111111Nea.; Neo.19. Heterelmis obesa11111111Nea.; Neo.20. Heterelmis obscura11111111Nea.; Neo.l21. Heterelmis simplex11100111Neo.22. Hexacylloepus metapa11110111Neo.23. Hexanchorus usitatus11110000Neo.24. Huleechius spinipes11110111Nea.; Neo.25. Macrelmis graniger11111111Neo.26. Macrelmis leonilae11111111Neo.27. Macrelmis sp.00000001Neo.28. Microcylloepus inaequalis11111111Neo.29. Microcylloepus troilus11110101Neo.30. Microcylloepus sp.11111111Neo.31. Neoelmis apicalis11110000Nea.; Neo.32. Onychelmis longicollis11110000Neo.33. Phanocerus clavicornis10111100Nea.; Neo.34. Xenelmis bufo11111111Neo.Epimetopidae35. Epimetopus thermarum10000000Nea.; Neo.Gyrinidae36. Gyretes boucardi10000000Neo.Hydraenidae37. Hydraena sp.11111111Neo.Hydrophilidae38. Tropisternus fuscitarsis01000000Nea.; Neo.Luthrochidae39. Lutrochus sp.10000000Neo.Noteridae40. Notomicrus sharpi00000100Nea.; Neo.
description: Published as part of Luna-Luna, Alba Magali, Martins, Caleb Califre, Lopez-Perez, Andres, Ramirez-Ponce, Andres & Contreras-Ramos, Atilano, 2022, Aquatic beetle diversity from Volcan Tacana, Mexico: altitudinal distribution pattern and biogeographical affinity of the fauna, pp. 301 in ZooKeys 1111 on page 301, DOI: 10.3897/zookeys.1111.68665
DOI: 10.5281/zenodo.15136058
title: Table A 1 in Aquatic beetle diversity from Volcan Tacana, Mexico: altitudinal distribution pattern and biogeographical affinity of the fauna

description: Table A1. Collecting data of examined material of the new records of species for Mexico; all specimens are deposited at Colección Nacional de Insectos (CNIN), UNAM. LV1-LV5 = sampled levels; R1 and R2 = sampled rivers; m = male, f = female; * = specimens collected with bucket light trap (as explained in materials and methods).
Sample data (day/month/year)ELMIDAEDYTISCIDAECylloepus atys Hinton, 1946Hexacylloepus metapa Silva-Polizei, Barclay & Bispo, 2020Hexanchorus usitatus Spangler & Santiago-Fragoso, 1992Onychlemis longicollis (Sharp, 1882)Bidessonotus championi J. Balfour-Browne, 194710/02/2018LV1R1 (2m)LV1R1 (7m, 4f)11/02/2018LV2R1 (1m)LV2R1 (2f)13/02/2018LV1R1 (1f)17/02/2018LV4R2 (1m)10/03/2018LV1R1 (2m, 3f)LV1R1 (10m, 8f); LV2R1 (1m, 2f)*09/04/2018LV1R1 (10m, 14f)10/04/2018LV2R1 (1m, 3f)11/04/2018LV3R1 (1m); LV3R2 (2f)13/04/2018LV3R2 (2m, 2f)20/04/2018LV5R1 (1m, 1f)07/05/2018LV1R1 (3m)LV1R1 (44m, 58f); (59m, 76f)*09/05/2018LV2R1 (1m, 1f)LV2R1 (2m, 2f)LV2R (1f)11/05/2018LV3R1 (1f)LV3R1 (1m, 2f)12/05/2018LV3R2 (2m, 1f)LV3R2 (28m, 26f); (2f)*08/06/2018LV1R1 (1f)LV1R1 (2m, 6f)09/06/2018LV2R1 (4m, 9f)15/06/2018LV4R2 (1m, 3f)22/06/2018LV5 R1 (1m)08/07/2018LV1R1 (3m, 5f)LV1R1 (34m, 38f); (16m, 63f)*09/07/2018LV1R1 (3m, 7f)LV2R1 (45m, 31f)LV2R1 (10m, 18f); (15m, 11f)*10/07/2018LV3R2 (12m, 25f)LV3R2 (17m, 24f)11/07/2018LV3R1 (6m, 3f)LV3R1 (32m, 25f)13/07/2018LV4R2 (1m)14/07/2018LV4R1 (1m); LV4R2 (1m)LV4R2 (1f)20/07/2018LV5R1 (1f)LV5R1 (2m, 3f)07/08/2018LV1R1 (2m, 1f)LV1R1 (10m, 19f)LV1R1 (1m); (1m, 2f)*08/08/2018LV2R1 (1f)LV2R1 (27m, 20f)10/08/2018LV3R1 (1m)LV3R1 (8m, 13f); LV3R2 (20m, 43f)LV3R1 (1m)12/08/2018LV4R2 (3m, 4f); LV4R2 (3m, 4f)13/08/2018LV4R2 (1f)17/08/2018LV5R2 (6m, 2f)04/09/2018LV1R1 (10m, 3f)LV1R1 (34m, 17f)05/09/2018LV2R1 (1m)07/09/2018LV3R1 (4m, 2f)03/10/18LV1R1 (2m, 2f)LV1R1 (11m, 26f)04/10/18LV2R1 (6m, 13f)12/10/2018LVR2 (2f); LV5R2 (1m, 1f)02/11/2018LV1R1 (5m, 6f); LV2R1 (10m, 5f)07/11/2018LV3R2 (1m, 2f)LV3R2 (4m, 8f)23/11/2018LV5R2 (2m)LV5R1 (1f)03/12/2018LV2R1 (2m, 3f)LV2R1 (3m, 7f)04/12/2018LV4R2 (2f)06/12/2018LV3R2 (3m, 13f)09/12/2018LV5R1 (2m)04/01/2019LV2R1 (2f)LV2R1 (7m, 15f)06/01/2019LV3R2 (1m, 2f)LV3R1 (2m, 2f)04/02/2019LV1R1 (4f)LV2R1 (1m, 3f)LV1R1 (1m, 7f); LV2R1 (6m, 10f)05/02/2019LV3R1 (12m, 19f)
description: Published as part of Luna-Luna, Alba Magali, Martins, Caleb Califre, Lopez-Perez, Andres, Ramirez-Ponce, Andres & Contreras-Ramos, Atilano, 2022, Aquatic beetle diversity from Volcan Tacana, Mexico: altitudinal distribution pattern and biogeographical affinity of the fauna, pp. 301 in ZooKeys 1111 on page 301, DOI: 10.3897/zookeys.1111.68665
DOI: 10.5281/zenodo.15136059
title: Table A 1 in Aquatic beetle diversity from Volcan Tacana, Mexico: altitudinal distribution pattern and biogeographical affinity of the fauna

description: Table A1. Collecting data of examined material of the new records of species for Mexico; all specimens are deposited at Colección Nacional de Insectos (CNIN), UNAM. LV1-LV5 = sampled levels; R1 and R2 = sampled rivers; m = male, f = female; * = specimens collected with bucket light trap (as explained in materials and methods).
Sample data (day/month/year)ELMIDAEDYTISCIDAECylloepus atys Hinton, 1946Hexacylloepus metapa Silva-Polizei, Barclay & Bispo, 2020Hexanchorus usitatus Spangler & Santiago-Fragoso, 1992Onychlemis longicollis (Sharp, 1882)Bidessonotus championi J. Balfour-Browne, 194710/02/2018LV1R1 (2m)LV1R1 (7m, 4f)11/02/2018LV2R1 (1m)LV2R1 (2f)13/02/2018LV1R1 (1f)17/02/2018LV4R2 (1m)10/03/2018LV1R1 (2m, 3f)LV1R1 (10m, 8f); LV2R1 (1m, 2f)*09/04/2018LV1R1 (10m, 14f)10/04/2018LV2R1 (1m, 3f)11/04/2018LV3R1 (1m); LV3R2 (2f)13/04/2018LV3R2 (2m, 2f)20/04/2018LV5R1 (1m, 1f)07/05/2018LV1R1 (3m)LV1R1 (44m, 58f); (59m, 76f)*09/05/2018LV2R1 (1m, 1f)LV2R1 (2m, 2f)LV2R (1f)11/05/2018LV3R1 (1f)LV3R1 (1m, 2f)12/05/2018LV3R2 (2m, 1f)LV3R2 (28m, 26f); (2f)*08/06/2018LV1R1 (1f)LV1R1 (2m, 6f)09/06/2018LV2R1 (4m, 9f)15/06/2018LV4R2 (1m, 3f)22/06/2018LV5 R1 (1m)08/07/2018LV1R1 (3m, 5f)LV1R1 (34m, 38f); (16m, 63f)*09/07/2018LV1R1 (3m, 7f)LV2R1 (45m, 31f)LV2R1 (10m, 18f); (15m, 11f)*10/07/2018LV3R2 (12m, 25f)LV3R2 (17m, 24f)11/07/2018LV3R1 (6m, 3f)LV3R1 (32m, 25f)13/07/2018LV4R2 (1m)14/07/2018LV4R1 (1m); LV4R2 (1m)LV4R2 (1f)20/07/2018LV5R1 (1f)LV5R1 (2m, 3f)07/08/2018LV1R1 (2m, 1f)LV1R1 (10m, 19f)LV1R1 (1m); (1m, 2f)*08/08/2018LV2R1 (1f)LV2R1 (27m, 20f)10/08/2018LV3R1 (1m)LV3R1 (8m, 13f); LV3R2 (20m, 43f)LV3R1 (1m)12/08/2018LV4R2 (3m, 4f); LV4R2 (3m, 4f)13/08/2018LV4R2 (1f)17/08/2018LV5R2 (6m, 2f)04/09/2018LV1R1 (10m, 3f)LV1R1 (34m, 17f)05/09/2018LV2R1 (1m)07/09/2018LV3R1 (4m, 2f)03/10/18LV1R1 (2m, 2f)LV1R1 (11m, 26f)04/10/18LV2R1 (6m, 13f)12/10/2018LVR2 (2f); LV5R2 (1m, 1f)02/11/2018LV1R1 (5m, 6f); LV2R1 (10m, 5f)07/11/2018LV3R2 (1m, 2f)LV3R2 (4m, 8f)23/11/2018LV5R2 (2m)LV5R1 (1f)03/12/2018LV2R1 (2m, 3f)LV2R1 (3m, 7f)04/12/2018LV4R2 (2f)06/12/2018LV3R2 (3m, 13f)09/12/2018LV5R1 (2m)04/01/2019LV2R1 (2f)LV2R1 (7m, 15f)06/01/2019LV3R2 (1m, 2f)LV3R1 (2m, 2f)04/02/2019LV1R1 (4f)LV2R1 (1m, 3f)LV1R1 (1m, 7f); LV2R1 (6m, 10f)05/02/2019LV3R1 (12m, 19f)
description: Published as part of Luna-Luna, Alba Magali, Martins, Caleb Califre, Lopez-Perez, Andres, Ramirez-Ponce, Andres & Contreras-Ramos, Atilano, 2022, Aquatic beetle diversity from Volcan Tacana, Mexico: altitudinal distribution pattern and biogeographical affinity of the fauna, pp. 301 in ZooKeys 1111 on page 301, DOI: 10.3897/zookeys.1111.68665
DOI: 10.5281/zenodo.15136075
title: Table 2 in Late Jurassic (Upper Kimmeridgian) Heterobranchia (Gastropoda) of the coral-facies of Saal near Kelheim and the viciniy of Nattheim (Germany)

description: Table 2. Diversity of the gastropod fauna from Saal and from the Nattheim area (Nattheim, Gerstetten, Gussenstadt, Blaubeuren, Bosler, all in Swabian Alb); number of indiduals, species richness, Simpson- and Shannon index, rarefaction at 200 specimens: expected species richness; both gastropod faunas have the same diversity although few species are shared.
IndividualsSpeciesSimpsonShannonRarefaction at 200 spcms.Saal16631250.963.86450 exp. SpeciesNattheim224540.953.41752 exp. Species
description: Published as part of Gruendel, Joachim, Keupp, Helmut, Lang, Fritz & Nuetzel, Alexander, 2022, Late Jurassic (Upper Kimmeridgian) Heterobranchia (Gastropoda) of the coral-facies of Saal near Kelheim and the viciniy of Nattheim (Germany), pp. 179 in Zitteliana 96 on page 179, DOI: 10.3897/zitteliana.96.e84187
DOI: 10.5281/zenodo.15136076
title: Table 2 in Late Jurassic (Upper Kimmeridgian) Heterobranchia (Gastropoda) of the coral-facies of Saal near Kelheim and the viciniy of Nattheim (Germany)

description: Table 2. Diversity of the gastropod fauna from Saal and from the Nattheim area (Nattheim, Gerstetten, Gussenstadt, Blaubeuren, Bosler, all in Swabian Alb); number of indiduals, species richness, Simpson- and Shannon index, rarefaction at 200 specimens: expected species richness; both gastropod faunas have the same diversity although few species are shared.
IndividualsSpeciesSimpsonShannonRarefaction at 200 spcms.Saal16631250.963.86450 exp. SpeciesNattheim224540.953.41752 exp. Species
description: Published as part of Gruendel, Joachim, Keupp, Helmut, Lang, Fritz & Nuetzel, Alexander, 2022, Late Jurassic (Upper Kimmeridgian) Heterobranchia (Gastropoda) of the coral-facies of Saal near Kelheim and the viciniy of Nattheim (Germany), pp. 179 in Zitteliana 96 on page 179, DOI: 10.3897/zitteliana.96.e84187
DOI: 10.5281/zenodo.15136085
title: Table 1 in An annotated checklist of Coccinellidae (Insecta, Coleoptera) with eight new records from the Kingdom of Saudi Arabia

description: Table 1. Acronyms for the countries are given following Kovář (2007).
Acronyms of countriesEuropeAB: AzerbaijanEN: EstoniaKZ: KazakhstanRO: RomaniaAL: AlbaniaFA: Faeroe IslandLS: LiechtensteinRU: RussiaAN: AndorraFI: FinlandLT: LithuaniaSK: SlovakiaAR: ArmeniaFR: FranceLU: LuxembourgSL: SloveniaBE: BelgiumGB: Great BritainMA: MaltaSP: Spain (Gibraltar)BH: Bosnia HerzegovinaGE: GermanyMC: MacedoniaSR: Svalbard (Spitzbergen)BU: BulgariaGG: GeorgiaMD: MoldaviaST: Russia (South European Territory)BY: BelarusGR: GreeceNL: The NetherlandsSV: SwedenCR: CroatiaHU: HungaryNR: NorwaySZ: SwitzerlandCT: Russia (Central European Territory)IC: IcelandNT: Russia (North European Territory)TR: TurkeyCZ: Czech RepublicIR: IrelandPL: PolandUK: UkraineDE: DenmarkIT: Italy (Sardinia, Sicily, San Marino)PT: PortugalYU: Yugoslavia (Serbia, Montenegro)North AfricaAG: AlgeriaEG: EgyptMO: MoroccoTU: TunisiaCI: Canary IslandsLB: LibyaMR: Madeira ArchipelagoAsiaAE: Arab EmiratesPAL: PalestineNC: North KoreaSI: Egypt (Sinai)AF: AfghanistanJA: JapanOM: OmanSY: SyriaBA: BahrainJO: JordanPA: PakistanTD: TajikistanCH: ChinaKI: KyrgyzstanQA: QatarTM: TurkmenistanCY: CyprusKU: KuwaitRU: RussiaTR: TurkeyFS: Russia (Far East)KZ: KazakhstanSA: Saudi ArabiaUZ: UzbekistanIN: IranMG: MongoliaSC: South KoreaYE: Yemen including SocotraIQ: IraqNP: NepalSD: India (Sikkim, Darjeeling District)
description: Published as part of Ansi, Amin Al, Alkhalaf, Areej A., Fadl, Hassan, Rasool, Iftekhar & Dhafer, Hathal Al, 2020, An annotated checklist of Coccinellidae (Insecta, Coleoptera) with eight new records from the Kingdom of Saudi Arabia, pp. 35 in ZooKeys 1006 on page 35, DOI: 10.3897/zookeys.1006.59123