cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15133875
title: Table 3 in New distribution records of subterranean crustaceans from cenotes in Yucatan (Mexico)

description: Table 3. Records of stygobiotic crustacean species collected between May 2016 and January 2018 in 32 cenotes of Yucatan. Bold-faced locality names represent new records for the cenote, while bold-faced locality names with an asterisk (*) represent new records for the state of Yucatan.
TaxonCenoteTHERMOSBAENACEATulumella unidens Bowman & Iliffe, 1988Cervera *, Sabtun 1 *STYGIOMYSIDAStygiomysis cokei Kallmeyer & Carpenther, 1996Tres Oches, San Elias, Dzonotila, Yax-KisStygiomysis cf. holthuisi (Gordon, 1958)Tres Oches, Tza Itza, X-Batun, Kanun, Kankirixche, Kakuel, Santito, Pol Box, Kankal, Flor de Liz, Bebelchen, Chihuo Hol, Yax KisMYSIDAAntromysis cenotensis Creaser, 1936Tza Itza, Dzonbakal, Nayah, Kampepen, Kanun, Xaan, Kakuel, Kankirixche, Santito, Pol Box, Kankal, Dzonotila, Ixim Ha, Noh’Chunck, X’kokob, Flor de Liz, Pixton, Bebelchen, El Virgen, Chihuo HolAMPHIPODAMayaweckelia cenoticola Holsinger, 1977Ayun-Nah, Dzonotila, Ixim Ha, BebelchenMayaweckelia troglomorpha Angyal, 2018Dzonbakal *, Kanun *, Xaan *, Kankirixche*, Dzonotila *, X’kokob *, Chihuo Hol *, Yax-Kis *Tuluweckelia cernua Holsinger, 1990San Juan *, Dzonbakal *, Tres Oches *, Xaan *, Kakuel *, Kankirixche*, Santito *, X’baba *, Sabtun 1 *, Pixton *, Yax-Kis *ISOPODACreaseriella anops (Creaser, 1936)San Juan, Cervera, Tza Itza, Tres Oches, Kankirixche, Chihuo HolYucatalana robustispina Botosaneanu & Iliffe, 1999Xaan, Kakuel, Kankirixche, Yaal Utsil, Tza Itza, Pol Box, Dzonotila, X’baba, El Virgen, Chihuo Hol, Yax KisCirolana yunca (Botosaneanu & Iliffe, 2000)Tres Oches, X’baba, Chihuo HolDECAPODATyphlatya dzilamensis Alvarez, Iliffe & Villalobos, 2005Cervera, Sabtun 1Typhlatya mitchelli Hobbs & Hobbs, 1976San Juan, Tza Itza, Dzonbakal, Kampepen, Ayun-Nah, Tres Oches, Kakuel, Kankirixche, Sabtun 1, Bebelchen, El Virgen, Chihuo HolTyphlatya pearsei Creaser, 1936Tres Oches, Xaan, Kankirixche, NohmozonCreaseria morleyi (Creaser, 1936)Tza Itza, Kampepen, Kakuel, Kankirixche, Santito, Kankal, Bebelchen, El Virgen, Dzalbay
description: Published as part of Angyal, Dorottya, Chavez-Solis, Efrain M., Lievano-Beltran, Luis A., Magana, Benjamin, Simoes, Nuno & Mascaro, Maite, 2020, New distribution records of subterranean crustaceans from cenotes in Yucatan (Mexico), pp. 21 in ZooKeys 911 on page 21, DOI: 10.3897/zookeys.911.47694
DOI: 10.5281/zenodo.15133878
title: Table 1 in Sitticine jumping spiders: phylogeny, classification, and chromosomes (Araneae, Salticidae, Sitticini)

description: Table 1. Specimens from which UCE sequence data gathered. "UCE loci" indicates number of loci from Phyluce. "Reads Pass QC" indicates number of reads retained after quality control and adapter removal via Illumiprocessor.
SpeciesSpecimensexLocalityReads Pass QCContigsUCE lociAillutticus nitensd475fUruguay: Canelones: -34.867, -56.009946351207743434Attinella dorsatad490mU.S.A.: California: 37.2834, -120.85151617332360661480Attulus ammophilusd482mCanada: British Columbia: 49.7963, -119.53381471891351670588A. burjaticusRU18-7302fRussia: Tuva: 50.205, 95.135529905151897627A. distinguendusRU18-6432fRussia: Tuva: 50.746, 93.14240618690846626A. fascigerd487mCanada: Ontario: 43.35074, -79.759281370738299273564A. finschid480mCanada: British Columbia: 49.0261, -114.06111489551303924579A. floricolad488mCanada: Saskatchewan: 52.4898, -107.38431466702303612606A. inexpectusRU18-6799mRussia: Tuva: 50.669, 92.984426194760612653A. longipesARV4504mItaly: Stilfs1638550342677515A. mirandusRU18-7308fRussia: Tuva: 50.205, 95.135468358110900649A. pubescensd483mCanada: British Columbia: 49.2, -123.21316697279173503A. rupicolad491mPoland: Cisna near Lesko18750758418312A. rupicolad492mPoland: Bukowksa Kopa418777137114397A. saltatord512mGermany: Saxony: 51.607, 12.711416618113416591A. sylvestrisd489mU.S.A.: California: 36.3646, -121.55441289981278727506A. terebratusRU18-5346mRussia: Novosibirsk Oblast: 53.73, 77.86630674472547668A. zimmermannid493mPoland: Grabarka 52.417, 23.005338718113167408A. zimmermanniRU18-5156mRussia: Novosibirsk Oblast: 53.721, 77.72643565493640627Breda bicruciatad471fUruguay: Lavalleja: -34.426, -55.195646088248616549Colonus hesperusd472mU.S.A.: Arizona: 34.5847, -112.57071015130250378448Jollas cellulanusd479fArgentina: Neuquén: -37.0679, -69.7566981935268639497J. cupreusd473mEcuador: Orellana: -0.526, -77.4181419103289905469J. cupreusd474mEcuador: Orellana: -0.526, -77.4183513351723782607J. leucoproctusd478fUruguay: Maldonado: -34.94, -54.9512113161298109Sittisax ranierid481mU.S.A.: Oregon: 44.0322, -121.67221529835322636536Tomis manabitad476mEcuador: Manabí: -1.5497, -80.81042524270710859651T. palpalisd477mEcuador: Napo: -0.1996, -77.70231211674256367582
description: Published as part of Maddison, Wayne P., Maddison, David R., Derkarabetian, Shahan & Hedin, Marshal, 2020, Sitticine jumping spiders: phylogeny, classification, and chromosomes (Araneae, Salticidae, Sitticini), pp. 1 in ZooKeys 925 on page 1, DOI: 10.3897/zookeys.925.39691
DOI: 10.5281/zenodo.15133879
title: Table 1 in Sitticine jumping spiders: phylogeny, classification, and chromosomes (Araneae, Salticidae, Sitticini)

description: Table 1. Specimens from which UCE sequence data gathered. "UCE loci" indicates number of loci from Phyluce. "Reads Pass QC" indicates number of reads retained after quality control and adapter removal via Illumiprocessor.
SpeciesSpecimensexLocalityReads Pass QCContigsUCE lociAillutticus nitensd475fUruguay: Canelones: -34.867, -56.009946351207743434Attinella dorsatad490mU.S.A.: California: 37.2834, -120.85151617332360661480Attulus ammophilusd482mCanada: British Columbia: 49.7963, -119.53381471891351670588A. burjaticusRU18-7302fRussia: Tuva: 50.205, 95.135529905151897627A. distinguendusRU18-6432fRussia: Tuva: 50.746, 93.14240618690846626A. fascigerd487mCanada: Ontario: 43.35074, -79.759281370738299273564A. finschid480mCanada: British Columbia: 49.0261, -114.06111489551303924579A. floricolad488mCanada: Saskatchewan: 52.4898, -107.38431466702303612606A. inexpectusRU18-6799mRussia: Tuva: 50.669, 92.984426194760612653A. longipesARV4504mItaly: Stilfs1638550342677515A. mirandusRU18-7308fRussia: Tuva: 50.205, 95.135468358110900649A. pubescensd483mCanada: British Columbia: 49.2, -123.21316697279173503A. rupicolad491mPoland: Cisna near Lesko18750758418312A. rupicolad492mPoland: Bukowksa Kopa418777137114397A. saltatord512mGermany: Saxony: 51.607, 12.711416618113416591A. sylvestrisd489mU.S.A.: California: 36.3646, -121.55441289981278727506A. terebratusRU18-5346mRussia: Novosibirsk Oblast: 53.73, 77.86630674472547668A. zimmermannid493mPoland: Grabarka 52.417, 23.005338718113167408A. zimmermanniRU18-5156mRussia: Novosibirsk Oblast: 53.721, 77.72643565493640627Breda bicruciatad471fUruguay: Lavalleja: -34.426, -55.195646088248616549Colonus hesperusd472mU.S.A.: Arizona: 34.5847, -112.57071015130250378448Jollas cellulanusd479fArgentina: Neuquén: -37.0679, -69.7566981935268639497J. cupreusd473mEcuador: Orellana: -0.526, -77.4181419103289905469J. cupreusd474mEcuador: Orellana: -0.526, -77.4183513351723782607J. leucoproctusd478fUruguay: Maldonado: -34.94, -54.9512113161298109Sittisax ranierid481mU.S.A.: Oregon: 44.0322, -121.67221529835322636536Tomis manabitad476mEcuador: Manabí: -1.5497, -80.81042524270710859651T. palpalisd477mEcuador: Napo: -0.1996, -77.70231211674256367582
description: Published as part of Maddison, Wayne P., Maddison, David R., Derkarabetian, Shahan & Hedin, Marshal, 2020, Sitticine jumping spiders: phylogeny, classification, and chromosomes (Araneae, Salticidae, Sitticini), pp. 1 in ZooKeys 925 on page 1, DOI: 10.3897/zookeys.925.39691
DOI: 10.5281/zenodo.15133880
title: Table 2 in Sitticine jumping spiders: phylogeny, classification, and chromosomes (Araneae, Salticidae, Sitticini)

description: Table 2. Chromosome complements observed for males of 17-18 species of sitticines. The autosomal counts represent diploid complement, and thus 26a means 13 pairs of acrocentric autosomes. In the chromosome counts, a = acrocentric (one-armed), m = metacentric (two-armed). Exx. is the number of specimens; nuc. is the number of nuclei showing the full chromosome complement; +nuc sex is the number of additional nuclei showing the sex chromosomes (though not clearly the autosomes). Uncertainties about scoring, in particular about Attinella dorsata, Attulus burjaticus and the specimen labelled " Attulus rupicola / floricola " are explained under Chromosome observations.
SpeciesAutosomes♂ Sex chrom.Y presentLocalityexxnuc+ nuc sexJollas - Tomis cladeAttinella concolor14mXm0noU.S.A.: Gainesville, 29.63, -82.37162A. dorsata26a?XaXa0??U.S.A.: Dillon Cr., 41.57, -123.54311Jollas cupreus26aXaXa0noEcuador: Tarapoa, -0.12, -76.34121Sittisax ranieri24aXmXaYmyesCanada: Leguil Creek, 59.8, -127.52101Canada: Inuvik, 68.31, -133.4911Canada: Wawa, 47.79, -84.9028U.S.A.: Mt. Monadnock, 42.87, -72.1113Sittisax saxicola24aXaXaXaYm or XmYaYaYayesSwitzerland: Flims, 46.9, 9.231410Tomis manabita26aXaXa0noEcuador: Crucita, -0.9, -80.5132AttulusAttulus (Attulus) ammophilus26aXaXa0noCanada: Toronto, 43.65, -79.32391Russia: Uvs Nuur, 50.6690, 92.98442116A. (A.) burjaticus? (28a?)XaXa0noRussia: Uvs Nuur, 50.677, 92.99117A. (A.) caricis26aXaXa0no38.6, 34.8 (Kumbiçak et al. 2014)-A. (A.) cutleri26aXaXaYayesCanada: Inuvik, 68.35, -133.70134A. (A.) floricola28aXaXa0noCanada: Barrie, 44.43, -79.65177U.S.A.: Naselle, 46.43, -123.8612A. (A.) rupicola / floricola24a?XaXaXaYm?yesSwitzerland: Flims, 46.9, 9.2135A. (A.) inexpectus26aXaXa0noRussia: Uvs Nuur, 50.6690, 92.98442135A. (A.) striatus24aXaXaXaYmyesU.S.A.: Ponemah, 42.82, -71.58156Attulus (Sitticus) fasciger26aXaXa0Canada: Burlington, 43.351, -79.759316A. (S.) finschi28aXaXa0noCanada: Nipigon, 49.01, -88.1614Canada: Sault Ste. Marie, 46.94, -84.5511Canada: Chinook L., 49.67, -114.60183A. (S.) pubescens26aXaXmYayesU.S.A.: Cambridge, 42.38, -71.124109A. (S.) terebratus26aXaXa0noRussia: Karasuk, 53.730, 77.866191426aXaXa0Hackman (1948)-
description: Published as part of Maddison, Wayne P., Maddison, David R., Derkarabetian, Shahan & Hedin, Marshal, 2020, Sitticine jumping spiders: phylogeny, classification, and chromosomes (Araneae, Salticidae, Sitticini), pp. 1 in ZooKeys 925 on page 1, DOI: 10.3897/zookeys.925.39691
DOI: 10.5281/zenodo.15133881
title: Table 2 in Sitticine jumping spiders: phylogeny, classification, and chromosomes (Araneae, Salticidae, Sitticini)

description: Table 2. Chromosome complements observed for males of 17-18 species of sitticines. The autosomal counts represent diploid complement, and thus 26a means 13 pairs of acrocentric autosomes. In the chromosome counts, a = acrocentric (one-armed), m = metacentric (two-armed). Exx. is the number of specimens; nuc. is the number of nuclei showing the full chromosome complement; +nuc sex is the number of additional nuclei showing the sex chromosomes (though not clearly the autosomes). Uncertainties about scoring, in particular about Attinella dorsata, Attulus burjaticus and the specimen labelled " Attulus rupicola / floricola " are explained under Chromosome observations.
SpeciesAutosomes♂ Sex chrom.Y presentLocalityexxnuc+ nuc sexJollas - Tomis cladeAttinella concolor14mXm0noU.S.A.: Gainesville, 29.63, -82.37162A. dorsata26a?XaXa0??U.S.A.: Dillon Cr., 41.57, -123.54311Jollas cupreus26aXaXa0noEcuador: Tarapoa, -0.12, -76.34121Sittisax ranieri24aXmXaYmyesCanada: Leguil Creek, 59.8, -127.52101Canada: Inuvik, 68.31, -133.4911Canada: Wawa, 47.79, -84.9028U.S.A.: Mt. Monadnock, 42.87, -72.1113Sittisax saxicola24aXaXaXaYm or XmYaYaYayesSwitzerland: Flims, 46.9, 9.231410Tomis manabita26aXaXa0noEcuador: Crucita, -0.9, -80.5132AttulusAttulus (Attulus) ammophilus26aXaXa0noCanada: Toronto, 43.65, -79.32391Russia: Uvs Nuur, 50.6690, 92.98442116A. (A.) burjaticus? (28a?)XaXa0noRussia: Uvs Nuur, 50.677, 92.99117A. (A.) caricis26aXaXa0no38.6, 34.8 (Kumbiçak et al. 2014)-A. (A.) cutleri26aXaXaYayesCanada: Inuvik, 68.35, -133.70134A. (A.) floricola28aXaXa0noCanada: Barrie, 44.43, -79.65177U.S.A.: Naselle, 46.43, -123.8612A. (A.) rupicola / floricola24a?XaXaXaYm?yesSwitzerland: Flims, 46.9, 9.2135A. (A.) inexpectus26aXaXa0noRussia: Uvs Nuur, 50.6690, 92.98442135A. (A.) striatus24aXaXaXaYmyesU.S.A.: Ponemah, 42.82, -71.58156Attulus (Sitticus) fasciger26aXaXa0Canada: Burlington, 43.351, -79.759316A. (S.) finschi28aXaXa0noCanada: Nipigon, 49.01, -88.1614Canada: Sault Ste. Marie, 46.94, -84.5511Canada: Chinook L., 49.67, -114.60183A. (S.) pubescens26aXaXmYayesU.S.A.: Cambridge, 42.38, -71.124109A. (S.) terebratus26aXaXa0noRussia: Karasuk, 53.730, 77.866191426aXaXa0Hackman (1948)-
description: Published as part of Maddison, Wayne P., Maddison, David R., Derkarabetian, Shahan & Hedin, Marshal, 2020, Sitticine jumping spiders: phylogeny, classification, and chromosomes (Araneae, Salticidae, Sitticini), pp. 1 in ZooKeys 925 on page 1, DOI: 10.3897/zookeys.925.39691
DOI: 10.5281/zenodo.15133910
title: Table 1 in Revision of the leachella group of Megachile subgenus Eutricharaea in the Western Palaearctic (Hymenoptera, Apoidea, Megachilidae): A renewed plea for DNA barcoding type material

description: Table 1. Comparison of the females of Megachile inexspectata, M. leachella albipila and M. argentata in northwestern Africa.
CharactersMegachile inexspectataMegachile leachella albipilaMegachile argentataVestitureVestiture of dorsal side of scutumEntirely consisting of white hairs; short scale hairs present over entire disc of scutum (Fig. 28)As in M. inexspectatascutum covered with intermixed light and dark hairs; short scale-like hairs mosty present anteriorly and posteriorly, less abundant on central parts of disc of scutumLateral hairs on tergaDark, erect hairs restricted to lateral parts of T6, sometimes T5 (Fig. 25)As in M. inexspectata (Fig. 34)Dark, erect hairs present laterally on T3-T6 (Fig. 15)Light hairs on disc of T6Sometimes forming one large spot of hairs (Fig. 25)Mostly forming two separated spots of hairsalways forming two well-separated spots of hairs (Fig. 15)SculpturePunctation of vertexDense, punctures small (diameter on average 40 μm) (Fig. 27)As in M. inexspectata, puncture diameters 35-40 μm, punctation slightly less dense, often with shagreened interspaces (Fig. 41)Punctures larger (on average 50 μm), punctation less dense, interspaces up to one puncture diameter, surface of interspaces smooth (Figs 1, 20)Punctation of disc of T4Dense, interspaces mostly smaller than one puncture diameter (Fig. 26)Mostly sparse, interspaces mostly larger than one puncture diameter (Fig. 34)Dense, interspaces smaller than one puncture diameter (Fig. 19)
description: Published as part of Praz, Christophe J. & Benon, Dimitri, 2023, Revision of the leachella group of Megachile subgenus Eutricharaea in the Western Palaearctic (Hymenoptera, Apoidea, Megachilidae): A renewed plea for DNA barcoding type material, pp. 143 in Journal of Hymenoptera Research 95 on page 143, DOI: 10.3897/jhr.95.96796
DOI: 10.5281/zenodo.15133911
title: Table 1 in Revision of the leachella group of Megachile subgenus Eutricharaea in the Western Palaearctic (Hymenoptera, Apoidea, Megachilidae): A renewed plea for DNA barcoding type material

description: Table 1. Comparison of the females of Megachile inexspectata, M. leachella albipila and M. argentata in northwestern Africa.
CharactersMegachile inexspectataMegachile leachella albipilaMegachile argentataVestitureVestiture of dorsal side of scutumEntirely consisting of white hairs; short scale hairs present over entire disc of scutum (Fig. 28)As in M. inexspectatascutum covered with intermixed light and dark hairs; short scale-like hairs mosty present anteriorly and posteriorly, less abundant on central parts of disc of scutumLateral hairs on tergaDark, erect hairs restricted to lateral parts of T6, sometimes T5 (Fig. 25)As in M. inexspectata (Fig. 34)Dark, erect hairs present laterally on T3-T6 (Fig. 15)Light hairs on disc of T6Sometimes forming one large spot of hairs (Fig. 25)Mostly forming two separated spots of hairsalways forming two well-separated spots of hairs (Fig. 15)SculpturePunctation of vertexDense, punctures small (diameter on average 40 μm) (Fig. 27)As in M. inexspectata, puncture diameters 35-40 μm, punctation slightly less dense, often with shagreened interspaces (Fig. 41)Punctures larger (on average 50 μm), punctation less dense, interspaces up to one puncture diameter, surface of interspaces smooth (Figs 1, 20)Punctation of disc of T4Dense, interspaces mostly smaller than one puncture diameter (Fig. 26)Mostly sparse, interspaces mostly larger than one puncture diameter (Fig. 34)Dense, interspaces smaller than one puncture diameter (Fig. 19)
description: Published as part of Praz, Christophe J. & Benon, Dimitri, 2023, Revision of the leachella group of Megachile subgenus Eutricharaea in the Western Palaearctic (Hymenoptera, Apoidea, Megachilidae): A renewed plea for DNA barcoding type material, pp. 143 in Journal of Hymenoptera Research 95 on page 143, DOI: 10.3897/jhr.95.96796
DOI: 10.5281/zenodo.15133922
title: Table A 1 in Rare grasshoppers (Orthoptera, Acridoidea) of the Baraba and Kulunda steppes (South Siberia)

description: Table A1. Localities of rare grasshoppers (Insecta, Orthoptera, Acrididae) dustribution in the Baraba and Kulunda steppes (South Siberia)
SpeciesPeriodN / ERemarksAeropedellus variegatus1972-201953.85, 81.22Arcyptera fusca1900-195053.33, 82.981900-195053.03, 82.881900-195053.52, 81.071900-195053.08, 82.331900-195054.97, 73.481900-195055.88, 74.721900-195054.48, 79.681900-195054.65, 73.871972-201953.9, 80.581972-201952.63, 82.13Asiotmethis jubatus1900-195051.52, 80.351900-195051.05, 81.031900-195052.12, 79.32Type locality1900-195053.08, 81.41900-195050.45, 80.231900-195050.78, 80.4until 195650.82, 80.3until 195651.38, 79.8Asiotmethis muricatusuntil 195651.38, 79.81972-201953.17, 76.17Eremippus simplexuntil 195650.93, 80.1until 195650.45, 80.231972-201952.7, 77.52Gomphocerippus rufusuntil 195653.32, 83.73until 195653.52, 81.07until 195655.15, 73.55until 195655.25, 73.03until 195655.02, 73.25until 195653.08, 82.331972-201953.9, 80.581972-201955.12, 75.51972-201954.97, 82.951972-201952.07, 84.83Locusta migratoriauntil 195653.32, 83.73Stable populationuntil 195653.78, 81.37Stable populationuntil 195650.45, 80.23Stable populationuntil 195652.22, 81.38Stable populationuntil 195650.93, 80.1Vagrant specimen(s)until 195654.97, 73.48Vagrant specimen(s)until 195655.35, 76.97Vagrant specimen(s)until 195655.68, 79.05Vagrant specimen(s)until 195651.17, 79.97Vagrant specimen(s)until 195653, 78.67Vagrant specimen(s)until 195652.48, 82.82Vagrant specimen(s)until 195650.93, 78.25Swarms1972-201951.93, 80.28Stable population1972-201953.67, 78.25Stable population1972-201952.87, 80.97Stable population1972-201951.72, 79.77Stable population1972-201953.73, 77.87Vagrant (?) specimen1972-201951.82, 80.63Vagrant (?) specimenMecostethus parapleurusuntil 195653.03, 82.88until 195654.97, 73.481972-201953.1, 75.921972-201952.07, 84.83Megaulacobothrus aethalinus1972-201952.07, 84.83Mesasippus arenosusuntil 195651.05, 81.03Type localityuntil 195650.75, 80.281972-201952.12, 79.321972-201951.83, 79.831972-201951.88, 77.38Myrmeleotettix antennatusuntil 195651.05, 80.18until 195650.45, 80.231972-201951.88, 77.381972-201950.97, 79.351972-201951.87, 80.081972-201951.83, 79.83Notostaurus albicornisuntil 195650.93, 80.1until 195650.45, 80.231972-201952.85, 78.571972-201950.97, 79.35Sphingonotus coerulipesuntil 195651.27, 81.1until 195651.2, 81.18until 195651.52, 80.35until 195651.47, 77.78until 195650.38, 80.48until 195650.45, 80.23Stenobothrus carbonariusuntil 195652.28, 81.48until 195652.48, 81.83until 195652.63, 82.15until 195651.05, 81.03until 195653.08, 82.33until 195650.75, 80.28until 195651.28, 80.431972-201952.77, 78.8
description: Published as part of Popova, Kristina V., Molodtsov, Vladimir V. & Sergeev, Michael G., 2020, Rare grasshoppers (Orthoptera, Acridoidea) of the Baraba and Kulunda steppes (South Siberia), pp. 595 in Acta Biologica Sibirica 6 on page 595, DOI: 10.3897/abs.6.e59519
DOI: 10.5281/zenodo.15133923
title: Table A 1 in Rare grasshoppers (Orthoptera, Acridoidea) of the Baraba and Kulunda steppes (South Siberia)

description: Table A1. Localities of rare grasshoppers (Insecta, Orthoptera, Acrididae) dustribution in the Baraba and Kulunda steppes (South Siberia)
SpeciesPeriodN / ERemarksAeropedellus variegatus1972-201953.85, 81.22Arcyptera fusca1900-195053.33, 82.981900-195053.03, 82.881900-195053.52, 81.071900-195053.08, 82.331900-195054.97, 73.481900-195055.88, 74.721900-195054.48, 79.681900-195054.65, 73.871972-201953.9, 80.581972-201952.63, 82.13Asiotmethis jubatus1900-195051.52, 80.351900-195051.05, 81.031900-195052.12, 79.32Type locality1900-195053.08, 81.41900-195050.45, 80.231900-195050.78, 80.4until 195650.82, 80.3until 195651.38, 79.8Asiotmethis muricatusuntil 195651.38, 79.81972-201953.17, 76.17Eremippus simplexuntil 195650.93, 80.1until 195650.45, 80.231972-201952.7, 77.52Gomphocerippus rufusuntil 195653.32, 83.73until 195653.52, 81.07until 195655.15, 73.55until 195655.25, 73.03until 195655.02, 73.25until 195653.08, 82.331972-201953.9, 80.581972-201955.12, 75.51972-201954.97, 82.951972-201952.07, 84.83Locusta migratoriauntil 195653.32, 83.73Stable populationuntil 195653.78, 81.37Stable populationuntil 195650.45, 80.23Stable populationuntil 195652.22, 81.38Stable populationuntil 195650.93, 80.1Vagrant specimen(s)until 195654.97, 73.48Vagrant specimen(s)until 195655.35, 76.97Vagrant specimen(s)until 195655.68, 79.05Vagrant specimen(s)until 195651.17, 79.97Vagrant specimen(s)until 195653, 78.67Vagrant specimen(s)until 195652.48, 82.82Vagrant specimen(s)until 195650.93, 78.25Swarms1972-201951.93, 80.28Stable population1972-201953.67, 78.25Stable population1972-201952.87, 80.97Stable population1972-201951.72, 79.77Stable population1972-201953.73, 77.87Vagrant (?) specimen1972-201951.82, 80.63Vagrant (?) specimenMecostethus parapleurusuntil 195653.03, 82.88until 195654.97, 73.481972-201953.1, 75.921972-201952.07, 84.83Megaulacobothrus aethalinus1972-201952.07, 84.83Mesasippus arenosusuntil 195651.05, 81.03Type localityuntil 195650.75, 80.281972-201952.12, 79.321972-201951.83, 79.831972-201951.88, 77.38Myrmeleotettix antennatusuntil 195651.05, 80.18until 195650.45, 80.231972-201951.88, 77.381972-201950.97, 79.351972-201951.87, 80.081972-201951.83, 79.83Notostaurus albicornisuntil 195650.93, 80.1until 195650.45, 80.231972-201952.85, 78.571972-201950.97, 79.35Sphingonotus coerulipesuntil 195651.27, 81.1until 195651.2, 81.18until 195651.52, 80.35until 195651.47, 77.78until 195650.38, 80.48until 195650.45, 80.23Stenobothrus carbonariusuntil 195652.28, 81.48until 195652.48, 81.83until 195652.63, 82.15until 195651.05, 81.03until 195653.08, 82.33until 195650.75, 80.28until 195651.28, 80.431972-201952.77, 78.8
description: Published as part of Popova, Kristina V., Molodtsov, Vladimir V. & Sergeev, Michael G., 2020, Rare grasshoppers (Orthoptera, Acridoidea) of the Baraba and Kulunda steppes (South Siberia), pp. 595 in Acta Biologica Sibirica 6 on page 595, DOI: 10.3897/abs.6.e59519
DOI: 10.5281/zenodo.15133938
title: Table 1 in A taxonomic study on Epedanidae from Thailand including functional aspects of male genital morphology (Opiliones, Laniatores)

description: Table 1. Euepedanus dashdamirovi sp. nov. Measurements of the pedipalp and legs of the male holotype, as length/width.
TrochanterFemurPatellaTibiaMetatarsusTarsusTotalPedipalp0.59/0.391.65/0.310.85/0.300.92/0.350.57/0.334.58Leg I0.30/0.272.10/0.190.51/0.261.49/0.142.60/0.051.30/0.048.30Leg II0.32/0.333.54/0.180.64/0.273.02/0.154.24/0.053.22/0.0414.98Leg III0.52/0.442.65/0.260.65/0.351.59/0.233.30/0.131.30/0.0710.01Leg IV0.45/0.403.88/0.280.72/0.382.15/0.234.74/0.091.45/0.0713.39
description: Published as part of Zhang, Chao & Martens, Jochen, 2020, A taxonomic study on Epedanidae from Thailand including functional aspects of male genital morphology (Opiliones, Laniatores), pp. 25 in ZooKeys 915 on page 25, DOI: 10.3897/zookeys.915.47626