cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15138187
title: Table 7 in First population-level study of the ammonite genus Hildoglochiceras Spath, and the Lower Tithonian record of the Hildoglochiceras Horizon in the Kachchh Basin, India

description: Table 7. On the basis of linear regression analysis followed by post hoc likelihood ratio test, the diameter of umbilicus is mostly dependent on the diameter of the shell and can be best modelled as the linear expression of diameter of the shell and the height of whorl. It is least dependent on the thickness of the whorl, especially when modelled alongside the diameter of the shell.
Model No.ModelAICR2Adjusted R2P-valueModel 1glm(a$U ~a$D)277.60.81960.81642.20E-16Model 2glm(a$U ~a$H)319.20.63490.62854.41E-14Model 3glm(a$U ~a$T)292.60.76750.76352.2E-16Model 4glm(a$U ~a$D+a$H)1840.96430.9631For D = 2.2E-16; For H = 2.2E-16, Overall = <2.2E-16Model 5glm(a$U ~a$D+a$T)276.60.82880.8227For D = 3.79E-05; For T = 0.0886, Overall = <2.2E-16Model 6glm(a$U ~a$H+a$T)279.10.82110.8147For FI = 0.000137; For T = 3.1E-10, Overall <2.2E-16Model 7glm(a$U ~a$H+a$T+a$D)185.40.96470.9628For D = 2.2E-16; For H = 2.2E-16, For T = 0.462, Overall = <2.2E-16Likelihood Ratio TestChi squareP-valueModel 1 vs. Model 495.6611.37E-22Model 1 vs. Model 53.8280.079Model 1 vs. Model 796.2461.26E-21Model 2 vs. Model 4137.2501.06E-31P value: Probability valueModel 2 vs. Model 642.0828.75E-11AIC: Akaike information criterionModel 2 vs. Model 7137.8351.17E-30R2: Regression coefficientModel 3 vs. Model 518.0422.16E-05Model 3 vs. Model 615.4518.64E-05Model 3 vs. Model 7111.2057.12E-25
description: Published as part of Pandey, Dhirendra Kumar, Fuersich, Franz T., Alberti, Matthias, Das, Ranajit & Saez, Federico Oloriz, 2022, First population-level study of the ammonite genus Hildoglochiceras Spath, and the Lower Tithonian record of the Hildoglochiceras Horizon in the Kachchh Basin, India, pp. 1 in Zitteliana 96 on page 1, DOI: 10.3897/zitteliana.96.73892
DOI: 10.5281/zenodo.15138188
title: Table 1 in New data on Gnaphosidae (Arachnida, Araneae) of Iraq

description: Table 1. List of gnaphosid species currently known from Iraq.
SpeciesRecords in IraqDistribution1Berlandina mesopotamica Al-Khazali, 2020Thi Qar (Al-Khazali 2020; Al-Khazali and Fomichev 2021)Iraq, Iran2Gnaphosa dolosa Herman, 1879Al-Qadisiyah, Basrah, Thi Qar (Al-Khazali and Hussein 2019, present study)West Palaearctic3Haplodrassus dalmatensis (L. Koch, 1866)Najaf (present study)West Palaearctic4Marinarozelotes jaxartensis (Kroneberg, 1875)Baghdad, Thi Qar (Baker and Ali 2020, present study)North Africa to the Caucasus, Iran, Russia (Europe) to Central Asia5Micaria sp.Karbala (Baker and Ali 2020)-6Minosiella intermedia Denis, 1958Basrah, Thi Qar (present study)Egypt to Afghanistan7Nomisia conigera (Spassky, 1941)Dohuk (Fomichev et al. 2018)Middle East to Tajikistan8Odontodrassus aravaensis Levy, 1999Thi Qar (present study)Egypt, Israel, Iraq9Odontodrassus mundulus (O. Pickard-Cambridge, 1872)Najaf (present study)North Africa to the Levant, Iraq10Pterotricha arzhantsevi Fomichev, Marusik & Koponen, 2018Dohuk (Fomichev et al. 2018)Iraq11Pterotricha dalmasi Fage, 1929Najaf (present study)North Africa, the Middle East12Pterotricha esyunini Zamani, 2018Thi Qar (Al-Yacoub et al. 2021a)UAE, Iraq13Pterotricha kovblyuki Zamani & Marusik, 2018Thi Qar, Najaf (Al-Yacoub et al. 2021b, present study)UAE, Iraq, Iran14Zelotes fagei Denis, 1955Najaf (present study)Niger, Egypt, Israel, Iraq15Zelotes subterraneus (C.L. Koch, 1833)Thi Qar (Al-Yacoub and Al-Abbad 2022)West Palaearctic16Zelotes sp.Baghdad, Karbala (Baker and Ali 2020)-
description: Published as part of Zamani, Alireza, Al-Yacoub, Ghassan A. Ali & Abdullah Najim, Shurooq, 2022, New data on Gnaphosidae (Arachnida, Araneae) of Iraq, pp. 143 in Evolutionary Systematics 6 (2) on page 143, DOI: 10.3897/evolsyst.6.87158
DOI: 10.5281/zenodo.15138189
title: Table 1 in New data on Gnaphosidae (Arachnida, Araneae) of Iraq

description: Table 1. List of gnaphosid species currently known from Iraq.
SpeciesRecords in IraqDistribution1Berlandina mesopotamica Al-Khazali, 2020Thi Qar (Al-Khazali 2020; Al-Khazali and Fomichev 2021)Iraq, Iran2Gnaphosa dolosa Herman, 1879Al-Qadisiyah, Basrah, Thi Qar (Al-Khazali and Hussein 2019, present study)West Palaearctic3Haplodrassus dalmatensis (L. Koch, 1866)Najaf (present study)West Palaearctic4Marinarozelotes jaxartensis (Kroneberg, 1875)Baghdad, Thi Qar (Baker and Ali 2020, present study)North Africa to the Caucasus, Iran, Russia (Europe) to Central Asia5Micaria sp.Karbala (Baker and Ali 2020)-6Minosiella intermedia Denis, 1958Basrah, Thi Qar (present study)Egypt to Afghanistan7Nomisia conigera (Spassky, 1941)Dohuk (Fomichev et al. 2018)Middle East to Tajikistan8Odontodrassus aravaensis Levy, 1999Thi Qar (present study)Egypt, Israel, Iraq9Odontodrassus mundulus (O. Pickard-Cambridge, 1872)Najaf (present study)North Africa to the Levant, Iraq10Pterotricha arzhantsevi Fomichev, Marusik & Koponen, 2018Dohuk (Fomichev et al. 2018)Iraq11Pterotricha dalmasi Fage, 1929Najaf (present study)North Africa, the Middle East12Pterotricha esyunini Zamani, 2018Thi Qar (Al-Yacoub et al. 2021a)UAE, Iraq13Pterotricha kovblyuki Zamani & Marusik, 2018Thi Qar, Najaf (Al-Yacoub et al. 2021b, present study)UAE, Iraq, Iran14Zelotes fagei Denis, 1955Najaf (present study)Niger, Egypt, Israel, Iraq15Zelotes subterraneus (C.L. Koch, 1833)Thi Qar (Al-Yacoub and Al-Abbad 2022)West Palaearctic16Zelotes sp.Baghdad, Karbala (Baker and Ali 2020)-
description: Published as part of Zamani, Alireza, Al-Yacoub, Ghassan A. Ali & Abdullah Najim, Shurooq, 2022, New data on Gnaphosidae (Arachnida, Araneae) of Iraq, pp. 143 in Evolutionary Systematics 6 (2) on page 143, DOI: 10.3897/evolsyst.6.87158
DOI: 10.5281/zenodo.15138216
title: Table 2 in Revision of the southern Andean genus Sadocus Sorensen, 1886 (Opiliones, Gonyleptidae, Pachylinae)

description: Table 2. Matrix of character states for the cladistic analysis of the Sadocus (Gonyleptidae: Pachylinae).
Stygnus polyacanthus010001201010--01001101100100010-00-02000-10110000100010----00100Acanthopachylus aculeatus1101000000010011010000000100100-01000100410110000001001040000010Acanthoprocta conica1001012000010011010000000200101001202100-00000000100101041000000Goniosoma varium101110111010--11000000000110100-00-10100-00110010001001150010011Gonyleptes horridus101110100010--11000000001010110-01000011600110210001101101001110Metagyndes martensii1101000000010001000010000100000-01000001310110000101001041000100Nanophareus polyhastatus1001010000110011000000011100110-01110111000110000110001170001100Neogonyleptes docilis1001001000011001000000001100001100-00101011000000110101121000100Neogonyleptes karschii101100000010--11000000001110000101000100-11001000110001121000100Pachyloides thorellii1010010000010011000000000100100-00-?0000-00110000010001131000000Pachylus chilensis1101010000110111100000001100100-01102101510110000001101041000010Roeweria bittencourti1010101000110011001101000112000-01000000-000000010010010--100010Discocyrtus catharinensis1010100010110010101101001110111101100111610110001101001110100110Sadocus asperatus1011101000110011000101001111101311001101210001100110001121000001Sadocus dilatatus1011101000110010000101001111101301001001010001100110001121000001Sadocus funestus1011101011110011000101000100111201010010-10000100110001121000001Sadocus ingens1011101000110001000101001111101300-01101110001100110001121000000Sadocus polyacanthus101110101010--10000101001111101301101010-10001100110001121000000
description: Published as part of Pessoa-Silva, Marilia, Hara, Marcos Ryotaro & Pinto-da-Rocha, Ricardo, 2021, Revision of the southern Andean genus Sadocus Sorensen, 1886 (Opiliones, Gonyleptidae, Pachylinae), pp. 91 in ZooKeys 1025 on page 91, DOI: 10.3897/zookeys.1025.57806
DOI: 10.5281/zenodo.15138217
title: Table 2 in Revision of the southern Andean genus Sadocus Sorensen, 1886 (Opiliones, Gonyleptidae, Pachylinae)

description: Table 2. Matrix of character states for the cladistic analysis of the Sadocus (Gonyleptidae: Pachylinae).
Stygnus polyacanthus010001201010--01001101100100010-00-02000-10110000100010----00100Acanthopachylus aculeatus1101000000010011010000000100100-01000100410110000001001040000010Acanthoprocta conica1001012000010011010000000200101001202100-00000000100101041000000Goniosoma varium101110111010--11000000000110100-00-10100-00110010001001150010011Gonyleptes horridus101110100010--11000000001010110-01000011600110210001101101001110Metagyndes martensii1101000000010001000010000100000-01000001310110000101001041000100Nanophareus polyhastatus1001010000110011000000011100110-01110111000110000110001170001100Neogonyleptes docilis1001001000011001000000001100001100-00101011000000110101121000100Neogonyleptes karschii101100000010--11000000001110000101000100-11001000110001121000100Pachyloides thorellii1010010000010011000000000100100-00-?0000-00110000010001131000000Pachylus chilensis1101010000110111100000001100100-01102101510110000001101041000010Roeweria bittencourti1010101000110011001101000112000-01000000-000000010010010--100010Discocyrtus catharinensis1010100010110010101101001110111101100111610110001101001110100110Sadocus asperatus1011101000110011000101001111101311001101210001100110001121000001Sadocus dilatatus1011101000110010000101001111101301001001010001100110001121000001Sadocus funestus1011101011110011000101000100111201010010-10000100110001121000001Sadocus ingens1011101000110001000101001111101300-01101110001100110001121000000Sadocus polyacanthus101110101010--10000101001111101301101010-10001100110001121000000
description: Published as part of Pessoa-Silva, Marilia, Hara, Marcos Ryotaro & Pinto-da-Rocha, Ricardo, 2021, Revision of the southern Andean genus Sadocus Sorensen, 1886 (Opiliones, Gonyleptidae, Pachylinae), pp. 91 in ZooKeys 1025 on page 91, DOI: 10.3897/zookeys.1025.57806
DOI: 10.5281/zenodo.15138222
title: Table 2. 90 in Short-spored Subulicystidium (Trechisporales, Basidiomycota): high morphological diversity and only partly clear species boundaries

description: Table 2. 90% tolerance limits defined for the 90% probability level for the mean basidiospore length, width and length to width ratio for Subulicystidium species with at least 3 sequenced specimens. The following specimens were used to estimate tolerance limits for species: Subulicystidium fusisporum: GB:KHL 9093, 10360 and 12761; S. harpagum: GB:KHL 10733, O:F:LR 15736, KAS:L 0244 and 1726a; S. parvisporum: KAS:GEL 5032, KAS:L 0140 and 1226 and LY 12750; S. robustius: GB:KHL 10039, 10272, 10780 and 10813.
Measurement typeEstimateSpeciesSubulicystidium fusisporumSubulicystidium harpagumSubulicystidium parvisporumSubulicystidium robustiusSpore length, µmSample mean11.786.745.619.78Lower limit of 90% tolerance interval9.644.344.787.81Upper limit of 90% tolerance interval13.929.136.4311.75Spore width, µmSample mean2.922.62.513.00Lower limit of 90% tolerance interval1.651.622.062.44Upper limit of 90% tolerance interval4.193.582.953.57Spore length/width ratioSample mean4.092.632.253.27Lower limit of 90% tolerance interval1.890.831.912.52Upper limit of 90% tolerance interval6.284.422.594.02
description: Published as part of Ordynets, Alexander, Scherf, David, Pansegrau, Felix, Denecke, Jonathan, Lysenko, Ludmila, Larsson, Karl-Henrik & Langer, Ewald, 2018, Short-spored Subulicystidium (Trechisporales, Basidiomycota): high morphological diversity and only partly clear species boundaries, pp. 41 in MycoKeys 35 on page 41, DOI: 10.3897/mycokeys.35.25678, http://zenodo.org/record/1305473
DOI: 10.5281/zenodo.15138223
title: Table 2. 90 in Short-spored Subulicystidium (Trechisporales, Basidiomycota): high morphological diversity and only partly clear species boundaries

description: Table 2. 90% tolerance limits defined for the 90% probability level for the mean basidiospore length, width and length to width ratio for Subulicystidium species with at least 3 sequenced specimens. The following specimens were used to estimate tolerance limits for species: Subulicystidium fusisporum: GB:KHL 9093, 10360 and 12761; S. harpagum: GB:KHL 10733, O:F:LR 15736, KAS:L 0244 and 1726a; S. parvisporum: KAS:GEL 5032, KAS:L 0140 and 1226 and LY 12750; S. robustius: GB:KHL 10039, 10272, 10780 and 10813.
Measurement typeEstimateSpeciesSubulicystidium fusisporumSubulicystidium harpagumSubulicystidium parvisporumSubulicystidium robustiusSpore length, µmSample mean11.786.745.619.78Lower limit of 90% tolerance interval9.644.344.787.81Upper limit of 90% tolerance interval13.929.136.4311.75Spore width, µmSample mean2.922.62.513.00Lower limit of 90% tolerance interval1.651.622.062.44Upper limit of 90% tolerance interval4.193.582.953.57Spore length/width ratioSample mean4.092.632.253.27Lower limit of 90% tolerance interval1.890.831.912.52Upper limit of 90% tolerance interval6.284.422.594.02
description: Published as part of Ordynets, Alexander, Scherf, David, Pansegrau, Felix, Denecke, Jonathan, Lysenko, Ludmila, Larsson, Karl-Henrik & Langer, Ewald, 2018, Short-spored Subulicystidium (Trechisporales, Basidiomycota): high morphological diversity and only partly clear species boundaries, pp. 41 in MycoKeys 35 on page 41, DOI: 10.3897/mycokeys.35.25678, http://zenodo.org/record/1305473
DOI: 10.5281/zenodo.15138248
title: Table 3 in Taxonomy, systematics and geographic distribution of ground frogs (Alsodidae, Eupsophus): a comprehensive synthesis of the last six decades of research

description: Table 3. Parameters most commonly used to describe the vocalizations of nine of the ten species of Eupsophus currently recognized (see Fig. 1; vocalizations of E. nahuelbutensis has been not described). Species are ordered by group (roseus and vertebralis) and then by year of description. Mean and/or range (in parentheses after the means) of each parameter (N/C: notes per call; RR: repetition rate; CL: call length; PPN: pulses per note; FF: fundamental frequency; DF: dominant frequency) are given.
speciessourcelocalityN/CRR (calls/min)CL (ms)PPNFF (Hz)DF (Hz)E. roseusFormas and Vera (1980)Huachocopihue164 (60-72)200 (190-210)17 (15-20)-2200 (1600-2900)E. roseusPenna and Veloso (1990)Valdivia125.1 (11.1-60)105 (70-160)--1291 (1250-1350)E. roseus (long call)Penna and Veloso (1990)Valdivia32.1 (8-47)10.2 (9.3-11.2)2730 (650-4000)--1390 (1220-1470)E. roseusMárquez et al. (2005)Lago Tinquilco1-158 (124-235)-633 (346-1019)1871 (1503-2167)†E. calcaratusFormas (1985)Puntra119 (16-25)190 (150-210)--1100-2700‡E. calcaratusMárquez et al. (2005)La Picada1-192 (112-262)-776 (447-1104)2157 (1805-2407)†E. insularisFormas and Brieva (1994)Isla Mocha17.8 (4-12)160 (140-180)--1500-2100E. migueliFormas (1985)Mehuín16 (3-8)240 (200-350)-450 (390-987)§1835§ (1500-2500)E. migueli (long call)Formas (1985)Mehuín24 (19-33)6 (5-8)3400 (2700-4400)|4-7¶-900-1500E. migueliPenna and Veloso (1990)Mehuín14.2 (2.4-6.6)208 (160-260)--1633 (1170-1820)E. migueli (long call)Penna and Veloso (1990)Mehuín12.3 (4-23)5.4 (2.4-8.4)1072 (300-2160)--1532 (1210-2000)E. contulmoensisFormas and Brieva (1994)M.N. Contulmo123.3 (15-34)180 (150-200)--1100-2000E. septentrionalis #Opazo et al. (2009)R.N. Los Queules1-135 (46-182)--1818 (1464-2326)†E. altorNuñez et al. (2012a)Parque Oncol1-336 (290-360)††-756 (304-1298)††1882 (1317-2098)E. vertebralis ‡‡Formas and Vera (1980)Mehuín5 (4-6)4 (2-10)600 (400-800)15 (11-23)-1900 (1100-2500)E. vertebralisFormas (1989)Mehuín5 (4-6)-89 (62-187)15.9 (11-23)-1154 (600-1680)E. vertebralisPenna and Veloso (1990)Mehuín5.6 (3-8)27.8 (18.6-36.6)641 (400-880)--932 (700-1110)E. emiliopuginiFormas (1989) §§Puntra2-203 (132-250)25.45 (17-34)85-6331132 (500-2000)E. emiliopuginiPenna and Solís (1999)La Picada1?-255 (181-314)--1062 (636-1459)E. emiliopuginiPenna et al. (2005)La Picada1-2-255 (177-342)||--1053 (723-1401)E. emiliopuginiNuñez (2003) ¶¶not specified2-640 (400-880)--507-1320
description: Published as part of Correa, Claudio & Duran, Felipe, 2019, Taxonomy, systematics and geographic distribution of ground frogs (Alsodidae, Eupsophus): a comprehensive synthesis of the last six decades of research, pp. 118 in ZooKeys 863 on page 118, DOI: 10.3897/zookeys.863.35484
DOI: 10.5281/zenodo.15138249
title: Table 3 in Taxonomy, systematics and geographic distribution of ground frogs (Alsodidae, Eupsophus): a comprehensive synthesis of the last six decades of research

description: Table 3. Parameters most commonly used to describe the vocalizations of nine of the ten species of Eupsophus currently recognized (see Fig. 1; vocalizations of E. nahuelbutensis has been not described). Species are ordered by group (roseus and vertebralis) and then by year of description. Mean and/or range (in parentheses after the means) of each parameter (N/C: notes per call; RR: repetition rate; CL: call length; PPN: pulses per note; FF: fundamental frequency; DF: dominant frequency) are given.
speciessourcelocalityN/CRR (calls/min)CL (ms)PPNFF (Hz)DF (Hz)E. roseusFormas and Vera (1980)Huachocopihue164 (60-72)200 (190-210)17 (15-20)-2200 (1600-2900)E. roseusPenna and Veloso (1990)Valdivia125.1 (11.1-60)105 (70-160)--1291 (1250-1350)E. roseus (long call)Penna and Veloso (1990)Valdivia32.1 (8-47)10.2 (9.3-11.2)2730 (650-4000)--1390 (1220-1470)E. roseusMárquez et al. (2005)Lago Tinquilco1-158 (124-235)-633 (346-1019)1871 (1503-2167)†E. calcaratusFormas (1985)Puntra119 (16-25)190 (150-210)--1100-2700‡E. calcaratusMárquez et al. (2005)La Picada1-192 (112-262)-776 (447-1104)2157 (1805-2407)†E. insularisFormas and Brieva (1994)Isla Mocha17.8 (4-12)160 (140-180)--1500-2100E. migueliFormas (1985)Mehuín16 (3-8)240 (200-350)-450 (390-987)§1835§ (1500-2500)E. migueli (long call)Formas (1985)Mehuín24 (19-33)6 (5-8)3400 (2700-4400)|4-7¶-900-1500E. migueliPenna and Veloso (1990)Mehuín14.2 (2.4-6.6)208 (160-260)--1633 (1170-1820)E. migueli (long call)Penna and Veloso (1990)Mehuín12.3 (4-23)5.4 (2.4-8.4)1072 (300-2160)--1532 (1210-2000)E. contulmoensisFormas and Brieva (1994)M.N. Contulmo123.3 (15-34)180 (150-200)--1100-2000E. septentrionalis #Opazo et al. (2009)R.N. Los Queules1-135 (46-182)--1818 (1464-2326)†E. altorNuñez et al. (2012a)Parque Oncol1-336 (290-360)††-756 (304-1298)††1882 (1317-2098)E. vertebralis ‡‡Formas and Vera (1980)Mehuín5 (4-6)4 (2-10)600 (400-800)15 (11-23)-1900 (1100-2500)E. vertebralisFormas (1989)Mehuín5 (4-6)-89 (62-187)15.9 (11-23)-1154 (600-1680)E. vertebralisPenna and Veloso (1990)Mehuín5.6 (3-8)27.8 (18.6-36.6)641 (400-880)--932 (700-1110)E. emiliopuginiFormas (1989) §§Puntra2-203 (132-250)25.45 (17-34)85-6331132 (500-2000)E. emiliopuginiPenna and Solís (1999)La Picada1?-255 (181-314)--1062 (636-1459)E. emiliopuginiPenna et al. (2005)La Picada1-2-255 (177-342)||--1053 (723-1401)E. emiliopuginiNuñez (2003) ¶¶not specified2-640 (400-880)--507-1320
description: Published as part of Correa, Claudio & Duran, Felipe, 2019, Taxonomy, systematics and geographic distribution of ground frogs (Alsodidae, Eupsophus): a comprehensive synthesis of the last six decades of research, pp. 118 in ZooKeys 863 on page 118, DOI: 10.3897/zookeys.863.35484
DOI: 10.15468/dl.6nvsg2
title: Occurrence Download

description: A dataset containing 4 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Country is Mexico",
 "HasCoordinate is true",
 "OccurrenceStatus is Present",
 "TaxonKey is Acyrthosiphon pisum (Harris, 1776)"
 ]
}

 The dataset includes 4 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0003077-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.15468/dl.erkbgg
title: Occurrence Download

description: A dataset containing 8 species occurrences available in GBIF matching the query:
{
 "TaxonKey" : [
 "is Agrilus zanthoxylumi Zhang & Wang, 1992"
 ]
}

 The dataset includes 8 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0003078-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.15468/dl.qky5un
title: Occurrence Download

description: A dataset containing 542 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Country is Argentina",
 "HasCoordinate is true",
 "HasGeospatialIssue is false",
 "OccurrenceStatus is Present",
 "TaxonKey is Gleditsia triacanthos L."
 ]
}

 The dataset includes 542 records from 8 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0003079-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.15138284
title: Table 1. Cytochrome c oxidase I in Taxonomic revision of Romaleosyrphus Bigot (Diptera, Syrphidae), including descriptions of seven new species

description: Table 1. Cytochrome c oxidase I mitochondrial gene primers used in this study.
Primer namePrimer designPrimer sequenceHeb-FFolmer et al. 1994GGT CAA CAA ATC ATA AAG ATA TTG GCOI-Fx-A-RKelso (in prep.)CGD GGR AAD GCY ATR TCD GGCOI-Fx-B-FKelso (in prep.)GGD KCH CCN GAY ATR GCCOI-Fx-B-RKelso (in prep.)GWA ATR AAR TTW ACD GCH CCCOI-Fx-C-FKelso (in prep.)GGD ATW TCH TCH ATY YTA GGCOI-780RGibson et al. 2011CCA AAA AAT CAR AAT ARR TGY TG
description: Published as part of Moran, Kevin M. & Skevington, Jeffrey H., 2021, Taxonomic revision of Romaleosyrphus Bigot (Diptera, Syrphidae), including descriptions of seven new species, pp. 1 in ZooKeys 1075 on page 1, DOI: 10.3897/zookeys.1075.55862
DOI: 10.5281/zenodo.15138285
title: Table 1. Cytochrome c oxidase I in Taxonomic revision of Romaleosyrphus Bigot (Diptera, Syrphidae), including descriptions of seven new species

description: Table 1. Cytochrome c oxidase I mitochondrial gene primers used in this study.
Primer namePrimer designPrimer sequenceHeb-FFolmer et al. 1994GGT CAA CAA ATC ATA AAG ATA TTG GCOI-Fx-A-RKelso (in prep.)CGD GGR AAD GCY ATR TCD GGCOI-Fx-B-FKelso (in prep.)GGD KCH CCN GAY ATR GCCOI-Fx-B-RKelso (in prep.)GWA ATR AAR TTW ACD GCH CCCOI-Fx-C-FKelso (in prep.)GGD ATW TCH TCH ATY YTA GGCOI-780RGibson et al. 2011CCA AAA AAT CAR AAT ARR TGY TG
description: Published as part of Moran, Kevin M. & Skevington, Jeffrey H., 2021, Taxonomic revision of Romaleosyrphus Bigot (Diptera, Syrphidae), including descriptions of seven new species, pp. 1 in ZooKeys 1075 on page 1, DOI: 10.3897/zookeys.1075.55862
DOI: 10.5281/zenodo.15138286
title: Table 2 in Taxonomic revision of Romaleosyrphus Bigot (Diptera, Syrphidae), including descriptions of seven new species

description: Table 2. Average intraspecific (diagonal) and interspecific (below diagonal) pairwise (p) distances (%) based on the barcode region of the mitochondrial cytochrome c oxidase subunit I gene of Romaleosyrphus.
R. arctophi-loidesR. argosiR. bigotiR. drysusR. nephelaeusR. soletlunaR. villosusR. arctophi-loides-R. argosi4.51-R. bigoti2.954.84-R. drysus4.263.053.99-R. nephelaeus3.583.313.132.850.97R. soletluna3.685.363.044.523.580.93R. villosus2.345.231.553.983.283.45-R. vockerothi2.814.711.523.623.503.412.17
description: Published as part of Moran, Kevin M. & Skevington, Jeffrey H., 2021, Taxonomic revision of Romaleosyrphus Bigot (Diptera, Syrphidae), including descriptions of seven new species, pp. 1 in ZooKeys 1075 on page 1, DOI: 10.3897/zookeys.1075.55862
DOI: 10.5281/zenodo.15138287
title: Table 2 in Taxonomic revision of Romaleosyrphus Bigot (Diptera, Syrphidae), including descriptions of seven new species

description: Table 2. Average intraspecific (diagonal) and interspecific (below diagonal) pairwise (p) distances (%) based on the barcode region of the mitochondrial cytochrome c oxidase subunit I gene of Romaleosyrphus.
R. arctophi-loidesR. argosiR. bigotiR. drysusR. nephelaeusR. soletlunaR. villosusR. arctophi-loides-R. argosi4.51-R. bigoti2.954.84-R. drysus4.263.053.99-R. nephelaeus3.583.313.132.850.97R. soletluna3.685.363.044.523.580.93R. villosus2.345.231.553.983.283.45-R. vockerothi2.814.711.523.623.503.412.17
description: Published as part of Moran, Kevin M. & Skevington, Jeffrey H., 2021, Taxonomic revision of Romaleosyrphus Bigot (Diptera, Syrphidae), including descriptions of seven new species, pp. 1 in ZooKeys 1075 on page 1, DOI: 10.3897/zookeys.1075.55862