Automated Author ProfileFreire, Eliza Maria Xavier
Universidade Federal do Rio Grande do Norte, Centro de Biociências, Departamento de Botânica e Zoologia, Laboratório de Herpetologia e Programa de Pós-graduação em Desenvolvimento e Meio Ambiente, Campus Universitário, Lagoa Nova, 59078 - 970 Natal, RN, Brazil. & Universidade Federal do Rio Grande do Norte, Centro de Biociências, Departamento de Botânica e Zoologia, Laboratório de Herpetologia e Programa de Pós-graduação em Desenvolvimento e Meio Ambiente, Campus Universitário, Lagoa Nova, 59078 - 970 Natal, RN, Brazil.0000-0001-9486-6347
Freire, Eliza Maria Xavier
Current S-Index
Sum of Dataset Indices for all datasets
Average Dataset Index per Dataset
Average Dataset Index per dataset
Total Datasets
Total datasets for this author
Average FAIR Score
Average FAIR Score per dataset
Total Citations
Total citations to the author's datasets
Total Mentions
Total mentions of the author's datasets
S-Index Interpretation
The S-Index (Sharing Index) is a comprehensive metric that represents the cumulative impact of all your datasets. It is calculated as the sum of Dataset Index scores across all your claimed datasets.
What it means:
- A higher S-index indicates greater overall impact of your datasets relative to typical datasets in their fields of research
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- It provides a single number to track your research data impact over time
Current S-Index: 3.9 (sum of 6 datasets Dataset Index scores)
More information here.
S-Index Over Time
Cumulative Citations Over Time
Cumulative Mentions Over Time
Datasets
TABLE 1. Locality records of Amphisbaena carvalhoi (including A. lumbricalis under its synonymy) in Northeastern Brazil. Precision of coordinates decrease from “local”, to “proximate”, and “municipality seat”. Voucher acronyms: MNRJ—Museu Nacional da Universidade Federal do Rio de Janeiro; SU—Stanford University Collection; HU-Zoo— Museum of Comparative Zoology, Harvard University; MZUSP—Museu de Zoologia da Universidade de São Paulo; MUFAL—Museu de História Natural da Universidade Federal de Alagoas; MFCH—Coleção de Herpetologia do Museu de Fauna da Caatinga, Universidade Federal do Vale do São Francisco; RT—Coleção Herpetológica da Universidade Federal da Paraíba, Rio Tinto; CHSAR—Coleção Herpetológica do Semiárido, Universidade Federal Rural do Semi-Árido; UFRN-CH—Coleção Herpetológica da Universidade Federal do Rio Grande do Norte. See Fig. 3 for map.Number in mapStateMunicipalityLocalityLatitudeLongitudeSourceVoucherPrecision1PernambucoPoção--8.1865°-36.7023°Gans (1965a)MNRJ 1759, 2093-98; SU 17289-90municipality seat2PernambucoAgrestina--8.45°-35.95°Vanzolini (1974) SpecieslinkHU-Zoo R128421municipality seat3AlagoasPiranhasUHE Xingó, left bank-9.6111°-37.7616°Vanzolini (1996)MZUSP 78433, 79434-90municipality seatUHE4SergipeCanindé de São FranciscoXingó, right-9.6492°-37.7927°Vanzolini (1996)MZUSP 79419-32municipality seatbank5AlagoasDelmiro GouveiaUHE Xingó, left bank-9.3856°-37.9991°Galdino et al. (2015)MUFAL 2790municipality seat6AlagoasTraipuSerra das Mãos-9.7591°-36.9483°Galdino et al. (2015)MUFAL 9071, 9812local7PernambucoFloresta--8.624°-38.137°Tavares et al. (2017)MFCH 2166, 2253, 2327, 2331proximate8PernambucoCustódia--8.237°-37.655°Tavares et al. (2017)MFCH 2186-87proximateMFCH 2163-64,2240, 2245-46, 2254,9PernambucoSertânia--8.109°-37.404°Tavares et al. (2017)2256-58, 2264, 2267, 2272-74, 2276, 2281, 2291, 2295-96, 2299,proximate2301, 2306, 2322,343410ParaíbaMamanguapeREBIO Guaribas-6.742°-35.142°Mesquita et al. (2018)RT 0267proximate11ParaíbaSão Mamede--6.932°-37.097°Tavares et al. (2021)CHSAR 1714municipality seat12PernambucoParanatamaSerra das Vacas-8.9308°-36.7472°New recordUFRN-CH 5143-44, 5170, 5583local13Rio Grande do NorteSão VicenteSerra de Santana-6.0748°-36.6613°New recordUFRN-CH 6351-71, 6373-6404, 6406-32local14Rio Grande do NorteLagoa NovaSerra de Santana-6.1233°-36.5641°New recordUFRN-CH 4711local15ParaíbaCampina GrandeFazenda Riacho do Navio-7.3065°-36.0739°New recordUFRN-CH 6683local
Authors
- Sales, Raul Fernandes Dantas ;
- Caramaschi, Ulisses ;
- Freire, Eliza Maria Xavier
TABLE 1. Locality records of Amphisbaena carvalhoi (including A. lumbricalis under its synonymy) in Northeastern Brazil. Precision of coordinates decrease from “local”, to “proximate”, and “municipality seat”. Voucher acronyms: MNRJ—Museu Nacional da Universidade Federal do Rio de Janeiro; SU—Stanford University Collection; HU-Zoo— Museum of Comparative Zoology, Harvard University; MZUSP—Museu de Zoologia da Universidade de São Paulo; MUFAL—Museu de História Natural da Universidade Federal de Alagoas; MFCH—Coleção de Herpetologia do Museu de Fauna da Caatinga, Universidade Federal do Vale do São Francisco; RT—Coleção Herpetológica da Universidade Federal da Paraíba, Rio Tinto; CHSAR—Coleção Herpetológica do Semiárido, Universidade Federal Rural do Semi-Árido; UFRN-CH—Coleção Herpetológica da Universidade Federal do Rio Grande do Norte. See Fig. 3 for map.Number in mapStateMunicipalityLocalityLatitudeLongitudeSourceVoucherPrecision1PernambucoPoção--8.1865°-36.7023°Gans (1965a)MNRJ 1759, 2093-98; SU 17289-90municipality seat2PernambucoAgrestina--8.45°-35.95°Vanzolini (1974) SpecieslinkHU-Zoo R128421municipality seat3AlagoasPiranhasUHE Xingó, left bank-9.6111°-37.7616°Vanzolini (1996)MZUSP 78433, 79434-90municipality seatUHE4SergipeCanindé de São FranciscoXingó, right-9.6492°-37.7927°Vanzolini (1996)MZUSP 79419-32municipality seatbank5AlagoasDelmiro GouveiaUHE Xingó, left bank-9.3856°-37.9991°Galdino et al. (2015)MUFAL 2790municipality seat6AlagoasTraipuSerra das Mãos-9.7591°-36.9483°Galdino et al. (2015)MUFAL 9071, 9812local7PernambucoFloresta--8.624°-38.137°Tavares et al. (2017)MFCH 2166, 2253, 2327, 2331proximate8PernambucoCustódia--8.237°-37.655°Tavares et al. (2017)MFCH 2186-87proximateMFCH 2163-64,2240, 2245-46, 2254,9PernambucoSertânia--8.109°-37.404°Tavares et al. (2017)2256-58, 2264, 2267, 2272-74, 2276, 2281, 2291, 2295-96, 2299,proximate2301, 2306, 2322,343410ParaíbaMamanguapeREBIO Guaribas-6.742°-35.142°Mesquita et al. (2018)RT 0267proximate11ParaíbaSão Mamede--6.932°-37.097°Tavares et al. (2021)CHSAR 1714municipality seat12PernambucoParanatamaSerra das Vacas-8.9308°-36.7472°New recordUFRN-CH 5143-44, 5170, 5583local13Rio Grande do NorteSão VicenteSerra de Santana-6.0748°-36.6613°New recordUFRN-CH 6351-71, 6373-6404, 6406-32local14Rio Grande do NorteLagoa NovaSerra de Santana-6.1233°-36.5641°New recordUFRN-CH 4711local15ParaíbaCampina GrandeFazenda Riacho do Navio-7.3065°-36.0739°New recordUFRN-CH 6683local
Authors
- Sales, Raul Fernandes Dantas ;
- Caramaschi, Ulisses ;
- Freire, Eliza Maria Xavier
TABLE 2. Morphological data of examined specimens. All present a lateral sulcus, four precloacal pores without a median hiatus, three supralabials, three infralabials, and no postmalar row. HAC = Holotype of Amphisbaena carvalhoi; HAL = Holotype of A. lumbricalis. SVL = snout-vent length; HW = maximum head width; BSP = body slenderness proportion (SVL/HW); TL = tail length (HB indicates a healed broken tail, UB indicates and unhealed broken tail); BA = body annuli; LA = lateral annuli; CA = caudal annuli; AA = autotomic annulus; DS = dorsal segments at midbody annuli; VS = ventral segments at midbody annuli; PeC = precloacal segments; PoC = postcloacal segments; PG = number of scales in first and second postgenial rows; N+SL2 = contact between nasal and second supralabial; O+F = ocular-frontal contact; O+T = ocular-temporal contact; P+PO = parietal-postocular contact. Contacts between head scales are presented as left/right side of head (Y = yes; N = no; P = point contact). Morphometric values are in millimeters.SpecimenSVLHWBSPTLBALACAAADSVSPeCPoCPGN+SL2O+FO+TP+POMNRJ 2095HAC129.02.649.616.0231419712168122-3N/NY/PY/YY/YMZUSP 79433HAL129.02.453.816.0232422NE12166?2-3P/NN/YN/NP/NUFRN-CH 6351143.73.146.417.5234422714186112-3P/PN/YP/NN/NUFRN-CH 6352138.82.751.45.7UB2374-NE14188112-3P/PY/YN/NY/YUFRN-CH 6353117.22.546.914.6232320814186102-3P/NN/YP/NY/YUFRN-CH 6354154.63.051.516.0237421814187122-3P/PP/PP/NY/YUFRN-CH 6355139.82.653.87.6HB2303-814187123-3P/NP/PN/NY/YUFRN-CH 6356139.22.948.016.3233321814186112-3P/NP/PN/PY/YUFRN-CH 6357139.02.653.516.523042081417-186112-3P/PP/PN/NY/YUFRN-CH 6358131.42.650.515.2229321814188112-3P/NP/PN/NY/YUFRN-CH 6359154.52.659.417.2229321714187122-3Y/PP/PP/PY/YUFRN-CH 6360131.82.748.815.7234420813-14187112-3P/PP/PN/NY/YUFRN-CH 6361143.92.655.35.1UB2393-714186112-3N/PN/NP/PY/YUFRN-CH 6362138.62.751.316.3226420714188112-3P/PY/PN/NY/YUFRN-CH 6363137.92.653.016.7230420814188102-3N/PP/NN/PY/YUFRN-CH 6364152.52.952.616.1232419712-13186102-3P/PP/PP/YY/NUFRN-CH 6365150.72.658.05.7UB2364-814188112-3P/NP/PP/YY/YUFRN-CH 6366123.22.647.414.5230320714186103-3P/PP/PN/NY/YUFRN-CH 6367151.32.854.06.1UB2374-712-13187112-3P/PP/PN/NY/YUFRN-CH 6368146.52.754.316.5231419712-13- 14187112-3P/NP/PN/NY/YUFRN-CH 6369142.22.949.015.9232419712-13- 1417-186122-3P/PP/PN/NY/YUFRN-CH 6370149.52.755.47.9HB2343-714188112-3P/PP/NN/NY/YUFRN-CH 6371146.02.852.16.5UB2314-714188122-3P/PP/YN/NN/PUFRN-CH 6373146.53.048.817.1233420814188112-3P/PP/PN/NY/YUFRN-CH 6374168.52.958.118.123632271418-198102-3P/NN/NN/YY/YUFRN-CH 6375141.52.654.415.6238420714187112-3P/PN/NY/NY/YUFRN-CH 6376155.52.659.817.8232420814188102-3P/YP/PP/PY/YUFRN-CH 6377154.43.051.516.3236321NE14186112-3P/PP/PP/PY/YUFRN-CH 6378136.22.750.46.3UB2323-813-14188102-3P/PP/PN/NY/YUFRN-CH 6379143.62.851.316.3232321914186102-3P/PP/PP/PY/YUFRN-CH 6380150.32.853.716.8231420814188112-3P/PP/PP/PY/YUFRN-CH 6381143.62.753.215.9229320814188102-3P/PP/PN/NY/YUFRN-CH 6382153.32.952.917.3239321712-13- 14188112-3P/PP/PN/PY/YUFRN-CH 6383142.02.752.616.3231420814187112-3P/PP/NN/PY/YUFRN-CH 6384150.73.050.217.3234321814187102-3Y/PP/PN/PY/YUFRN-CH 6385136.22.652.45.8UB2314-814186102-3Y/NP/PP/NY/YUFRN-CH 6386145.53.048.516.0232319713-14188122-3N/NP/PN/NY/NUFRN-CH 6387134.12.946.216.3231321714186112-3N/NP/PN/NY/YUFRN-CH 6388129.42.551.814.1232321NE14186112-3P/PY/YN/PY/NUFRN-CH 6389132.02.748.915.5233320814186102-3P/PP/PP/NY/YUFRN-CH 6390124.42.647.815.1228320813-14186112-3P/NP/PP/NY/YUFRN-CH 6391150.62.951.916.3226419814186113-4Y/YP/PP/YN/YUFRN-CH 6392106.22.444.312.2226419714186123-3P/PP/PN/NY/YUFRN-CH 6393135.62.750.27.2UB2303-NE14186102-3N/PN/NN/NN/YUFRN-CH 6394144.02.557.614.7233321714186102-3P/YP/PP/YY/YUFRN-CH 6395130.12.650.015.8229419812-1317-186112-3Y/NP/PP/NY/YUFRN-CH 6396129.52.649.815.5234321NE13-14186112-3P/PP/PN/NY/YUFRN-CH 6397143.22.655.16.4UB2324-71418DD2-3N/NN/NP/PY/YUFRN-CH 6398123.02.647.312.6229319813-14186102-3P/NP/YN/NN/NUFRN-CH 6399136.82.947.217.0229321714186112-3N/NY/PP/PN/YUFRN-CH 6400155.62.953.717.3233320NE12-13- 14186112-3P/NN/NY/PY/YUFRN-CH 6401119.92.548.015.1233321813-14188102-3N/NP/PN/NY/YUFRN-CH 6402130.02.748.15.1UB2313-712-1316-179113-3Y/PP/PY/PY/YUFRN-CH 6403136.52.848.86.0UB2253-814188112-3P/PP/PN/NY/YUFRN-CH 6404144.32.851.517.1228322712-1316-176112-3N/NP/PN/NN/YUFRN-CH 6406130.92.650.312.8235420814187112-3N/PP/NP/NY/YUFRN-CH 6407121.52.450.614.7223420NE14189112-3N/NY/PN/PY/YUFRN-CH 6408152.22.854.47.8UB2294-71418-208122-3P/PP/PN/NN/PUFRN-CH 6409144.03.146.59.1HB2314-NE14188113-4P/NP/NY/YY/YUFRN-CH 6410136.02.750.416.2229420814186112-3N/NN/YN/NY/YUFRN-CH 6411136.22.947.015.8229320812-13187122-3N/NP/PP/PY/YUFRN-CH 6412126.52.746.914.0226321NE14186122-3N/NN/YP/PY/YUFRN-CH 6413146.92.950.715.7227320814178102-3P/PP/PN/NY/YUFRN-CH 6414132.02.847.114.4229419812-13- 14188D2-3P/PP/PN/NY/YUFRN-CH 6415142.62.850.915.5225420814188102-3N/NP/PN/NP/YUFRN-CH 6416127.82.747.316.0231321714186132-3P/NP/PN/PY/YUFRN-CH 6417123.52.745.714.7228321714186112-3N/NP/PN/PY/YUFRN-CH 6418134.02.651.514.6230420812167112-3N/NN/NP/NY/YUFRN-CH 6419135.82.750.315.0223321NE14186112-3P/PP/PY/PY/YUFRN-CH 6420130.02.748.17.3HB2253-714188122-3N/NP/PP/YY/YUFRN-CH 6421153.53.051.216.4235421NE14186122-3P/PP/PN/YY/YUFRN-CH 6422161.23.053.77.5UB2354-814186102-3P/PP/NN/PY/YUFRN-CH 6423136.82.848.914.9225320714188102-3N/NP/PN/PN/NUFRN-CH 6424127.42.845.514.7226419714187112-3N/NP/PN/NY/YUFRN-CH 6425140.33.243.816.9228322813-14186112-3P/PN/NN/NY/YUFRN-CH 6426135.62.652.214.4228420713-14186102-3P/PP/PP/PY/YUFRN-CH 6427139.02.751.515.5229320NE14187112-3P/PP/PP/PY/YUFRN-CH 6428143.03.047.78.4HB2233-NE1216-17- 187112-3P/PP/PN/NN/PUFRN-CH 6429146.42.852.38.1HB2254-814186112-3N/NP/PP/PY/YUFRN-CH 6430140.43.046.815.7224419814187112-3P/PP/PP/NP/YUFRN-CH 6431119.52.646.015.0227321712-14186122-3N/NN/YN/NY/YUFRN-CH 6432158.03.347.917.0230420713-14187102-3P/PP/PP/PY/YUFRN-CH 4711151.63.050.517.2227320814187112-3N/NP/NN/PY/YUFRN-CH 6683139.52.751.717.0246422813-14186102-3N/NY/YN/NP/YUFRN-CH 5143140.02.948.318.9249322814188D3-0Y/YN/NY/YY/NUFRN-CH 514490.92.437.912.3240322814186102-2N/NY/YP/NY/YUFRN-CH 558391.02.437.911.1235323712166113-0P/PP/PY/YY/YUFRN-CH 517091.62.143.610.9240323712166133-0P/PN/NY/YY/N......continued on the next page
Authors
- Sales, Raul Fernandes Dantas ;
- Caramaschi, Ulisses ;
- Freire, Eliza Maria Xavier
TABLE 2. Morphological data of examined specimens. All present a lateral sulcus, four precloacal pores without a median hiatus, three supralabials, three infralabials, and no postmalar row. HAC = Holotype of Amphisbaena carvalhoi; HAL = Holotype of A. lumbricalis. SVL = snout-vent length; HW = maximum head width; BSP = body slenderness proportion (SVL/HW); TL = tail length (HB indicates a healed broken tail, UB indicates and unhealed broken tail); BA = body annuli; LA = lateral annuli; CA = caudal annuli; AA = autotomic annulus; DS = dorsal segments at midbody annuli; VS = ventral segments at midbody annuli; PeC = precloacal segments; PoC = postcloacal segments; PG = number of scales in first and second postgenial rows; N+SL2 = contact between nasal and second supralabial; O+F = ocular-frontal contact; O+T = ocular-temporal contact; P+PO = parietal-postocular contact. Contacts between head scales are presented as left/right side of head (Y = yes; N = no; P = point contact). Morphometric values are in millimeters.SpecimenSVLHWBSPTLBALACAAADSVSPeCPoCPGN+SL2O+FO+TP+POMNRJ 2095HAC129.02.649.616.0231419712168122-3N/NY/PY/YY/YMZUSP 79433HAL129.02.453.816.0232422NE12166?2-3P/NN/YN/NP/NUFRN-CH 6351143.73.146.417.5234422714186112-3P/PN/YP/NN/NUFRN-CH 6352138.82.751.45.7UB2374-NE14188112-3P/PY/YN/NY/YUFRN-CH 6353117.22.546.914.6232320814186102-3P/NN/YP/NY/YUFRN-CH 6354154.63.051.516.0237421814187122-3P/PP/PP/NY/YUFRN-CH 6355139.82.653.87.6HB2303-814187123-3P/NP/PN/NY/YUFRN-CH 6356139.22.948.016.3233321814186112-3P/NP/PN/PY/YUFRN-CH 6357139.02.653.516.523042081417-186112-3P/PP/PN/NY/YUFRN-CH 6358131.42.650.515.2229321814188112-3P/NP/PN/NY/YUFRN-CH 6359154.52.659.417.2229321714187122-3Y/PP/PP/PY/YUFRN-CH 6360131.82.748.815.7234420813-14187112-3P/PP/PN/NY/YUFRN-CH 6361143.92.655.35.1UB2393-714186112-3N/PN/NP/PY/YUFRN-CH 6362138.62.751.316.3226420714188112-3P/PY/PN/NY/YUFRN-CH 6363137.92.653.016.7230420814188102-3N/PP/NN/PY/YUFRN-CH 6364152.52.952.616.1232419712-13186102-3P/PP/PP/YY/NUFRN-CH 6365150.72.658.05.7UB2364-814188112-3P/NP/PP/YY/YUFRN-CH 6366123.22.647.414.5230320714186103-3P/PP/PN/NY/YUFRN-CH 6367151.32.854.06.1UB2374-712-13187112-3P/PP/PN/NY/YUFRN-CH 6368146.52.754.316.5231419712-13- 14187112-3P/NP/PN/NY/YUFRN-CH 6369142.22.949.015.9232419712-13- 1417-186122-3P/PP/PN/NY/YUFRN-CH 6370149.52.755.47.9HB2343-714188112-3P/PP/NN/NY/YUFRN-CH 6371146.02.852.16.5UB2314-714188122-3P/PP/YN/NN/PUFRN-CH 6373146.53.048.817.1233420814188112-3P/PP/PN/NY/YUFRN-CH 6374168.52.958.118.123632271418-198102-3P/NN/NN/YY/YUFRN-CH 6375141.52.654.415.6238420714187112-3P/PN/NY/NY/YUFRN-CH 6376155.52.659.817.8232420814188102-3P/YP/PP/PY/YUFRN-CH 6377154.43.051.516.3236321NE14186112-3P/PP/PP/PY/YUFRN-CH 6378136.22.750.46.3UB2323-813-14188102-3P/PP/PN/NY/YUFRN-CH 6379143.62.851.316.3232321914186102-3P/PP/PP/PY/YUFRN-CH 6380150.32.853.716.8231420814188112-3P/PP/PP/PY/YUFRN-CH 6381143.62.753.215.9229320814188102-3P/PP/PN/NY/YUFRN-CH 6382153.32.952.917.3239321712-13- 14188112-3P/PP/PN/PY/YUFRN-CH 6383142.02.752.616.3231420814187112-3P/PP/NN/PY/YUFRN-CH 6384150.73.050.217.3234321814187102-3Y/PP/PN/PY/YUFRN-CH 6385136.22.652.45.8UB2314-814186102-3Y/NP/PP/NY/YUFRN-CH 6386145.53.048.516.0232319713-14188122-3N/NP/PN/NY/NUFRN-CH 6387134.12.946.216.3231321714186112-3N/NP/PN/NY/YUFRN-CH 6388129.42.551.814.1232321NE14186112-3P/PY/YN/PY/NUFRN-CH 6389132.02.748.915.5233320814186102-3P/PP/PP/NY/YUFRN-CH 6390124.42.647.815.1228320813-14186112-3P/NP/PP/NY/YUFRN-CH 6391150.62.951.916.3226419814186113-4Y/YP/PP/YN/YUFRN-CH 6392106.22.444.312.2226419714186123-3P/PP/PN/NY/YUFRN-CH 6393135.62.750.27.2UB2303-NE14186102-3N/PN/NN/NN/YUFRN-CH 6394144.02.557.614.7233321714186102-3P/YP/PP/YY/YUFRN-CH 6395130.12.650.015.8229419812-1317-186112-3Y/NP/PP/NY/YUFRN-CH 6396129.52.649.815.5234321NE13-14186112-3P/PP/PN/NY/YUFRN-CH 6397143.22.655.16.4UB2324-71418DD2-3N/NN/NP/PY/YUFRN-CH 6398123.02.647.312.6229319813-14186102-3P/NP/YN/NN/NUFRN-CH 6399136.82.947.217.0229321714186112-3N/NY/PP/PN/YUFRN-CH 6400155.62.953.717.3233320NE12-13- 14186112-3P/NN/NY/PY/YUFRN-CH 6401119.92.548.015.1233321813-14188102-3N/NP/PN/NY/YUFRN-CH 6402130.02.748.15.1UB2313-712-1316-179113-3Y/PP/PY/PY/YUFRN-CH 6403136.52.848.86.0UB2253-814188112-3P/PP/PN/NY/YUFRN-CH 6404144.32.851.517.1228322712-1316-176112-3N/NP/PN/NN/YUFRN-CH 6406130.92.650.312.8235420814187112-3N/PP/NP/NY/YUFRN-CH 6407121.52.450.614.7223420NE14189112-3N/NY/PN/PY/YUFRN-CH 6408152.22.854.47.8UB2294-71418-208122-3P/PP/PN/NN/PUFRN-CH 6409144.03.146.59.1HB2314-NE14188113-4P/NP/NY/YY/YUFRN-CH 6410136.02.750.416.2229420814186112-3N/NN/YN/NY/YUFRN-CH 6411136.22.947.015.8229320812-13187122-3N/NP/PP/PY/YUFRN-CH 6412126.52.746.914.0226321NE14186122-3N/NN/YP/PY/YUFRN-CH 6413146.92.950.715.7227320814178102-3P/PP/PN/NY/YUFRN-CH 6414132.02.847.114.4229419812-13- 14188D2-3P/PP/PN/NY/YUFRN-CH 6415142.62.850.915.5225420814188102-3N/NP/PN/NP/YUFRN-CH 6416127.82.747.316.0231321714186132-3P/NP/PN/PY/YUFRN-CH 6417123.52.745.714.7228321714186112-3N/NP/PN/PY/YUFRN-CH 6418134.02.651.514.6230420812167112-3N/NN/NP/NY/YUFRN-CH 6419135.82.750.315.0223321NE14186112-3P/PP/PY/PY/YUFRN-CH 6420130.02.748.17.3HB2253-714188122-3N/NP/PP/YY/YUFRN-CH 6421153.53.051.216.4235421NE14186122-3P/PP/PN/YY/YUFRN-CH 6422161.23.053.77.5UB2354-814186102-3P/PP/NN/PY/YUFRN-CH 6423136.82.848.914.9225320714188102-3N/NP/PN/PN/NUFRN-CH 6424127.42.845.514.7226419714187112-3N/NP/PN/NY/YUFRN-CH 6425140.33.243.816.9228322813-14186112-3P/PN/NN/NY/YUFRN-CH 6426135.62.652.214.4228420713-14186102-3P/PP/PP/PY/YUFRN-CH 6427139.02.751.515.5229320NE14187112-3P/PP/PP/PY/YUFRN-CH 6428143.03.047.78.4HB2233-NE1216-17- 187112-3P/PP/PN/NN/PUFRN-CH 6429146.42.852.38.1HB2254-814186112-3N/NP/PP/PY/YUFRN-CH 6430140.43.046.815.7224419814187112-3P/PP/PP/NP/YUFRN-CH 6431119.52.646.015.0227321712-14186122-3N/NN/YN/NY/YUFRN-CH 6432158.03.347.917.0230420713-14187102-3P/PP/PP/PY/YUFRN-CH 4711151.63.050.517.2227320814187112-3N/NP/NN/PY/YUFRN-CH 6683139.52.751.717.0246422813-14186102-3N/NY/YN/NP/YUFRN-CH 5143140.02.948.318.9249322814188D3-0Y/YN/NY/YY/NUFRN-CH 514490.92.437.912.3240322814186102-2N/NY/YP/NY/YUFRN-CH 558391.02.437.911.1235323712166113-0P/PP/PY/YY/YUFRN-CH 517091.62.143.610.9240323712166133-0P/PN/NY/YY/N......continued on the next page
Authors
- Sales, Raul Fernandes Dantas ;
- Caramaschi, Ulisses ;
- Freire, Eliza Maria Xavier
TABLE 3. Morphological comparisons among four-pored Amphisbaena species from South America. Pores: N = number of precloacal pores; MH = median hiatus (Y = present, N = absent). Head: SL = number of supralabials; IL = number of infralabials; PG = number of postgenial rows; M = pair of enlarged malar scales (Y = present, N = absent); PM = postmalars (Y = present, N = absent). Body and tail: BA = body annuli; LA = lateral annuli; CA = caudal annuli; DS = dorsal segments at midbody annulus; VS = ventral segments at midbody annulus; PeC = precloacal segments; PoC = postcloacal segments; AA = autotomic annulus (N = autotomic site absent); TT = tail tip (R = rounded; LC = laterally compressed; VK = vertically keeled). Max SVL = maximum snout-vent length (in millimeters). Blank cells indicate information not provided by the consulted literature.SpeciesPores N MHSLILHead PGMPMBALACABody and tail DS VSPeCPoCAATTMax SVLSourceA. carvalhoi4 (rarely 2, 5, 6)N331–2YN223–2493–419–2612–1416–206–910–146–10R168.5This studyA. acangaoba4–8N431–2YY216–2392–413–1718–2418–246–1013–18N29044A. alba4–10N431–2YY198–24813–2130–4235–46NR5502A. albocingulata4N331–2YN190–2043–424–2712–1416–186–810–127–913830,43A. angustifrons3–6N3–432YY190–2182–412–1820–3120–306–1012–20NLC34510,21A. arda4431YY2423023238828527A. arenaria4Y332YN285–30722–2312–1414–16810–126–7R24518,38A. arenicola4NH3–432HYHY199–21620–2212–1416–186H11H8–9R16843A. bahiana4N332YY204–22314–1712–1614–16NVK21541A. bedai4Y431YHN272–28422–2318–2016–18630016A. bolivica3–6N432YY200–23118–2627–3626–363–5R32810,20,24A. borelli4Y332N239–26117–1914–1816–206–8VK8,33A. brasiliana4Y3–431YY213–2292–411–1518–2118–218–1010–17NR31712A. caetitensis4N332YN186–19410–121619–226–712–14NPT23540A. camura3–6N432YY188–20714–1928–4228–453–5R38010,20,24A. cegei0 or 4N332YN179–1993–421–2417–2220–24613–156–8R11125,33A. cuiabana4Y3332YN278–3093–517–201414–166–811–138–10VK31626,29A. cunhai4N331YY224–2393–425–2614–1614–1867–115–7R24623A. darwinii2–5N332YY174–1992–418–2513–1916–236–89–156–10LC30411,43A. elbakyanae4N331NY245–257420–2413–1516–186–711–126–8R23745A. frontalis0, 4 or 6N332–3YN235–2752–423–2914–1814–165–814–185–728346A. gracilis4N332NY224–248521–2413–1614–17612–136–7R25214,45A. hastata4N332–3YN266–27344035–371812–16R14917A. heathi0–4N332YY182–2013–423–2811–1218–20811–127–9R1369,37A. heterozonata2–6N331–2YY189–20718–2313–1816–2268–165–8LC27711,33,43A. hogei4N33Y177–19115–1910–1314–1812–1613443A. hoogmoedi4N332YN247–2522722–2420H10H12H7–8R29142A. medemi4N332YN230–2353–517–1814–1617–186–812–175–7R218422A. metallurga2–4N331–2YY–N185–1992–323–2512–1414–166–79–167–9R17932,35A. mongoyo4N332YN208251416610R14139A. munoai4N331–2YY202–21818–2310–1413–186–87–145–9R15143A. myersi433221281616820A. nana4NH332HYHY195–21618–2212–1414–176H13H7–10R15243A. nigricauda0, 4 or 5N332YN192–2263–519–249–1113–16610–136–10R16811,31A. occidentalis4N432YY262–2753–518–2116–2024–266–911–16?R2431A. pericensis4N332YN198–2183–516–1912–1616–206–811–146–8LC1535A. plumbea4N431–2YY210–2823–616–2118–2720–306–912–165–9R36521A. polygrammica4331Y270221826?33A. prunicolor4N331–2YY181–21518–2710–1714–206–87–147–11R23830,43A. ridleyi4N431–2YY172–1922–414–1716–1820–286–811–14NR2456A. rozei4N331YY205–20932015–16146H14H625234A. sanctaeritae4N331–2YY269–2882–318–20101466–7LC16519,35A. slateri4N331–2YY–N176–2133–420–2410–1414–166–810–127–10R16333A. slevini4N22NNN204–2112–423–2510–1410–126–89–124–6R1154A. spurrelli4N331–2YY218–2223–518–2016–1816–1872973A. steindachneri4Y331–2N256–2662–517–1812–1612–166–1010–197VK2568,33A. supernumeraria4N332YN333–33722–231417–1810–12VK19528A. talisiae4N331YN205–2342–417–2910–1414–185–88–146–8R14636A. tiaraju4NH331HYHY204–22118–2510–1413–166H10H7–9R18343A. townsendi4N431YY261–2792–522–2616–1922–286–911–167–8R2301A. trachura3–4N331–2YY186–20815–2514–2116–246–89–145–932211,43A. tragorrhectes4N44341YY196311212611015A. vanzolinii4N221NN200–2314–528–3112–1612–186127–141537,45A. vermicularis4 (rarely 5 or 6)N431–2YY211–2543–523–3018–2618–256–910–165–7R32713.....Continued on the next page1 Total number of segments around midbody (absence of lateral sulcus). 2 Tail rounded, with slight distal pinching. 3 Amphisbaena cuiabana has a median hiatus in the series of precloacal pores that results from the position of median pores near the lateral sutures of wide wedge-shaped segments; non-pored medial segments are absent. 4 Possibly three supralabials and two infralabials, not four supralabials and three infralabials as stated by Vanzolini (1971). H Information based only on the holotype, not the entire type series. Source: 1 = Gans (1961), 2 = Gans (1962a), 3 = Gans (1962b), 4 = Gans (1963a), 5 = Gans (1963b), 6 = Gans (1963c), 7 = Gans (1963d), 8 = Gans (1964), 9 = Gans (1965a), 10 = Gans (1965b), 11 = Gans (1966), 12 = Gans (1971), 13 = Gans & Amdur 1966, 14 = Gonzalez-Sponga & Gans (1971), 15 = Vanzolini (1971), 16 = Vanzolini (1991a), 17 = Vanzolini (1991b), 18 = Vanzolini (1991c), 19 = Vanzolini (1994), 20 = Vanzolini (2002), 21 = Gans & Diefenbach (1972), 22 = Gans & Mathers (1977), 23 = Hoogmoed & Ávila-Pires (1991), 24 = Montero (1996), 25 = Montero et al. (1997), 26 = Strüssmann & Carvalho (2001), 27 = Rodrigues (2003), 28 = Mott et al. (2009), 29 = Silva et al. (2010), 30 = Perez et al. (2012), 31 = Sousa e Lima et al. (2014), 32 = Costa et al. (2015), 33 = Costa et al. (2018a), 34 = Costa et al. (2018b), 35 = Costa et al. (2019a), 36 = Costa et al. (2019b), 37 = Lisboa et al. (2016), 38 = Teixeira Jr. et al. (2016), 39 = Teixeira Jr. et al. (2019), 40 = Almeida et al. (2018), 41 = Dal Vechio et al. (2018), 42 = Oliveira et al. (2018), 43 = Perez & Borges-Martins (2019), 44 = Ribeiro et al. (2020), 45 = Torrez-Ramírez et al. (2021), 46 = Ribeiro-Junior et al. (2022).
Authors
- Sales, Raul Fernandes Dantas ;
- Caramaschi, Ulisses ;
- Freire, Eliza Maria Xavier
TABLE 3. Morphological comparisons among four-pored Amphisbaena species from South America. Pores: N = number of precloacal pores; MH = median hiatus (Y = present, N = absent). Head: SL = number of supralabials; IL = number of infralabials; PG = number of postgenial rows; M = pair of enlarged malar scales (Y = present, N = absent); PM = postmalars (Y = present, N = absent). Body and tail: BA = body annuli; LA = lateral annuli; CA = caudal annuli; DS = dorsal segments at midbody annulus; VS = ventral segments at midbody annulus; PeC = precloacal segments; PoC = postcloacal segments; AA = autotomic annulus (N = autotomic site absent); TT = tail tip (R = rounded; LC = laterally compressed; VK = vertically keeled). Max SVL = maximum snout-vent length (in millimeters). Blank cells indicate information not provided by the consulted literature.SpeciesPores N MHSLILHead PGMPMBALACABody and tail DS VSPeCPoCAATTMax SVLSourceA. carvalhoi4 (rarely 2, 5, 6)N331–2YN223–2493–419–2612–1416–206–910–146–10R168.5This studyA. acangaoba4–8N431–2YY216–2392–413–1718–2418–246–1013–18N29044A. alba4–10N431–2YY198–24813–2130–4235–46NR5502A. albocingulata4N331–2YN190–2043–424–2712–1416–186–810–127–913830,43A. angustifrons3–6N3–432YY190–2182–412–1820–3120–306–1012–20NLC34510,21A. arda4431YY2423023238828527A. arenaria4Y332YN285–30722–2312–1414–16810–126–7R24518,38A. arenicola4NH3–432HYHY199–21620–2212–1416–186H11H8–9R16843A. bahiana4N332YY204–22314–1712–1614–16NVK21541A. bedai4Y431YHN272–28422–2318–2016–18630016A. bolivica3–6N432YY200–23118–2627–3626–363–5R32810,20,24A. borelli4Y332N239–26117–1914–1816–206–8VK8,33A. brasiliana4Y3–431YY213–2292–411–1518–2118–218–1010–17NR31712A. caetitensis4N332YN186–19410–121619–226–712–14NPT23540A. camura3–6N432YY188–20714–1928–4228–453–5R38010,20,24A. cegei0 or 4N332YN179–1993–421–2417–2220–24613–156–8R11125,33A. cuiabana4Y3332YN278–3093–517–201414–166–811–138–10VK31626,29A. cunhai4N331YY224–2393–425–2614–1614–1867–115–7R24623A. darwinii2–5N332YY174–1992–418–2513–1916–236–89–156–10LC30411,43A. elbakyanae4N331NY245–257420–2413–1516–186–711–126–8R23745A. frontalis0, 4 or 6N332–3YN235–2752–423–2914–1814–165–814–185–728346A. gracilis4N332NY224–248521–2413–1614–17612–136–7R25214,45A. hastata4N332–3YN266–27344035–371812–16R14917A. heathi0–4N332YY182–2013–423–2811–1218–20811–127–9R1369,37A. heterozonata2–6N331–2YY189–20718–2313–1816–2268–165–8LC27711,33,43A. hogei4N33Y177–19115–1910–1314–1812–1613443A. hoogmoedi4N332YN247–2522722–2420H10H12H7–8R29142A. medemi4N332YN230–2353–517–1814–1617–186–812–175–7R218422A. metallurga2–4N331–2YY–N185–1992–323–2512–1414–166–79–167–9R17932,35A. mongoyo4N332YN208251416610R14139A. munoai4N331–2YY202–21818–2310–1413–186–87–145–9R15143A. myersi433221281616820A. nana4NH332HYHY195–21618–2212–1414–176H13H7–10R15243A. nigricauda0, 4 or 5N332YN192–2263–519–249–1113–16610–136–10R16811,31A. occidentalis4N432YY262–2753–518–2116–2024–266–911–16?R2431A. pericensis4N332YN198–2183–516–1912–1616–206–811–146–8LC1535A. plumbea4N431–2YY210–2823–616–2118–2720–306–912–165–9R36521A. polygrammica4331Y270221826?33A. prunicolor4N331–2YY181–21518–2710–1714–206–87–147–11R23830,43A. ridleyi4N431–2YY172–1922–414–1716–1820–286–811–14NR2456A. rozei4N331YY205–20932015–16146H14H625234A. sanctaeritae4N331–2YY269–2882–318–20101466–7LC16519,35A. slateri4N331–2YY–N176–2133–420–2410–1414–166–810–127–10R16333A. slevini4N22NNN204–2112–423–2510–1410–126–89–124–6R1154A. spurrelli4N331–2YY218–2223–518–2016–1816–1872973A. steindachneri4Y331–2N256–2662–517–1812–1612–166–1010–197VK2568,33A. supernumeraria4N332YN333–33722–231417–1810–12VK19528A. talisiae4N331YN205–2342–417–2910–1414–185–88–146–8R14636A. tiaraju4NH331HYHY204–22118–2510–1413–166H10H7–9R18343A. townsendi4N431YY261–2792–522–2616–1922–286–911–167–8R2301A. trachura3–4N331–2YY186–20815–2514–2116–246–89–145–932211,43A. tragorrhectes4N44341YY196311212611015A. vanzolinii4N221NN200–2314–528–3112–1612–186127–141537,45A. vermicularis4 (rarely 5 or 6)N431–2YY211–2543–523–3018–2618–256–910–165–7R32713.....Continued on the next page1 Total number of segments around midbody (absence of lateral sulcus). 2 Tail rounded, with slight distal pinching. 3 Amphisbaena cuiabana has a median hiatus in the series of precloacal pores that results from the position of median pores near the lateral sutures of wide wedge-shaped segments; non-pored medial segments are absent. 4 Possibly three supralabials and two infralabials, not four supralabials and three infralabials as stated by Vanzolini (1971). H Information based only on the holotype, not the entire type series. Source: 1 = Gans (1961), 2 = Gans (1962a), 3 = Gans (1962b), 4 = Gans (1963a), 5 = Gans (1963b), 6 = Gans (1963c), 7 = Gans (1963d), 8 = Gans (1964), 9 = Gans (1965a), 10 = Gans (1965b), 11 = Gans (1966), 12 = Gans (1971), 13 = Gans & Amdur 1966, 14 = Gonzalez-Sponga & Gans (1971), 15 = Vanzolini (1971), 16 = Vanzolini (1991a), 17 = Vanzolini (1991b), 18 = Vanzolini (1991c), 19 = Vanzolini (1994), 20 = Vanzolini (2002), 21 = Gans & Diefenbach (1972), 22 = Gans & Mathers (1977), 23 = Hoogmoed & Ávila-Pires (1991), 24 = Montero (1996), 25 = Montero et al. (1997), 26 = Strüssmann & Carvalho (2001), 27 = Rodrigues (2003), 28 = Mott et al. (2009), 29 = Silva et al. (2010), 30 = Perez et al. (2012), 31 = Sousa e Lima et al. (2014), 32 = Costa et al. (2015), 33 = Costa et al. (2018a), 34 = Costa et al. (2018b), 35 = Costa et al. (2019a), 36 = Costa et al. (2019b), 37 = Lisboa et al. (2016), 38 = Teixeira Jr. et al. (2016), 39 = Teixeira Jr. et al. (2019), 40 = Almeida et al. (2018), 41 = Dal Vechio et al. (2018), 42 = Oliveira et al. (2018), 43 = Perez & Borges-Martins (2019), 44 = Ribeiro et al. (2020), 45 = Torrez-Ramírez et al. (2021), 46 = Ribeiro-Junior et al. (2022).
Authors
- Sales, Raul Fernandes Dantas ;
- Caramaschi, Ulisses ;
- Freire, Eliza Maria Xavier