cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15137588
title: APPENDIX 11 in Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles

description: APPENDIX 11. — Bivariate linear fit (PAST) of the log of humerus length (L) to log of midline carapace length (MiCL) for Proganochelys quenstedtii Baur, 1887.
Ordinary Least Squares RegressionSlope a1.063Standard error a0.25226t4.2142p (slope)0.14832Intercept b–0.65697Standard error b0.4298895% bootstraped confidence intervals (N = 1999)Slope a(0.91741, 5.3734E15)Intercept b(–9.3516E15, 0.4035)Correlationr0.97298r 20.94669t4.2142p (uncorrected)0.14832Permutation p0.3389
description: Published as part of Szczygielski, Tomasz, Klein, Nicole, Słowiak-Morkovina, Justyna & Scheyer, Torsten M., 2023, Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles, pp. 664 in Comptes Rendus Palevol 22 (32) on page 664, DOI: 10.5852/cr-palevol2023v22a32, http://zenodo.org/record/14224423
DOI: 10.5281/zenodo.15137589
title: APPENDIX 14 in Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles

description: APPENDIX 14. — Bivariate linear fit (PAST) log femur length (L) to log midline carapace length (MiCL) for Proganochelys quenstedtii Baur, 1887 and Proterochersis porebensis Szczygielski & Sulej, 2016.
Ordinary Least Squares RegressionSlope a0.89106Standard error a0.038666t23.045p (slope)0.00017899Intercept b–0.31484Standard error b0.06407595% bootstraped confidence intervals (N = 1999)Slope a(0.58828, 0.96098)Intercept b(–0.4313, 0.19812)Correlationr0.99719r 20.99438t23.045p (uncorrected)0.00017899Permutation p0.0167
description: Published as part of Szczygielski, Tomasz, Klein, Nicole, Słowiak-Morkovina, Justyna & Scheyer, Torsten M., 2023, Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles, pp. 665 in Comptes Rendus Palevol 22 (32) on page 665, DOI: 10.5852/cr-palevol2023v22a32, http://zenodo.org/record/14224423
DOI: 10.5281/zenodo.15137590
title: APPENDIX 14 in Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles

description: APPENDIX 14. — Bivariate linear fit (PAST) log femur length (L) to log midline carapace length (MiCL) for Proganochelys quenstedtii Baur, 1887 and Proterochersis porebensis Szczygielski & Sulej, 2016.
Ordinary Least Squares RegressionSlope a0.89106Standard error a0.038666t23.045p (slope)0.00017899Intercept b–0.31484Standard error b0.06407595% bootstraped confidence intervals (N = 1999)Slope a(0.58828, 0.96098)Intercept b(–0.4313, 0.19812)Correlationr0.99719r 20.99438t23.045p (uncorrected)0.00017899Permutation p0.0167
description: Published as part of Szczygielski, Tomasz, Klein, Nicole, Słowiak-Morkovina, Justyna & Scheyer, Torsten M., 2023, Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles, pp. 665 in Comptes Rendus Palevol 22 (32) on page 665, DOI: 10.5852/cr-palevol2023v22a32, http://zenodo.org/record/14224423
DOI: 10.15468/dl.j5qa4a
title: Occurrence Download

description: A dataset containing 1007 species occurrences available in GBIF matching the query:
{
 "TaxonKey" : [
 "is Cricetulus longicaudatus (Milne-Edwards, 1867)"
 ]
}

 The dataset includes 1007 records from 15 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0005798-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.15137591
title: APPENDIX 16 in Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles

description: APPENDIX 16. — Bivariate linear fit (PAST) log femur length (L) to log midline carapace length (MiCL) for Proganochelys quenstedtii Baur, 1887.
Ordinary Least Squares RegressionSlope a0.8451Standard error a0.034419t24.554p (slope)0.0016546Intercept b–0.23703Standard error b0.05745495% bootstraped confidence intervals (N = 1999)Slope a(0.42732, 0.88453)Intercept b(–0.30059, 0.147014)Correlationr0.99835r 20.99669t24.554p (uncorrected)0.0016546Permutation p0.0821
description: Published as part of Szczygielski, Tomasz, Klein, Nicole, Słowiak-Morkovina, Justyna & Scheyer, Torsten M., 2023, Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles, pp. 665 in Comptes Rendus Palevol 22 (32) on page 665, DOI: 10.5852/cr-palevol2023v22a32, http://zenodo.org/record/14224423
DOI: 10.5281/zenodo.15137592
title: APPENDIX 16 in Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles

description: APPENDIX 16. — Bivariate linear fit (PAST) log femur length (L) to log midline carapace length (MiCL) for Proganochelys quenstedtii Baur, 1887.
Ordinary Least Squares RegressionSlope a0.8451Standard error a0.034419t24.554p (slope)0.0016546Intercept b–0.23703Standard error b0.05745495% bootstraped confidence intervals (N = 1999)Slope a(0.42732, 0.88453)Intercept b(–0.30059, 0.147014)Correlationr0.99835r 20.99669t24.554p (uncorrected)0.0016546Permutation p0.0821
description: Published as part of Szczygielski, Tomasz, Klein, Nicole, Słowiak-Morkovina, Justyna & Scheyer, Torsten M., 2023, Limb histology of the Triassic stem turtles Proterochersis porebensis Szczygielski & Sulej, 2016 and Proganochelys quenstedtii Baur, 1887 with insights into growth patterns of early turtles, pp. 665 in Comptes Rendus Palevol 22 (32) on page 665, DOI: 10.5852/cr-palevol2023v22a32, http://zenodo.org/record/14224423
DOI: 10.15468/dl.nf4yy8
title: Occurrence Download

description: A dataset containing 2879 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Tragus berteronianus Schult.",
 "Continent is Africa"
 ]
}

 The dataset includes 2879 records from 59 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0005797-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.15137607
title: TABLE 2 in Rhodolith-forming coralline red algae in the CaCO biofactory - A case study from the Serravallian of tropical northeastern Indian Ocean

description: TABLE 2. — Distribution of the species of coralline red algae from the studied outcrops (only the coralline red algae identified to the species level have been taken into consideration).
TaxaGeographical distributionGeological ageReferencesMesophyllum roveretoi Conti, 1943Tertiary Piedmont BasinUpper Eocene to the MioceneFravega et al. (1987)Northern CroatiaMioceneBasso et al. (2008)Leitha Limestone (Vienna Basin)BadenianConti (1946)Spongites fruticulosus Kützing, 1841Gârbova de Sus Formation, Transylvanian Basin, RomaniaMiddle MioceneChelaru & Bucur (2016)Western and eastern Mediterranean Sea, NE Atlantic Ocean, Indian Ocean (Red Sea), Pacific Ocean (southern Australia)RecentBasso & Rodondi (2006)NW ItalyMioceneVannucci et al. (1994)Lithoporella melobesioides (Foslie) Foslie, 1909Austrian MolasseLate EoceneRasser & Piller (1999)Northeast IndiaLate EoceneSarma et al. (2014)Southwest of Zaros Basin, IranOligo-MioceneRoozpeykar & Moghaddam (2016)Saurashtra, IndiaPleistoceneKundal et al. (2011)Tahiti, JapanPleistoceneIryu et al. (2010)Agatti Island, Lakshadweep, IndiaHoloceneMisra et al. (2016)Reefs of Indo-Pacific regionRecentIryu et al. (2010)Titanoderma pustulatum (Lamouroux) Nägeli, 1858IranEarly OligoceneBassi et al. (2019)United KindomRecentBailey (1999)Sporolithon praeerythraeum (Airoldi) Vannucci, Piazza, Fravega & Basso, 2000Gârbova de Sus Formation, Transylvanian Basin, RomaniaMiddle MioceneChelaru & Bucur (2016)Italy and BulgariaLate EoceneFrancavilla et al. (1970);to early OligoceneBakalova (1983)
description: Published as part of Dey, Rikee, Basso, Daniela, Chakraborty, Arindam, Roy, Lopamudra, Bhaumik, Ajoy Kumar & Ghosh, Amit K., 2023, Rhodolith-forming coralline red algae in the CaCO biofactory - A case study from the Serravallian of tropical northeastern Indian Ocean, pp. 554 in Comptes Rendus Palevol 22 (26) on page 554, DOI: 10.5852/cr-palevol2023v22a26, http://zenodo.org/record/14224623
DOI: 10.5281/zenodo.15137608
title: TABLE 2 in Rhodolith-forming coralline red algae in the CaCO biofactory - A case study from the Serravallian of tropical northeastern Indian Ocean

description: TABLE 2. — Distribution of the species of coralline red algae from the studied outcrops (only the coralline red algae identified to the species level have been taken into consideration).
TaxaGeographical distributionGeological ageReferencesMesophyllum roveretoi Conti, 1943Tertiary Piedmont BasinUpper Eocene to the MioceneFravega et al. (1987)Northern CroatiaMioceneBasso et al. (2008)Leitha Limestone (Vienna Basin)BadenianConti (1946)Spongites fruticulosus Kützing, 1841Gârbova de Sus Formation, Transylvanian Basin, RomaniaMiddle MioceneChelaru & Bucur (2016)Western and eastern Mediterranean Sea, NE Atlantic Ocean, Indian Ocean (Red Sea), Pacific Ocean (southern Australia)RecentBasso & Rodondi (2006)NW ItalyMioceneVannucci et al. (1994)Lithoporella melobesioides (Foslie) Foslie, 1909Austrian MolasseLate EoceneRasser & Piller (1999)Northeast IndiaLate EoceneSarma et al. (2014)Southwest of Zaros Basin, IranOligo-MioceneRoozpeykar & Moghaddam (2016)Saurashtra, IndiaPleistoceneKundal et al. (2011)Tahiti, JapanPleistoceneIryu et al. (2010)Agatti Island, Lakshadweep, IndiaHoloceneMisra et al. (2016)Reefs of Indo-Pacific regionRecentIryu et al. (2010)Titanoderma pustulatum (Lamouroux) Nägeli, 1858IranEarly OligoceneBassi et al. (2019)United KindomRecentBailey (1999)Sporolithon praeerythraeum (Airoldi) Vannucci, Piazza, Fravega & Basso, 2000Gârbova de Sus Formation, Transylvanian Basin, RomaniaMiddle MioceneChelaru & Bucur (2016)Italy and BulgariaLate EoceneFrancavilla et al. (1970);to early OligoceneBakalova (1983)
description: Published as part of Dey, Rikee, Basso, Daniela, Chakraborty, Arindam, Roy, Lopamudra, Bhaumik, Ajoy Kumar & Ghosh, Amit K., 2023, Rhodolith-forming coralline red algae in the CaCO biofactory - A case study from the Serravallian of tropical northeastern Indian Ocean, pp. 554 in Comptes Rendus Palevol 22 (26) on page 554, DOI: 10.5852/cr-palevol2023v22a26, http://zenodo.org/record/14224623
DOI: 10.5281/zenodo.15137723
title: TABLE 1. — Comparison between Chloephaga dabbenei n in Pleistocene record of Chloephaga Eyton, 1838 (Anseriformes: Anatidae) in the Argentine Pampas, with the description of a new species

description: TABLE 1. — Comparison between Chloephaga dabbenei n. sp., PV-UNS-104 (Chloephaga picta (J.F.Gmelin, 1789)), PV-UNS-394 (Chloephaga sp.), from Bajo San José site, and extant tadornine taxa. Abbreviations: FL, femur length (the greatest length from the femoral trochanter to the lateral condyle); HDW, distal width of the humerus (the greatest width between epicondyles); HPW, humerus proximal width (the greatest distance between the dorsal and ventral tubercles); L/W T, tarsometatarsus ratio (the length of tarsometatarsus divided by the width between the most distal tip of the medial surface of trochlea II and the most distal tip of the lateral surface of trochlea IV); TL, tarsometatarsus length (the greatest length from the eminentia intercotylaris to trochlea III). Measurements of Oressochen melanopterus (Eyton, 1838) are taken from Watanabe (2017); and of C. hybrida (Molina, 1782) are taken from dry skins, based on Phillips (1916), Blake (1977), and Lefèvre (1989). *, Specimens of the subspecies C. picta leucoptera exclusive of the Malvinas Islands,and measured on dry skins by Blake (1977) yielded tarsus length values that range from 92 to 95 mm. Regrettably, no skeletal specimens of this form were available for present study; **, Lefèvre (1989) cited a putative specimen of C. picta having the exceptional size of 96.7 mm. of maximum metatarsal length. This specimen was housed in a private collection and is no longer available for further analysis, and thus, its measurements are not taken into consideration here.
TaxonHPWHDWFLTLL/W TChloephaga dabbenei n. sp.––89.996.34.96PV-UNS-104 (Chloephaga picta (J.F.Gmelin, 1789))26.6––––PV-UNS-394 (Chloephaga sp.)–16.8–––Chloephaga picta25.4-2721.4-23.673-89.376.3-93*,**4.38-4.77Chloephaga poliocephala P.L.Sclater, 185725.020.0-20.169.3-71.669.6-71.14.42Chloephaga hybrida (Molina, 1782)–––58-76–Chloephaga rubidiceps P.L.Sclater, 186123.6-24.619.4-20.275.4-75.660-76.84.74Oressochen melanopterus (Eyton, 1838)––75.280.6–
description: Published as part of Agnolín, Federico L., Álvarez Herrera, Gerardo P. & Tomassini, Rodrigo, 2024, Pleistocene record of Chloephaga Eyton, 1838 (Anseriformes: Anatidae) in the Argentine Pampas, with the description of a new species, pp. 247 in Comptes Rendus Palevol 23 (18) on page 247, DOI: 10.5852/cr-palevol2024v23a18, http://zenodo.org/record/12204814
DOI: 10.5281/zenodo.15137724
title: TABLE 1. — Comparison between Chloephaga dabbenei n in Pleistocene record of Chloephaga Eyton, 1838 (Anseriformes: Anatidae) in the Argentine Pampas, with the description of a new species

description: TABLE 1. — Comparison between Chloephaga dabbenei n. sp., PV-UNS-104 (Chloephaga picta (J.F.Gmelin, 1789)), PV-UNS-394 (Chloephaga sp.), from Bajo San José site, and extant tadornine taxa. Abbreviations: FL, femur length (the greatest length from the femoral trochanter to the lateral condyle); HDW, distal width of the humerus (the greatest width between epicondyles); HPW, humerus proximal width (the greatest distance between the dorsal and ventral tubercles); L/W T, tarsometatarsus ratio (the length of tarsometatarsus divided by the width between the most distal tip of the medial surface of trochlea II and the most distal tip of the lateral surface of trochlea IV); TL, tarsometatarsus length (the greatest length from the eminentia intercotylaris to trochlea III). Measurements of Oressochen melanopterus (Eyton, 1838) are taken from Watanabe (2017); and of C. hybrida (Molina, 1782) are taken from dry skins, based on Phillips (1916), Blake (1977), and Lefèvre (1989). *, Specimens of the subspecies C. picta leucoptera exclusive of the Malvinas Islands,and measured on dry skins by Blake (1977) yielded tarsus length values that range from 92 to 95 mm. Regrettably, no skeletal specimens of this form were available for present study; **, Lefèvre (1989) cited a putative specimen of C. picta having the exceptional size of 96.7 mm. of maximum metatarsal length. This specimen was housed in a private collection and is no longer available for further analysis, and thus, its measurements are not taken into consideration here.
TaxonHPWHDWFLTLL/W TChloephaga dabbenei n. sp.––89.996.34.96PV-UNS-104 (Chloephaga picta (J.F.Gmelin, 1789))26.6––––PV-UNS-394 (Chloephaga sp.)–16.8–––Chloephaga picta25.4-2721.4-23.673-89.376.3-93*,**4.38-4.77Chloephaga poliocephala P.L.Sclater, 185725.020.0-20.169.3-71.669.6-71.14.42Chloephaga hybrida (Molina, 1782)–––58-76–Chloephaga rubidiceps P.L.Sclater, 186123.6-24.619.4-20.275.4-75.660-76.84.74Oressochen melanopterus (Eyton, 1838)––75.280.6–
description: Published as part of Agnolín, Federico L., Álvarez Herrera, Gerardo P. & Tomassini, Rodrigo, 2024, Pleistocene record of Chloephaga Eyton, 1838 (Anseriformes: Anatidae) in the Argentine Pampas, with the description of a new species, pp. 247 in Comptes Rendus Palevol 23 (18) on page 247, DOI: 10.5852/cr-palevol2024v23a18, http://zenodo.org/record/12204814
DOI: 10.5281/zenodo.15137565
title: TABLE 1 in New insights into the fossil record of the turtle genus Chelus Duméril, 1806 including new specimens with information on cervicals and limb bones

description: TABLE 1. — Measurements of the new fossil specimens of Chelus colombiana Wood,1976 and C. lewisi Wood,1976 describe here,as well as some extant individuals of C. fimbriata (Schneider,1783) and C. orinocensis Vargas-Ramírez,Caballero,Morales-Betancourt,Lasso,Amaya,Martînez,Silva-Viana,Vogt,Pires-Farias, Hrbek, Campbell & Fritz, 2020 figured in Figure 9, in millimeters (mm). Abbreviations: CL, carapace length at midline as preserved; CML, carapace maximum length as preserved; CW, carapace width at midline as preserved; PL, plastron length at midline as preserved; PW, plastron width at midline as preserved.
SpeciesSpecimenCLCWCMLPLPWChelus colombiana Wood, 1976VPPLT-380–––659339VPPLT-968272373340272185VPPLT-1748581440596––VPPLT-1756759486759663397MT-22682477776635321IGMp-002045596468598295198Chelus lewisi Wood, 1975AMU- CURS-1244554456672552361MCNC-239456358460396230MCV-VPRA-4338513428514459318UNEFM-1371436394458362304AMU-CURS-600552435557––AMU-CURS-119506356506––AMU-CURS-207423353423395208Chelus fimbriata (Schneider, 1783)USNM-117455409305411374265MNHN-9406268183270263159NWW-1859410315414395286LET-65140125140––Chelus orinocensis Vargas-Ramírez, Caballero, Morales-Betancourt, Lasso, Amaya, Martînez, Silva-Viana, Vogt, Pires-Farias, Hrbek, Campbell & Fritz, 2020IAvH-R8755270–270––MNHN-D40230168230––MNHN-A5200265198230252160ICN-1776474362474470303
description: Published as part of Cadena, Edwin-Alberto, Link, Andrés, Vanegas, Andrés, Avellaneda-Otero, Carlos A., Perdomo, César, Urueña-Carrillo, Diego A., Sánchez, Rodolfo & Vanegas, Rubén, 2023, New insights into the fossil record of the turtle genus Chelus Duméril, 1806 including new specimens with information on cervicals and limb bones, pp. 694 in Comptes Rendus Palevol 22 (34) on page 694, DOI: 10.5852/cr-palevol2023v22a34, http://zenodo.org/record/10159428
DOI: 10.5281/zenodo.15137566
title: TABLE 1 in New insights into the fossil record of the turtle genus Chelus Duméril, 1806 including new specimens with information on cervicals and limb bones

description: TABLE 1. — Measurements of the new fossil specimens of Chelus colombiana Wood,1976 and C. lewisi Wood,1976 describe here,as well as some extant individuals of C. fimbriata (Schneider,1783) and C. orinocensis Vargas-Ramírez,Caballero,Morales-Betancourt,Lasso,Amaya,Martînez,Silva-Viana,Vogt,Pires-Farias, Hrbek, Campbell & Fritz, 2020 figured in Figure 9, in millimeters (mm). Abbreviations: CL, carapace length at midline as preserved; CML, carapace maximum length as preserved; CW, carapace width at midline as preserved; PL, plastron length at midline as preserved; PW, plastron width at midline as preserved.
SpeciesSpecimenCLCWCMLPLPWChelus colombiana Wood, 1976VPPLT-380–––659339VPPLT-968272373340272185VPPLT-1748581440596––VPPLT-1756759486759663397MT-22682477776635321IGMp-002045596468598295198Chelus lewisi Wood, 1975AMU- CURS-1244554456672552361MCNC-239456358460396230MCV-VPRA-4338513428514459318UNEFM-1371436394458362304AMU-CURS-600552435557––AMU-CURS-119506356506––AMU-CURS-207423353423395208Chelus fimbriata (Schneider, 1783)USNM-117455409305411374265MNHN-9406268183270263159NWW-1859410315414395286LET-65140125140––Chelus orinocensis Vargas-Ramírez, Caballero, Morales-Betancourt, Lasso, Amaya, Martînez, Silva-Viana, Vogt, Pires-Farias, Hrbek, Campbell & Fritz, 2020IAvH-R8755270–270––MNHN-D40230168230––MNHN-A5200265198230252160ICN-1776474362474470303
description: Published as part of Cadena, Edwin-Alberto, Link, Andrés, Vanegas, Andrés, Avellaneda-Otero, Carlos A., Perdomo, César, Urueña-Carrillo, Diego A., Sánchez, Rodolfo & Vanegas, Rubén, 2023, New insights into the fossil record of the turtle genus Chelus Duméril, 1806 including new specimens with information on cervicals and limb bones, pp. 694 in Comptes Rendus Palevol 22 (34) on page 694, DOI: 10.5852/cr-palevol2023v22a34, http://zenodo.org/record/10159428
DOI: 10.5281/zenodo.15137727
title: TABLE 1 in Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications

description: TABLE 1. — Compared measurements (in mm) of skull and dentary of Orthomyctera rigens (Ameghino,1888) and Orocavia andina n. comb. Abbreviations: Bw, braincase width; Dl, diastema length; m2l, dorsoventral length at the level of m2 (excluding molariforms); MAEw, external auditory meatus width; MFl, dorsoventral length at the level of the mentonian foramen; p4l, dorsoventral length at the level of p4 (excluding molariforms); Pl, palate length (from the P4 level to the apex of the mesopterigoid fossa); PwM3, palate width at M3 level (measured in the anterior lobe without including teeth); PwP4, palate width at P4 level (measured in the anterior lobe without including teeth); Rl, rostrum length (to nasal-frontal suture); Rw, rostrum width (between nasal-frontal-prmx suture); Iw, interorbital width; Sl, skull length (from nasal-frontal suture); Stl, skull total length (dorsal view). *, average measurements.
OrthomycteraCaviidaerigensindet.Orocavia andina n. comb.MesuresMACN-A 1661 (holotype)MACN-A 1662MACN-Pv 8350 (holotype)FHNM-P 14464FHNM-P 14370MACN-Pv 8351MACN-Pv 8399MACN-Pv 8401FHNM- P 1094MACN-Pv 8300MACN-Pv 8411MACN-Pv 8412MACN-Pv 8414MACN-Pv 8349Stl*55.54–*53.73–*54.26–––––––––Sl––36.06–*39.9336.6137.23–––––––Dl*12.93–14.47–––––––––––Rl––19.68–*14.19–––––––––Rw––8.71–*11.589.719.75–––––––Iw––11.57–*10.5112.8913.11–––––––Bw––24.80–>25.2125.88–24.73––––––PwP41.210–1.042.081.261.611.391.27––––––PwM3––6.087.777.827.688.966.07––––––MAEw––19.71––22.77––––––––Pl11.00–8.179.039.858.649.928.12––––––MFl–4.514.16–––––4.50––3.614.494.61p4l–8.25––––––6.854.63–5.607.23–m2l––7.24–––––7.637.07–7.387.91–
description: Published as part of Jaén, María Carolina Madozzo & Pérez, María Encarnación, 2024, Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications, pp. 272 in Comptes Rendus Palevol 23 (20) on page 272, DOI: 10.5852/cr-palevol2024v23a20, http://zenodo.org/record/13269380