cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15137730
title: TABLE 2 in Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications

description: TABLE 2. — Compared measurements (in mm) of the upper molariforms of Orthomyctera rigens (Ameghino, 1888) and Orocavia andina n. comb. Abbreviations: APL, anteroposterior length; LLA, anteroposterior length of anterior lobe; LPL, anteroposterior length of posterior lobe. Abbreviations: L, left; R, right.
OrthomycterarigensOrocavia andina n. comb.MesuresSideMACN-A 1661 (holotype)MACN 8350 (holotype)FNMH-P 14370FNMH-P 14464MACN-Pv 8351MACN - Pv 8399MACN-Pv 8401MACN-Pv 8402MACN-Pv 8403MACN-Pv 8404MACN-Pv 8409MCH-P 90MCH-P 91PVL 4892APL dentalR–12.4413.73*–13.2411.6310.6010.78–––11.265––seriesL14.54–13.8411.9912.9312.3310.68–14.05211.65–––11.86APL P4R3.28–3.35*–3.132.652.222.183.24––2.33––L3.242.642.58*2.642.812.832.112.203.121.97–––2.86LLAR1.591.391.75*–1.681.331.091.061.67––1.08–L1.581.201.251.221.511.531.001.201.51––––1.51LPLR1.42–1.38*–1.281.141.000.95*1.33––1.07–L1.471.171.2731.221.141.171.000.94*1.38––––1.27APL M 1R3.032.532.98–2.742.472.452.183.202.99–2.532.86L3.022.64–2.702.712.572.382.283.012.612.23––2.49LLAR1.551.12––1.371.251.191.081.551.48–1.191.34L1.451.181.341.291.301.241.191.021.451.151.02–1.13LPLR1.661.201.35–1.231.231.16–1.441.181.151.251.15L1.541.191.471.251.371.191.051.141.331.241.17––1.18APL M2R3.442.662.98–2.892.54––3.17–2.642.773.11–L3.402.772.932.812.862.742.602.203.112.852.62––2.77LLAR1.651.211.39–1.361.28–1.221.49–1.251.311.29–L1.961.201.421.281.331.231.230.95*1.511.331.26––1.30LPLR–1.261.33–1.401.24––1.51–1.251.331.55–L1.701.341.331.391.361.321.240.99*1.491.081.18––1.27APL M3R–3.694.09–4.354.153.703.543.18*3.70––L5.183.924.423.854.124.353.532.71*4.484.223.38––3.70LLAR–1.101.20–1.281.351.211.07––1.14–––L1.791.111.211.261.301.311.19–1.411.351.17––1.23LPLR–2.422.66*–2.952.772.352.35––1.91*–––L3.302.543.042.372.662.952.31–2.892.802.03––2.24angle of the M3––87.46°––107.47°74.41°123.25°102.23°108.34°111.46°––––
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. 273 in Comptes Rendus Palevol 23 (20) on page 273, DOI: 10.5852/cr-palevol2024v23a20, http://zenodo.org/record/13269380
DOI: 10.5281/zenodo.15137731
title: TABLE 3 in Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications

description: TABLE 3. —Compared measurements (in mm) of the lower molariforms Orocavia andina n. comb. and Caviidae indet. Abbreviations: APL, anteroposterior length; LLA, anteroposterior length of anterior lobe; LPL, anteroposterior length of posterior lobe.
Caviidae indet.Orocavia andina n. comb.MeasuresSideMACN 8350 (holotype)FMNH-P 1094MACN-Pv 8300MACN-Pv 8349MACN-Pv 8411MACN-Pv 8412MACN - Pv 8414MCH-P 94MCH-P 360MCH-P 361PVL 3293MACN -A 1662APL dental seriesR––11.01––10.96––––––L––––––13.32–––11.84–LAP p4R––2.16––2.29––––––L––––––2.702.51*––2.61–LLAR––1.08––1.10––––––L––––––1.36–––1.32–LPLR––1.06––1.00––––––L–1.21–1.34––1.31–––1.17–APL m1R––2.70–3.282.63––––––L2.793.10–3.03––3.042.612.623.262.882.73LLAR––1.10–1.611.17––––––L1.261.51–1.22––1.431.051.171.441.331.22LPLR––1.34–1.661.26––––––L1.421.48–1.67––1.531.351.331.631.401.36APL m2R––2.853.432.94––2.54–––L3.143.13–3.54––3.142.97–3.622.98–LLAR––1.25–1.591.41––––––L1.391.50–1.69––1.571.291.111.621.48–LPLR––1.39–1.621.33––––––L1.571.53–1.72––1.511.361.231.751.42–APL m3R––3.10–3.733.10–––––L3.63––3.99––3.52–––3.25–LLAR––1.28–1.641.34–––––L1.53––1.69––1.41–––1.50–LPLR––1.55–1.941.48––––––L1.94––2.14––1.82–––1.63–
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. 276 in Comptes Rendus Palevol 23 (20) on page 276, DOI: 10.5852/cr-palevol2024v23a20, http://zenodo.org/record/13269380
DOI: 10.5281/zenodo.15137732
title: TABLE 3 in Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications

description: TABLE 3. —Compared measurements (in mm) of the lower molariforms Orocavia andina n. comb. and Caviidae indet. Abbreviations: APL, anteroposterior length; LLA, anteroposterior length of anterior lobe; LPL, anteroposterior length of posterior lobe.
Caviidae indet.Orocavia andina n. comb.MeasuresSideMACN 8350 (holotype)FMNH-P 1094MACN-Pv 8300MACN-Pv 8349MACN-Pv 8411MACN-Pv 8412MACN - Pv 8414MCH-P 94MCH-P 360MCH-P 361PVL 3293MACN -A 1662APL dental seriesR––11.01––10.96––––––L––––––13.32–––11.84–LAP p4R––2.16––2.29––––––L––––––2.702.51*––2.61–LLAR––1.08––1.10––––––L––––––1.36–––1.32–LPLR––1.06––1.00––––––L–1.21–1.34––1.31–––1.17–APL m1R––2.70–3.282.63––––––L2.793.10–3.03––3.042.612.623.262.882.73LLAR––1.10–1.611.17––––––L1.261.51–1.22––1.431.051.171.441.331.22LPLR––1.34–1.661.26––––––L1.421.48–1.67––1.531.351.331.631.401.36APL m2R––2.853.432.94––2.54–––L3.143.13–3.54––3.142.97–3.622.98–LLAR––1.25–1.591.41––––––L1.391.50–1.69––1.571.291.111.621.48–LPLR––1.39–1.621.33––––––L1.571.53–1.72––1.511.361.231.751.42–APL m3R––3.10–3.733.10–––––L3.63––3.99––3.52–––3.25–LLAR––1.28–1.641.34–––––L1.53––1.69––1.41–––1.50–LPLR––1.55–1.941.48––––––L1.94––2.14––1.82–––1.63–
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. 276 in Comptes Rendus Palevol 23 (20) on page 276, DOI: 10.5852/cr-palevol2024v23a20, http://zenodo.org/record/13269380
DOI: 10.5281/zenodo.15137734
title: APPENDIX 4 in Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications

description: APPENDIX 4. — Cranial measurements (in mm) of Microcavia australis (I.Geoffroy Saint-Hilaire & d’Orbigny,1833) and Dolicavia minuscula (Ameghino,1908). Compared measurements (in mm) of skull and dentary of M. australis (CML 841; CML 8410; CML 1010; CML 1012; CML 7239) and D. minuscula (MLP 91-VI-5333; MACN 10617; MMP 210-S; MMP-500-M; MMP 846-M). *, average measurements.
MeasuresMicrocavia australis *Dolicavia minuscula *skull total length (dorsal view)49.8559.10skull length (from nasal-frontal suture)33.8240.22length of diastema12.0713.94rostrum length (from nasal-frontal suture)16.3619.24rostrum width (between nasal-frontal-prmx suture)7.458.99orbital constriction width12.0816.53braincase width23.1429.47palate width at P4 level (measured in the anterior lobe without including teeth)0.921.14palate width at M3 level (measured in the anterior lobe without including teeth)5.947.16width at mae level20.2824.75palate length (from the P4 level to the apex of the mesopterigoid fossa)9.6812.81
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. 289 in Comptes Rendus Palevol 23 (20) on page 289, DOI: 10.5852/cr-palevol2024v23a20, http://zenodo.org/record/13269380
DOI: 10.5281/zenodo.15137733
title: APPENDIX 4 in Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications

description: APPENDIX 4. — Cranial measurements (in mm) of Microcavia australis (I.Geoffroy Saint-Hilaire & d’Orbigny,1833) and Dolicavia minuscula (Ameghino,1908). Compared measurements (in mm) of skull and dentary of M. australis (CML 841; CML 8410; CML 1010; CML 1012; CML 7239) and D. minuscula (MLP 91-VI-5333; MACN 10617; MMP 210-S; MMP-500-M; MMP 846-M). *, average measurements.
MeasuresMicrocavia australis *Dolicavia minuscula *skull total length (dorsal view)49.8559.10skull length (from nasal-frontal suture)33.8240.22length of diastema12.0713.94rostrum length (from nasal-frontal suture)16.3619.24rostrum width (between nasal-frontal-prmx suture)7.458.99orbital constriction width12.0816.53braincase width23.1429.47palate width at P4 level (measured in the anterior lobe without including teeth)0.921.14palate width at M3 level (measured in the anterior lobe without including teeth)5.947.16width at mae level20.2824.75palate length (from the P4 level to the apex of the mesopterigoid fossa)9.6812.81
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. 289 in Comptes Rendus Palevol 23 (20) on page 289, DOI: 10.5852/cr-palevol2024v23a20, http://zenodo.org/record/13269380
DOI: 10.5281/zenodo.15137735
title: APPENDIX 7 in Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications

description: APPENDIX 7. — Compared measurements (in mm) of the molariforms of remains misassigned or described as Orthomyctera rigens (Ameghino, 1888), “ Orthomyctera” andina (Rovereto,1914) or Orthomyctera sp. Abbreviations: LAP, anteroposterior length; LLA, anteroposterior length of anterior lobe; LPL, anteroposterior length of posterior lobe.
MeasuresOrientationFNMH-P 15300FNMH-P 15250FNMH-P 14343FNMH-P 14463MAS-P006PVL 4891LAP dental seriesright left– –– 16.0512.21 –– –16.39 –18.77 –LAP P4right left2.71 2.80– –– –– –4.41 –4.19 –LLAright left1.23 1.28– –1.36 –– –2.25 –2.03 –LPLright left1.37 1.31– 2.12– –– –1.77 –1.97 –LAP M1right left2.92 2.983.16 3.312.77 –– 2.904.02 –3.84 –LLAright left1.21 1.131.45 1.581.23 –– 1.301.87 –1.81 –LPLright left1.55 1.371.49 1.531.51 –– 1.281.92 –2.04 –LAP M2right left– 2.803.35 3.543.26 –2.00 2.934.23 –4.40 –LLAright left1.43 1.281.52 1.501.61 –0.97 1.282.05 –1.86 –LPLright left– 1.371.68 1.801.50 –1.19 1.471.96 –2.30 –LAP M3right left– –4.95 4.892.90 –3.00 4.086.13 –6.13 –LLAright left– 1.221.66 1.571.12 –1.00 1.251.93 –1.96 –LPLright left– –3.12 3.191.64 –2.00 2.633.76 –3.71 –
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. 291 in Comptes Rendus Palevol 23 (20) on page 291, DOI: 10.5852/cr-palevol2024v23a20, http://zenodo.org/record/13269380
DOI: 10.5281/zenodo.15137736
title: APPENDIX 7 in Redescription of a small Caviidae (Rodentia: Hystricognathi) from the Neogene of northwestern Argentina and its systematic implications

description: APPENDIX 7. — Compared measurements (in mm) of the molariforms of remains misassigned or described as Orthomyctera rigens (Ameghino, 1888), “ Orthomyctera” andina (Rovereto,1914) or Orthomyctera sp. Abbreviations: LAP, anteroposterior length; LLA, anteroposterior length of anterior lobe; LPL, anteroposterior length of posterior lobe.
MeasuresOrientationFNMH-P 15300FNMH-P 15250FNMH-P 14343FNMH-P 14463MAS-P006PVL 4891LAP dental seriesright left– –– 16.0512.21 –– –16.39 –18.77 –LAP P4right left2.71 2.80– –– –– –4.41 –4.19 –LLAright left1.23 1.28– –1.36 –– –2.25 –2.03 –LPLright left1.37 1.31– 2.12– –– –1.77 –1.97 –LAP M1right left2.92 2.983.16 3.312.77 –– 2.904.02 –3.84 –LLAright left1.21 1.131.45 1.581.23 –– 1.301.87 –1.81 –LPLright left1.55 1.371.49 1.531.51 –– 1.281.92 –2.04 –LAP M2right left– 2.803.35 3.543.26 –2.00 2.934.23 –4.40 –LLAright left1.43 1.281.52 1.501.61 –0.97 1.282.05 –1.86 –LPLright left– 1.371.68 1.801.50 –1.19 1.471.96 –2.30 –LAP M3right left– –4.95 4.892.90 –3.00 4.086.13 –6.13 –LLAright left– 1.221.66 1.571.12 –1.00 1.251.93 –1.96 –LPLright left– –3.12 3.191.64 –2.00 2.633.76 –3.71 –
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. 291 in Comptes Rendus Palevol 23 (20) on page 291, DOI: 10.5852/cr-palevol2024v23a20, http://zenodo.org/record/13269380
DOI: 10.5281/zenodo.15137711
title: APPENDIX 1 in Shell asymmetry in Cretaceous Cyclothyrididae (Brachiopoda): variability, ontogeny and terminology

description: APPENDIX 1. — Information about specimens:names of pictures,id of photographic session,id of replicates for the test of the protocol variance and localities.
name_photoid_sessionid_replicateslocality_DSC0392.pss1–Cher_DSC0393.pss1–Cher_DSC0394.pss1r1Cher_DSC0395.pss1–Cher_DSC0396.pss1r2Cher_DSC0397.pss1–Cher_DSC0398.pss1r3Cher_DSC0399.pss1–Cher_DSC0400.pss1–Cher_DSC0401.pss1–Cher_DSC0402.pss1–Cher_DSC0403.pss1–Cher_DSC0404.pss1–Cher_DSC0405.pss1–Cher_DSC0406.pss1–Cher_DSC0407.pss1–Cher_DSC0408.pss1–Cher_DSC0409.pss1–Cher_DSC0410.pss1–Cher_DSC0411.pss1–Cher_DSC0412.pss1–Cher_DSC0413.pss1–Cher_DSC0414.pss1–Cher_DSC0415.pss1–Cher_DSC0416.pss1–Cher_DSC0417.pss1–Cher_DSC0418.pss1–Cher_DSC0419.pss1–Cher_DSC0420.pss1–Cher_DSC0421.pss1–Cher_DSC0422.pss1–Cher_DSC0423.pss1–Cher_DSC0424.pss1–Cher_DSC0425.pss1–Cher_DSC0426.pss1–Cher_DSC0427.pss1–Cher_DSC0428.pss1–Cher_DSC0430.pss2r1Cher_DSC0431.pss2r2Cher_DSC0432.pss2r3Cher_DSC0433.pss2–Cher_DSC0434.pss2–Cher_DSC0435.pss2–Cher_DSC0436.pss2–Cher_DSC0437.pss2–Cher_DSC0438.pss2–Cher_DSC0439.pss2–Cher_DSC0442.pss2–Cher_DSC0443.pss2–Cher_DSC0444.pss2–Cher_DSC0445.pss2–Cher_DSC0446.pss2–Cher_DSC0447.pss2–Cher_DSC0448.pss2–Cher_DSC0449.pss2–Cher_DSC0450.pss2–Cher_DSC0451.pss2–Cher_DSC0452.pss2–Cher_DSC0453.pss2–Cher_DSC0454.pss2–Cher_DSC0455.pss2–Cher_DSC0456.pss2–Cher_DSC0457.pss2–Cher_DSC0458.pss2–Cher_DSC0459.pss2–Cher_DSC0460.pss2–Cher_DSC0463.pss2–Cher_DSC0464.pss2–Cher_DSC0466.pss2–Cher_DSC0467.pss2–Cher_DSC0468.pss2–Cher_DSC0469.pss2–Cher_DSC0470.pss2–Cher_DSC0471.pss3r1Cher_DSC0472.pss3r2Cher_DSC0473.pss3r3Cher_DSC0474.pss3–Cher_DSC0475.pss3–Cher_DSC0476.pss3–Cher_DSC0477.pss3–Cher_DSC0478.pss3–Cher_DSC0479.pss3–Cher_DSC0480.pss3–Cher_DSC0481.pss3–Cher_DSC0482.pss3–Cher_DSC0483.pss3–Cher_DSC0484.pss3–Cher_DSC0485.pss3–Cher_DSC0486.pss3–Cher_DSC0487.pss3–Cher_DSC0488.pss3–Cher_DSC0489.pss3–Cher_DSC0491.pss3–Cher_DSC0492.pss3–Cher_DSC0493.pss3–Cher_DSC0494.pss3–Cher_DSC0495.pss3–Cher_DSC0496.pss3–Cher_DSC0497.pss3–Cher_DSC0498.pss3–Cher_DSC0499.pss3–Cher_DSC0500.pss3–Cher_DSC0501.pss3–Cher_DSC0502.pss3–Cher_DSC0503.pss3–Cher_DSC0505.pss3–Caux_DSC0506.pss3–Caux_DSC0507.pss3–Caux_DSC0509.pss3–Caux_DSC0510.pss3–Caux_DSC0511.pss3–Caux_DSC0512.pss3–Caux_DSC0513.pss3–Caux_DSC0515.pss3–Caux_DSC0516.pss3–Caux_DSC0517.pss3–Caux_DSC0518.pss3–Caux_DSC0519.pss3–Caux_DSC0520.pss3–Caux_DSC0521.pss3–Caux_DSC0522.pss3–Caux_DSC0523.pss3–Caux_DSC0524.pss3–Caux_DSC3433.pss4r1Cher_DSC3435.pss4r2Cher_DSC3437.pss4r3Cher_DSC3439.pss4–Caux_DSC3441.pss4–Caux_DSC3443.pss4–Caux_DSC3445.pss4–Caux_DSC3447.pss4–Caux_DSC3449.pss4–Caux
description: Published as part of Gaspard, Danièle, Paccard, Denis & Bardin, Jérémie, 2024, Shell asymmetry in Cretaceous Cyclothyrididae (Brachiopoda): variability, ontogeny and terminology, pp. 181 in Comptes Rendus Palevol 23 (13) on page 181, DOI: 10.5852/cr-palevol2024v23a13, http://zenodo.org/record/10848105
DOI: 10.5281/zenodo.15137712
title: APPENDIX 1 in Shell asymmetry in Cretaceous Cyclothyrididae (Brachiopoda): variability, ontogeny and terminology

description: APPENDIX 1. — Information about specimens:names of pictures,id of photographic session,id of replicates for the test of the protocol variance and localities.
name_photoid_sessionid_replicateslocality_DSC0392.pss1–Cher_DSC0393.pss1–Cher_DSC0394.pss1r1Cher_DSC0395.pss1–Cher_DSC0396.pss1r2Cher_DSC0397.pss1–Cher_DSC0398.pss1r3Cher_DSC0399.pss1–Cher_DSC0400.pss1–Cher_DSC0401.pss1–Cher_DSC0402.pss1–Cher_DSC0403.pss1–Cher_DSC0404.pss1–Cher_DSC0405.pss1–Cher_DSC0406.pss1–Cher_DSC0407.pss1–Cher_DSC0408.pss1–Cher_DSC0409.pss1–Cher_DSC0410.pss1–Cher_DSC0411.pss1–Cher_DSC0412.pss1–Cher_DSC0413.pss1–Cher_DSC0414.pss1–Cher_DSC0415.pss1–Cher_DSC0416.pss1–Cher_DSC0417.pss1–Cher_DSC0418.pss1–Cher_DSC0419.pss1–Cher_DSC0420.pss1–Cher_DSC0421.pss1–Cher_DSC0422.pss1–Cher_DSC0423.pss1–Cher_DSC0424.pss1–Cher_DSC0425.pss1–Cher_DSC0426.pss1–Cher_DSC0427.pss1–Cher_DSC0428.pss1–Cher_DSC0430.pss2r1Cher_DSC0431.pss2r2Cher_DSC0432.pss2r3Cher_DSC0433.pss2–Cher_DSC0434.pss2–Cher_DSC0435.pss2–Cher_DSC0436.pss2–Cher_DSC0437.pss2–Cher_DSC0438.pss2–Cher_DSC0439.pss2–Cher_DSC0442.pss2–Cher_DSC0443.pss2–Cher_DSC0444.pss2–Cher_DSC0445.pss2–Cher_DSC0446.pss2–Cher_DSC0447.pss2–Cher_DSC0448.pss2–Cher_DSC0449.pss2–Cher_DSC0450.pss2–Cher_DSC0451.pss2–Cher_DSC0452.pss2–Cher_DSC0453.pss2–Cher_DSC0454.pss2–Cher_DSC0455.pss2–Cher_DSC0456.pss2–Cher_DSC0457.pss2–Cher_DSC0458.pss2–Cher_DSC0459.pss2–Cher_DSC0460.pss2–Cher_DSC0463.pss2–Cher_DSC0464.pss2–Cher_DSC0466.pss2–Cher_DSC0467.pss2–Cher_DSC0468.pss2–Cher_DSC0469.pss2–Cher_DSC0470.pss2–Cher_DSC0471.pss3r1Cher_DSC0472.pss3r2Cher_DSC0473.pss3r3Cher_DSC0474.pss3–Cher_DSC0475.pss3–Cher_DSC0476.pss3–Cher_DSC0477.pss3–Cher_DSC0478.pss3–Cher_DSC0479.pss3–Cher_DSC0480.pss3–Cher_DSC0481.pss3–Cher_DSC0482.pss3–Cher_DSC0483.pss3–Cher_DSC0484.pss3–Cher_DSC0485.pss3–Cher_DSC0486.pss3–Cher_DSC0487.pss3–Cher_DSC0488.pss3–Cher_DSC0489.pss3–Cher_DSC0491.pss3–Cher_DSC0492.pss3–Cher_DSC0493.pss3–Cher_DSC0494.pss3–Cher_DSC0495.pss3–Cher_DSC0496.pss3–Cher_DSC0497.pss3–Cher_DSC0498.pss3–Cher_DSC0499.pss3–Cher_DSC0500.pss3–Cher_DSC0501.pss3–Cher_DSC0502.pss3–Cher_DSC0503.pss3–Cher_DSC0505.pss3–Caux_DSC0506.pss3–Caux_DSC0507.pss3–Caux_DSC0509.pss3–Caux_DSC0510.pss3–Caux_DSC0511.pss3–Caux_DSC0512.pss3–Caux_DSC0513.pss3–Caux_DSC0515.pss3–Caux_DSC0516.pss3–Caux_DSC0517.pss3–Caux_DSC0518.pss3–Caux_DSC0519.pss3–Caux_DSC0520.pss3–Caux_DSC0521.pss3–Caux_DSC0522.pss3–Caux_DSC0523.pss3–Caux_DSC0524.pss3–Caux_DSC3433.pss4r1Cher_DSC3435.pss4r2Cher_DSC3437.pss4r3Cher_DSC3439.pss4–Caux_DSC3441.pss4–Caux_DSC3443.pss4–Caux_DSC3445.pss4–Caux_DSC3447.pss4–Caux_DSC3449.pss4–Caux
description: Published as part of Gaspard, Danièle, Paccard, Denis & Bardin, Jérémie, 2024, Shell asymmetry in Cretaceous Cyclothyrididae (Brachiopoda): variability, ontogeny and terminology, pp. 181 in Comptes Rendus Palevol 23 (13) on page 181, DOI: 10.5852/cr-palevol2024v23a13, http://zenodo.org/record/10848105
DOI: 10.5281/zenodo.15137665
title: TABLE 1 in A multi-proxy study from new excavations in the Middle Palaeolithic site of Cova del Puntal del Gat (Benirredrà, València, Spain)

description: TABLE 1. — Technological categories.
IIIIIWith debris and inform fragmentsWithout debris and inform fragmentsWith debris and inform fragmentsWithout debris and inform fragmentsBlanksTotal%Total%Total%Total%>50% cortical flake1021.4910211.1120.4026.9050-25% cortical flake881.28889.5920.4026.90<25% cortical flake1582.3015817.2130.60310.34Flake3194.6431934.75142.801448.28Outrepassing flake590.86596.4310.2013.45Overshot flake50.0750.54––––Hinged flake300.44303.27––––Siret Fracture20.0320.22––––Resharpening flake170.25171.8520.4026.90Kombewa flake110.16111.20––––Laminar flake100.15101.09––––Core1031.5010311.2251.00517.24Blade20.0320.22––––Bladelet110.16111.20––––Cobble10.0110.11––––Débris69010.05––306.00––Inform fragment1161.69––––––Chips514474.90––44188.20––Total6868100.00918100.00500100.0029100.00
description: Published as part of Eixea, Aleix, Bel, Miguel Ángel, Carrión-Marco, Yolanda, Ferrer-García, Carlos, Guillem, Pere M., Martínez-Alfaro, Álvaro, Martínez-Varea, Carmen M., Moya, Raquel, Rodrigues, Ana Luísa, Dias, Maria Isabel, Russo, Dulce & Sanchis, Alfred, 2023, A multi-proxy study from new excavations in the Middle Palaeolithic site of Cova del Puntal del Gat (Benirredrà, València, Spain), pp. 172 in Comptes Rendus Palevol 22 (10) on page 172, DOI: 10.5852/cr-palevol2023v22a10, http://zenodo.org/record/7773669
DOI: 10.5281/zenodo.15137666
title: TABLE 1 in A multi-proxy study from new excavations in the Middle Palaeolithic site of Cova del Puntal del Gat (Benirredrà, València, Spain)

description: TABLE 1. — Technological categories.
IIIIIWith debris and inform fragmentsWithout debris and inform fragmentsWith debris and inform fragmentsWithout debris and inform fragmentsBlanksTotal%Total%Total%Total%>50% cortical flake1021.4910211.1120.4026.9050-25% cortical flake881.28889.5920.4026.90<25% cortical flake1582.3015817.2130.60310.34Flake3194.6431934.75142.801448.28Outrepassing flake590.86596.4310.2013.45Overshot flake50.0750.54––––Hinged flake300.44303.27––––Siret Fracture20.0320.22––––Resharpening flake170.25171.8520.4026.90Kombewa flake110.16111.20––––Laminar flake100.15101.09––––Core1031.5010311.2251.00517.24Blade20.0320.22––––Bladelet110.16111.20––––Cobble10.0110.11––––Débris69010.05––306.00––Inform fragment1161.69––––––Chips514474.90––44188.20––Total6868100.00918100.00500100.0029100.00
description: Published as part of Eixea, Aleix, Bel, Miguel Ángel, Carrión-Marco, Yolanda, Ferrer-García, Carlos, Guillem, Pere M., Martínez-Alfaro, Álvaro, Martínez-Varea, Carmen M., Moya, Raquel, Rodrigues, Ana Luísa, Dias, Maria Isabel, Russo, Dulce & Sanchis, Alfred, 2023, A multi-proxy study from new excavations in the Middle Palaeolithic site of Cova del Puntal del Gat (Benirredrà, València, Spain), pp. 172 in Comptes Rendus Palevol 22 (10) on page 172, DOI: 10.5852/cr-palevol2023v22a10, http://zenodo.org/record/7773669
DOI: 10.5281/zenodo.15137668
title: TABLE 2 in A multi-proxy study from new excavations in the Middle Palaeolithic site of Cova del Puntal del Gat (Benirredrà, València, Spain)

description: TABLE 2. — Core technology.
CoresII%III%Levallois3231.07––Centripetal recurrent3130.10––Unipolar recurrent10.97––Discoid2726.21––Bifacial109.71––Unifacial1716.50––Quina98.74––Core-on-flake43.88––Bipolar43.88––Ortogonal21.94––Unipolar10.97––Chunk21.943–Indet.2221.362–Total103100.005–
description: Published as part of Eixea, Aleix, Bel, Miguel Ángel, Carrión-Marco, Yolanda, Ferrer-García, Carlos, Guillem, Pere M., Martínez-Alfaro, Álvaro, Martínez-Varea, Carmen M., Moya, Raquel, Rodrigues, Ana Luísa, Dias, Maria Isabel, Russo, Dulce & Sanchis, Alfred, 2023, A multi-proxy study from new excavations in the Middle Palaeolithic site of Cova del Puntal del Gat (Benirredrà, València, Spain), pp. 173 in Comptes Rendus Palevol 22 (10) on page 173, DOI: 10.5852/cr-palevol2023v22a10, http://zenodo.org/record/7773669
DOI: 10.5281/zenodo.15137667
title: TABLE 2 in A multi-proxy study from new excavations in the Middle Palaeolithic site of Cova del Puntal del Gat (Benirredrà, València, Spain)

description: TABLE 2. — Core technology.
CoresII%III%Levallois3231.07––Centripetal recurrent3130.10––Unipolar recurrent10.97––Discoid2726.21––Bifacial109.71––Unifacial1716.50––Quina98.74––Core-on-flake43.88––Bipolar43.88––Ortogonal21.94––Unipolar10.97––Chunk21.943–Indet.2221.362–Total103100.005–
description: Published as part of Eixea, Aleix, Bel, Miguel Ángel, Carrión-Marco, Yolanda, Ferrer-García, Carlos, Guillem, Pere M., Martínez-Alfaro, Álvaro, Martínez-Varea, Carmen M., Moya, Raquel, Rodrigues, Ana Luísa, Dias, Maria Isabel, Russo, Dulce & Sanchis, Alfred, 2023, A multi-proxy study from new excavations in the Middle Palaeolithic site of Cova del Puntal del Gat (Benirredrà, València, Spain), pp. 173 in Comptes Rendus Palevol 22 (10) on page 173, DOI: 10.5852/cr-palevol2023v22a10, http://zenodo.org/record/7773669