cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15155805
title: Table 1 in Alkaloid variation in New Zealand kōwhai, Sophora species

description: Table 1 Alkaloids previously reported from New Zealand Sophora.
Sophora sp.Alkaloids *Plant Comments partReferencemicrophyllaNMC = M,> CSeedFirst report of NMC from Sophora, two other minor alkaloids not identified.Briggs and Ricketts (1937)tetrapteraM >> NMCSeedAlmost entirely M with a little NMC.Briggs and Taylor (1938)chathamicaM, NMC, SCSeedAim was to identify a Chatham Island Sophora species by alkaloids: inconclusive.Briggs and Russell (1942)fulvida (see Heenan, 2001)NMC> C> MSeedAim was to identify Anawhata Sophora species by alkaloids: inconclusive.Briggs and Mangan (1948)microphylla TetrapteraM ‘‘series’’ and C ‘‘series’’SeedTLC survey, chemotaxonomic division of 28 Sophora spp. proposed on C- versus M-type alkaloid abundance.Izaddoost (1975)microphyllaA, AN, B, C, DHL, D-H matrine, L, M, NMC, SCSeed Stem LeafMajor seed alkaloids = A, M, L Major stem alkaloids = M, C Major leaf alkaloids = M, D- H matrine, L, C, NMCHoeneisen et al. (1993)microphylla tetraptera ProstrataNMC, C, M, S- OH, AN, R, BSeedmicrophylla alkaloids> 10% = NMC, M, B tetraptera alkaloids> 10% = M prostrata alkaloids> 10% = C, MPeña and Cassels (1996)
* Alkaloid identifiers: A = ammodendrine, AN = anagyrine, B = baptifoline, C = cytisine, DHL = dehydrolupanine, D-H matrine = dehydromatrine, L = lupanine, M = matrine, NMC = N -methyl cytisine, SC = sophochrysine, S-OH = sophoranol, R = rhombifoline.
description: Published as part of McDougal, Owen M., Heenan, Peter B., Jaksons, Peter, Sansom, Catherine E., Smallfield, Bruce M., Perry, Nigel B. & van Klink, John W., 2015, Alkaloid variation in New Zealand kōwhai, Sophora species, pp. 11 in Phytochemistry 118 on page 11, DOI: 10.1016/j.phytochem.2015.07.019, http://zenodo.org/record/10488908
DOI: 10.5281/zenodo.15155810
title: Table 3 in Alkaloid variation in New Zealand kōwhai, Sophora species

description: Table 3 Sophora alkaloids (mg/g *) in leaf and seed samples determined by GC-FID.
SamplenMean/sdAANCDHLLMNMCSTotal alkaloids#LeafS. cassioides5Mean0.050.160.710.210.260.590.080.092.47sd0.080.170.810.280.270.670.090.112.39S. chathamica6Mean0.030.040.040.100.070.760.020.502.04sd0.020.040.040.100.041.160.041.082.64S. fulvida5Mean0.000.010.010.010.020.000.010.020.12sd0.000.010.020.010.020.010.020.050.10S. godleyi6Mean0.020.071.240.190.561.140.390.144.09sd0.040.091.900.300.821.720.530.195.82S. longicarinata4mean0.100.100.420.170.210.170.130.442.16sd0.170.120.550.240.230.210.210.692.43S. microphylla16Mean0.100.090.720.170.222.520.190.405.18sd0.160.181.700.280.224.440.480.946.30S. molloyi3Mean0.050.310.490.380.340.470.350.122.98sd0.060.420.240.420.410.210.100.101.64S. prostrata3Mean0.000.070.030.110.540.390.070.001.43sd0.000.060.040.130.470.540.090.001.21S. tetraptera6Mean0.000.010.010.010.020.720.020.001.00sd0.000.020.010.030.020.560.020.010.89SeedS. cassioides5Mean0.040.407.730.610.424.607.630.0122.94sd0.070.382.510.730.390.752.870.025.70S. chathamica4Mean0.070.4210.020.160.277.177.210.0129.95sd0.050.197.650.080.122.062.810.035.52S. fulvida3Mean0.010.354.900.190.541.087.850.0016.17sd0.030.311.850.220.630.973.410.006.54S. godleyi5Mean0.000.1611.960.060.154.225.680.0225.73sd0.000.116.280.040.111.723.800.0310.89S. longicarinata3Mean0.230.2211.190.110.241.799.090.0023.26sd0.220.282.280.120.231.502.310.003.76S. microphylla14Mean0.330.5212.580.660.699.325.240.0233.16sd0.360.627.111.290.917.895.590.0313.14S. molloyi1Mean0.060.468.210.150.563.498.950.0122.72sd0.050.213.210.050.221.423.680.038.99S. prostrata2Mean0.043.5911.281.800.741.658.870.0028.57sd0.060.363.020.340.591.555.760.006.64S. tetraptera4Mean0.000.201.870.170.236.894.270.0220.09sd0.000.112.220.160.201.731.770.046.10
A = ammodendrine, AN = anagyrine, C = cytisine, DHL = dehydrolupanine, L = lupanine, M = matrine, NMC = N -methyl cytisine, S = sparteine; # including tentative and unidentified.
*
Relative to cytisine.
description: Published as part of McDougal, Owen M., Heenan, Peter B., Jaksons, Peter, Sansom, Catherine E., Smallfield, Bruce M., Perry, Nigel B. & van Klink, John W., 2015, Alkaloid variation in New Zealand kōwhai, Sophora species, pp. 12 in Phytochemistry 118 on page 12, DOI: 10.1016/j.phytochem.2015.07.019, http://zenodo.org/record/10488908
DOI: 10.5281/zenodo.15155806
title: Table 1 in Alkaloid variation in New Zealand kōwhai, Sophora species

description: Table 1 Alkaloids previously reported from New Zealand Sophora.
Sophora sp.Alkaloids *Plant Comments partReferencemicrophyllaNMC = M,> CSeedFirst report of NMC from Sophora, two other minor alkaloids not identified.Briggs and Ricketts (1937)tetrapteraM >> NMCSeedAlmost entirely M with a little NMC.Briggs and Taylor (1938)chathamicaM, NMC, SCSeedAim was to identify a Chatham Island Sophora species by alkaloids: inconclusive.Briggs and Russell (1942)fulvida (see Heenan, 2001)NMC> C> MSeedAim was to identify Anawhata Sophora species by alkaloids: inconclusive.Briggs and Mangan (1948)microphylla TetrapteraM ‘‘series’’ and C ‘‘series’’SeedTLC survey, chemotaxonomic division of 28 Sophora spp. proposed on C- versus M-type alkaloid abundance.Izaddoost (1975)microphyllaA, AN, B, C, DHL, D-H matrine, L, M, NMC, SCSeed Stem LeafMajor seed alkaloids = A, M, L Major stem alkaloids = M, C Major leaf alkaloids = M, D- H matrine, L, C, NMCHoeneisen et al. (1993)microphylla tetraptera ProstrataNMC, C, M, S- OH, AN, R, BSeedmicrophylla alkaloids> 10% = NMC, M, B tetraptera alkaloids> 10% = M prostrata alkaloids> 10% = C, MPeña and Cassels (1996)
* Alkaloid identifiers: A = ammodendrine, AN = anagyrine, B = baptifoline, C = cytisine, DHL = dehydrolupanine, D-H matrine = dehydromatrine, L = lupanine, M = matrine, NMC = N -methyl cytisine, SC = sophochrysine, S-OH = sophoranol, R = rhombifoline.
description: Published as part of McDougal, Owen M., Heenan, Peter B., Jaksons, Peter, Sansom, Catherine E., Smallfield, Bruce M., Perry, Nigel B. & van Klink, John W., 2015, Alkaloid variation in New Zealand kōwhai, Sophora species, pp. 11 in Phytochemistry 118 on page 11, DOI: 10.1016/j.phytochem.2015.07.019, http://zenodo.org/record/10488908
DOI: 10.5281/zenodo.15155807
title: Table 2 in Alkaloid variation in New Zealand kōwhai, Sophora species

description: Table 2 GC–MS data for alkaloids identified from Sophora.
SymbolAlkaloidCASRI HP-5RI HP-1Lit RI DB-1M + (%)Major fragments (% relative abundance)AAmmodendrine494-15-5191418541856208 (7)165 (34), 123 (35), 122 (36),110 (43), 91 (59), 78 (35)ANAnagyrine53584-33-1247323732406244 (15)160 (8), 146 (12), 136 (10), 122 (6),99 (10), 98 (100), 97 (10)CCytisine485-35-8207819761992190 (30)160 (21), 148 (32), 147 (59),146 (100), 134 (20), 117 (14)DHL5,6-Dehydrolupanine32101-29-4219721282144246 (11)134 (9), 120 (5), 99 (9), 98 (100),96 (8), 84 (7), 68 (6)LLupanine550-90-3223321602178248 (13)150 (35), 151 (13), 149 (45),136 (100), 134 (17), 122 (13),110 (25), 98 (25), 97 (20)MMatrine519-02-8233822702286248 (75)247 (62), 205 (91), 192 (36),177 (37), 150 (70), 148 (50),137 (56), 120 (43), 96 (100)NMCN -methyl cytisine486-86-2203019381954204 (13)160 (8), 146 (12), 117 (4), 91 (5),82 (5), 78 (7), 58 (100), 57 (5)SSparteine6917-37-9179317661773234 (1)193 (18), 137 (91), 136 (42),110 (31), 122 (13), 98 (100),97 (38), 84 (22)
RI = retention index, Literature values from Kite and Pennington (2003).
RI measurements on HP-1 and HP-5 are mean values (n = 3).
description: Published as part of McDougal, Owen M., Heenan, Peter B., Jaksons, Peter, Sansom, Catherine E., Smallfield, Bruce M., Perry, Nigel B. & van Klink, John W., 2015, Alkaloid variation in New Zealand kōwhai, Sophora species, pp. 12 in Phytochemistry 118 on page 12, DOI: 10.1016/j.phytochem.2015.07.019, http://zenodo.org/record/10488908
DOI: 10.5281/zenodo.15155808
title: Table 2 in Alkaloid variation in New Zealand kōwhai, Sophora species

description: Table 2 GC–MS data for alkaloids identified from Sophora.
SymbolAlkaloidCASRI HP-5RI HP-1Lit RI DB-1M + (%)Major fragments (% relative abundance)AAmmodendrine494-15-5191418541856208 (7)165 (34), 123 (35), 122 (36),110 (43), 91 (59), 78 (35)ANAnagyrine53584-33-1247323732406244 (15)160 (8), 146 (12), 136 (10), 122 (6),99 (10), 98 (100), 97 (10)CCytisine485-35-8207819761992190 (30)160 (21), 148 (32), 147 (59),146 (100), 134 (20), 117 (14)DHL5,6-Dehydrolupanine32101-29-4219721282144246 (11)134 (9), 120 (5), 99 (9), 98 (100),96 (8), 84 (7), 68 (6)LLupanine550-90-3223321602178248 (13)150 (35), 151 (13), 149 (45),136 (100), 134 (17), 122 (13),110 (25), 98 (25), 97 (20)MMatrine519-02-8233822702286248 (75)247 (62), 205 (91), 192 (36),177 (37), 150 (70), 148 (50),137 (56), 120 (43), 96 (100)NMCN -methyl cytisine486-86-2203019381954204 (13)160 (8), 146 (12), 117 (4), 91 (5),82 (5), 78 (7), 58 (100), 57 (5)SSparteine6917-37-9179317661773234 (1)193 (18), 137 (91), 136 (42),110 (31), 122 (13), 98 (100),97 (38), 84 (22)
RI = retention index, Literature values from Kite and Pennington (2003).
RI measurements on HP-1 and HP-5 are mean values (n = 3).
description: Published as part of McDougal, Owen M., Heenan, Peter B., Jaksons, Peter, Sansom, Catherine E., Smallfield, Bruce M., Perry, Nigel B. & van Klink, John W., 2015, Alkaloid variation in New Zealand kōwhai, Sophora species, pp. 12 in Phytochemistry 118 on page 12, DOI: 10.1016/j.phytochem.2015.07.019, http://zenodo.org/record/10488908
DOI: 10.5281/zenodo.15155809
title: Table 3 in Alkaloid variation in New Zealand kōwhai, Sophora species

description: Table 3 Sophora alkaloids (mg/g *) in leaf and seed samples determined by GC-FID.
SamplenMean/sdAANCDHLLMNMCSTotal alkaloids#LeafS. cassioides5Mean0.050.160.710.210.260.590.080.092.47sd0.080.170.810.280.270.670.090.112.39S. chathamica6Mean0.030.040.040.100.070.760.020.502.04sd0.020.040.040.100.041.160.041.082.64S. fulvida5Mean0.000.010.010.010.020.000.010.020.12sd0.000.010.020.010.020.010.020.050.10S. godleyi6Mean0.020.071.240.190.561.140.390.144.09sd0.040.091.900.300.821.720.530.195.82S. longicarinata4mean0.100.100.420.170.210.170.130.442.16sd0.170.120.550.240.230.210.210.692.43S. microphylla16Mean0.100.090.720.170.222.520.190.405.18sd0.160.181.700.280.224.440.480.946.30S. molloyi3Mean0.050.310.490.380.340.470.350.122.98sd0.060.420.240.420.410.210.100.101.64S. prostrata3Mean0.000.070.030.110.540.390.070.001.43sd0.000.060.040.130.470.540.090.001.21S. tetraptera6Mean0.000.010.010.010.020.720.020.001.00sd0.000.020.010.030.020.560.020.010.89SeedS. cassioides5Mean0.040.407.730.610.424.607.630.0122.94sd0.070.382.510.730.390.752.870.025.70S. chathamica4Mean0.070.4210.020.160.277.177.210.0129.95sd0.050.197.650.080.122.062.810.035.52S. fulvida3Mean0.010.354.900.190.541.087.850.0016.17sd0.030.311.850.220.630.973.410.006.54S. godleyi5Mean0.000.1611.960.060.154.225.680.0225.73sd0.000.116.280.040.111.723.800.0310.89S. longicarinata3Mean0.230.2211.190.110.241.799.090.0023.26sd0.220.282.280.120.231.502.310.003.76S. microphylla14Mean0.330.5212.580.660.699.325.240.0233.16sd0.360.627.111.290.917.895.590.0313.14S. molloyi1Mean0.060.468.210.150.563.498.950.0122.72sd0.050.213.210.050.221.423.680.038.99S. prostrata2Mean0.043.5911.281.800.741.658.870.0028.57sd0.060.363.020.340.591.555.760.006.64S. tetraptera4Mean0.000.201.870.170.236.894.270.0220.09sd0.000.112.220.160.201.731.770.046.10
A = ammodendrine, AN = anagyrine, C = cytisine, DHL = dehydrolupanine, L = lupanine, M = matrine, NMC = N -methyl cytisine, S = sparteine; # including tentative and unidentified.
*
Relative to cytisine.
description: Published as part of McDougal, Owen M., Heenan, Peter B., Jaksons, Peter, Sansom, Catherine E., Smallfield, Bruce M., Perry, Nigel B. & van Klink, John W., 2015, Alkaloid variation in New Zealand kōwhai, Sophora species, pp. 12 in Phytochemistry 118 on page 12, DOI: 10.1016/j.phytochem.2015.07.019, http://zenodo.org/record/10488908
DOI: 10.5281/zenodo.15155811
title: Table 4 S in Alkaloid variation in New Zealand kōwhai, Sophora species

description: Table 4 S. microphylla plant parts alkaloid (mg/g *) composition as determined by GC-FID.
PartPlantn = 3AANCDHLLMNMCSTotal alkaloids#Seedm19Mean sd0.55 0.050.60 0.0526.66 1.930.36 0.062.31 0.375.16 1.1511.52 0.690.00 0.0050.25 2.53m15Mean sd0.24 0.020.43 0.0822.09 0.430.13 0.030.11 0.1014.27 2.790.66 0.370.00 0.0041.54 2.34Leafm19Mean sd0.48 0.110.98 0.190.80 0.285.45 1.461.74 0.630.39 0.100.02 0.020.01 0.0211.20 2.63m15Mean sd0.35 0.011.14 0.158.78 3.541.13 0.310.73 0.2216.60 9.080.12 0.080.01 0.0131.95 13.27Twigm19Mean sd0.51 0.161.75 0.587.41 1.331.18 0.370.41 0.071.38 0.330.10 0.021.31 0.6714.94 3.49m15Mean sd0.05 0.010.65 0.349.20 3.220.21 0.080.11 0.064.65 1.400.13 0.050.03 0.0416.27 3.75Barkm19Mean sd0.05 0.040.01 0.023.16 3.530.07 0.030.00 0.000.23 0.040.12 0.060.00 0.003.89 4.13m15Mean sd0.00 0.000.01 0.025.37 0.790.07 0.030.00 0.000.83 0.570.05 0.050.00 0.006.42 1.31Rootm19Mean sd0.00 0.000.04 0.030.35 0.380.02 0.020.05 0.040.18 0.180.11 0.100.00 0.001.00 0.53m15Mean sd0.03 0.030.06 0.110.11 0.200.15 0.240.08 0.130.30 0.270.23 0.230.13 0.221.36 1.84
A = ammodendrine, AN = anagyrine, C = cytisine, DHL = dehydrolupanine, L = lupanine, M = matrine, NMC = N -methyl cytisine, S = sparteine; # including tentative and unidentified.
*
Relative to cytisine.
description: Published as part of McDougal, Owen M., Heenan, Peter B., Jaksons, Peter, Sansom, Catherine E., Smallfield, Bruce M., Perry, Nigel B. & van Klink, John W., 2015, Alkaloid variation in New Zealand kōwhai, Sophora species, pp. 13 in Phytochemistry 118 on page 13, DOI: 10.1016/j.phytochem.2015.07.019, http://zenodo.org/record/10488908
DOI: 10.5281/zenodo.15155812
title: Table 4 S in Alkaloid variation in New Zealand kōwhai, Sophora species

description: Table 4 S. microphylla plant parts alkaloid (mg/g *) composition as determined by GC-FID.
PartPlantn = 3AANCDHLLMNMCSTotal alkaloids#Seedm19Mean sd0.55 0.050.60 0.0526.66 1.930.36 0.062.31 0.375.16 1.1511.52 0.690.00 0.0050.25 2.53m15Mean sd0.24 0.020.43 0.0822.09 0.430.13 0.030.11 0.1014.27 2.790.66 0.370.00 0.0041.54 2.34Leafm19Mean sd0.48 0.110.98 0.190.80 0.285.45 1.461.74 0.630.39 0.100.02 0.020.01 0.0211.20 2.63m15Mean sd0.35 0.011.14 0.158.78 3.541.13 0.310.73 0.2216.60 9.080.12 0.080.01 0.0131.95 13.27Twigm19Mean sd0.51 0.161.75 0.587.41 1.331.18 0.370.41 0.071.38 0.330.10 0.021.31 0.6714.94 3.49m15Mean sd0.05 0.010.65 0.349.20 3.220.21 0.080.11 0.064.65 1.400.13 0.050.03 0.0416.27 3.75Barkm19Mean sd0.05 0.040.01 0.023.16 3.530.07 0.030.00 0.000.23 0.040.12 0.060.00 0.003.89 4.13m15Mean sd0.00 0.000.01 0.025.37 0.790.07 0.030.00 0.000.83 0.570.05 0.050.00 0.006.42 1.31Rootm19Mean sd0.00 0.000.04 0.030.35 0.380.02 0.020.05 0.040.18 0.180.11 0.100.00 0.001.00 0.53m15Mean sd0.03 0.030.06 0.110.11 0.200.15 0.240.08 0.130.30 0.270.23 0.230.13 0.221.36 1.84
A = ammodendrine, AN = anagyrine, C = cytisine, DHL = dehydrolupanine, L = lupanine, M = matrine, NMC = N -methyl cytisine, S = sparteine; # including tentative and unidentified.
*
Relative to cytisine.
description: Published as part of McDougal, Owen M., Heenan, Peter B., Jaksons, Peter, Sansom, Catherine E., Smallfield, Bruce M., Perry, Nigel B. & van Klink, John W., 2015, Alkaloid variation in New Zealand kōwhai, Sophora species, pp. 13 in Phytochemistry 118 on page 13, DOI: 10.1016/j.phytochem.2015.07.019, http://zenodo.org/record/10488908
DOI: 10.5281/zenodo.15155822
title: TABLE 1 in Gymnomitrion vietnamicum (Gymnomitriaceae, Marchantiophyta) - a new species from North Indochina

description: TABLE 1. The list of specimens molecularly tested in the current study with voucher details and GenBank accession numbers, the newly obtained accessions are marked in bold.
TaxonSpecimen voucherGenBank accession numberITS1-2 nrDNAtrn L-F cpDNAGymnomitrion africanum (Steph.) Horik.Rwanda, Pocs 8210 (F)no dataKF943101G. blankae Mamontov, Potemkin & VilnetChina: Yunnan Province, Shaw 5764 (DUKE-180581, as G. revolutum (Nees) H.Philib.)OQ024239KF943024G. brevissimum (Dumort.) Warnst.Russia: Murmansk Region, Konstantinova (KPABG-8171)EU791833EU791711G. commutatum (Limpr.) Schiffn.Austria: Tyrol, Koeckinger 41502, 15048 (Herb. Koeckinger, KPABG)MF521468MF521479G. concinnatum (Lightf.) CordaRussia: Republic of Karachaevo-Cherkessia, Konstantinova K465a-05 (KPABG-109696)EU791831EU791710G. corallioides NeesNorway: Svalbard, Konstantinova K155-04 (KPABG-110103)EU791826EU791705G. crystallocaulon (Grolle) Váňa et al.China: Yunnan Province, Long & Shevock 37244 (MO)MH826403MH822628G. fissum Mamontov & PotemkinChina: Yunnan Province, Long 34872 (MO)MH826404MH822629G. kamchaticum Mamontov et al.Russia: Kamchatka Territory, Bakalin K-44-19-15 (VGBI, KPABG, MHA)MH826407MH822631G. mucronulatum (N.Kitag.) N.Kitag.Japan, Bakalin J-86-5-15 (VBGI)MK084619MK073904G. obtusum Lindb.Finland, Parnela H-4224851 (duplicate in KPABG)MH826406MH822630G. pacificum GrolleRussia: Kamchatka Territory, Bering I., Bakalin K-26-4-02-VB (KPABG-103350)EU791835EU791713G. parvitextum (Steph.) Mamontov et al.Russia: Primorye Territory, Mamontov 170-1-10 (KPABG)MF521472MF521482G. revolutum (Nees) H.Philib.Switzerland, T. Kiebacher # #2235 (LE B-0026405)OQ024235OQ029671G. rubidum (Mitt.) Váňa et al. subsp. rubidumChina: Yunnan Province, Bakalin C-72-17-18 (VBGI, KPABG-125501)MW381014MW387158G. rubidum subsp. subvittatum Vilnet et al.China: Yunnan Province, Long 34462 (DUKE, KPABG-123703)MW822010MW841071/ KF943103G. sichuanicum Bakalin & VilnetChina: Sichuan Province, Bakalin & Klimova China-43-1-17 (VBGI, KPABG)MK084621MK073906G. schusterianum Konstant. et al.China: Yunnan Province, Long 35728 (MO, duplicate in KPABG, MHA)OK493146OK482715Gymnomitrion sp.China: Yunnan Prov., J. Shevock # 23313 (MO)OQ024238OQ029674Gymnomitrion sp. det. as “ revolutum ”Russia: Trans-Baikal Territory, Mamontov, Bryoph. Ross. Civ. Coll. Exs. Fasc. XI, No. 453 (KPABG-121724)OK493148OP821981G. vietnamicumVietnam: Lai Châu Prov., V.A. Bakalin & K.G. Klimova V-6-10- 18 (VBGI, duplicate in KPABG)OQ622467/ OQ622468OQ616752G. verrucosum W.E.NicholsonChina: Yunnan Province, Long & Shevock 37182 (DUKE)no dataKJ802102Prasanthus suecicus (Gottsche) Lindb.Norway: Svalbard, Konstantinova K 121-5-06 (KPABG)EU791825EU791704
description: Published as part of Bakalin, Vadim, Vilnet, Anna, Klimova, Ksenia, Nguyen, Van Sinh & Choi, Seung Se, 2023, Gymnomitrion vietnamicum (Gymnomitriaceae, Marchantiophyta) - a new species from North Indochina, pp. 49 in Phytotaxa 616 (1) on page 49, DOI: 10.11646/phytotaxa.616.1.3, http://zenodo.org/record/8389289
DOI: 10.5281/zenodo.15155818
title: TABLE 1 in A late Turolian giant panda from Bulgaria and the early evolution and dispersal of the panda lineage

description: TABLE 1. Measurements (in mm) of upper teeth of Ailuropodini. Measurements of K. beatrix are from Abella et al. (2011, 2012); metric data for Ag. depereti from Soblay are from Crusafont and Kurtén (1976), and others were measured by authors. Abbreviations: L, length; Max, maximum; Min, minimum; MN, Mammal Neogene zone; n, sample size; W, width.
C1P4CatalogsLocalityAgeTaxonLWLWW/LNMNHS FM3546-a, bOgnyanovoLate Messinian/ MN13? Agriarctos nikolovi sp. nov.20.914.222.614.10.66MNCN-CSIC NV-2-42Nombrevilla 2MN 8K. beatrix18.5013.000.70MC AA52bisSoblayMN 10cf. Ag. depereti21.3014.500.68MC AA96SoblayMN 10cf. Ag. depereti19.7013.100.66IVPP V6892.12LufengMN 13Ai. lufengensis15.7211.780.75IVPP V6892.1LufengMN 13Ai. lufengensisYICRA YV2509YuanmouMN 12Ai. yuanmouensis14.6210.640.73Ail. melanoleucan=28n=29n=34n=34n=34Recent sp.Means17.3412.6926.5118.680.70Max.20.8216.328.2920.040.74Min.15.4711.2425.5017.420.66
description: Published as part of Jiangzuo, Qigao & Spassov, Nikolai, 2022, A late Turolian giant panda from Bulgaria and the early evolution and dispersal of the panda lineage, pp. 4 in Journal of Vertebrate Paleontology (e 2054718) 42 (1) on page 4, DOI: 10.1080/02724634.2021.2054718, http://zenodo.org/record/6953111
DOI: 10.5281/zenodo.15155819
title: TABLE 1 in A late Turolian giant panda from Bulgaria and the early evolution and dispersal of the panda lineage

description: TABLE 1. Measurements (in mm) of upper teeth of Ailuropodini. Measurements of K. beatrix are from Abella et al. (2011, 2012); metric data for Ag. depereti from Soblay are from Crusafont and Kurtén (1976), and others were measured by authors. Abbreviations: L, length; Max, maximum; Min, minimum; MN, Mammal Neogene zone; n, sample size; W, width.
C1P4CatalogsLocalityAgeTaxonLWLWW/LNMNHS FM3546-a, bOgnyanovoLate Messinian/ MN13? Agriarctos nikolovi sp. nov.20.914.222.614.10.66MNCN-CSIC NV-2-42Nombrevilla 2MN 8K. beatrix18.5013.000.70MC AA52bisSoblayMN 10cf. Ag. depereti21.3014.500.68MC AA96SoblayMN 10cf. Ag. depereti19.7013.100.66IVPP V6892.12LufengMN 13Ai. lufengensis15.7211.780.75IVPP V6892.1LufengMN 13Ai. lufengensisYICRA YV2509YuanmouMN 12Ai. yuanmouensis14.6210.640.73Ail. melanoleucan=28n=29n=34n=34n=34Recent sp.Means17.3412.6926.5118.680.70Max.20.8216.328.2920.040.74Min.15.4711.2425.5017.420.66
description: Published as part of Jiangzuo, Qigao & Spassov, Nikolai, 2022, A late Turolian giant panda from Bulgaria and the early evolution and dispersal of the panda lineage, pp. 4 in Journal of Vertebrate Paleontology (e 2054718) 42 (1) on page 4, DOI: 10.1080/02724634.2021.2054718, http://zenodo.org/record/6953111
DOI: 10.5281/zenodo.15155825
title: TABLE 1 in Comments on the taxonomic status of Cyrtodactylus zebraicus Taylor, 1962 (Squamata: Gekkonidae) from Northern Peninsular Malaysia

description: TABLE 1. Mensural and meristic data (right/left) and color pattern characteristics of the holotype of Cyrtodactylus zebraicus and specimens from Peninsular Malaysia. *r = regenerated; NA = not available.
Measurements/ charactersFMNH 178286 (Holotype)USMHC 2635USMHC 2639UMTZC 2413SexMaleMaleFemaleMaleSVL58.162.065.750.0HL17.817.818.915.3HW10.810.311.79.7HD7.27.27.16.1ED5.03.93.73.5EE4.95.35.94.0ES6.87.17.55.2EN4.75.25.54.3IO4.35.65.63.4EL1.61.62.01.0IN2.22.42.61.5FL9.29.710.27.5TBL11.010.612.19.5AG24.928.329.823.8TL21.3 (r)41.4 (r)56.9 (r)57.0TW3.45.35.23.8HL/SVL0.310.290.290.31HW/HL0.610.580.620.63HD/HL0.400.400.380.40ES/HL0.380.400.400.34ED/HL0.280.220.200.23EL/HL0.090.090.110.07AG/SVL0.430.460.450.48FL/SVL0.160.160.160.15TBL/SVL0.190.170.180.19TL/SVL0.370.670.871.14SL11/1015/1212/1312SL—mideye8/79/89/99IL9/89/1111/129IL—mideye6/66/77/87Body tubercles pointed and keeledYesYesYesYesPVT27222727LRT21151416VS363031334FLU9/910/1010/108/94FLE4/44/44/44/44FL13/1314/1414/1412/134TLU12/1211/11-/119/94TLE4/35/56/64/44TL16/1516/16-/1713/13Enlarged femoral and precloacal scales continuousNA (femoral scales not enlargedNA (femoral scales not enlargedNA (femoral scales not enlargedNA (femoral scales not enlargedFPSNANANANAPS10678PPPresent, 8Present, 65 *dimplesPresent, 7PPS4444PPT2/22/22/22/2Enlarged median subcaudal scalesNANoSlightly enlarged median subcaudals on middle-region of original portion of tailNoNuchal loop discontinuousNoYesYesYesParavertebral elements not inYesNoYesYes & Nocontact(Mixture)BB8568DCBNANANA10LCBNANANA9
......continued on the next page
description: Published as part of Lee Grismer, Evan S. H. Quah L., Syafiq, Muhamad Fatihah, Rujirawan, Attapol, Aowphol, Anchalee, Ahmad, Amirrudin B. & Anuar, M. S. Shahrul, 2023, Comments on the taxonomic status of Cyrtodactylus zebraicus Taylor, 1962 (Squamata: Gekkonidae) from Northern Peninsular Malaysia, pp. 496-497 in Zootaxa 5318 (4) on page 496, DOI: 10.11646/zootaxa.5318.4.3, http://zenodo.org/record/8181874