cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15143651
title: Table 1 in A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China

description: Table 1. Gene fragments targeted for PCR and the primers used. Sequencing primers were identical to those used in PCR.
GenePrimer nameAnnealingPrimer sequenceReferenceCOIS1718465'-GGAGGATTTGGAAATTGATTAGTTCC-3'Jordal et al. 2011A24115'-GCTAATCATCTAAAAACTTTAATTCCWGTWG-3'28SS3690555'-GAGAGTTMAASAGTACGTGAAAC-3'Jordal et al. 2011A43945'-TCGGAAGGAACCAGCTACTA-3'EF-1αS149525'-ATCGAGAAGTTCGAGAAGGAGGCYCARGAAATGGG-3'Jordal et al. 2011A10435'-GTATATCCATTGGAAATTTGACCNGGRTGRTT-3'CADCAD for4505'-TGGAARGARGTBGARTACGARGTGGTYCG-3'Jordal et al. 2011CAD rev1mod5'-GCCATYRCYTCBCCYACRCTYTTCAT-3'
description: Published as part of Lai, Shengchang, Zhang, Ling, Li, You & Wang, Jianguo, 2021, A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China, pp. 69 in ZooKeys 1028 on page 69, DOI: 10.3897/zookeys.1028.61018
DOI: 10.5281/zenodo.15143652
title: Table 1 in A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China

description: Table 1. Gene fragments targeted for PCR and the primers used. Sequencing primers were identical to those used in PCR.
GenePrimer nameAnnealingPrimer sequenceReferenceCOIS1718465'-GGAGGATTTGGAAATTGATTAGTTCC-3'Jordal et al. 2011A24115'-GCTAATCATCTAAAAACTTTAATTCCWGTWG-3'28SS3690555'-GAGAGTTMAASAGTACGTGAAAC-3'Jordal et al. 2011A43945'-TCGGAAGGAACCAGCTACTA-3'EF-1αS149525'-ATCGAGAAGTTCGAGAAGGAGGCYCARGAAATGGG-3'Jordal et al. 2011A10435'-GTATATCCATTGGAAATTTGACCNGGRTGRTT-3'CADCAD for4505'-TGGAARGARGTBGARTACGARGTGGTYCG-3'Jordal et al. 2011CAD rev1mod5'-GCCATYRCYTCBCCYACRCTYTTCAT-3'
description: Published as part of Lai, Shengchang, Zhang, Ling, Li, You & Wang, Jianguo, 2021, A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China, pp. 69 in ZooKeys 1028 on page 69, DOI: 10.3897/zookeys.1028.61018
DOI: 10.5281/zenodo.15143653
title: Table 2 in A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China

description: Table 2. Material used for phylogenetic analyses, including their GenBank accession numbers.
No.TaxonCountryCADCOIEF-1α28SReference1C. beaveri sp. nov.China: JiangxiLC616080LC613149-LC613157This study2C. brevis (Browne, 1975)China: YunnanLC616086LC613154LC616520LC613163This study3C. chalcographus Schedl, 1972Papua New GuineaKR261163KR261313--Jordal 20154C. emorsus Beeson, 1937China: YunnanLC616087LC613155-LC613164This study5C. externedentatus (Fairmaire, 1849)China: YunnanLC616083LC613152LC616518LC613160This study6C. externedentatus (Fairmaire, 1849)TanzaniaKR261162KR261312-KR261216Jordal 20157C. externedentatus (Fairmaire, 1849)MadagascarKR261166KR261316KR261275KR261218Jordal 20158C. fractus Sampson, 1912Papua New GuineaKR261165KR261315KR261274-Jordal 20159C. minusculus Chapuis, 1865Papua New GuineaHQ883809HQ883669HQ883739HQ883579Jordal 201510C. niponicus Blandford, 1894China: Sichuan-LC613156-LC613165This study11C. nitescens Schedl, 1979AustraliaKR261161KR261311KR261272-Jordal 201512C. sauteri (Strohmeyer, 1913)China: JiangxiLC616081LC613150LC616516LC613158This study13C. squamulatus Chapuis, 1865China: YunnanLC616084LC613153-LC613161This study14C. terminatus Chapuis, 1865China: JiangxiLC616082LC613151LC616517LC613159This study15C. wallacei (Thomson, 1857)China: YunnanLC616085-LC616519LC613162This study16P. contaminatus (Blandford, 1894)China: JiangxiLC387560LC383433LC387562LC386151Lai et al. 2019
description: Published as part of Lai, Shengchang, Zhang, Ling, Li, You & Wang, Jianguo, 2021, A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China, pp. 69 in ZooKeys 1028 on page 69, DOI: 10.3897/zookeys.1028.61018
DOI: 10.5281/zenodo.15143655
title: Table 2 in A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China

description: Table 2. Material used for phylogenetic analyses, including their GenBank accession numbers.
No.TaxonCountryCADCOIEF-1α28SReference1C. beaveri sp. nov.China: JiangxiLC616080LC613149-LC613157This study2C. brevis (Browne, 1975)China: YunnanLC616086LC613154LC616520LC613163This study3C. chalcographus Schedl, 1972Papua New GuineaKR261163KR261313--Jordal 20154C. emorsus Beeson, 1937China: YunnanLC616087LC613155-LC613164This study5C. externedentatus (Fairmaire, 1849)China: YunnanLC616083LC613152LC616518LC613160This study6C. externedentatus (Fairmaire, 1849)TanzaniaKR261162KR261312-KR261216Jordal 20157C. externedentatus (Fairmaire, 1849)MadagascarKR261166KR261316KR261275KR261218Jordal 20158C. fractus Sampson, 1912Papua New GuineaKR261165KR261315KR261274-Jordal 20159C. minusculus Chapuis, 1865Papua New GuineaHQ883809HQ883669HQ883739HQ883579Jordal 201510C. niponicus Blandford, 1894China: Sichuan-LC613156-LC613165This study11C. nitescens Schedl, 1979AustraliaKR261161KR261311KR261272-Jordal 201512C. sauteri (Strohmeyer, 1913)China: JiangxiLC616081LC613150LC616516LC613158This study13C. squamulatus Chapuis, 1865China: YunnanLC616084LC613153-LC613161This study14C. terminatus Chapuis, 1865China: JiangxiLC616082LC613151LC616517LC613159This study15C. wallacei (Thomson, 1857)China: YunnanLC616085-LC616519LC613162This study16P. contaminatus (Blandford, 1894)China: JiangxiLC387560LC383433LC387562LC386151Lai et al. 2019
description: Published as part of Lai, Shengchang, Zhang, Ling, Li, You & Wang, Jianguo, 2021, A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China, pp. 69 in ZooKeys 1028 on page 69, DOI: 10.3897/zookeys.1028.61018
DOI: 10.5281/zenodo.15143657
title: Table 3 in A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China

description: Table 3. Diagnostic characters separating Crossotarsus emorsus and Crossotarsus terminatus.
C. emorsusC. terminatusBody sizeMale size 4.56-4.80 mm long, 3.20-3.42 times as long as wide;Male size 3.32-3.40 mm long, 2.78-3.00 times as long as wide;Female size 4.8-5.34 mm long, 3.38-3.43 times as long as wide.Female size 3.44-3.58 mm long, 2.87-2.93 times as long as wide.FronsMale frons almost flat, with shallower, irregularly placed punctures; circularly concave in median line.Male frons coarser, with deeper, irregularly placed punctures; linearly concave in median line.Female frons almost flat, without concave around median line.Female frons concave forming a big, circular impression around concave median line.ElytraMale without lateral emargination at declivity base, semicircular lateral borders with serrated, lateral tubercles.Male with lateral emargination at declivity base, semicircular lateral borders rounded, without distinct serrated, lateral tubercles.
description: Published as part of Lai, Shengchang, Zhang, Ling, Li, You & Wang, Jianguo, 2021, A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China, pp. 69 in ZooKeys 1028 on page 69, DOI: 10.3897/zookeys.1028.61018
DOI: 10.5281/zenodo.15143658
title: Table 3 in A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China

description: Table 3. Diagnostic characters separating Crossotarsus emorsus and Crossotarsus terminatus.
C. emorsusC. terminatusBody sizeMale size 4.56-4.80 mm long, 3.20-3.42 times as long as wide;Male size 3.32-3.40 mm long, 2.78-3.00 times as long as wide;Female size 4.8-5.34 mm long, 3.38-3.43 times as long as wide.Female size 3.44-3.58 mm long, 2.87-2.93 times as long as wide.FronsMale frons almost flat, with shallower, irregularly placed punctures; circularly concave in median line.Male frons coarser, with deeper, irregularly placed punctures; linearly concave in median line.Female frons almost flat, without concave around median line.Female frons concave forming a big, circular impression around concave median line.ElytraMale without lateral emargination at declivity base, semicircular lateral borders with serrated, lateral tubercles.Male with lateral emargination at declivity base, semicircular lateral borders rounded, without distinct serrated, lateral tubercles.
description: Published as part of Lai, Shengchang, Zhang, Ling, Li, You & Wang, Jianguo, 2021, A new species, a new combination, and a new record of Crossotarsus Chapuis, 1865 (Coleoptera, Curculionidae, Platypodinae) from China, pp. 69 in ZooKeys 1028 on page 69, DOI: 10.3897/zookeys.1028.61018
DOI: 10.6084/m9.figshare.27907056
title: High-resolution fundus images for ophthalmomics and early cardiovascular disease prediction, China Fundus Carotid Intima-Media Thickness dataset

description: The China Fundus Carotid Intima-Media Thickness Dataset comprises comprehensive data from 2,903 patients, including high-resolution bilateral fundus images, carotid intima-media thickness (CIMT) measurements, and clinical information such as age and gender. The dataset was collected by the Department of Endocrinology at the Second Affiliated Hospital of Anhui Medical University between April 2015 and February 2024.Among the participants, 849 cases are classified as normal (CIMT &lt; 0.9 mm), while 2,054 cases exhibit thickened CIMT (CIMT ≥ 0.9 mm). This well-annotated dataset facilitates in-depth research on microvascular pathology and cardiovascular risk assessment.As a publicly available multimodal resource, the China Fundus CIMT dataset provides valuable support for developing AI-driven predictive models for cardiovascular disease. By integrating fundus imaging with CIMT analysis, it enables the advancement of non-invasive, cost-effective screening tools for early detection and prevention of cardiovascular conditions.
DOI: 10.15468/dl.kpbtxa
title: Occurrence Download

description: A dataset containing 641 species occurrences available in GBIF matching the query:
{
 "TaxonKey" : [
 "is Mohoidae"
 ]
}

 The dataset includes 641 records from 35 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0003412-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.15143671
title: Table 2 in Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae)

description: Table 2. Measurements (in mm) of Tonatia bakeri and Tonatia maresi. Measurements are given for the holotypes and for the specimens included in this study (mean and observed range). Holotype data taken from Williams et al. (1995).
MeasurementsTonatia bakeriTonatia bakeriTonatia maresiTonatia maresiHolotypespecimensHolotypespecimensCalcar length20.0019.41 (16.37-21.59)16.0018.49 (12.10-22.66)Hindfoot length15.0016.22 (13.73-20.00)13.5014.69 (11.92-18.00)Length of ear from notch14.00-30.00-Length of forearm60.6059.69 (57.45-62.66)55.0055.92 (52.70-60.00)Metacarpal III length-50.80 (48.56-53.13)-48.11 (43.48-51.73)Metacarpal IV length-51.61 (49.62-54.27)-49.21 (44.09-52.36)Metacarpal V length-53.38 (51.43-56.31)-50.94 (45.42-54.37)Tail length36.0014.93 (8.38-21.00)19.0016.76 (4.55-25.00)Tibia length-29.81 (26.51-31.69)-27.00 (24.00-30.77)Total length105.00-94.00-Breadth of braincase11.7010.75 (10.46-11.29)10.5010.41 (9.68-11.85)Condylobasal length25.3025.51 (24.50-26.73)24.0023.79 (22.31-25.17)Condylocanine length-25.03 (24.25-26.00)-23.42 (22.28-24.69)Condyloincisive length-25.08 (24.91-26.86)-24.22 (22.88-25.55)Coronoid height-7.61 (6.94-8.07)-7.07 (6.33-7.71)Greatest length of skull30.2029.73 (28.54-30.78)28.2027.90 (26.01-29.38)Mastoid breadth13.5013.07 (12.69-13.45)12.9012.55 (11.77-13.35)Palatal length-13.82 (12.59-14.61)-12.62 (9.05-13.65)Palatal width at canines-2.47 (1.78-3.13)-2.38 (1.65-3.97)Postorbital constriction breadth5.605.80 (5.41-6.18)5.305.47 (5.05-6.10)Zygomatic breadth15.0013.81 (12.80-14.85)14.3013.41 (10.99-14.52)Breadth across lower incisors1.60-1.80-Breadth across upper canines5.905.72 (5.19-6.05)5.605.41 (5.03-5.92)Breadth across upper molars9.108.56 (8.24-9.16)8.308.12 (7.46-8.88)Dentary length-18.85 (18.29-19.86)-17.65 (16.45-18.61)Height of crown of lower incisor1.50-1.60-Length of maxillary toothrow10.1010.34 (9.92-10.81)9.209.52 (9.13-10.13)Mandibular toothrow length-11.37 (10.81-11.88)-10.51 (9.95-11.11)Molariform toothrow length-7.44 (5.27-8.34)-6.44 (4.94-8.06)
description: Published as part of Basantes, Mateo, Tinoco, Nicolas, Velazco, Paul M., Hofmann, Melinda J., Rodriguez-Posada, Miguel E. & Camacho, M. Alejandra, 2020, Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae), pp. 59 in ZooKeys 915 on page 59, DOI: 10.3897/zookeys.915.46995
DOI: 10.5281/zenodo.15143672
title: Table 2 in Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae)

description: Table 2. Measurements (in mm) of Tonatia bakeri and Tonatia maresi. Measurements are given for the holotypes and for the specimens included in this study (mean and observed range). Holotype data taken from Williams et al. (1995).
MeasurementsTonatia bakeriTonatia bakeriTonatia maresiTonatia maresiHolotypespecimensHolotypespecimensCalcar length20.0019.41 (16.37-21.59)16.0018.49 (12.10-22.66)Hindfoot length15.0016.22 (13.73-20.00)13.5014.69 (11.92-18.00)Length of ear from notch14.00-30.00-Length of forearm60.6059.69 (57.45-62.66)55.0055.92 (52.70-60.00)Metacarpal III length-50.80 (48.56-53.13)-48.11 (43.48-51.73)Metacarpal IV length-51.61 (49.62-54.27)-49.21 (44.09-52.36)Metacarpal V length-53.38 (51.43-56.31)-50.94 (45.42-54.37)Tail length36.0014.93 (8.38-21.00)19.0016.76 (4.55-25.00)Tibia length-29.81 (26.51-31.69)-27.00 (24.00-30.77)Total length105.00-94.00-Breadth of braincase11.7010.75 (10.46-11.29)10.5010.41 (9.68-11.85)Condylobasal length25.3025.51 (24.50-26.73)24.0023.79 (22.31-25.17)Condylocanine length-25.03 (24.25-26.00)-23.42 (22.28-24.69)Condyloincisive length-25.08 (24.91-26.86)-24.22 (22.88-25.55)Coronoid height-7.61 (6.94-8.07)-7.07 (6.33-7.71)Greatest length of skull30.2029.73 (28.54-30.78)28.2027.90 (26.01-29.38)Mastoid breadth13.5013.07 (12.69-13.45)12.9012.55 (11.77-13.35)Palatal length-13.82 (12.59-14.61)-12.62 (9.05-13.65)Palatal width at canines-2.47 (1.78-3.13)-2.38 (1.65-3.97)Postorbital constriction breadth5.605.80 (5.41-6.18)5.305.47 (5.05-6.10)Zygomatic breadth15.0013.81 (12.80-14.85)14.3013.41 (10.99-14.52)Breadth across lower incisors1.60-1.80-Breadth across upper canines5.905.72 (5.19-6.05)5.605.41 (5.03-5.92)Breadth across upper molars9.108.56 (8.24-9.16)8.308.12 (7.46-8.88)Dentary length-18.85 (18.29-19.86)-17.65 (16.45-18.61)Height of crown of lower incisor1.50-1.60-Length of maxillary toothrow10.1010.34 (9.92-10.81)9.209.52 (9.13-10.13)Mandibular toothrow length-11.37 (10.81-11.88)-10.51 (9.95-11.11)Molariform toothrow length-7.44 (5.27-8.34)-6.44 (4.94-8.06)
description: Published as part of Basantes, Mateo, Tinoco, Nicolas, Velazco, Paul M., Hofmann, Melinda J., Rodriguez-Posada, Miguel E. & Camacho, M. Alejandra, 2020, Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae), pp. 59 in ZooKeys 915 on page 59, DOI: 10.3897/zookeys.915.46995
DOI: 10.5281/zenodo.15143673
title: Table 3 in Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae)

description: Table 3. Corrected genetic distances and intraspecific variation, with standard deviation (bold, in parenthesis), between Tonatia species using the Cyt- b gene. Values above the diagonal represent the standard deviation.
T. maresiT. bidensT. bakeriT. maresi(4.01, 0.37)1.020.65T. bidens13.52(0.06, 0.06)1.12T. bakeri7.6513.66(1.73, 0.29)
description: Published as part of Basantes, Mateo, Tinoco, Nicolas, Velazco, Paul M., Hofmann, Melinda J., Rodriguez-Posada, Miguel E. & Camacho, M. Alejandra, 2020, Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae), pp. 59 in ZooKeys 915 on page 59, DOI: 10.3897/zookeys.915.46995
DOI: 10.5281/zenodo.15143674
title: Table 3 in Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae)

description: Table 3. Corrected genetic distances and intraspecific variation, with standard deviation (bold, in parenthesis), between Tonatia species using the Cyt- b gene. Values above the diagonal represent the standard deviation.
T. maresiT. bidensT. bakeriT. maresi(4.01, 0.37)1.020.65T. bidens13.52(0.06, 0.06)1.12T. bakeri7.6513.66(1.73, 0.29)
description: Published as part of Basantes, Mateo, Tinoco, Nicolas, Velazco, Paul M., Hofmann, Melinda J., Rodriguez-Posada, Miguel E. & Camacho, M. Alejandra, 2020, Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae), pp. 59 in ZooKeys 915 on page 59, DOI: 10.3897/zookeys.915.46995
DOI: 10.5281/zenodo.15143676
title: Table 4 in Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae)

description: Table 4. Corrected genetic distances between samples of T. maresi grouped according to the country of origin. Values above the diagonal represent the standard deviation.
BrazilGuiana shieldPeruEcuadorBrazil0.740.720.70Guiana Shield4.640.720.67Peru3.515.340.66Ecuador4.845.885.33
description: Published as part of Basantes, Mateo, Tinoco, Nicolas, Velazco, Paul M., Hofmann, Melinda J., Rodriguez-Posada, Miguel E. & Camacho, M. Alejandra, 2020, Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae), pp. 59 in ZooKeys 915 on page 59, DOI: 10.3897/zookeys.915.46995
DOI: 10.5281/zenodo.15143678
title: Table 4 in Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae)

description: Table 4. Corrected genetic distances between samples of T. maresi grouped according to the country of origin. Values above the diagonal represent the standard deviation.
BrazilGuiana shieldPeruEcuadorBrazil0.740.720.70Guiana Shield4.640.720.67Peru3.515.340.66Ecuador4.845.885.33
description: Published as part of Basantes, Mateo, Tinoco, Nicolas, Velazco, Paul M., Hofmann, Melinda J., Rodriguez-Posada, Miguel E. & Camacho, M. Alejandra, 2020, Systematics and Taxonomy of Tonatia saurophila Koopman & Williams, 1951 (Chiroptera, Phyllostomidae), pp. 59 in ZooKeys 915 on page 59, DOI: 10.3897/zookeys.915.46995
DOI: 10.5281/zenodo.15143683
title: Table 1 in Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy

description: Table 1. Numbers of setae and sensory organs on antennae of Symphylella macrochaeta sp. nov. (holotype).
AntennomerePrimary whorl setaeSecondary whorl setaeRudimentary spined sensory organsCavity-shaped organs on dorsal sideBladder-shaped organs1612813814915916111171121181120191030110113111111141111211511113116112141160131510701316106351710638
description: Published as part of Jin, Ya-Li & Bu, Yun, 2023, Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy, pp. 143 in ZooKeys 1138 on page 143, DOI: 10.3897/zookeys.1138.96424
DOI: 10.5281/zenodo.15143684
title: Table 1 in Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy

description: Table 1. Numbers of setae and sensory organs on antennae of Symphylella macrochaeta sp. nov. (holotype).
AntennomerePrimary whorl setaeSecondary whorl setaeRudimentary spined sensory organsCavity-shaped organs on dorsal sideBladder-shaped organs1612813814915916111171121181120191030110113111111141111211511113116112141160131510701316106351710638
description: Published as part of Jin, Ya-Li & Bu, Yun, 2023, Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy, pp. 143 in ZooKeys 1138 on page 143, DOI: 10.3897/zookeys.1138.96424
DOI: 10.5281/zenodo.15143685
title: Table 2 in Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy

description: Table 2. Chaetotaxy of tergites of Symphylella macrochaeta sp. nov. (holotype in brackets).
TergiteLateromarginal setaeInserted setaeCentral setaeOther setae14+426-7 (6)1-2 (2)1-2 (2)6-10 (6)38-10 (8)1-2 (2)1-3 (2)14-25 (14)45-7 (6)1-2 (1)3-5 (3)10-15 (11)55-7 (6)1-2 (2)2-4 (3)7-13 (12)68-10 (9)1-2 (2)2-4 (4)17-28 (20)75-7 (6)1-2 (2)4-6 (4)10-14 (11)85-7 (6)1-3 (2)3-5 (4)10-14 (10)98-10 (9)1-3 (1)3-5 (3)20-27 (22)105-6 (6)1-2 (1)4-6 (4)9-14 (11)115-8 (6)1-2 (1)3-5 (4)7-14 (9)127-10 (8)1-2 (2)3-5 (3)15-24 (15)134-7 (5)0-2 (1)2-5 (3)8-14 (8)1417-26 (21)156-9 (7)0/2 (0)2-4 (3)14-19 (14)1612-17 (14)1727-38 (29)
description: Published as part of Jin, Ya-Li & Bu, Yun, 2023, Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy, pp. 143 in ZooKeys 1138 on page 143, DOI: 10.3897/zookeys.1138.96424
DOI: 10.5281/zenodo.15143686
title: Table 2 in Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy

description: Table 2. Chaetotaxy of tergites of Symphylella macrochaeta sp. nov. (holotype in brackets).
TergiteLateromarginal setaeInserted setaeCentral setaeOther setae14+426-7 (6)1-2 (2)1-2 (2)6-10 (6)38-10 (8)1-2 (2)1-3 (2)14-25 (14)45-7 (6)1-2 (1)3-5 (3)10-15 (11)55-7 (6)1-2 (2)2-4 (3)7-13 (12)68-10 (9)1-2 (2)2-4 (4)17-28 (20)75-7 (6)1-2 (2)4-6 (4)10-14 (11)85-7 (6)1-3 (2)3-5 (4)10-14 (10)98-10 (9)1-3 (1)3-5 (3)20-27 (22)105-6 (6)1-2 (1)4-6 (4)9-14 (11)115-8 (6)1-2 (1)3-5 (4)7-14 (9)127-10 (8)1-2 (2)3-5 (3)15-24 (15)134-7 (5)0-2 (1)2-5 (3)8-14 (8)1417-26 (21)156-9 (7)0/2 (0)2-4 (3)14-19 (14)1612-17 (14)1727-38 (29)
description: Published as part of Jin, Ya-Li & Bu, Yun, 2023, Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy, pp. 143 in ZooKeys 1138 on page 143, DOI: 10.3897/zookeys.1138.96424
DOI: 10.5281/zenodo.15143687
title: Table 3 in Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy

description: Table 3. Measurements of tergites and processes of Symphylella macrochaeta sp. nov. (mean ± se, n = 11, in μm) (holotype in brackets).
TergiteLengthWidthLength of processesBasal width of processesBasal distance between processes124 ± 7 (23)141 ± 13 (138)248 ± 5 (45)144 ± 7 (150)37 ± 3 (33)41 ± 3 (43)28 ± 4 (32)3102 ± 14 (100)186 ± 25 (180)41 ± 4 (42)45 ± 3 (47)33 ± 3 (37)457 ± 7 (55)194 ± 17 (205)33 ± 3 (35)49 ± 5 (52)60 ± 8 (65)571 ± 12 (65)183 ± 10 (190)41 ± 5 (45)43 ± 4 (45)62 ± 7 (67)6121 ± 9 (125)223 ± 38 (235)47 ± 5 (47)48 ± 4 (47)62 ± 6 (67)770 ± 9 (65)229 ± 18 (242)36 ± 5 (40)48 ± 6 (50)85 ± 10 (95)874 ± 5 (82)204 ± 13 (205)45 ± 4 (50)45 ± 3 (50)77 ± 10 (85)9114 ± 26 (120)253 ± 21 (250)46 ± 4 (50)46 ± 4 (50)72 ± 6 (75)1076 ± 14 (82)235 ± 23 (250)34 ± 3 (37)48 ± 4 (50)92 ± 16 (100)1173 ± 7 (70)207 ± 13 (210)41 ± 4 (45)43 ± 3 (42)78 ± 9 (85)12115 ± 7 (115)255 ± 12 (260)41 ± 4 (45)47 ± 7 (50)74 ± 9 (77)1368 ± 10 (60)233 ± 24 (245)28 ± 5 (32)48 ± 6 (55)89 ± 12 (90)1468 ± 10 (60)205 ± 20 (210)1593 ± 9 (90)226 ± 21 (247)28 ± 3 (32)45 ± 5 (52)67 ± 8 (75)1672 ± 6 (80)185 ± 25 (200)17110 ± 8 (125)172 ± 21 (175)
description: Published as part of Jin, Ya-Li & Bu, Yun, 2023, Two new species of the genus Symphylella (Symphyla, Scolopendrellidae) from China and the significance of the frons chaetotaxy, pp. 143 in ZooKeys 1138 on page 143, DOI: 10.3897/zookeys.1138.96424