cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.17483284
title: Dental Stem Cells in Regenerative Medicine: Advances and Applications

description: This literature-based review by Dr. Noor Ul Ain Ahsan explores the rapidly growing field of dental stem cells (DSCs)and their transformative potential in regenerative medicine. The work summarizes key advances in the biology, isolation, and therapeutic applications of various DSC types including dental pulp stem cells (DPSCs), stem cells from human exfoliated deciduous teeth (SHED), periodontal ligament stem cells (PDLSCs), stem cells from the apical papilla (SCAP), and dental follicle stem cells (DFSCs).

The review highlights the ability of DSCs to regenerate dentin, bone, neural, and vascular tissues, as well as their immunomodulatory properties that contribute to tissue repair.Overall, this publication provides an insightful synthesis of current research trends and challenges in utilizing dental stem cells for future clinical and biomedical innovations.
DOI: 10.5281/zenodo.17483285
title: Dental Stem Cells in Regenerative Medicine: Advances and Applications

description: This literature-based review by Dr. Noor Ul Ain Ahsan explores the rapidly growing field of dental stem cells (DSCs)and their transformative potential in regenerative medicine. The work summarizes key advances in the biology, isolation, and therapeutic applications of various DSC types including dental pulp stem cells (DPSCs), stem cells from human exfoliated deciduous teeth (SHED), periodontal ligament stem cells (PDLSCs), stem cells from the apical papilla (SCAP), and dental follicle stem cells (DFSCs).

The review highlights the ability of DSCs to regenerate dentin, bone, neural, and vascular tissues, as well as their immunomodulatory properties that contribute to tissue repair.Overall, this publication provides an insightful synthesis of current research trends and challenges in utilizing dental stem cells for future clinical and biomedical innovations.
DOI: 10.15468/dl.7umq6d
title: Occurrence Download

description: A dataset containing 10350 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Arachis hypogaea",
 "Year 1975-2024"
 ]
}

 The dataset includes 10350 records from 277 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0007654-251009101135966/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.15137071
title: TABLE 7 in Atlas of the Echiniscidae (Heterotardigrada) of the World-part I: West Palaearctic Echiniscus species

description: TABLE 7. Measurements [in µm] of selected morphological structures of sexually immature life stages of Echiniscus lapponicus mounted in Hoyer’s medium. Abbreviations: sp —the proportion between the length of a given structure and the length of the scapular plate.
CHARACTERJuvenile 1Juvenile 2LarvaµmspµmspµmspBody length157485136466121535Scapular plate length32.4–29.2–22.6–Head appendage lengthsCirrus internus7.422.86.026.5Cephalic papilla5.517.04.615.84.319.0Cirrus externus11.234.610.234.910.044.2Clava5.015.44.314.73.615.9Cirrus A37.9117.032.5111.321.796.0Cirrus A /Body length ratio24%–24%–18%–Body appendage lengthsCirrus B23.071.0??lackingCirrus C28.086.421.071.9lackingCirrus Ccd16.049.4??9.039.8Cirrus Cd23.071.019.065.110.044.2Cirrus D25.077.219.065.1lackingCirrus Dcd19.058.614.047.9lackingSpine Dd4.012.34.013.71.04.4Cirrus E30.092.625.085.614.061.9Spine on leg I length2.06.21.86.21.98.4Papilla on leg IV length2.88.62.99.92.812.4Number of teeth on the collar5.0–6.0–5.0–Claw I heightsBranch9.128.18.127.76.930.5Spur2.06.21.75.81.98.4Spur/branch height ratio22%–21%–28%–Claw II heightsBranch8.626.57.626.06.528.8Spur2.26.81.75.81.98.4Spur/branch height ratio26%–22%–29%–Claw III heightsBranch9.128.17.425.36.428.3Spur2.26.8??1.67.1Spur/branch height ratio24%–?–25%–Claw IV heightsBranch10.733.08.328.47.533.2Spur Spur/branch height ratio??? –2.1 25%7.2 –??? –
description: Published as part of Gąsiorek, Piotr & Vončina, Katarzyna, 2023, Atlas of the Echiniscidae (Heterotardigrada) of the World-part I: West Palaearctic Echiniscus species, pp. 30 in Zootaxa 5344 (1) on page 30, DOI: 10.11646/zootaxa.5344.1.1, http://zenodo.org/record/8346050
DOI: 10.5281/zenodo.15137070
title: TABLE 7 in Atlas of the Echiniscidae (Heterotardigrada) of the World-part I: West Palaearctic Echiniscus species

description: TABLE 7. Measurements [in µm] of selected morphological structures of sexually immature life stages of Echiniscus lapponicus mounted in Hoyer’s medium. Abbreviations: sp —the proportion between the length of a given structure and the length of the scapular plate.
CHARACTERJuvenile 1Juvenile 2LarvaµmspµmspµmspBody length157485136466121535Scapular plate length32.4–29.2–22.6–Head appendage lengthsCirrus internus7.422.86.026.5Cephalic papilla5.517.04.615.84.319.0Cirrus externus11.234.610.234.910.044.2Clava5.015.44.314.73.615.9Cirrus A37.9117.032.5111.321.796.0Cirrus A /Body length ratio24%–24%–18%–Body appendage lengthsCirrus B23.071.0??lackingCirrus C28.086.421.071.9lackingCirrus Ccd16.049.4??9.039.8Cirrus Cd23.071.019.065.110.044.2Cirrus D25.077.219.065.1lackingCirrus Dcd19.058.614.047.9lackingSpine Dd4.012.34.013.71.04.4Cirrus E30.092.625.085.614.061.9Spine on leg I length2.06.21.86.21.98.4Papilla on leg IV length2.88.62.99.92.812.4Number of teeth on the collar5.0–6.0–5.0–Claw I heightsBranch9.128.18.127.76.930.5Spur2.06.21.75.81.98.4Spur/branch height ratio22%–21%–28%–Claw II heightsBranch8.626.57.626.06.528.8Spur2.26.81.75.81.98.4Spur/branch height ratio26%–22%–29%–Claw III heightsBranch9.128.17.425.36.428.3Spur2.26.8??1.67.1Spur/branch height ratio24%–?–25%–Claw IV heightsBranch10.733.08.328.47.533.2Spur Spur/branch height ratio??? –2.1 25%7.2 –??? –
description: Published as part of Gąsiorek, Piotr & Vončina, Katarzyna, 2023, Atlas of the Echiniscidae (Heterotardigrada) of the World-part I: West Palaearctic Echiniscus species, pp. 30 in Zootaxa 5344 (1) on page 30, DOI: 10.11646/zootaxa.5344.1.1, http://zenodo.org/record/8346050
DOI: 10.5281/zenodo.15137072
title: TABLE 8 in Atlas of the Echiniscidae (Heterotardigrada) of the World-part I: West Palaearctic Echiniscus species

description: TABLE 8. Measurements [in µm] of selected morphological structures of adult females of Echiniscus spinulosus mounted in Hoyer’s medium. Abbreviations: sp —the proportion between the length of a given structure and the length of the scapular plate.
CHARACTERNRANGEMEANSDNeotypeNRANGEMEANSDµmspµmspµmspµmspµmspµmspµmspBody length16236–314418–52428648118263064727191–231444–5112114721521Scapular plate length1654.3–64.8–59.6–2.9–64.8–738.0–47.8–44.8–3.4–Head appendage lengthsCirrus internus1412.3–17.220.7–28.215.025.01.52.215.423.878.7–13.122.9–28.411.625.91.52.2Cephalic papilla168.6–10.514.5–17.89.415.80.50.89.715.076.5–8.815.6–18.47.516.80.80.9Cirrus externus1520.2–29.137.0–49.825.542.72.63.829.144.9714.3–22.037.2–46.518.440.92.43.4Clava116.7–9.110.3–15.27.713.00.61.36.710.355.2–6.310.9–13.75.713.00.51.2Cirrus A11117.1–166.6207.3–270.9146.1243.515.517.2165.0254.6573.8–128.0194.2–277.1102.5228.420.733.3Cirrus A /Body length ratio1144%–56%–51%–3%–54%–538%–61%–48%–9%–Body appendage lengthsSpine C102.2–5.23.6–9.43.45.70.91.7??72.2–6.04.6–12.93.27.21.42.8Spine Cd1648.7–62.278.4–102.955.192.64.16.057.488.6735.5–48.484.6–104.841.893.24.76.9Spine D152.5–10.04.3–17.76.611.01.83.27.111.073.4–6.37.1–13.65.011.11.12.6Spine Dd1643.6–56.176.4–95.451.987.14.05.256.186.6729.9–45.178.7–94.438.685.85.26.5Spine E165.4–13.49.5–20.78.714.62.13.113.420.774.8–8.610.0–18.56.314.21.43.1Spine on leg I length164.2–6.77.4–11.25.28.80.71.05.99.172.8–3.96.1–8.83.37.40.41.0Papilla on leg IV length164.5–5.57.6–9.14.98.30.30.45.58.553.9–4.48.2–9.44.28.90.20.5Number of teeth on the collar155–9–7.1–1.2–8–65–7–5.7–0.8–Claw I heightsBranch1319.1–22.433.0–37.221.035.10.91.521.433.0614.0–16.733.4–36.815.734.80.91.3Spur132.4–3.34.4–5.72.94.90.30.53.04.651.9–2.34.0–5.82.14.70.20.7Spur/branch height ratio1312%–16%–14%–1%–14%–512%–16%–13%–1%–Claw II heightsBranch1516.2–21.528.4–37.219.833.21.42.220.832.1512.3–16.532.4–34.915.033.71.71.1Spur152.3–3.44.0–5.62.94.90.30.53.45.231.8–2.54.7–5.32.25.00.40.3Spur/branch height ratio1513%–17%–15%–1%–16%–315%–15%–15%–0%–Claw III heightsBranch1515.6–22.627.3–37.420.334.01.72.420.832.1612.9–16.031.0–34.314.532.61.11.4Spur132.6–3.44.2–5.52.94.90.30.43.24.951.9–2.34.2–4.82.14.50.20.2Spur/branch height ratio1312%–17%–14%–1%–15%–513%–16%–14%–1%–Claw IV heightsBranch1519.5–28.534.2–46.625.643.12.13.127.842.9616.6–22.743.3–48.720.445.72.32.2Spur123.0–4.55.5–7.24.06.60.40.53.96.062.3–3.36.1–6.92.96.50.30.3Spur/branch height ratio1212%–17%–15%–1%–14%–613%–16%–14%–1%–
description: Published as part of Gąsiorek, Piotr & Vončina, Katarzyna, 2023, Atlas of the Echiniscidae (Heterotardigrada) of the World-part I: West Palaearctic Echiniscus species, pp. 48-49 in Zootaxa 5344 (1) on page 48, DOI: 10.11646/zootaxa.5344.1.1, http://zenodo.org/record/8346050
DOI: 10.5281/zenodo.15137073
title: TABLE 8 in Atlas of the Echiniscidae (Heterotardigrada) of the World-part I: West Palaearctic Echiniscus species

description: TABLE 8. Measurements [in µm] of selected morphological structures of adult females of Echiniscus spinulosus mounted in Hoyer’s medium. Abbreviations: sp —the proportion between the length of a given structure and the length of the scapular plate.
CHARACTERNRANGEMEANSDNeotypeNRANGEMEANSDµmspµmspµmspµmspµmspµmspµmspBody length16236–314418–52428648118263064727191–231444–5112114721521Scapular plate length1654.3–64.8–59.6–2.9–64.8–738.0–47.8–44.8–3.4–Head appendage lengthsCirrus internus1412.3–17.220.7–28.215.025.01.52.215.423.878.7–13.122.9–28.411.625.91.52.2Cephalic papilla168.6–10.514.5–17.89.415.80.50.89.715.076.5–8.815.6–18.47.516.80.80.9Cirrus externus1520.2–29.137.0–49.825.542.72.63.829.144.9714.3–22.037.2–46.518.440.92.43.4Clava116.7–9.110.3–15.27.713.00.61.36.710.355.2–6.310.9–13.75.713.00.51.2Cirrus A11117.1–166.6207.3–270.9146.1243.515.517.2165.0254.6573.8–128.0194.2–277.1102.5228.420.733.3Cirrus A /Body length ratio1144%–56%–51%–3%–54%–538%–61%–48%–9%–Body appendage lengthsSpine C102.2–5.23.6–9.43.45.70.91.7??72.2–6.04.6–12.93.27.21.42.8Spine Cd1648.7–62.278.4–102.955.192.64.16.057.488.6735.5–48.484.6–104.841.893.24.76.9Spine D152.5–10.04.3–17.76.611.01.83.27.111.073.4–6.37.1–13.65.011.11.12.6Spine Dd1643.6–56.176.4–95.451.987.14.05.256.186.6729.9–45.178.7–94.438.685.85.26.5Spine E165.4–13.49.5–20.78.714.62.13.113.420.774.8–8.610.0–18.56.314.21.43.1Spine on leg I length164.2–6.77.4–11.25.28.80.71.05.99.172.8–3.96.1–8.83.37.40.41.0Papilla on leg IV length164.5–5.57.6–9.14.98.30.30.45.58.553.9–4.48.2–9.44.28.90.20.5Number of teeth on the collar155–9–7.1–1.2–8–65–7–5.7–0.8–Claw I heightsBranch1319.1–22.433.0–37.221.035.10.91.521.433.0614.0–16.733.4–36.815.734.80.91.3Spur132.4–3.34.4–5.72.94.90.30.53.04.651.9–2.34.0–5.82.14.70.20.7Spur/branch height ratio1312%–16%–14%–1%–14%–512%–16%–13%–1%–Claw II heightsBranch1516.2–21.528.4–37.219.833.21.42.220.832.1512.3–16.532.4–34.915.033.71.71.1Spur152.3–3.44.0–5.62.94.90.30.53.45.231.8–2.54.7–5.32.25.00.40.3Spur/branch height ratio1513%–17%–15%–1%–16%–315%–15%–15%–0%–Claw III heightsBranch1515.6–22.627.3–37.420.334.01.72.420.832.1612.9–16.031.0–34.314.532.61.11.4Spur132.6–3.44.2–5.52.94.90.30.43.24.951.9–2.34.2–4.82.14.50.20.2Spur/branch height ratio1312%–17%–14%–1%–15%–513%–16%–14%–1%–Claw IV heightsBranch1519.5–28.534.2–46.625.643.12.13.127.842.9616.6–22.743.3–48.720.445.72.32.2Spur123.0–4.55.5–7.24.06.60.40.53.96.062.3–3.36.1–6.92.96.50.30.3Spur/branch height ratio1212%–17%–15%–1%–14%–613%–16%–14%–1%–
description: Published as part of Gąsiorek, Piotr & Vončina, Katarzyna, 2023, Atlas of the Echiniscidae (Heterotardigrada) of the World-part I: West Palaearctic Echiniscus species, pp. 48-49 in Zootaxa 5344 (1) on page 48, DOI: 10.11646/zootaxa.5344.1.1, http://zenodo.org/record/8346050
DOI: 10.5281/zenodo.15137078
title: Table 1 in Ebenacobius Haran, a new southern African genus of flower weevils (Coleoptera: Curculioninae: Derelomini) associated with dicotyledonous plants

description: Table 1. Summary of plant associations and distribution of species of Ebenacobius Haran gen. nov. Plants marked with an asterisk indicate that larval stages of the species were obtained from flower tissues. Provinces of South Africa: EC = Eastern Cape; FS = Free State; GP = Gauteng; KZN = Kwazulu-Natal; LP = Limpopo; MP = Mpumalanga; NC = Northern Cape; NW = North West; WC = Western Cape.
SpeciesHost associationsDistributionE. curvisetis Haran sp. nov._South Africa (LP)E. rectirostris Haran sp. nov.Euclea natalensisSouth Africa (FS, GP, KZN, LP, MP & WC)E. duplicatus Haran sp. nov._South Africa (LP & MP)E. grobbelaarae Haran sp. nov._South Africa (GP, LP & NW)E. costalis (Fahraeus, 1844) = Derelomus rugosicollis (Hesse, 1929)_South Africa (EC, KZN & WC)E. thoracicus Haran sp. nov.Mimusops obovataMozambique (Maputo), South Africa (LP)E. xhosa Haran sp. nov._South Africa (EC)E. san Haran sp. nov.Euclea racemosa *South Africa (WC)E. kuscheli Haran sp. nov._South Africa (KZN &MP)E. mulanjensis Haran sp. nov.Malawi (Southern)E. hessei Haran sp. nov.Euclea natalensis *South Africa (EC, GP, KZN & WC)E. pedi Haran sp. nov.Acokanthera oblongifoliaSouth Africa (GP, LP & MP)E. tsonga Haran sp. nov.Acokanthera oblongifoliaSouth Africa (LP & MP)E. hippopotamorum Haran sp. nov.Euclea natalensisSouth Africa (LP)E. incognitus (Hesse, 1929)_South Africa (EC & WC)E. oberprieleri Haran sp. nov.Euclea pseudebenusSouth Africa (NC)E. turneri (Marshall, 1935)_South Africa (EC, GP, KZN, LP, MP, NC, NW & WC)E. atratus (Hesse, 1929)_South Africa (KZN)E. rhodesianus (Hesse, 1929)Euclea cf. crispaSouth Africa (LP & MP), Zimbabwe (Gwanda)
description: Published as part of Haran, Julien, Benoit, Laure, Procheş, Şerban & Kergoat, Gael J., 2022, Ebenacobius Haran, a new southern African genus of flower weevils (Coleoptera: Curculioninae: Derelomini) associated with dicotyledonous plants, pp. 51 in European Journal of Taxonomy 818 (1) on page 51, DOI: 10.5852/ejt.2022.818.1771, http://zenodo.org/record/6532969
DOI: 10.5281/zenodo.15137079
title: Table 1 in Ebenacobius Haran, a new southern African genus of flower weevils (Coleoptera: Curculioninae: Derelomini) associated with dicotyledonous plants

description: Table 1. Summary of plant associations and distribution of species of Ebenacobius Haran gen. nov. Plants marked with an asterisk indicate that larval stages of the species were obtained from flower tissues. Provinces of South Africa: EC = Eastern Cape; FS = Free State; GP = Gauteng; KZN = Kwazulu-Natal; LP = Limpopo; MP = Mpumalanga; NC = Northern Cape; NW = North West; WC = Western Cape.
SpeciesHost associationsDistributionE. curvisetis Haran sp. nov._South Africa (LP)E. rectirostris Haran sp. nov.Euclea natalensisSouth Africa (FS, GP, KZN, LP, MP & WC)E. duplicatus Haran sp. nov._South Africa (LP & MP)E. grobbelaarae Haran sp. nov._South Africa (GP, LP & NW)E. costalis (Fahraeus, 1844) = Derelomus rugosicollis (Hesse, 1929)_South Africa (EC, KZN & WC)E. thoracicus Haran sp. nov.Mimusops obovataMozambique (Maputo), South Africa (LP)E. xhosa Haran sp. nov._South Africa (EC)E. san Haran sp. nov.Euclea racemosa *South Africa (WC)E. kuscheli Haran sp. nov._South Africa (KZN &MP)E. mulanjensis Haran sp. nov.Malawi (Southern)E. hessei Haran sp. nov.Euclea natalensis *South Africa (EC, GP, KZN & WC)E. pedi Haran sp. nov.Acokanthera oblongifoliaSouth Africa (GP, LP & MP)E. tsonga Haran sp. nov.Acokanthera oblongifoliaSouth Africa (LP & MP)E. hippopotamorum Haran sp. nov.Euclea natalensisSouth Africa (LP)E. incognitus (Hesse, 1929)_South Africa (EC & WC)E. oberprieleri Haran sp. nov.Euclea pseudebenusSouth Africa (NC)E. turneri (Marshall, 1935)_South Africa (EC, GP, KZN, LP, MP, NC, NW & WC)E. atratus (Hesse, 1929)_South Africa (KZN)E. rhodesianus (Hesse, 1929)Euclea cf. crispaSouth Africa (LP & MP), Zimbabwe (Gwanda)
description: Published as part of Haran, Julien, Benoit, Laure, Procheş, Şerban & Kergoat, Gael J., 2022, Ebenacobius Haran, a new southern African genus of flower weevils (Coleoptera: Curculioninae: Derelomini) associated with dicotyledonous plants, pp. 51 in European Journal of Taxonomy 818 (1) on page 51, DOI: 10.5852/ejt.2022.818.1771, http://zenodo.org/record/6532969
DOI: 10.15468/dl.hmy2sm
title: Occurrence Download

description: A dataset containing 45192 species occurrences available in GBIF matching the query:
{
 "and" : [
 "OccurrenceStatus is Present",
 "TaxonKey is Rupicola peruvianus (Latham, 1790)"
 ]
}

 The dataset includes 45192 records from 152 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0005773-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.15137074
title: Table 1 in Revision of Dadagulella gen. nov., the " Gulella radius group " (Gastropoda: Streptaxidae) of the eastern Afrotropics, including six new species and three new subspecies

description: Table 1. Measurements and dentition scores for adult shells of Dadagulella gen. nov. species and subspecies. Ranges are given with the mean (for measurements) or mode (for tooth counts) in brackets when n (number of shells measured) was greater than 2. Scores and measurements mentioned in the Table were taken either from all available adult material or from literature.
TaxonnSize and shapeSculptureNumber of teethH (mm)W (mm) WhSpire angle (°)Ribs / mmParietalPalatalBasal ColumellarTotalradius radius442.8-4.6 (3.6)1.6-2.4 (1.9)6.0-7.0 (6.5)55-70 (62)7-16 (12)111 2-4 (2)5-7 (5)r. calva74.0-4.6 (4.4)2.1-2.5 (2.3)6.5-8.0 (7.0)49-62 (57)5-10 (7)111 1-2 (2)4-5 (5)browni browni172.6-3.3 (2.9)1.6-1.9 (1.8)5.5-6.0 (5.5)66-76 (70)11-15 (13)1-2 (2)11-2 (2) 2-3 (3)6-8 (8)b. mafiensis13.31.86.06512211 15b. semulikiensis23.2-3.31.96.0-6.56712212 38delgada23.8-4.01.86.5-7.543-497111 25ecclesiola153.2-3.7 (3.4)1.8-1.9 (1.8)5.5-7.0 (6.5)53-65 (60)8-14 (10)111 (hidden) 14cresswelli13.71.87.05213110 35minareta183.4-4.0 (3.6)1.8-2.0 (1.9)6.0-7.0 (6.5)48-63 (55)10-13 (11)1-2 (1)10-1 (0) 2-3 (2)5-7 (5)cuspidata34.3-4.8 (4.6)2.4-2.5 (2.5)7.75588121 26pembensis114.8-5.5 (5.1)2.0-2.5 (2.4)6.5-7.5 (7.0)51- 65 (57)12-15 (13)111 36nictitans93.6-3.9 (3.8)2.0-2.2 (2.1)5.564-69 (67)13-15 (14)111 (hidden) 2-3 (3)5-6 (6)frontierarum53.1-3.4 (3.3)1.8-2.0 (1.9)4.5-5.0 (4.75)68-77 (73)5-7 (6)131 16delta24.2-4.32.1-2.46.556-6612-13110 13selene23.6-3.72.1-2.26.0-6.257016111 25meredithae232.3-3.1 (2.6)1.4-1.6 (1.5)5.25-5.75 (5.5)58-77 (71)27110 1-2 (2)3-4 (3)minuscula minuscula23.0-4.11.9-2.06.5-7.048- 6310-13111 1-24-5minuscula mahorana74.3-4.6 (4.4)1.9-2.2 (2.0)6.5-7.5 (7.0)50-57 (53)15-23 (18)111 36rondoensis14.12.26.255312110 13conoidea15.52.88489110 13Overall values1732.3-5.5 (3.7)1.4-2.8 (2.0)4.5-8 (6.5)43-77 (60)5-27 (12)1-2 (1)1-3 (1)0-2 (1) 1-4 (3)3-8 (5)
description: Published as part of Rowson, Ben & Tattersfield, Peter, 2013, Revision of Dadagulella gen. nov., the " Gulella radius group " (Gastropoda: Streptaxidae) of the eastern Afrotropics, including six new species and three new subspecies, pp. 4 in European Journal of Taxonomy 37 (37) on page 4, DOI: 10.5852/ejt.2013.37, http://zenodo.org/record/3806770
DOI: 10.5281/zenodo.15137075
title: Table 1 in Revision of Dadagulella gen. nov., the " Gulella radius group " (Gastropoda: Streptaxidae) of the eastern Afrotropics, including six new species and three new subspecies

description: Table 1. Measurements and dentition scores for adult shells of Dadagulella gen. nov. species and subspecies. Ranges are given with the mean (for measurements) or mode (for tooth counts) in brackets when n (number of shells measured) was greater than 2. Scores and measurements mentioned in the Table were taken either from all available adult material or from literature.
TaxonnSize and shapeSculptureNumber of teethH (mm)W (mm) WhSpire angle (°)Ribs / mmParietalPalatalBasal ColumellarTotalradius radius442.8-4.6 (3.6)1.6-2.4 (1.9)6.0-7.0 (6.5)55-70 (62)7-16 (12)111 2-4 (2)5-7 (5)r. calva74.0-4.6 (4.4)2.1-2.5 (2.3)6.5-8.0 (7.0)49-62 (57)5-10 (7)111 1-2 (2)4-5 (5)browni browni172.6-3.3 (2.9)1.6-1.9 (1.8)5.5-6.0 (5.5)66-76 (70)11-15 (13)1-2 (2)11-2 (2) 2-3 (3)6-8 (8)b. mafiensis13.31.86.06512211 15b. semulikiensis23.2-3.31.96.0-6.56712212 38delgada23.8-4.01.86.5-7.543-497111 25ecclesiola153.2-3.7 (3.4)1.8-1.9 (1.8)5.5-7.0 (6.5)53-65 (60)8-14 (10)111 (hidden) 14cresswelli13.71.87.05213110 35minareta183.4-4.0 (3.6)1.8-2.0 (1.9)6.0-7.0 (6.5)48-63 (55)10-13 (11)1-2 (1)10-1 (0) 2-3 (2)5-7 (5)cuspidata34.3-4.8 (4.6)2.4-2.5 (2.5)7.75588121 26pembensis114.8-5.5 (5.1)2.0-2.5 (2.4)6.5-7.5 (7.0)51- 65 (57)12-15 (13)111 36nictitans93.6-3.9 (3.8)2.0-2.2 (2.1)5.564-69 (67)13-15 (14)111 (hidden) 2-3 (3)5-6 (6)frontierarum53.1-3.4 (3.3)1.8-2.0 (1.9)4.5-5.0 (4.75)68-77 (73)5-7 (6)131 16delta24.2-4.32.1-2.46.556-6612-13110 13selene23.6-3.72.1-2.26.0-6.257016111 25meredithae232.3-3.1 (2.6)1.4-1.6 (1.5)5.25-5.75 (5.5)58-77 (71)27110 1-2 (2)3-4 (3)minuscula minuscula23.0-4.11.9-2.06.5-7.048- 6310-13111 1-24-5minuscula mahorana74.3-4.6 (4.4)1.9-2.2 (2.0)6.5-7.5 (7.0)50-57 (53)15-23 (18)111 36rondoensis14.12.26.255312110 13conoidea15.52.88489110 13Overall values1732.3-5.5 (3.7)1.4-2.8 (2.0)4.5-8 (6.5)43-77 (60)5-27 (12)1-2 (1)1-3 (1)0-2 (1) 1-4 (3)3-8 (5)
description: Published as part of Rowson, Ben & Tattersfield, Peter, 2013, Revision of Dadagulella gen. nov., the " Gulella radius group " (Gastropoda: Streptaxidae) of the eastern Afrotropics, including six new species and three new subspecies, pp. 4 in European Journal of Taxonomy 37 (37) on page 4, DOI: 10.5852/ejt.2013.37, http://zenodo.org/record/3806770
DOI: 10.6084/m9.figshare.28735505
title: CR(250403)

description: For female employees with two children, societal stereotypes and organizational barriers frequently hinder career progression and diminish proactive work attitudes, including a reluctance to engage in innovative behaviors. Consequently, it is imperative for organizations to strategically focus on fostering their innovative behavior. Grounded in social identity theory and social exchange theory, this research meticulously analyzed and processed data from 528 questionnaires using Mplus 8.0, subsequently examining the underlying mechanism linking inclusive leadership with the innovative behavior of female employees who have two children.