cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15144757
title: Table 2 in Alboglossiphonia afroalpina sp. nov. and Alboglossiphonia buniana sp. nov. - two new leech species from Africa and revision of the genus Alboglossiphonia Lukin, 1976 in Africa

description: Table 2. Metric characteristics of A. buniana sp. nov.; all measurements given in mm.
Specimen-No.LengthMaximum widthLength cranial suckerWidth cranial suckerLength caudal suckerWidth caudal suckerLength head regionNotes1 holotype7.103.000.250.400.950.951.60gonopores visible2 paratype6.702.550.250.150.750.751.38gonopores visible3 paratype6.503.150.250.250.750.831.40gonopores visible4 paratype6.102.300.200.150.700.650.755 paratype6.502.150.250.350.650.701.38Gonopores faintly visible6 paratype5.902.250.300.300.700.681.00torn in the front part, Gonopores faintly visible7 paratype5.802.200.180.200.600.651.008 paratype5.202.200.200.150.500.550.859 paratype5.202.100.250.250.650.751.1310 paratype5.102.630.280.250.750.750.95Eyes clearly visible11 paratype5.102.000.230.150.600.580.95Crop caeca visible12 paratype5.002.750.200.200.630.651.2013 paratype5.002.500.200.150.620.651.3014 paratype4.502.050.250.200.500.500.8515 paratype4.131.750.200.150.400.480.6816 paratype4.751.900.180.150.500.500.75Crop caeca clearly visible against the light from anterior17 paratype4.701.950.200.180.500.500.85Crop caeca visible18 paratype4.602.65??0.500.550.65front end turned over19 paratype4.301.750.200.200.450.380.85Crop caeca visible20 paratype4.101.500.150.180.380.450.60214.602.800.250.300.620.50?Max. width in front of the middle, eyes not visible224.451.600.250.250.500.50?strong upper lip233-41.400.150.150.480.40?rolled up, eyes not visible243-41.150.100.100.380.35?rolled up, eyes not visible253-40.950.100.100.480.48?rolled up, eyes not visibleMax7.103.150.300.400.950.951.60Min4.100.950.100.100.380.350.60Median5.322.170.210.210.590.601.03
description: Published as part of Jueg, Uwe, 2023, Alboglossiphonia afroalpina sp. nov. and Alboglossiphonia buniana sp. nov. - two new leech species from Africa and revision of the genus Alboglossiphonia Lukin, 1976 in Africa, pp. 1 in Evolutionary Systematics 7 (1) on page 1, DOI: 10.3897/evolsyst.7.94507
DOI: 10.5281/zenodo.15144758
title: Table 3 in Alboglossiphonia afroalpina sp. nov. and Alboglossiphonia buniana sp. nov. - two new leech species from Africa and revision of the genus Alboglossiphonia Lukin, 1976 in Africa

description: Table 3. Characterization of the type material used by Sciacchitano (1939) to describe Glossiphonia verrucata, now a junior synonym of Alboglossiphonia disjuncta (Moore, 1939), RMAT (Coll. No. 23517 et 23518).
Specimen 1Specimen 2Specimen 3Shape and sizeoblong-oval; length 7,5 mm; maximum width 2,5 mmoblong-oval; length 9,0 mm; maximum width 2,4 mm; Animal almost broken in the middle, front end turned overoblong-oval; length?; maximum width 3,0 mm; Animal folded up" several timesHead regionindistinctly set offindistinctly set offindistinctly set offColour? (fixed light colorless)? (fixed light colorless)? (fixed light colorless)Mottle/patternPapills and tuberclesdorsally many prominent papillae, per annulus at least 12, larger papillae on every third ring, arranged in 5-7 rows; ventrally smoothdorsally many prominent papillae, per annulus at least 12, ventrally smoothdorsally many prominent papillae, per annulus at least 12, ventrally smoothEyes6, 1st pair close together, small, 2. and 3. pair fused left and right, much further apart, V-shaped6, 1st pair close together, small comma shaped, 2. and 3. Paar jeweils links und rechts schräg verschmolzen, deutlich weiter auseinander, breit V-förmig6, 1st pair confused, 2. and 3. pair closely together left and right (single eyes crescent-shaped), V-shapedCranial suckersmall, extended proboscis (1,1 mm long); 0,25 × 0,35 mmsomewhat elongated/triangular, proboscis slightly extended; 0,20 × 0,20 mmsomewhat elongated/triangular, proboscis slightly extended (tip only); 0,35 × 0,38 mmMouthin the middle, bigin the middle, slightly fissuredin the middle, slightly transverseCaudal suckercircular, flat/even; 0,95 × 0,95 mmcircular, flat/even; 1,10 × 1,10 mmcircular, flat/even; dimensions?Crope caeca7 (?), Postcaeca very well visible (with 4 simple lateral lobes)7 (?), 6 visible against the light (all unlobed), postcaeca not visible?Gonopores2, separated by 2 annuli? (front end turned over)2, separated by 2 annuli
description: Published as part of Jueg, Uwe, 2023, Alboglossiphonia afroalpina sp. nov. and Alboglossiphonia buniana sp. nov. - two new leech species from Africa and revision of the genus Alboglossiphonia Lukin, 1976 in Africa, pp. 1 in Evolutionary Systematics 7 (1) on page 1, DOI: 10.3897/evolsyst.7.94507
DOI: 10.5281/zenodo.15144759
title: Table 3 in Alboglossiphonia afroalpina sp. nov. and Alboglossiphonia buniana sp. nov. - two new leech species from Africa and revision of the genus Alboglossiphonia Lukin, 1976 in Africa

description: Table 3. Characterization of the type material used by Sciacchitano (1939) to describe Glossiphonia verrucata, now a junior synonym of Alboglossiphonia disjuncta (Moore, 1939), RMAT (Coll. No. 23517 et 23518).
Specimen 1Specimen 2Specimen 3Shape and sizeoblong-oval; length 7,5 mm; maximum width 2,5 mmoblong-oval; length 9,0 mm; maximum width 2,4 mm; Animal almost broken in the middle, front end turned overoblong-oval; length?; maximum width 3,0 mm; Animal folded up" several timesHead regionindistinctly set offindistinctly set offindistinctly set offColour? (fixed light colorless)? (fixed light colorless)? (fixed light colorless)Mottle/patternPapills and tuberclesdorsally many prominent papillae, per annulus at least 12, larger papillae on every third ring, arranged in 5-7 rows; ventrally smoothdorsally many prominent papillae, per annulus at least 12, ventrally smoothdorsally many prominent papillae, per annulus at least 12, ventrally smoothEyes6, 1st pair close together, small, 2. and 3. pair fused left and right, much further apart, V-shaped6, 1st pair close together, small comma shaped, 2. and 3. Paar jeweils links und rechts schräg verschmolzen, deutlich weiter auseinander, breit V-förmig6, 1st pair confused, 2. and 3. pair closely together left and right (single eyes crescent-shaped), V-shapedCranial suckersmall, extended proboscis (1,1 mm long); 0,25 × 0,35 mmsomewhat elongated/triangular, proboscis slightly extended; 0,20 × 0,20 mmsomewhat elongated/triangular, proboscis slightly extended (tip only); 0,35 × 0,38 mmMouthin the middle, bigin the middle, slightly fissuredin the middle, slightly transverseCaudal suckercircular, flat/even; 0,95 × 0,95 mmcircular, flat/even; 1,10 × 1,10 mmcircular, flat/even; dimensions?Crope caeca7 (?), Postcaeca very well visible (with 4 simple lateral lobes)7 (?), 6 visible against the light (all unlobed), postcaeca not visible?Gonopores2, separated by 2 annuli? (front end turned over)2, separated by 2 annuli
description: Published as part of Jueg, Uwe, 2023, Alboglossiphonia afroalpina sp. nov. and Alboglossiphonia buniana sp. nov. - two new leech species from Africa and revision of the genus Alboglossiphonia Lukin, 1976 in Africa, pp. 1 in Evolutionary Systematics 7 (1) on page 1, DOI: 10.3897/evolsyst.7.94507
DOI: 10.15468/dl.ffyvgv
title: Occurrence Download

description: A dataset containing 249 species occurrences available in GBIF matching the query:
{
 "and" : [
 "BasisOfRecord is one of (Observation, Machine Observation, Human Observation)",
 "Country is China",
 "TaxonKey is Urena lobata L."
 ]
}

 The dataset includes 249 records from 5 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0003479-250402121839773/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.5281/zenodo.15144776
title: Table 1 in Phylogeny and taxonomy of two new Plectosphaerella (Plectosphaerellaceae, Glomerellales) species from China

description: Table 1. Strains included in the phylogenetic analyses.
SpeciesStrain No.GenBank Accession NumberLSUITSEF1αRPB2Brunneochlamydosporium nepalenseCBS 277.89LR025812LR026683LR026385LR026111CBS 971.72 TLR025813LR026684LR026386LR026112Plectosphaerella alismatisCBS 113362 TLR025932LR026794LR026489LR026196P. citrullaeCBS 131740LR025933LR026795LR026490-CBS 131741 TLR025934LR026796LR026491LR026197P. cucumerinaCBS 137.33LR025935LR026797LR026492LR026198CBS 137.37 TLR025936LR026798LR026493LR026199CBS 139.60LR025937LR026799LR026494LR026200CBS 286.64LR025938LR026800LR026495LR026201CBS 355.36LR025939LR026801LR026496-CBS 367.73LR025940LR026802LR026497LR026202CBS 400.58LR025941LR026803LR026498LR026203CBS 567.78LR025942LR026804LR026499LR026204CBS 619.74LR025943LR026805LR026500LR026205CBS 632.94LR025944LR026806LR026501LR026206CBS 101014LR025945LR026807LR026502LR026207CBS 101958LR025946LR026808LR026503LR026208CBS 131739LR025947LR026809LR026504-P. delsorboiCBS 116708 TLR025948LR026810LR026505LR026209P. guizhouensisCGMCC 3.19658 = GZUIFR-QL9.9.1 TMK88043 1MK880441MK930453MK930460CGMCC 3.19659 = GZUIFR-QL9.9.2MK880432MK880442MK930454MK930461CGMCC 3.19660 = GZUIFR-QL9.9.3MK880433MK880443MK930455MK930462P. humicolaCBS 423.66 TLR025949LR026811LR026506LR026210P. melonisCBS 489.96 TLR025950LR026812LR026507-CBS 525.93LR025951LR026813LR026508-P. oligotrophicaCBS 440.90LR025952LR026814LR026509LR026211P. oratosquillaeNJM 0662 T-AB425974--NJM 0665-AB425975--P. pauciseptataCBS 131744LR025953LR026815LR026510-CBS 131745 TLR025954LR026816LR026511LR026212P. plurivoraCBS 101.87LR025955LR026817LR026512-CBS 215.84LR025956LR026818LR026513-CBS 260.89LR025957LR026819LR026514LR026213CBS 261.89LR025958LR026820LR026515-CBS 291.38LR025959LR026821LR026516-CBS 292.66LR025960LR026822LR026517LR026214CBS 386.68LR025961LR026823LR026518LR026215CBS 406.85LR025962LR026824LR026519-CBS 417.81LR025963LR026825LR026520-CBS 642.63LR025964LR026826LR026521LR026216CBS 757.68LR025965LR026827LR026522LR026217CBS 101607LR025966LR026828LR026523LR026218CBS 131742 TLR025967LR026829LR026524LR026219CBS 131860LR025968LR026830LR026525LR026220CBS 143233 TMG386133MG386080LR026526LR026221CGMCC 3.19654 = GZUIFR-H26.5.1MK880436MK880444MK930456MK93046 3CGMCC 3.19655 = GZUIFR-H26.5.2MK880437MK880445MK930457MK930464CBS 139623 TKR476783KR476750LR026527LR026222CBS 139624MH878144KR476751LR026528LR026223P. ramiseptataCBS 131743LR025969LR026831LR026529LR026224CBS 131861 TLR025970LR026832LR026530LR026225P. sinensisACCC 39144KX527892KX527889--ACCC 39145 TKX527891KX527888--P. nauculasporaCGMCC 3.19656 = GZUIFR-QL8.12.1 TMK880424MK880439MK930451MK930458CGMCC 3.19657 = GZUIFR-QL8.12.2MK880425MK880440MK930452MK930459
description: Published as part of Zhang, Zhi-Yuan, Chen, Wan-Hao, Zou, Xiao, Han, Yan-Feng, Huang, Jian-Zhong, Liang, Zong-Qi & Deshmukh, Sunil K., 2019, Phylogeny and taxonomy of two new Plectosphaerella (Plectosphaerellaceae, Glomerellales) species from China, pp. 47 in MycoKeys 57 on page 47, DOI: 10.3897/mycokeys.57.36628
DOI: 10.5281/zenodo.15144777
title: Table 1 in Phylogeny and taxonomy of two new Plectosphaerella (Plectosphaerellaceae, Glomerellales) species from China

description: Table 1. Strains included in the phylogenetic analyses.
SpeciesStrain No.GenBank Accession NumberLSUITSEF1αRPB2Brunneochlamydosporium nepalenseCBS 277.89LR025812LR026683LR026385LR026111CBS 971.72 TLR025813LR026684LR026386LR026112Plectosphaerella alismatisCBS 113362 TLR025932LR026794LR026489LR026196P. citrullaeCBS 131740LR025933LR026795LR026490-CBS 131741 TLR025934LR026796LR026491LR026197P. cucumerinaCBS 137.33LR025935LR026797LR026492LR026198CBS 137.37 TLR025936LR026798LR026493LR026199CBS 139.60LR025937LR026799LR026494LR026200CBS 286.64LR025938LR026800LR026495LR026201CBS 355.36LR025939LR026801LR026496-CBS 367.73LR025940LR026802LR026497LR026202CBS 400.58LR025941LR026803LR026498LR026203CBS 567.78LR025942LR026804LR026499LR026204CBS 619.74LR025943LR026805LR026500LR026205CBS 632.94LR025944LR026806LR026501LR026206CBS 101014LR025945LR026807LR026502LR026207CBS 101958LR025946LR026808LR026503LR026208CBS 131739LR025947LR026809LR026504-P. delsorboiCBS 116708 TLR025948LR026810LR026505LR026209P. guizhouensisCGMCC 3.19658 = GZUIFR-QL9.9.1 TMK88043 1MK880441MK930453MK930460CGMCC 3.19659 = GZUIFR-QL9.9.2MK880432MK880442MK930454MK930461CGMCC 3.19660 = GZUIFR-QL9.9.3MK880433MK880443MK930455MK930462P. humicolaCBS 423.66 TLR025949LR026811LR026506LR026210P. melonisCBS 489.96 TLR025950LR026812LR026507-CBS 525.93LR025951LR026813LR026508-P. oligotrophicaCBS 440.90LR025952LR026814LR026509LR026211P. oratosquillaeNJM 0662 T-AB425974--NJM 0665-AB425975--P. pauciseptataCBS 131744LR025953LR026815LR026510-CBS 131745 TLR025954LR026816LR026511LR026212P. plurivoraCBS 101.87LR025955LR026817LR026512-CBS 215.84LR025956LR026818LR026513-CBS 260.89LR025957LR026819LR026514LR026213CBS 261.89LR025958LR026820LR026515-CBS 291.38LR025959LR026821LR026516-CBS 292.66LR025960LR026822LR026517LR026214CBS 386.68LR025961LR026823LR026518LR026215CBS 406.85LR025962LR026824LR026519-CBS 417.81LR025963LR026825LR026520-CBS 642.63LR025964LR026826LR026521LR026216CBS 757.68LR025965LR026827LR026522LR026217CBS 101607LR025966LR026828LR026523LR026218CBS 131742 TLR025967LR026829LR026524LR026219CBS 131860LR025968LR026830LR026525LR026220CBS 143233 TMG386133MG386080LR026526LR026221CGMCC 3.19654 = GZUIFR-H26.5.1MK880436MK880444MK930456MK93046 3CGMCC 3.19655 = GZUIFR-H26.5.2MK880437MK880445MK930457MK930464CBS 139623 TKR476783KR476750LR026527LR026222CBS 139624MH878144KR476751LR026528LR026223P. ramiseptataCBS 131743LR025969LR026831LR026529LR026224CBS 131861 TLR025970LR026832LR026530LR026225P. sinensisACCC 39144KX527892KX527889--ACCC 39145 TKX527891KX527888--P. nauculasporaCGMCC 3.19656 = GZUIFR-QL8.12.1 TMK880424MK880439MK930451MK930458CGMCC 3.19657 = GZUIFR-QL8.12.2MK880425MK880440MK930452MK930459
description: Published as part of Zhang, Zhi-Yuan, Chen, Wan-Hao, Zou, Xiao, Han, Yan-Feng, Huang, Jian-Zhong, Liang, Zong-Qi & Deshmukh, Sunil K., 2019, Phylogeny and taxonomy of two new Plectosphaerella (Plectosphaerellaceae, Glomerellales) species from China, pp. 47 in MycoKeys 57 on page 47, DOI: 10.3897/mycokeys.57.36628
DOI: 10.5281/zenodo.15144780
title: Table 2 in Xenia konohana sp. nov. (Cnidaria, Octocorallia, Alcyonacea), a new soft coral species in the family Xeniidae from Miyazaki, Japan

description: Table 2. Sclerite composition of Xenia konohana sp. nov.
TentaclesPolyp bodyStalkplateletsspindlesplateletsspindlesplateletsspindlesKBF-OA-00092 (holotype)Fig. 2An = 124n = 83n = 1047.3%92.7%4.8%95.2%7.7%92.3%KBF-OA-00093 (paratype)Fig. 2Bn = 123n = 132n = 855.7%94.3%10.6%89.4%7.1%92.9%KBF-OA-00094 (paratype)Fig. 2Cn = 138n = 103n = 9110.1%89.9%5.8%94.2%6.6%93.4%Fig. 2Dn = 92n = 152n = 9612.0%88.0%17.1%82.9%7.3%92.7%
description: Published as part of Koido, Tatsuki, Imahara, Yukimitsu & Fukami, Hironobu, 2022, Xenia konohana sp. nov. (Cnidaria, Octocorallia, Alcyonacea), a new soft coral species in the family Xeniidae from Miyazaki, Japan, pp. 29 in ZooKeys 1085 on page 29, DOI: 10.3897/zookeys.1085.77924
DOI: 10.5281/zenodo.15144781
title: Table 2 in Xenia konohana sp. nov. (Cnidaria, Octocorallia, Alcyonacea), a new soft coral species in the family Xeniidae from Miyazaki, Japan

description: Table 2. Sclerite composition of Xenia konohana sp. nov.
TentaclesPolyp bodyStalkplateletsspindlesplateletsspindlesplateletsspindlesKBF-OA-00092 (holotype)Fig. 2An = 124n = 83n = 1047.3%92.7%4.8%95.2%7.7%92.3%KBF-OA-00093 (paratype)Fig. 2Bn = 123n = 132n = 855.7%94.3%10.6%89.4%7.1%92.9%KBF-OA-00094 (paratype)Fig. 2Cn = 138n = 103n = 9110.1%89.9%5.8%94.2%6.6%93.4%Fig. 2Dn = 92n = 152n = 9612.0%88.0%17.1%82.9%7.3%92.7%
description: Published as part of Koido, Tatsuki, Imahara, Yukimitsu & Fukami, Hironobu, 2022, Xenia konohana sp. nov. (Cnidaria, Octocorallia, Alcyonacea), a new soft coral species in the family Xeniidae from Miyazaki, Japan, pp. 29 in ZooKeys 1085 on page 29, DOI: 10.3897/zookeys.1085.77924
DOI: 10.5281/zenodo.15144783
title: Table 3 in Xenia konohana sp. nov. (Cnidaria, Octocorallia, Alcyonacea), a new soft coral species in the family Xeniidae from Miyazaki, Japan

description: Table 3. Morphological comparison with congeneric species. *including oval, round, circles, discs, and biscuit-like shapes. Dashes means absent. Question marks mean unverified. NR means not reported. Note that morphological data were referred from the re-description paper by Halász et al. (2019) rather than the original descriptions for some species.
SpeciesRows of pinnulesPinnules in the outermost rowScleritesCrest on the scleritesMain branchSecondary branchesReferencesplatelets*rodsSpindlesX. bauiana426-30present---NRNRHalász et al. 2019X. blumi318-20present---NRNRHalász et al. 2019X. crassa3-413-18present--presentNRNRHalász et al. 2019X. cylindricacy318-20present--NR2-Roxas 1933X. depressa218-26present?-NRNRNRKükenthal 1909X. delicata3-418-23----0-50-3Halász et al. 2019X. elongata3-420-24present--NR2-3-Dana 1846, Imahara 1992X. fimbriata38-15---NR2-3presentUtinomi 1955X. fisheri318-22present--NR--Roxas 1933X. flexibilis414-32present---NRNRHalász et al. 2019X. fusca4(3-5)14-22present---NRNRHalász et al. 2019X. garciae316-22present--present--Halász et al. 2019X. grasshoffi415-24present--presentNRNRHalász et al. 2019X. hicksoni312-20present--NRusually branched2Ashworth 1899,Utinomi 1950X. kuekenthali18-10----50-2Halász et al. 2019X. kusimotoensis210-12present--NR2-Utinomi 1955X. lepida328-34----present3rd branchesHalász et al. 2019X. mayi524-32present--NRsingle or divided-Roxas 1933X. membranacea420-25present--present8NRHalász et al. 2019X. multipinnata3-440-50---NRpresent-Tixier-Durivault 1966X. multispiculata2-326-30present--NRpresent-Kükenthal 1909X. mucosa430-42----20-2Halász et al. 2019X. novaebritanniae29-10present---NRNRHalász et al. 2019X. rubens4(3-5)12-19present---2-Halász et al. 2019X. sansibariana426-33----NRNRHalász et al. 2019X. stellifera4-9<9present--NRpresentpresentVerseveldt 1977X. ternatana315-23present--presentNRNRHalász et al. 2020X. tripartita35-6present--NR--Roxas 1933X. tumbatuana3NR---NRpresent-May 1898X. umbellata319-22present-----Halász et al. 2019X. viridis315-22present--presentNRNRHalász et al. 2019X. konohana sp. nov.312-18present-Present-2-3-This study
description: Published as part of Koido, Tatsuki, Imahara, Yukimitsu & Fukami, Hironobu, 2022, Xenia konohana sp. nov. (Cnidaria, Octocorallia, Alcyonacea), a new soft coral species in the family Xeniidae from Miyazaki, Japan, pp. 29 in ZooKeys 1085 on page 29, DOI: 10.3897/zookeys.1085.77924
DOI: 10.5281/zenodo.15144784
title: Table 3 in Xenia konohana sp. nov. (Cnidaria, Octocorallia, Alcyonacea), a new soft coral species in the family Xeniidae from Miyazaki, Japan

description: Table 3. Morphological comparison with congeneric species. *including oval, round, circles, discs, and biscuit-like shapes. Dashes means absent. Question marks mean unverified. NR means not reported. Note that morphological data were referred from the re-description paper by Halász et al. (2019) rather than the original descriptions for some species.
SpeciesRows of pinnulesPinnules in the outermost rowScleritesCrest on the scleritesMain branchSecondary branchesReferencesplatelets*rodsSpindlesX. bauiana426-30present---NRNRHalász et al. 2019X. blumi318-20present---NRNRHalász et al. 2019X. crassa3-413-18present--presentNRNRHalász et al. 2019X. cylindricacy318-20present--NR2-Roxas 1933X. depressa218-26present?-NRNRNRKükenthal 1909X. delicata3-418-23----0-50-3Halász et al. 2019X. elongata3-420-24present--NR2-3-Dana 1846, Imahara 1992X. fimbriata38-15---NR2-3presentUtinomi 1955X. fisheri318-22present--NR--Roxas 1933X. flexibilis414-32present---NRNRHalász et al. 2019X. fusca4(3-5)14-22present---NRNRHalász et al. 2019X. garciae316-22present--present--Halász et al. 2019X. grasshoffi415-24present--presentNRNRHalász et al. 2019X. hicksoni312-20present--NRusually branched2Ashworth 1899,Utinomi 1950X. kuekenthali18-10----50-2Halász et al. 2019X. kusimotoensis210-12present--NR2-Utinomi 1955X. lepida328-34----present3rd branchesHalász et al. 2019X. mayi524-32present--NRsingle or divided-Roxas 1933X. membranacea420-25present--present8NRHalász et al. 2019X. multipinnata3-440-50---NRpresent-Tixier-Durivault 1966X. multispiculata2-326-30present--NRpresent-Kükenthal 1909X. mucosa430-42----20-2Halász et al. 2019X. novaebritanniae29-10present---NRNRHalász et al. 2019X. rubens4(3-5)12-19present---2-Halász et al. 2019X. sansibariana426-33----NRNRHalász et al. 2019X. stellifera4-9<9present--NRpresentpresentVerseveldt 1977X. ternatana315-23present--presentNRNRHalász et al. 2020X. tripartita35-6present--NR--Roxas 1933X. tumbatuana3NR---NRpresent-May 1898X. umbellata319-22present-----Halász et al. 2019X. viridis315-22present--presentNRNRHalász et al. 2019X. konohana sp. nov.312-18present-Present-2-3-This study
description: Published as part of Koido, Tatsuki, Imahara, Yukimitsu & Fukami, Hironobu, 2022, Xenia konohana sp. nov. (Cnidaria, Octocorallia, Alcyonacea), a new soft coral species in the family Xeniidae from Miyazaki, Japan, pp. 29 in ZooKeys 1085 on page 29, DOI: 10.3897/zookeys.1085.77924
DOI: 10.5281/zenodo.15144787
title: Table 1 in Monadelpha (Euphorbiaceae, Plukenetieae), a new genus of Tragiinae from the Amazon rainforest of Venezuela and Brazil

description: Table 1. Tragiinae genera and infrageneric taxa of Tragia: species number, geographic distribution, and pollen morphology. Adapted from Cardinal-McTeague and Gillespie (2016) with pollen characters from Gillespie (1994a, 1994b) and taxonomic updates from this paper.
Genus/sectionspp. #Geographic distributionPollen aperturesPollen tectumAcidoton Sw.5Hispaniola, JamaicainaperturaterugulateBia Klotzsch5Costa Rica to South Americainaperturatefoveolate-fossulate or finely reticulateCnesmone Blume11SE Asiaweakly 3-colpatepunctateCtenomeria Harv.2South Africaweakly 3-aperturatefinely foveolate-reticulateGitara Pax & K.Hoffm.1Central and South America3-colpatefinely foveolate-reticulateMegistostigma Hook.f.5SE Asiaweakly 3-colpate to inaperturatepunctateMonadelpha L.J.Gillespie & Card.-McTeag., gen. nov.1Venezuela (Amazonas), Brazil (Amazonas)5-colpatefoveolatePachystylidium Pax & K.Hoffm.1SE Asiaweakly 3-poratepunctatePlatygyna P.Mercier7Cubainaperturatereticulate or rugulateSphaerostylis Baill.2MadagascarunknownunknownTragia L.~150Pantropical to warm temperatesect. Tragia Agirta Baill.5Madagascarunknownunknownsect. Tragia Lassia (Baill.) Müll.Arg.2Madagascar3-colpatereticulatesect. Tragia Leptobotrys (Baill.) Müll.Arg.2SE USAweakly 3-poratepunctatesect. Tragia Tagira Müll.Arg.82Africa, Madagascar, S Asia3-colpatereticulatesect. Tragia Tragia53S USA to South America, Caribbean3-colpateintectate-baculateAustralian species group3Australia3-poratepunctateT. biflora Urb. & Ekman (unplaced)1HispaniolaunknownunknownT. rubiginosa Huft (unplaced)1Venezuela4-colpatepunctatesubg. Tragia Mauroya Leandri1Madagascarweakly 3-aperturatefinely reticulateTragiella Pax & K.Hoffm.4E and S Africa3-colpatereticulateZuckertia Baill.2Mexico, Central America3-colpatefinely reticulate
description: Published as part of Gillespie, Lynn J., Cardinal-McTeague, Warren M. & Wurdack, Kenneth J., 2020, Monadelpha (Euphorbiaceae, Plukenetieae), a new genus of Tragiinae from the Amazon rainforest of Venezuela and Brazil, pp. 119 in PhytoKeys 169 on page 119, DOI: 10.3897/phytokeys.169.59244