cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15146937
title: Table 1 in The search finds an end: the morphologically chimeric hysterocinetids belong to the subclass Hymenostomatia (Ciliophora: Oligohymenophorea)

description: Table 1. Morphometric data on P. simplex (Ps) and H. bellerophon (Hb) isolated from lumbricid earthworms.
CharacteristicaMeanMCVSDMinMaxNBody lengthPs107.0103.218.720.071.2146.219Hb178.2162.317.731.6140.3224.110Body maximum widthPs61.061.413.38.148.477.819Hb96.698.919.719.062.9126.310Body length:width ratioPs1.81.713.20.21.42.219Hb1.91.813.10.21.62.310Distance of anterior body end to proximal end of suckerPs7.16.519.41.45.39.310Hb23.921.727.36.516.334.56Sucker maximum widthPs29.529.521.86.422.240.610Hb40.038.127.411.027.857.17Length of ventral sucker armPs21.221.018.84.015.428.810Hb27.926.837.810.517.146.26Length of dorsal sucker armPs21.522.014.13.017.526.36Hb22.421.631.27.015.134.86Angle formed by sucker armsPs96.797.64.24.086.3101.710Hb83.884.59.37.875.093.06Distance of anterior body end to beginning of macronucleusPs51.950.318.59.637.676.419Hb37.833.830.211.420.955.510Macronucleus lengthPs30.930.620.96.522.144.119Hb103.998.522.723.564.0140.210Macronucleus widthPs23.523.119.34.514.535.319Hb20.521.533.76.910.132.410Macronucleus length:width ratioPs1.31.319.10.31.02.019Hb5.45.227.71.53.88.810Number of macronuclear nodulesPs1.01.00.00.01.01.019Hb1.01.00.00.01.01.010Micronucleus largest diameterPs2.62.616.30.42.23.14Number of micronucleiPs2.02.00.00.02.02.04Number of less ciliary rowsPs48.349.05.52.643.051.09Hb64.062.511.67.457.074.04Number of right ciliary rowsPs78.578.575.082.02Hb104.6103.07.27.595.0114.05Cytopharynx lengthPs10.810.821.22.38.014.37Distance in between ciliary rowsPs1.81.912.90.21.52.04Hb1.61.67.30.11.41.75Peristome widthPs31.533.310.93.424.036.019Hb38.742.233.112.819.562.711Distance of posterior body end to proximal end of peristomePs18.518.617.43.212.224.116(peristome length)Hb33.133.733.010.915.448.111
a Data based on protargol-impregnated specimens.Measurements in μm. Abbreviations:CV,coefficient of variation (%); M, median;Max,maximum; Mean, arithmetic mean;Min, minimum; N, number of individuals investigated;SD, standard deviation.
description: Published as part of Obert, Tomáš, Zhang, Tengyue & Vďačný, Peter, 2023, The search finds an end: the morphologically chimeric hysterocinetids belong to the subclass Hymenostomatia (Ciliophora: Oligohymenophorea), pp. 102 in Zoological Journal of the Linnean Society 199 (1) on page 102, DOI: 10.1093/zoolinnean/zlad023, http://zenodo.org/record/8326247
DOI: 10.5281/zenodo.15146938
title: Table 1 in The search finds an end: the morphologically chimeric hysterocinetids belong to the subclass Hymenostomatia (Ciliophora: Oligohymenophorea)

description: Table 1. Morphometric data on P. simplex (Ps) and H. bellerophon (Hb) isolated from lumbricid earthworms.
CharacteristicaMeanMCVSDMinMaxNBody lengthPs107.0103.218.720.071.2146.219Hb178.2162.317.731.6140.3224.110Body maximum widthPs61.061.413.38.148.477.819Hb96.698.919.719.062.9126.310Body length:width ratioPs1.81.713.20.21.42.219Hb1.91.813.10.21.62.310Distance of anterior body end to proximal end of suckerPs7.16.519.41.45.39.310Hb23.921.727.36.516.334.56Sucker maximum widthPs29.529.521.86.422.240.610Hb40.038.127.411.027.857.17Length of ventral sucker armPs21.221.018.84.015.428.810Hb27.926.837.810.517.146.26Length of dorsal sucker armPs21.522.014.13.017.526.36Hb22.421.631.27.015.134.86Angle formed by sucker armsPs96.797.64.24.086.3101.710Hb83.884.59.37.875.093.06Distance of anterior body end to beginning of macronucleusPs51.950.318.59.637.676.419Hb37.833.830.211.420.955.510Macronucleus lengthPs30.930.620.96.522.144.119Hb103.998.522.723.564.0140.210Macronucleus widthPs23.523.119.34.514.535.319Hb20.521.533.76.910.132.410Macronucleus length:width ratioPs1.31.319.10.31.02.019Hb5.45.227.71.53.88.810Number of macronuclear nodulesPs1.01.00.00.01.01.019Hb1.01.00.00.01.01.010Micronucleus largest diameterPs2.62.616.30.42.23.14Number of micronucleiPs2.02.00.00.02.02.04Number of less ciliary rowsPs48.349.05.52.643.051.09Hb64.062.511.67.457.074.04Number of right ciliary rowsPs78.578.575.082.02Hb104.6103.07.27.595.0114.05Cytopharynx lengthPs10.810.821.22.38.014.37Distance in between ciliary rowsPs1.81.912.90.21.52.04Hb1.61.67.30.11.41.75Peristome widthPs31.533.310.93.424.036.019Hb38.742.233.112.819.562.711Distance of posterior body end to proximal end of peristomePs18.518.617.43.212.224.116(peristome length)Hb33.133.733.010.915.448.111
a Data based on protargol-impregnated specimens.Measurements in μm. Abbreviations:CV,coefficient of variation (%); M, median;Max,maximum; Mean, arithmetic mean;Min, minimum; N, number of individuals investigated;SD, standard deviation.
description: Published as part of Obert, Tomáš, Zhang, Tengyue & Vďačný, Peter, 2023, The search finds an end: the morphologically chimeric hysterocinetids belong to the subclass Hymenostomatia (Ciliophora: Oligohymenophorea), pp. 102 in Zoological Journal of the Linnean Society 199 (1) on page 102, DOI: 10.1093/zoolinnean/zlad023, http://zenodo.org/record/8326247
DOI: 10.5281/zenodo.15146941
title: Table 3 in The search finds an end: the morphologically chimeric hysterocinetids belong to the subclass Hymenostomatia (Ciliophora: Oligohymenophorea)

description: Table 3. Average between group pdistances (below diagonal) and their standard errors (above diagonal) estimated from 18 S rRNA gene sequences of 66 hymenostome taxa.
1.2.3.4.5.6.7.8.9.10.11.1.Hysterocinetidae0.00450.00550.00620.00630.00610.00690.00670.00700.00670.00652.T. paravorax0.04040.00590.00690.00670.00680.00700.00700.00700.00700.00673.‘ paravorax ’ subcladea0.06310.05680.00640.00630.00620.00690.00630.00690.00680.00654.‘ australis ’ cladeb0.08280.08190.07860.00250.00390.00400.00400.00510.00460.00525.‘ borealis ’ cladeb0.08490.08040.07830.01520.00410.00420.00410.00500.00450.00526.Agolohymena aspidocauda0.08100.08110.07270.02550.03170.00470.00450.00520.00520.00547.Dexiostoma spp.0.08930.08390.08370.03040.03530.03810.00400.00480.00550.00608.Glaucomidaec0.09100.09040.08060.03430.03770.04040.03240.00490.00550.00549.Colpidium colpoda0.09140.08650.08210.04750.04640.04690.03730.04470.00600.006210.Clausilocola apostropha0.09200.08930.08760.03810.03960.04530.05420.05790.06340.006011.Ophryoglenidad0.08500.07860.08090.06010.06130.05910.07140.06900.07260.0756
description: Published as part of Obert, Tomáš, Zhang, Tengyue & Vďačný, Peter, 2023, The search finds an end: the morphologically chimeric hysterocinetids belong to the subclass Hymenostomatia (Ciliophora: Oligohymenophorea), pp. 115 in Zoological Journal of the Linnean Society 199 (1) on page 115, DOI: 10.1093/zoolinnean/zlad023, http://zenodo.org/record/8326247
DOI: 10.5281/zenodo.15146942
title: Table 3 in The search finds an end: the morphologically chimeric hysterocinetids belong to the subclass Hymenostomatia (Ciliophora: Oligohymenophorea)

description: Table 3. Average between group pdistances (below diagonal) and their standard errors (above diagonal) estimated from 18 S rRNA gene sequences of 66 hymenostome taxa.
1.2.3.4.5.6.7.8.9.10.11.1.Hysterocinetidae0.00450.00550.00620.00630.00610.00690.00670.00700.00670.00652.T. paravorax0.04040.00590.00690.00670.00680.00700.00700.00700.00700.00673.‘ paravorax ’ subcladea0.06310.05680.00640.00630.00620.00690.00630.00690.00680.00654.‘ australis ’ cladeb0.08280.08190.07860.00250.00390.00400.00400.00510.00460.00525.‘ borealis ’ cladeb0.08490.08040.07830.01520.00410.00420.00410.00500.00450.00526.Agolohymena aspidocauda0.08100.08110.07270.02550.03170.00470.00450.00520.00520.00547.Dexiostoma spp.0.08930.08390.08370.03040.03530.03810.00400.00480.00550.00608.Glaucomidaec0.09100.09040.08060.03430.03770.04040.03240.00490.00550.00549.Colpidium colpoda0.09140.08650.08210.04750.04640.04690.03730.04470.00600.006210.Clausilocola apostropha0.09200.08930.08760.03810.03960.04530.05420.05790.06340.006011.Ophryoglenidad0.08500.07860.08090.06010.06130.05910.07140.06900.07260.0756
description: Published as part of Obert, Tomáš, Zhang, Tengyue & Vďačný, Peter, 2023, The search finds an end: the morphologically chimeric hysterocinetids belong to the subclass Hymenostomatia (Ciliophora: Oligohymenophorea), pp. 115 in Zoological Journal of the Linnean Society 199 (1) on page 115, DOI: 10.1093/zoolinnean/zlad023, http://zenodo.org/record/8326247
DOI: 10.5281/zenodo.15146948
title: TABLE 1 in Ceropegia gilboaensis (Apocynaceae), a new species from the Midlands of KwaZulu-Natal, South Africa

description: TABLE 1. Morphological features of non-trap, brood-site mimicking species in Ceropegia sect. Chamaesiphon which occur in KwaZulu-Natal and neighbouring provinces and countries (see also Fig.1).
Ceropegia speciesHabitLeavesCorollaCorolla lobesCorolla trichomesProportion of corolla fusedC. gilboaensis *prostrateovate-ellipticcylindrical-campanulate, 4.5–6.3 mm deepnarrowly triangular, keeledno±1/2C. alpinaprostrate to sub-erectbroadly-ovate to oblong-lanceolatebroadly campanulate, ca. 2 mm deeptriangularyes±1/2C. australis *sub-erect to erectnarrowly elliptic-lanceolatecampanulate, ca. 3 mm deepovate-lanceolate, attenuateyes±1/3C. bruceaeprostrateovate to broadly ovateflat or shallowly saucer-shapedovate-lanceolateno±1/3 or lessC. campanuliformiserect to sub-erectovate-ellipticcampanulatebroadly triangular, longitudinally striatedyes±2/3C. chlorozona *sub-erectovate-ellipticbowl-shaped, 4–6 mm deepbroadly triangular-ovateyes±1/2C. coddii *prostrateovate to broadly ovateshallowly saucer-shaped, ca. 3 mm deeplanceolate, rarely triangularno±1/3 or lessC. modestantha *erect to sub-erectelliptic-lanceolatecampanulate, 2–3 mm deeptriangular to narrowly-triangular, apically taperingno±1/2 or lessC. ngomensis *prostrateovate to lanceolatecylindrical-campanulate, ca. 5 mm deep, distinctly keeled or fluted corolla lobe basetriangular-ovate, keeledno±1/2C. perdita *sub-erect to erectovate to ellipticcampanulate, 3–4.5 mm deepovate-lanceolate, replicateyes±1/5 or lessC. petrophila *erect to sub-erectelliptic-ovate to lanceolateshallowly campanulate, 3–5 mm deepbasally ovate to lanceolate, apically taperingyes±1/3 or lessC. pulchellior *prostrateovate to lanceolateflat or shallowly saucer-shapedovate-lanceolate,no±1/3 or lessC. remota *prostratebroadly ovate to lanceolatecampanulate, ca. 3 mm deeptriangular, margins recurvedyes±1/3C. swazicaprostratebroadly ovatesaucer-shaped, ca. 1.5–2 mm deeptriangularyes±1/3 or lessC. spathulatasub-erect to erectlinear-lanceolatecampanulate, ca. 4–5 mm deeplanceolate-linearyes±1/4 or less
...continued on the next page
*These species occur in KwaZulu-Natal.
description: Published as part of Heiduk, Annemarie, Crouch, Neil R. & Styles, David G. A., 2023, Ceropegia gilboaensis (Apocynaceae), a new species from the Midlands of KwaZulu-Natal, South Africa, pp. 127-128 in Phytotaxa 591 (2) on page 127, DOI: 10.11646/phytotaxa.591.2.4, http://zenodo.org/record/10121325
DOI: 10.5281/zenodo.15146949
title: TABLE 1 in Ceropegia gilboaensis (Apocynaceae), a new species from the Midlands of KwaZulu-Natal, South Africa

description: TABLE 1. Morphological features of non-trap, brood-site mimicking species in Ceropegia sect. Chamaesiphon which occur in KwaZulu-Natal and neighbouring provinces and countries (see also Fig.1).
Ceropegia speciesHabitLeavesCorollaCorolla lobesCorolla trichomesProportion of corolla fusedC. gilboaensis *prostrateovate-ellipticcylindrical-campanulate, 4.5–6.3 mm deepnarrowly triangular, keeledno±1/2C. alpinaprostrate to sub-erectbroadly-ovate to oblong-lanceolatebroadly campanulate, ca. 2 mm deeptriangularyes±1/2C. australis *sub-erect to erectnarrowly elliptic-lanceolatecampanulate, ca. 3 mm deepovate-lanceolate, attenuateyes±1/3C. bruceaeprostrateovate to broadly ovateflat or shallowly saucer-shapedovate-lanceolateno±1/3 or lessC. campanuliformiserect to sub-erectovate-ellipticcampanulatebroadly triangular, longitudinally striatedyes±2/3C. chlorozona *sub-erectovate-ellipticbowl-shaped, 4–6 mm deepbroadly triangular-ovateyes±1/2C. coddii *prostrateovate to broadly ovateshallowly saucer-shaped, ca. 3 mm deeplanceolate, rarely triangularno±1/3 or lessC. modestantha *erect to sub-erectelliptic-lanceolatecampanulate, 2–3 mm deeptriangular to narrowly-triangular, apically taperingno±1/2 or lessC. ngomensis *prostrateovate to lanceolatecylindrical-campanulate, ca. 5 mm deep, distinctly keeled or fluted corolla lobe basetriangular-ovate, keeledno±1/2C. perdita *sub-erect to erectovate to ellipticcampanulate, 3–4.5 mm deepovate-lanceolate, replicateyes±1/5 or lessC. petrophila *erect to sub-erectelliptic-ovate to lanceolateshallowly campanulate, 3–5 mm deepbasally ovate to lanceolate, apically taperingyes±1/3 or lessC. pulchellior *prostrateovate to lanceolateflat or shallowly saucer-shapedovate-lanceolate,no±1/3 or lessC. remota *prostratebroadly ovate to lanceolatecampanulate, ca. 3 mm deeptriangular, margins recurvedyes±1/3C. swazicaprostratebroadly ovatesaucer-shaped, ca. 1.5–2 mm deeptriangularyes±1/3 or lessC. spathulatasub-erect to erectlinear-lanceolatecampanulate, ca. 4–5 mm deeplanceolate-linearyes±1/4 or less
...continued on the next page
*These species occur in KwaZulu-Natal.
description: Published as part of Heiduk, Annemarie, Crouch, Neil R. & Styles, David G. A., 2023, Ceropegia gilboaensis (Apocynaceae), a new species from the Midlands of KwaZulu-Natal, South Africa, pp. 127-128 in Phytotaxa 591 (2) on page 127, DOI: 10.11646/phytotaxa.591.2.4, http://zenodo.org/record/10121325
DOI: 10.5281/zenodo.15146950
title: Table 1 Morphological differences between Geissorhiza mellimontana and G in Geissorhiza mellimontana (Iridaceae: Crocoideae), a new species from southwestern Western Cape, South Africa

description: Table 1 Morphological differences between Geissorhiza mellimontana and G. scillaris.
SpeciesPlant height (mm)Tepal dimensions (mm)Filament length (mm)Anther length (mm) and colourStyle length (mm)Style branch length (mm)G. mellimontana300—45012—14 X 3—48—93—4, purple10—121.5—2G. scillaris120—3507—9 X 3—42—42.5—3.5, white5—6± 1
description: Published as part of Goldblatt, P., Manning, J. C. & van der Walt, J. A., 2021, Geissorhiza mellimontana (Iridaceae: Crocoideae), a new species from southwestern Western Cape, South Africa, pp. 199 in South African Journal of Botany 139 on page 199, DOI: 10.1016/j.sajb.2021.02.018, http://zenodo.org/record/10496931
DOI: 10.5281/zenodo.15146951
title: Table 1 Morphological differences between Geissorhiza mellimontana and G in Geissorhiza mellimontana (Iridaceae: Crocoideae), a new species from southwestern Western Cape, South Africa

description: Table 1 Morphological differences between Geissorhiza mellimontana and G. scillaris.
SpeciesPlant height (mm)Tepal dimensions (mm)Filament length (mm)Anther length (mm) and colourStyle length (mm)Style branch length (mm)G. mellimontana300—45012—14 X 3—48—93—4, purple10—121.5—2G. scillaris120—3507—9 X 3—42—42.5—3.5, white5—6± 1
description: Published as part of Goldblatt, P., Manning, J. C. & van der Walt, J. A., 2021, Geissorhiza mellimontana (Iridaceae: Crocoideae), a new species from southwestern Western Cape, South Africa, pp. 199 in South African Journal of Botany 139 on page 199, DOI: 10.1016/j.sajb.2021.02.018, http://zenodo.org/record/10496931
DOI: 10.5281/zenodo.15146965
title: TABLE 1 in A new platyrostrine sperm whale from the Early Miocene of the southeastern Pacific (East Pisco Basin, Peru) supports affinities with the southwestern Atlantic cetacean fauna

description: TABLE 1. — Cranial measurements (in mm) of Diaphorocetus ortegai n. sp. MUSM 3246 (holotype, Chilcatay Formation, East Pisco Basin, Peru), compared to the type of Diaphorocetus poucheti (Moreno, 1892) MLP 5-6 (Gaiman Formation, Puerto Madryn, Chubut, Argentina). Part of the measurements for MLP 5-6 are taken from Paolucci et al. (2020); others were taken based on photos. Abbreviations: +, incomplete; e, estimate; –, no data.
D. ortegai n. sp.D. pouchetiMUSM 3246 (holotype)MLP 5-6 (holotype)Condylobasal length+764+820Rostrum length+434+491.9Neurocranium length330 (e)+325.8Width of rostrum along anterior cross section72–Width of rostrum 250 mm anterior to antorbital notch91180 (e)Height of maxilla 250 mm anterior to antorbital notche3240 (e)Width of rostrum at base290 (e)+388Maximum width of ventral exposure of vomer on rostrum2844.1Transverse width of right bony naris18–Transverse width of left bony naris39 (e)–Maximum posterior width of supracranial basin235 (e)278.8Minimum distance between temporal fossae across occipital shield202 (e)225.3Mediolateral width of left temporal fossa+120–Bizygomatic width+470522.9Distance between ventromedial margins of paroccipital processes253350 (e)Width of occipital condyles+128137.2Number of preserved maxillary alveoli on left side18/336 mm = 5.4/100 mm6/143 mm (e) = 4.2/100 mmNumber of preserved maxillary alveoli on right side18/347 mm = 5.2/100 mm7/190 mm (e) = 3.7/100 mmRange of transverse diameters for maxillary alveoli13-18–Range of lengths for interalveolar septa2.5-117-11Length of upper alveolar groove+347+287.2
description: Published as part of Lambert, Olivier, Collareta, Alberto, Benites-Palomino, Aldo, Merella, Marco, Muizon, Christian de, Bennion, Rebecca, Urbina, Mario & Bianucci, Giovanni, 2023, A new platyrostrine sperm whale from the Early Miocene of the southeastern Pacific (East Pisco Basin, Peru) supports affinities with the southwestern Atlantic cetacean fauna, pp. 664 in Geodiversitas 45 (22) on page 664, DOI: 10.5252/geodiversitas2023v45a22, http://zenodo.org/record/10228752
DOI: 10.5281/zenodo.15146966
title: TABLE 1 in Two new species of Crinipellis (Marasmiaceae, Agaricales) from Kerala State, India

description: TABLE 1. List of species included in the phylogenetic analysis, along with their geographical origin and GenBank accession numbers. The details of the new species are in bold.
SpeciesCollection numberCountry of originGenBank accession numbers (nrITS)Crinipellis actinophoraJFK78 (KLU-M)MalaysiaFJ167617Crinipellis actinophoraJFK85 (KLU-M)MalaysiaFJ167622Crinipellis birhizomorphaBRNM 751593KoreaKF380831Crinipellis brunneipurpureaJFK107 (KLU-M)IndonesiaFJ167645Crinipellis brunneipurpureaJFK84 (KLU-M)IndonesiaFJ167646Crinipellis brunnescensDED6791 (BO)IndonesiaFJ167627Crinipellis cupreostipesJFK55 (CMU)ThailandFJ167640Crinipellis cupreostipesCUH AM116IndiaKT346353Crinipellis dipterocarpiDED7602 (SFSU)ThailandFJ167651Crinipellis dipterocarpiJFK126 (CMU)ThailandFJ167655Crinipellis dipterocarpi f. cinnamomeaJFK17 (KLU-M)MalaysiaFJ167648Crinipellis dipterocarpi f. cinnamomeaJFK20 (KLU-M)MalaysiaFJ167653Crinipellis fibrillosaSA199 (CALI)IndiaOQ617333Crinipellis furcataJFK103 (BO)IndonesiaFJ167657Crinipellis furcataDED6951 (BO)IndonesiaFJ167658Crinipellis malesianaKUM084a (KLU-M)MalaysiaFJ167629Crinipellis malesianaAR513 (BO)IndonesiaFJ167630Crinipellis minimaSA324 (CALI)IndiaOQ617341Crinipellis nigricaulisCBM-FB-24125JapanFJ766094Crinipellis nigricaulisRA7L10-1USAMK217456Crinipellis nigricaulis var. macrosporaBRNM 712569KoreaFJ573196Crinipellis nigricaulis var. macrosporaKG231(BRNM712580)KoreaFJ573197Crinipellis odorataCAL 1240IndiaKT952521Crinipellis pallidipilaBRNM 751595KoreaKF380833Crinipellis piceaeDED7622 (SFSU)North AmericaFJ167632Crinipellis piceaeDED7758 (SFSU)North AmericaFJ167633Crinipellis proceraZT8490 (ZT)New ZealandFJ167660Crinipellis rhizomaticolaBRNM 712570KoreaFJ573198Crinipellis scabellaPB302GermanyAY571033Crinipellis scabellaZTPAM98 (ZT)FranceFJ167635Crinipellis setipesJFK34 (CMU)ThailandFJ167634Crinipellis setipesBandala 4031MexicoJF930641Crinipellis species07110220-1JapanLC504833Crinipellis species07110220-2JapanLC504834Crinipellis speciesRAK 391CameroonMN930626Crinipellis tabtimJFK141 (CMU)ThailandFJ167644Crinipellis tabtimJFK129 (CMU)ThailandNR_119708Crinipellis trichialisDED7043 (SFSU)IndonesiaFJ167614Crinipellis trichialisJFK97 (SFSU)MalaysiaFJ167616Crinipellis wandoensisBRNM 751594KoreaKF380832Crinipellis zonataOKM 25450 (VPI)CanadaAY916692Crinipellis zonataDAOM176761 (SFSU)CanadaFJ167659Marasmius rotulaPBM 2563 (CUW)USADQ182506Marasmius rotulaNN005958DenmarkJN943598
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description: Published as part of Sharafudheen, Shahina A., Manimohan, Patinjareveettil & Deepna Latha, K. P., 2023, Two new species of Crinipellis (Marasmiaceae, Agaricales) from Kerala State, India, pp. 220-221 in Phytotaxa 600 (4) on page 220, DOI: 10.11646/phytotaxa.600.4.1, http://zenodo.org/record/8093955
DOI: 10.5281/zenodo.15146967
title: TABLE 1 in Two new species of Crinipellis (Marasmiaceae, Agaricales) from Kerala State, India

description: TABLE 1. List of species included in the phylogenetic analysis, along with their geographical origin and GenBank accession numbers. The details of the new species are in bold.
SpeciesCollection numberCountry of originGenBank accession numbers (nrITS)Crinipellis actinophoraJFK78 (KLU-M)MalaysiaFJ167617Crinipellis actinophoraJFK85 (KLU-M)MalaysiaFJ167622Crinipellis birhizomorphaBRNM 751593KoreaKF380831Crinipellis brunneipurpureaJFK107 (KLU-M)IndonesiaFJ167645Crinipellis brunneipurpureaJFK84 (KLU-M)IndonesiaFJ167646Crinipellis brunnescensDED6791 (BO)IndonesiaFJ167627Crinipellis cupreostipesJFK55 (CMU)ThailandFJ167640Crinipellis cupreostipesCUH AM116IndiaKT346353Crinipellis dipterocarpiDED7602 (SFSU)ThailandFJ167651Crinipellis dipterocarpiJFK126 (CMU)ThailandFJ167655Crinipellis dipterocarpi f. cinnamomeaJFK17 (KLU-M)MalaysiaFJ167648Crinipellis dipterocarpi f. cinnamomeaJFK20 (KLU-M)MalaysiaFJ167653Crinipellis fibrillosaSA199 (CALI)IndiaOQ617333Crinipellis furcataJFK103 (BO)IndonesiaFJ167657Crinipellis furcataDED6951 (BO)IndonesiaFJ167658Crinipellis malesianaKUM084a (KLU-M)MalaysiaFJ167629Crinipellis malesianaAR513 (BO)IndonesiaFJ167630Crinipellis minimaSA324 (CALI)IndiaOQ617341Crinipellis nigricaulisCBM-FB-24125JapanFJ766094Crinipellis nigricaulisRA7L10-1USAMK217456Crinipellis nigricaulis var. macrosporaBRNM 712569KoreaFJ573196Crinipellis nigricaulis var. macrosporaKG231(BRNM712580)KoreaFJ573197Crinipellis odorataCAL 1240IndiaKT952521Crinipellis pallidipilaBRNM 751595KoreaKF380833Crinipellis piceaeDED7622 (SFSU)North AmericaFJ167632Crinipellis piceaeDED7758 (SFSU)North AmericaFJ167633Crinipellis proceraZT8490 (ZT)New ZealandFJ167660Crinipellis rhizomaticolaBRNM 712570KoreaFJ573198Crinipellis scabellaPB302GermanyAY571033Crinipellis scabellaZTPAM98 (ZT)FranceFJ167635Crinipellis setipesJFK34 (CMU)ThailandFJ167634Crinipellis setipesBandala 4031MexicoJF930641Crinipellis species07110220-1JapanLC504833Crinipellis species07110220-2JapanLC504834Crinipellis speciesRAK 391CameroonMN930626Crinipellis tabtimJFK141 (CMU)ThailandFJ167644Crinipellis tabtimJFK129 (CMU)ThailandNR_119708Crinipellis trichialisDED7043 (SFSU)IndonesiaFJ167614Crinipellis trichialisJFK97 (SFSU)MalaysiaFJ167616Crinipellis wandoensisBRNM 751594KoreaKF380832Crinipellis zonataOKM 25450 (VPI)CanadaAY916692Crinipellis zonataDAOM176761 (SFSU)CanadaFJ167659Marasmius rotulaPBM 2563 (CUW)USADQ182506Marasmius rotulaNN005958DenmarkJN943598
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description: Published as part of Sharafudheen, Shahina A., Manimohan, Patinjareveettil & Deepna Latha, K. P., 2023, Two new species of Crinipellis (Marasmiaceae, Agaricales) from Kerala State, India, pp. 220-221 in Phytotaxa 600 (4) on page 220, DOI: 10.11646/phytotaxa.600.4.1, http://zenodo.org/record/8093955