cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15155162
title: TABLE 1 in On further specimens of Dussumier's Mud Snake Dieurostus dussumierii (Duméril, Bibron & Duméril, 1854) with notes on its taxonomy, type material, and natural history (Reptilia: Serpentes: Homalopsidae)

description: TABLE 1. Morphometric data of Dieurostus dussumerii (n=11) collected from Kumarakom, Kerala and the historical specimen. Abbreviations: f—female, m—male; D—distance, L—length, W—width,?—unknown, cut-tail. 149, NA— not available.
CharactersCES/S- 523 fCES/S- 524 fCES/S- 525 mCES/S- 526 fCES/S- 527 fCES/S- 528 mCES/S- 529 fCES/S- 530 fCES/S- 531 fCES/S- 532 fTNHM (H) 149 mScale rows272727:27:2327:27:2327:27:2227:27:2327:27:2327:27:2327:27:2327:27:2327:27:23Ventrals141140151149150148140145146147144Anal11111111111Subcaudals43403640324239393828+?41Supralabials8(4)8(4)8(4)8(4)8(4)7/8(4)8(4)8(4)8(4)8(4)8(4)Infralabials12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)11 (5–7)Loreal11111111111Temporals1+21+21+3/1+21+3/1+31+2/1+31+21+21+21+21+21+2Preoculars111122111,211Postoculars22222222222Snout-vent L185.0190.0255.0650.0525.0420.0540.0740.0630.0745.0345.0Tail L22.024.038.082.067.071.065.095.082.065+?60.0Total L207.0214.0293.0732.0592.0491.0605.0835.0712.0810+?405.0Relative tail L10.60%11.20%13.00%11.20%11.30%14.40%10.70%11.30%11.50%--14.80%Head L11.112.317.531.827.821.727.735.730.838.720.0Head W5.46.68.414.213.712.515.622.319.625.111.0Head D4.14.97.310.89.07.311.214.414.2D14.9D9.5Body W6.37.012.317.817.813.118.729.520.927.712.0Eye diameter1.11.21.53.33.02.02.82.82.73.02.1Inter-orbital3.14.15.47.57.26.67.09.08.79.56.0Inter-narial1.72.42.83.33.12.62.63.43.73.42.5Rostral L0.50.91.21.41.51.32.52.52.82.9NARostral W1.01.21.92.42.92.63.45.04.24.8NAInternasal L0.80.91.01.91.71.61.42.32.22.1NAInternasal W1.01.21.32.52.12.81.82.42.72.6NASupraocular L1.32.01.83.73.04.14.04.94.24.5NASupraocular W0.91.61.83.22.62.73.03.04.03.9NAFrontal L2.83.03.36.64.45.86.26.76.46.9NAFrontal W1.71.81.92.72.53.62.93.23.53.8NAPrefrontal L1.31.72.62.72.62.93.03.83.13.8NAPrefrontal W1.51.93.43.43.53.63.43.83.34.0NAParietal L2.82.84.56.05.47.38.09.58.19.4NAParietal W2.12.33.44.84.14.44.95.94.95.8NAEye-snout D2.43.14.77.15.36.86.98.57.98.85.2Eye-lip D1.52.12.63.82.42.84.14.94.84.42.9Eye-nostril D1.71.83.04.33.34.74.85.95.15.93.0Nostril-snout D1.21.22.02.01.81.72.22.92.62.82.2Nasal L1.31.61.83.62.93.03.13.83.53.3NANasal W1.31.61.93.62.83.03.23.93.63.4NALoreal L0.61.72.13.92.53.53.63.73.82.7NALoreal W1.01.01.22.21.82.21.22.32.92.8NAPreocular L0.80.91.01.51.21.31.61.61.51.6NAPreocular W1.21.61.83.12.33.12.93.83.43.3NAPostocular L1.01.21.32.41.91.92.12.82.52.9NAPostocular W1.01.11.32.51.82.02.02.72.62.9NA
description: Published as part of Souza, Hugo Francisco De, Pavukandy, Umesh & Ganesh, S. R., 2024, On further specimens of Dussumier's Mud Snake Dieurostus dussumierii (Duméril, Bibron & Duméril, 1854) with notes on its taxonomy, type material, and natural history (Reptilia: Serpentes: Homalopsidae), pp. 264 in Zootaxa 5496 (2) on page 264, DOI: 10.11646/zootaxa.5496.2.7, http://zenodo.org/record/13346693
DOI: 10.5281/zenodo.15155166
title: TABLE 1 in Morphological, geographic and ecological evidence support a new species of Chusquea subg. Swallenochloa (Poaceae, Bambusoideae, Bambuseae) from Parque Nacional do Caparaó, Brazil

description: TABLE 1. Comparison of macro- and micromorphological characters, geographic distribution and habitat between Chusquea heterophylla and C. riparia. CZ = costal zone; ICZ = intercostal zone.
CharacterC. heterophyllaC. ripariaHabiterect at the base, inclined to arching slightly at the apexclambering or scandent when young, becoming erect with arching apicesInternode length (cm)3.5–10.512–19Culm leaf persistencepersistentdeciduousCulm leaf blade persistencepersistentdeciduous or persistentBranching patternextravaginalmodified extravaginalSubsidiary branch number12–45(–65)27–98(–140)Foliage leaf sheath shapekeeledterete or slightly keeledFoliage leaf sheath indumentpubescent between the nerves and near the marginspubescent to densely pubescent (glabrous on the old sheaths)Foliage leaf blade abaxial indumentglabrouspubescentFoliage leaf inner ligule length (mm)(0.2–)0.3–10.1–0.3Spikelet length (mm)5.4–7(–7.4)7.5–9.8Glume II length (mm)(0.4–)0.6–1.80.1–0.5Glume II: spikelet length ratio1/12–1/5less than 1/12Glume III length (mm)2.9–4.33.8–7Glume IV length (mm)3.1–4.74–7Lemma length (mm)5.4–6.9(–7.4)7.3–9.8Palea length (mm)5–7.57.8–9.5Silica body shape (CZ)saddle-shapedsaddle-shaped, dumb-bell shaped with the middle portion constricted, or intermediary shapes between bothPrickle apex/base size (CZ)apex as long as the base or longerapex shorter than the baseMicrohair relative size (CZ)3× longer than stomataslightly longer than the stomataMicrohair basal cell/apical cell proportion (ICZ)both cells nearly equal in lengthapical cell 2× the basal cellMacrohair presenceabsentpresentSubsidiary cell papillae inner branch positionhorizontally elongatederectSubsidiary cell papillae (outer branch branching)not rebranchedrebranched or notInterstomatic long cell papillae flanking the stomata (orientation)erect and obliqueerectInterstomatic long cell papillae branching (frequency)oftenrareInterstomatic long cell papillae (arrangement)in two rows or irregularly arrangedin one rowInterstomatic long cell papillae flanking the stomata (shape)conicalroundedDistributionMinas Gerais, Rio de Janeiro and S„o Paulo statesParque Nacional do CaparaóHabitatbroadly distributed in campo de altitude vegetationriverbanks and gallery forests associated with campo de altitude and upper montane forest
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description: Published as part of Pianissola, Evandro M., Gonçalves, Ana Paula S., Clark, Lynn G. & Oliveira, Reyjane P., 2023, Morphological, geographic and ecological evidence support a new species of Chusquea subg. Swallenochloa (Poaceae, Bambusoideae, Bambuseae) from Parque Nacional do Caparaó, Brazil, pp. 124-125 in Phytotaxa 600 (3) on page 124, DOI: 10.11646/phytotaxa.600.3.1, http://zenodo.org/record/8080798
DOI: 10.5281/zenodo.15155167
title: TABLE 1 in Morphological, geographic and ecological evidence support a new species of Chusquea subg. Swallenochloa (Poaceae, Bambusoideae, Bambuseae) from Parque Nacional do Caparaó, Brazil

description: TABLE 1. Comparison of macro- and micromorphological characters, geographic distribution and habitat between Chusquea heterophylla and C. riparia. CZ = costal zone; ICZ = intercostal zone.
CharacterC. heterophyllaC. ripariaHabiterect at the base, inclined to arching slightly at the apexclambering or scandent when young, becoming erect with arching apicesInternode length (cm)3.5–10.512–19Culm leaf persistencepersistentdeciduousCulm leaf blade persistencepersistentdeciduous or persistentBranching patternextravaginalmodified extravaginalSubsidiary branch number12–45(–65)27–98(–140)Foliage leaf sheath shapekeeledterete or slightly keeledFoliage leaf sheath indumentpubescent between the nerves and near the marginspubescent to densely pubescent (glabrous on the old sheaths)Foliage leaf blade abaxial indumentglabrouspubescentFoliage leaf inner ligule length (mm)(0.2–)0.3–10.1–0.3Spikelet length (mm)5.4–7(–7.4)7.5–9.8Glume II length (mm)(0.4–)0.6–1.80.1–0.5Glume II: spikelet length ratio1/12–1/5less than 1/12Glume III length (mm)2.9–4.33.8–7Glume IV length (mm)3.1–4.74–7Lemma length (mm)5.4–6.9(–7.4)7.3–9.8Palea length (mm)5–7.57.8–9.5Silica body shape (CZ)saddle-shapedsaddle-shaped, dumb-bell shaped with the middle portion constricted, or intermediary shapes between bothPrickle apex/base size (CZ)apex as long as the base or longerapex shorter than the baseMicrohair relative size (CZ)3× longer than stomataslightly longer than the stomataMicrohair basal cell/apical cell proportion (ICZ)both cells nearly equal in lengthapical cell 2× the basal cellMacrohair presenceabsentpresentSubsidiary cell papillae inner branch positionhorizontally elongatederectSubsidiary cell papillae (outer branch branching)not rebranchedrebranched or notInterstomatic long cell papillae flanking the stomata (orientation)erect and obliqueerectInterstomatic long cell papillae branching (frequency)oftenrareInterstomatic long cell papillae (arrangement)in two rows or irregularly arrangedin one rowInterstomatic long cell papillae flanking the stomata (shape)conicalroundedDistributionMinas Gerais, Rio de Janeiro and S„o Paulo statesParque Nacional do CaparaóHabitatbroadly distributed in campo de altitude vegetationriverbanks and gallery forests associated with campo de altitude and upper montane forest
......continued on the next page
description: Published as part of Pianissola, Evandro M., Gonçalves, Ana Paula S., Clark, Lynn G. & Oliveira, Reyjane P., 2023, Morphological, geographic and ecological evidence support a new species of Chusquea subg. Swallenochloa (Poaceae, Bambusoideae, Bambuseae) from Parque Nacional do Caparaó, Brazil, pp. 124-125 in Phytotaxa 600 (3) on page 124, DOI: 10.11646/phytotaxa.600.3.1, http://zenodo.org/record/8080798
DOI: 10.5281/zenodo.15155163
title: TABLE 1 in On further specimens of Dussumier's Mud Snake Dieurostus dussumierii (Duméril, Bibron & Duméril, 1854) with notes on its taxonomy, type material, and natural history (Reptilia: Serpentes: Homalopsidae)

description: TABLE 1. Morphometric data of Dieurostus dussumerii (n=11) collected from Kumarakom, Kerala and the historical specimen. Abbreviations: f—female, m—male; D—distance, L—length, W—width,?—unknown, cut-tail. 149, NA— not available.
CharactersCES/S- 523 fCES/S- 524 fCES/S- 525 mCES/S- 526 fCES/S- 527 fCES/S- 528 mCES/S- 529 fCES/S- 530 fCES/S- 531 fCES/S- 532 fTNHM (H) 149 mScale rows272727:27:2327:27:2327:27:2227:27:2327:27:2327:27:2327:27:2327:27:2327:27:23Ventrals141140151149150148140145146147144Anal11111111111Subcaudals43403640324239393828+?41Supralabials8(4)8(4)8(4)8(4)8(4)7/8(4)8(4)8(4)8(4)8(4)8(4)Infralabials12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)12(5–7)11 (5–7)Loreal11111111111Temporals1+21+21+3/1+21+3/1+31+2/1+31+21+21+21+21+21+2Preoculars111122111,211Postoculars22222222222Snout-vent L185.0190.0255.0650.0525.0420.0540.0740.0630.0745.0345.0Tail L22.024.038.082.067.071.065.095.082.065+?60.0Total L207.0214.0293.0732.0592.0491.0605.0835.0712.0810+?405.0Relative tail L10.60%11.20%13.00%11.20%11.30%14.40%10.70%11.30%11.50%--14.80%Head L11.112.317.531.827.821.727.735.730.838.720.0Head W5.46.68.414.213.712.515.622.319.625.111.0Head D4.14.97.310.89.07.311.214.414.2D14.9D9.5Body W6.37.012.317.817.813.118.729.520.927.712.0Eye diameter1.11.21.53.33.02.02.82.82.73.02.1Inter-orbital3.14.15.47.57.26.67.09.08.79.56.0Inter-narial1.72.42.83.33.12.62.63.43.73.42.5Rostral L0.50.91.21.41.51.32.52.52.82.9NARostral W1.01.21.92.42.92.63.45.04.24.8NAInternasal L0.80.91.01.91.71.61.42.32.22.1NAInternasal W1.01.21.32.52.12.81.82.42.72.6NASupraocular L1.32.01.83.73.04.14.04.94.24.5NASupraocular W0.91.61.83.22.62.73.03.04.03.9NAFrontal L2.83.03.36.64.45.86.26.76.46.9NAFrontal W1.71.81.92.72.53.62.93.23.53.8NAPrefrontal L1.31.72.62.72.62.93.03.83.13.8NAPrefrontal W1.51.93.43.43.53.63.43.83.34.0NAParietal L2.82.84.56.05.47.38.09.58.19.4NAParietal W2.12.33.44.84.14.44.95.94.95.8NAEye-snout D2.43.14.77.15.36.86.98.57.98.85.2Eye-lip D1.52.12.63.82.42.84.14.94.84.42.9Eye-nostril D1.71.83.04.33.34.74.85.95.15.93.0Nostril-snout D1.21.22.02.01.81.72.22.92.62.82.2Nasal L1.31.61.83.62.93.03.13.83.53.3NANasal W1.31.61.93.62.83.03.23.93.63.4NALoreal L0.61.72.13.92.53.53.63.73.82.7NALoreal W1.01.01.22.21.82.21.22.32.92.8NAPreocular L0.80.91.01.51.21.31.61.61.51.6NAPreocular W1.21.61.83.12.33.12.93.83.43.3NAPostocular L1.01.21.32.41.91.92.12.82.52.9NAPostocular W1.01.11.32.51.82.02.02.72.62.9NA
description: Published as part of Souza, Hugo Francisco De, Pavukandy, Umesh & Ganesh, S. R., 2024, On further specimens of Dussumier's Mud Snake Dieurostus dussumierii (Duméril, Bibron & Duméril, 1854) with notes on its taxonomy, type material, and natural history (Reptilia: Serpentes: Homalopsidae), pp. 264 in Zootaxa 5496 (2) on page 264, DOI: 10.11646/zootaxa.5496.2.7, http://zenodo.org/record/13346693
DOI: 10.5281/zenodo.15155168
title: Table 1 in Two new seasonal killifishes of the Austrolebias adloffi group from the Lagoa dos Patos basin, southern Brazil (Cyprinodontiformes: Aplocheilidae)

description: Table 1. Morphometric data of Austrolebias pelotapes.
holotypeparatypesmalemales (5)females (6)Standard length (mm)31.026.3– 31.422.8– 29.4Percent of standard lengthBody depth44.539.4– 45.338.7– 44.4Caudal peduncle depth17.315.1– 16.313.3– 15.2Pre-dorsal length53.053.3– 55.657.3– 63.0Pre-pelvic length49.245.6– 53.153.9– 60.7Length of dorsal-fin base42.336.2– 41.826.4– 34.7Length of anal-fin base47.543.5– 46.930.4– 36.1Caudal-fin length32.130.4– 35.133.8– 42.1Pectoral-fin length23.922.6– 30.323.9– 32.2Pelvic-fin length10.38.2–11.810.9– 15.1Head length31.830.2– 33.430.9– 34.2Percent of head lengthHead depth117101– 119102– 109Head width6560 – 6468 – 72Snout length1414 – 1613 – 17Lower jaw length2117 – 2217 – 20Eye diameter2826 – 3028 – 32
description: Published as part of Costa, Wilson, Cheffe, Morevy & Amorim, Pedro, 2017, Two new seasonal killifishes of the Austrolebias adloffi group from the Lagoa dos Patos basin, southern Brazil (Cyprinodontiformes: Aplocheilidae), pp. 144 in Vertebrate Zoology 67 (2) on page 144, DOI: 10.3897/vz.67.e31579, http://zenodo.org/record/10139067
DOI: 10.5281/zenodo.15155170
title: Table 2 in Two new seasonal killifishes of the Austrolebias adloffi group from the Lagoa dos Patos basin, southern Brazil (Cyprinodontiformes: Aplocheilidae)

description: Table 2. Morphometric data of Austrolebias pongondo.
holotypeparatypesmalemales (5)females (6)Standard length (mm)37.033.9–40.931.4–37.1Percent of standard lengthBody depth41.137.9–43.736.8–40.0Caudal peduncle depth15.714.5–15.713.4–15.6Pre-dorsal length52.151.7–56.656.4–61.0Pre-pelvic length45.644.6–50.752.2–56.4Length of dorsal-fin base44.637.1–42.127.7–32.3Length of anal-fin base45.843.9–48.024.5–30.8Caudal-fin length33.132.3–35.932.6–35.6Pectoral-fin length26.924.6–32.123.9–29.8Pelvic-fin length11.89.9– 12.613.0–14.5Head length29.529.5–32.427.5–30.8Percent of head lengthHead depth122111 –117104 –113Head width6660 –6873 –81Snout length1815 –1816 –18Lower jaw length2018 –2117 –20Eye diameter2828 –3131 –33
description: Published as part of Costa, Wilson, Cheffe, Morevy & Amorim, Pedro, 2017, Two new seasonal killifishes of the Austrolebias adloffi group from the Lagoa dos Patos basin, southern Brazil (Cyprinodontiformes: Aplocheilidae), pp. 146 in Vertebrate Zoology 67 (2) on page 146, DOI: 10.3897/vz.67.e31579, http://zenodo.org/record/10139067
DOI: 10.20783/dias.jle.10
title: Insect species recorded in sugarcane fields of Khon Kaen Province, Thailand, over three seasons in 2012

description: The diversity of insect species in cultivated fields provides a number of ecosystem benefits, including natural pest control and pollination. However, current knowledge of the insect fauna in agricultural landscapes is extremely limited when compared with information available for other ecosystems, such as forests and rivers. Here, we present data on insect diversity, including functional feeding group diversity, in sugarcane fields of Khon Kaen Province, Thailand. Sugarcane is a major Thai crop. We collected insects using light trap systems located in 16 sugarcane field plots. Each light trap was deployed in an individual 0.16 ha plot. Trapping was conducted over three seasons, including both dry and rainy periods, in March, June, and October of 2012. On each trapping day, we collected insects in the evening from 18:00 to 19:30. The traps yielded a total of 98,423 individuals including 143 species belonging to 26 families. We classified collections into five functional feeding groups: herbivores, predators, decomposers, parasitoids, and pollinators. The dominant functional species were herbivores, followed in rank order by predators; most individuals in the traps were predatory species. We assembled an insect fauna data set that will be useful in the study of southeast Asian agricultural ecosystems and provided the data in the Darwin Core Archive format.
DOI: 10.3535/dnd-na5-t5v
title: Thelypteris palustris Schott

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.20783/dias.jle.8
title: Aquatic vascular plants in Japanese lakes

description: This data paper describes the native vascular aquatic plant floras of 362 Japanese lakes recorded from 1886–2014. The data were compiled from 407 literature sources, most of which were written in Japanese and published in local journals or individual reports rather than in major scientific journals. The literature was searched using web-based services (i.e., Google Scholar, http://scholar.google.com/; CiNii, http://ci.nii.ac.jp/en; JDreamII, http://pr.jst.go.jp/jdream2/; and ISI, http://apps.webofknowledge.com) and by private communication with experts or local governments. Scientific names were consolidated under currently-accepted nomenclature. Four datasets, FloraDB, LakeDB, SpeciesDB, and LiteratureDB, were created to include records of the flora of each lake in each year, the names and locations of the lakes, the scientific names and synonyms of the aquatic vascular plants, and a literature list, respectively. These data can be used to study long-term changes in the species composition and/or richness of aquatic plants in Japanese lakes.
DOI: 10.3535/dnd-njt-xz1
title: Eriophorum latifolium Hoppe

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.3535/dnd-per-fhz
title: Dryopteris expansa (C. Presl) Fraser-Jenk. & Jermy

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.3535/dne-2nb-d26
title: Agrostis castellana Boiss. & Reut.

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.20783/dias.jle.9
title: Biogeochemical nitrogen properties of forest soils in the Japanese archipelago

description: This data paper provides some biogeochemical nitrogen (N) properties and related chemical properties of forest soils from 39 sites throughout the Japanese archipelago. The data set was collected and analyzed under the GRENE (Green Network of Excellence) environmental information project and the ReSIN (Regional and comparative Soil Incubation study on Nitrogen dynamics in forest ecosystems) project. The sites cover 44° 20’ N to 26° 50’ N and the climate ranges from cool-temperate zone to subtropical zone. At each site, litter on forest floor and soil samples (three or four layers to 50 cm depth) were collected between August and November in 2010–2013 from five soil profiles. From the litter layer samples, the stocks and concentrations of total carbon (C) and N were measured. From the mineral soil samples, bulk density, pH (H2O), total C and N concentrations, net and gross rates of N mineralization, nitrification and concentrations of water-soluble substances were measured. The measurements are relevant for other biogeochemical N studies in forest ecosystems and the data set provides basic information on the N pool and fluxes with related chemical properties of forest soils across the Japanese archipelago.

The average rates of net and gross N transformation at 20°C across the sites were 0.26 ± 0.47 mgN kg-1 soil d-1 for net N mineralization, 0.25 ± 0.45 mgN kg-1 soil d-1 for net nitrification, 4.06 ± 0.47 mgN kg-1 soil d-1 for gross N mineralization, and 1.03 ± 1.29 mgN kg-1 soil d-1 for gross nitrification (average ± SD).
DOI: 10.3535/dne-3yd-m24
title: Thalictrum flavum L.

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.3535/dne-8d6-pgm
title: Geranium bohemicum L.

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.20783/dias.jle.26
title: Long-term zooplankton community records (1996-2017) for Lake Suwa (Japan)

description: The impact of eutrophication on aquatic ecosystems remains an important topic in aquatic ecology; however, recent successes in water quality restoration in highly eutrophicated water bodies present new research potential regarding re-oligotrophication. Successfully reducing nutrient loading from sewage treatment through restoration activities, induces large changes in phytoplankton composition and biomass, particularly replacement of cyanobacterial dominance. In Lake Suwa, a shallow eutrophic lake in central Japan, recovery has occurred due to water quality restoration efforts since the 1970s. The improvement of lake trophic state from hypertrophic to mesotrophic is accompanied by various changes, such as rapid decreases in biomass of phytoplankton, benthic invertebrates and planktivorous pond smelt, and increases in biomass of aquatic vegetation, mainly floating leaved plants. During re-oligotrophication, zooplankton are important because they are major secondary producers in lake ecosystems. In Lake Suwa, the Research and Education Center for Inland Water Environment, Shinshu University has collected bi-weekly zooplankton samples and analyzed species composition since 1996, when the lake was in a hypertrophic state with serious Microcystis blooms. Lake Suwa is one representative lake for re-oligotrophication in a shallow eutrophic system, and our zooplankton dataset can be used to understand the changes in ecosystem structure and function.
DOI: 10.3535/dne-9mr-r0f
title: Drosera rotundifolia L.

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.3535/dne-a4n-12l
title: Equisetum palustre L.

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.3535/dne-b7f-v6f
title: Vicia tetrasperma (L.) Schreb.

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.3535/dne-ced-kr9
title: Rumex hydrolapathum (Scop.) Huds.

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.20783/dias.jle.17
title: Habitat-forming seaweeds in Japan (fucoids and temperate kelps)

description: This paper describes the flora of habitat-forming seaweeds (fucoids and temperate kelps) at 7,673 sites of the Japanese coast encompassing its warm to cold temperate zone, recorded from 1887 to 2014. The data set includes 86 species (21,168 presence and 20,845 absence records), compiled from 355 literature sources, most of which were written in Japanese and published as grey literature in local journals or individual reports. Scientific names were consolidated under currently-accepted nomenclature based on Algaebase (http://www.algaebase.org). The data set compiled the seaweed flora at each study site each year, the geographical location and the scientific names. Additionally, three supporting data sets were created respectively including name of each site, synonyms of the seaweeds, and the corresponding literature list. This rich collection of data can be used to study the biogeography and long-term changes of particular species and the diversity of habitat-forming seaweeds of the Japanese coast.
DOI: 10.3535/dne-mez-dkt
title: Rumex crispus L.

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.
DOI: 10.3535/dne-rqw-5vz
title: Calamagrostis canescens (Weber) Roth

description: Digital Specimen for the physical specimen hosted at Finnish Museum of Natural History.