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March 17, 2021 (v1)DatasetOpen
Table 2.— Step-by-step analysis of molecular variance (AMOVA) for Ochotona hyperborea using (1) sample subdivision by six genetic lineages, Cytochrome c oxidase gene; (2) the same with C and D lineages combined, Cytochrome c oxidase gene; (3) subdivision by acoustic races, Cytochrome c oxidase gene; (4) subdivision by genetic lineages, two...
Uploaded on April 4, 2025
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Published in Journal of Mammalogy, 102(1), 35, 2021.
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March 17, 2021 (v1)DatasetOpen
Table 1.— Average net maximum likelihood distances between lineages of Ochotona hyperborea, calculated on the basis of Cytochrome c oxidase subunit 1. Distances appear below the diagonal, and the standard deviation (SD) appears above diagonal. ABCDEFA1.01.31.32.22.2B2.41.31.32.02.0C2.12.01.02.52.5D1.32.21.82.52.5E4.45.24.84.11.4F3.84.64.23.53.4
Uploaded on April 4, 2025
Part of Biodiversity Literature Repository
Published in Journal of Mammalogy, 102(1), 33, 2021.
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May 5, 2023 (v1)DatasetOpen
TABLE 1. Collection records of drosophilid flies from palm inflorescences (Arecaceae) in the Oriental region and Papua New Guinea. LocalityHost plantDateNo. of individualsReferencesDrosophilid speciesFemaleMaleTotalCibodas, West Java, IndonesiaPresent studyPinanga coronata24.xii.2003Colocasiomyia pinangae133109242C. besaris246C....
Uploaded on April 4, 2025
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Published in Zootaxa, 5278(2), 228-229, 2023.
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September 27, 2023 (v1)DatasetOpen
TABLE 2. Summary of Costa Rican collections of Myoplatypus brevicornis made by INBio parataxonomists. Abbreviations: “m” = male, “f” = female, “?” = not recorded; “nr. coll.” = number of collections. Full data for these 38 records are available at GBIF.org. ProvinceCantonSiteLatitude, longitudeElevationSexCollection method (nr...
Uploaded on April 4, 2025
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Published in Zootaxa, 5351(3), 320, 2023.
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September 27, 2023 (v1)DatasetOpen
TABLE 1. The little we know about the distribution and ecology of tropical Myoplatypus species. Elevations were given in feet by Wood (1966, 1971), and are converted to meters and rounded to the nearest 50 m here. “Length” = male body length. For described species, body lengths were taken from Wood (1966, 1971; mean lengths if ranges given by...
Uploaded on April 4, 2025
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Published in Zootaxa, 5351(3), 318, 2023.
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July 2, 2020 (v1)DatasetOpen
Table 1. Measurements in µm of Microporella bifoliata Ulrich & Bassler, 1904, Miocene, Choptank Formation, Maryland, USA; lectotype USNM 68592A, paralectotype USNM 68592B. N (zooids, colonies)MeanSDMinMaxN (zooids, colonies)MeanSDMinMaxZL16, 2509±7338566216, 1526±53441621ZW16, 2290±2724533016, 1378±51307466OL10, 291±4859812, 1115±5106122OW10,...
Uploaded on April 4, 2025
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Published in European Journal of Taxonomy, 678, 5-24, 2020.
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July 13, 2021 (v1)DatasetOpen
Table 7. Spearman’s correlation coefficient between density of Typhlamphiascus medici sp. nov. and environmental variables. Sal = salinity; °C = temperature; DO = dissolved oxygen; OM = organic matter...
Uploaded on April 4, 2025
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Published in European Journal of Taxonomy, 759(1), 58-59, 2021.
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July 13, 2021 (v1)DatasetOpen
Table 6. Environmental variables at each sampling station along the Urías system recorded on 18 Jan. 2019. See also Gómez (2020a: 43, fig. 1). StationDepth (m)Salinity (ups)Temperature (°C)Dissolved oxygen (mg L-1)Organic matter (%)Sand (%)Silt (%)Clay...
Uploaded on April 4, 2025
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Published in European Journal of Taxonomy, 759(1), 57, 2021.
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July 13, 2021 (v1)DatasetOpen
Table 5. Mean density values (ind. 10 cm-2) of T. medici sp. nov. and S. primus gen. et sp. nov. at the sampling stations along the Urías system recorded on 18 Jan. 2019. See also Gómez (2020a: 43, fig. 1). Stn 1Stn 2Stn 3Stn 4Stn 5Stn 6Stn 7Stn 8Stn 9Stn 10T. medici sp. nov.05.9600.681.361.210000.68S. primus gen. et sp. nov.05.1500.673.661.36001.490.27
Uploaded on April 4, 2025
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Published in European Journal of Taxonomy, 759(1), 56, 2021.
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July 13, 2021 (v1)DatasetOpen
Armature formula of P1–P5 as follows: EXPENPP10-1-0,2,31-0(1?)-1,1,1P21-1-1,2,31-2-1.2.1P31-1-1,2,31-1-2,2,1P41-1-2,2,31-1-2,2,1P 5 ♀ / ♂♀ 6/ ♂ 6♀ 5/ ♂ 2
Uploaded on April 4, 2025
Part of Biodiversity Literature Repository
Published in European Journal of Taxonomy, 759(1), 44, 2021.
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