Results 91 to 100 of about 633 (191)
Environmental DNA sequencing primers for eutardigrades and bdelloid rotifers
BMC Ecology, 2009 Background The time it takes to isolate individuals from environmental samples and then extract DNA from each individual is one of the problems with generating molecular data from meiofauna such as eutardigrades and bdelloid rotifers.
Martin Andrew P +6 more
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, 2004 FIGS 12–15. Trophi of Anomopus telphusae, SEM pictures. (12) Cephalic. (13) Caudal view. Trophi of Embata parasitica, SEM pictures. (14) Cephalic. (15) Caudal view. Scale bar: 5 µm.Published as part of Fontaneto, D., Segers, H.
Segers, H., Fontaneto, D., Melone, G.
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Phylogeography and genetic diversity of Adineta beysunae and Rotaria sordida species complexes (Rotifera, Bdelloidea): a combined pattern of widespread and localized distribution driven by climate factors [PDF]
Zoosystematics and EvolutionUnderstanding the driving factors of the biogeography of microscopic animals is crucial for global biodiversity research. However, their geographical distribution patterns remain poorly resolved, with ongoing debate regarding the primary roles of climate,
Wenbo Wang +3 more
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Soil Rotifers new to Hungary from the floodplain Gemenc (Duna-Dráva National Park, Hungary)
, 2013 In summer and autumn 2010, we collected soil samples from the Gemenc floodplain of the Danube (Duna-Dráva National Park) from places with different flood regimes and vegetation cover and examined them for rotifers.
Schöll, Károly Norbert +1 more
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Mobile DNA, 2010 Background Rotifers of the class Bdelloidea are microscopic freshwater invertebrates best known for: their capacity for anhydrobiosis; the lack of males and meiosis; and for the ability to capture genes from other non-metazoan species.
Gladyshev Eugene A, Arkhipova Irina R
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, 2018 FIGURE 5. Variability of the number of U-gaps on the rakes of Adineta beysunae sp. nov. A, paratype No. 15 with 9–9 Ugaps; B, paratype No. 13 with 9–10 U-gaps; C, paratype No. 4 with 10–10 U-gaps. Arrow marks the lower lip, numbers mark the outermost and
Örstan, Aydin
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, 2020 FIGURE 6. Macrotrachela insulana Donner, 1962. (a) feeding head and neck, dorsolateral view; (b) foot, spurs and toes, ventral view. Macrotrachela petulans Milne, 1916. (c) foot, spurs and toes, ventral view; (d) feeding head and neck, dorsal view (scale
Song, Min Ok, Lee, Chang-Ho
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Biosystems Diversity, 2017 The increase in anthropogenic impact on aquatic ecosystems causes significant alterations in the composition and structure of hydrobiont groups. These processes are characteristic of the hydrobiocenoses of the Uday River, the valley of which lies within ...
Z. V. Burian +2 more
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Biosystems Diversity, 2017 In recent decades, the influence of anthropogenic impact on aquatic ecosystems has increased. This has led to a restructuring of aquatic ecosystems and affected the structural and functional organization of groups of aquatic organisms, causing ...
Z. V. Burian, V. M. Trokhymets
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The first checklist of rotifers of Armenia
Acta Biologica SibiricaArmenia is located in the Caucasus Ecoregion, one of Earth's most biologically rich regions and ranked among the planet’s 36 most diverse hotspots. Although the country is home to a wide range of flora and fauna, much of its biological wealth has yet to ...
Susanna Hakobyan, Karén Jenderedjian
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