نتایج جستجو برای: rotifera

تعداد نتایج: 609  

Journal: :Journal of Limnology 2023

We report a dataset of known and published occurrence records Italian taxa from species (and subspecies) to family rank the phylum Rotifera; we considered only Bdelloidea, Monogononta, Seisonacea, did not include Acanthocephala. The includes 15,525 (12,015 which with georeferenced coordinates) 584 valid subspecies names, gathered 332 papers. literature spans period 1838 2022, lowest number pape...

2014
Kengo Matsunaga Kengo Kubota Hideki Harada

Eukaryotic communities involved in sewage treatment processes have been investigated by morphological identification, but have not yet been well-characterized using molecular approaches. In the present study, eukaryotic communities were characterized by constructing 18S rRNA gene clone libraries. The phylogenetic affiliations of a total of 843 clones were Alveolata, Fungi, Rhizaria, Euglenozoa,...

Journal: :Water 2021

This study presents the diversity and structure of pelagic zooplankton in north-eastern Poland. The research was conducted 47 lakes with different trophic conditions middle summer. Samples were collected close to deepest part avoid diverse benthic littoral zones. We found 119 species which 32 Cladocera, 16 Cyclopoida, 4 Calanoida, 67 Rotifera. determined occurred most frequently region, as well...

Journal: : 2022

The study is based on Samples of Rotifera collected from three ponds located inside the University campus, Garmat Ali region Basrah, Iraq. samples were investigated for density changes and diversity. There found 26 species belong to 20 genera. maximum recorded was (51 ind. / l) which observed in May/2006 at pond 1, whereas minimum (0.6 ind 1 November/2006. total (225 1. It that diversity (no. s...

2015
G Borgonie B Linage-Alvarez A O Ojo S O C Mundle L B Freese C Van Rooyen O Kuloyo J Albertyn C Pohl E D Cason J Vermeulen C Pienaar D Litthauer H Van Niekerk J Van Eeden B Sherwood Lollar T C Onstott E Van Heerden

Following the discovery of the first Eukarya in the deep subsurface, intense interest has developed to understand the diversity of eukaryotes living in these extreme environments. We identified that Platyhelminthes, Rotifera, Annelida and Arthropoda are thriving at 1.4 km depths in palaeometeoric fissure water up to 12,300 yr old in South African mines. Protozoa and Fungi have also been identif...

Journal: :International Journal for Research in Applied Sciences and Biotechnology 2019

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