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The cypriot blunt-nosed viper <i>Macrovipera lebetinus lebetinus</i>: complete mitochondrial genome revealed by next-generation sequencing. [PDF]
Mitochondrial DNA B ResourSiegert S +4 more
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Bayesian phylogenetics of Bryozoa
Molecular Phylogenetics and Evolution, 2009Tsyganov-Bodounova, A., Hayward, P. J., Porter, J. S., Skibinski, D. O. F. (2009). Bayesian Phylogenetics of Bryozoa . Molecular Phylogenetics and Evolution, 52, (3), 904-910.
Anton, Tsyganov-Bodounov +3 more
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2007
El phylum de los briozoos posee actualmente más de 5000 especies, en su inmensa mayoría marinas, que suelen vivir en epibiosis sobre algas, o incrustando diversos sustratos duros como piedras, valvas de moluscos, caparazones de crustáceos, etc. Su existencia abarca desde el Ordovícico Temprano hasta la actualidad, estimándose que la biodiversidad del ...
DOROTHY F. SOULE +3 more
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El phylum de los briozoos posee actualmente más de 5000 especies, en su inmensa mayoría marinas, que suelen vivir en epibiosis sobre algas, o incrustando diversos sustratos duros como piedras, valvas de moluscos, caparazones de crustáceos, etc. Su existencia abarca desde el Ordovícico Temprano hasta la actualidad, estimándose que la biodiversidad del ...
DOROTHY F. SOULE +3 more
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2017
This chapter describes the taxonomy of Bryozoa, a phylum of small, aquatic invertebrates that comprises ~6000 known species. Bryozoa are meroplanktonic with a planktonic larval stage and a colonial, usually sessile, adult. The chapter covers their life cycle, ecology and distribution, and general morphology.
Peter J. Hayward, John S. Ryland
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This chapter describes the taxonomy of Bryozoa, a phylum of small, aquatic invertebrates that comprises ~6000 known species. Bryozoa are meroplanktonic with a planktonic larval stage and a colonial, usually sessile, adult. The chapter covers their life cycle, ecology and distribution, and general morphology.
Peter J. Hayward, John S. Ryland
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1982
Vávra Norbert. Bryozoa. In: Documents des Laboratoires de Géologie, Lyon. Hors-série n°7, 1982. Nouveaux résultats biostratigraphiques dans le bassin molassique, depuis le Vorarlberg jusqu’en Haute-Savoie. Projet P.I.C.G. 73/I/25, section 5. pp. 31-34.
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Vávra Norbert. Bryozoa. In: Documents des Laboratoires de Géologie, Lyon. Hors-série n°7, 1982. Nouveaux résultats biostratigraphiques dans le bassin molassique, depuis le Vorarlberg jusqu’en Haute-Savoie. Projet P.I.C.G. 73/I/25, section 5. pp. 31-34.
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2015
AbstractBryozoa (or Ectoprocta) are a taxon of sessile aquatic suspension feeders with about 6000 described species, living in marine and about 100 in freshwater habitats. Bryozoans form clonal colonies composed of numerous millimetre-sized individuals, called zooids, which maintain tissue interconnections.
Gruhl, Alexander, Schwaha, Thomas
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AbstractBryozoa (or Ectoprocta) are a taxon of sessile aquatic suspension feeders with about 6000 described species, living in marine and about 100 in freshwater habitats. Bryozoans form clonal colonies composed of numerous millimetre-sized individuals, called zooids, which maintain tissue interconnections.
Gruhl, Alexander, Schwaha, Thomas
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2013
By the superficial observer moss animals or bryozoans (Bryozoa) are easily confused with the sponges, although bryozoans differ remarkably from the latter creatures of a far more complex organisation. Colonies of the sessile moss animals are mostly composed of narrow, branching tubules, and they live attached to the substratum.
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By the superficial observer moss animals or bryozoans (Bryozoa) are easily confused with the sponges, although bryozoans differ remarkably from the latter creatures of a far more complex organisation. Colonies of the sessile moss animals are mostly composed of narrow, branching tubules, and they live attached to the substratum.
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Ophelia, 1972
Abstract Sperm release through the tentacles is observed in a number of gymnolaematous and stenolaematous bryozoans. It is concluded that cross-fertilization is possible in the marine bryozoans in general. The mode of fertilization in the phylactolaematous bryozoans remains unknown.
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Abstract Sperm release through the tentacles is observed in a number of gymnolaematous and stenolaematous bryozoans. It is concluded that cross-fertilization is possible in the marine bryozoans in general. The mode of fertilization in the phylactolaematous bryozoans remains unknown.
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