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Please use this identifier to cite or link to this item: http://hdl.handle.net/123456789/11222

Title: Soil ciliates from Saudi Arabia, including descriptions of two new genera and six new species.
Authors: Foissner, W
Quintela-Alonso
AL-Rasheid, K. A. S.
Keywords: Adaptation,
biodiversity,
Metauroleptus nov.
protozoa,
Pseudohemisincirra nov
resting cysts
sand dunes,
Tenerife.
Issue Date: 2008
Publisher: Acta Protozoologica. POLAND.
Citation: 47: 317-351
Abstract: Six soil samples from natural and cultivated sites of Saudi Arabia were investigated for ciliate diversity, using the non-flooded Petri dish culture method, live observation, and silver impregnation. We identified 135 species, all new for the fauna of Saudi Arabia, of which seven were undescribed: Spathidium alqasabi nov. spec.; Enchelyodon alqasabi nov. spec.; Metauroleptus arabicus nov. gen., nov. spec.; Pseudohemisincirra arabica nov. gen., nov. spec.; Saudithrix terricola Berger, Al-Rasheid and Foissner, 2006; Oxytricha Arabica nov. spec.; and Erimophrya monostyla nov. spec. Based on Spathidium alqasabi, S. seppelti foissneri Vďačný et al., 2006 and S. seppelti etoschense Foissner et al., 2002 are raised to species rank; for the latter, a new name is required to avoid homonymy: Spathidium fraterculum nov. nom. The new genus Metauroleptus, which possesses two long and two to three short ventral cirral rows, generates all dorsal kineties intrakinetally and produces caudal cirri exclusively in dorsal kinety 1. Metauroleptus belongs to the hypotrichs, while family classification remains doubtful. The same applies to the new hypotrich genus Pseudohemisincirra, which has frontoventral and transverse cirri, while buccal cirri and caudal cirri are absent. The number of species contained in Saudi Arabian soils, including sand dunes, is in the range reported from other regions of the earth, suggesting that ciliates are well adapted to dry habitats, possibly mainly by their ability to produce very resistant resting cysts, most surviving for a long time due to reduced metazoan predation.
URI: http://hdl.handle.net/123456789/11222
Appears in Collections:College of Science

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