Reports of Baetidae (Ephemeroptera) species from Tafna Basin, Algeria and biogeographic affinities revealed by DNA barcoding

The Mediterranean basin is known to be the cradle of many endemic species. Within mayflies (Insecta, Ephemeroptera), North African species belonging to the family Baetidae remain poorly known and, traditionally, affinities to European fauna were proposed. Recent studies, based on molecular reconstru...

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Veröffentlicht in:Biodiversity data journal 2020-08, Vol.8, p.e55596-e55596
Hauptverfasser: Benhadji, Nadhira, Sartori, Michel, Abdellaoui Hassaine, Karima, Gattolliat, Jean-Luc
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Sprache:eng
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Zusammenfassung:The Mediterranean basin is known to be the cradle of many endemic species. Within mayflies (Insecta, Ephemeroptera), North African species belonging to the family Baetidae remain poorly known and, traditionally, affinities to European fauna were proposed. Recent studies, based on molecular reconstructions, showed closer relationships to Mediterranean islands fauna. Baetidae were sampled from North-West Algerian wadis (Tafna basin) and involved in COI barcoding reconstructions. Seven species were identified. The subgenus Rhodobaetis is represented by known previously from Macaronesian islands, Europe and Morocco and the Maghrebian endemic . Specimens, previously identified as Cloeon cf. dipterum, correspond to and, until now, only reported from Macaronesia. Besides the confirmation of endemicity of some species, such as and , our molecular study showed quite original results for relationships between European, insular and Algerian species. stood out as a North African endemic sister clade to an Iberian clade. Furthermore, we found clear interspecific distances between Algerian and European clades for A. cf. sinaica and B. cf. pavidus, suggesting the presence of cryptic species in Algeria. However, additional studies are needed, as, for the moment, no clear morphological characters were found to separate the different clades and support them as valid species.
ISSN:1314-2828
1314-2836
1314-2828
DOI:10.3897/BDJ.8.e55596