@ARTICLE{TreeBASE2Ref15296, author = {Vassilis Douris and Robert A. D. Cameron and George C. Rodakis and Rena Lecanidou}, title = {Mitochondrial phylogeography of the land snail Albinaria in Crete: Long-term geological and short-term vicariance effects.}, year = {1998}, keywords = {Albinaria; Crete; land snails; mitochondrial ribosomal RNA; molecular systematics; paleogeography; phylogeography}, doi = {}, url = {http://www.jstor.org/stable/2410926}, pmid = {}, journal = {Evolution}, volume = {52}, number = {1}, pages = {116--125}, abstract = {The land snail genus Albinaria exhibits an extreme degree of morphological differentiation in Greece, especially in the island of Crete. Twenty-six representatives of 17 nominal species and a suspected hybrid were examined by sequence analysis of a PCR-amplified mitochondrial DNA fragment of the large rRNA subunit gene. Maximum parsimony and neighbor-joining phylogenetic analyses demonstrate a complex pattern of speciation and differentiation and suggest that Albinaria species from Crete belong to at least three distinct monophyletic groups, which, however, are not monophyletic with reference to the genus as a whole. There is considerable variation of genetic distance within and among species and groups. The revealed phylogenetic relations do not correlate well with current taxonomy, but exhibit biogeographical coherence. Certain small- and large-scale vicariance events can be traced, although dispersal and parapatric speciation may also be present. Our analysis suggests that there was an early and rapid differentiation of Albinaria groups across the whole of the range followed by local speciation events within confined geographical areas.Albinaria, Crete, land snails, mitochondrial ribosomal RNA, molecular systematics, paleogeography, phylogeography.} }

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