The Gammaridae shows the greatest disparity in species diversity and distribution pattern in the Amphipoda, with some genera ranging from the Palearctic to Nearctic, while others are limited to the Mediterranean region or ancient Tethyan margins. Here we present the first molecular phylogenetic analysis of the Gammaridae to investigate its evolutionary history using four genetic markers and a comprehensive set of taxa representing 198 species. The phylogenetic results revealed that the Gammaridae originated from the Tethyan region in the Cretaceous, and split into three morphologically and geographically distinct lineages by the end of the Paleocene. Diversification analysis combined with paleogeological evidence suggested that the Tet...
Abstract: A spectacular adaptive radiation of crustaceans has occurred in the Black, Caspian, and Ar...
Mitochondrial Cytochrome Oxidase Subunit I DNA sequences are a good discriminative marker for phylog...
Extraordinarily diverse morphologically and ecologically, Lake Baikal\u27s two endemic gammaroidean ...
The Gammaridae shows the greatest disparity in species diversity and distribution pattern in the Amp...
By molecular analysis of a high number of gammarids, including 29 out-group genera, we could assure ...
The dynamic geological history of the Ponto-Caspian region drove the evolution of a highly adaptable...
Gammarids, the most diverse group of Amphipoda are present in marine, brackish and fresh waters. In ...
Amphipods are an important component of temperate permanent freshwater macrozoobenthos. They have po...
Mitochondrial DNA nucleotide sequence analysis was used to determine the extent of genetic different...
16 pagesInternational audienceThe formation of continental Europe in the Neogene was due to the regr...
Gammarus fossarum is a diverse species complex of epigean freshwater amphipods throughout Europe. Du...
Figure 1. Distribution map of Gammarus species along the Lüliang and the Taihang Mountains (Mts). Nu...
The formation of continental Europe in the Neogene was due to the regression of the Tethys Ocean and...
[eng] The amphi-Atlantic distributions exhibited by many thalassoid stygobiont (obligate subterranea...
The fresh waters of the Baltic German and Polish lowlands are inhabited by several Gammarus species....
Abstract: A spectacular adaptive radiation of crustaceans has occurred in the Black, Caspian, and Ar...
Mitochondrial Cytochrome Oxidase Subunit I DNA sequences are a good discriminative marker for phylog...
Extraordinarily diverse morphologically and ecologically, Lake Baikal\u27s two endemic gammaroidean ...
The Gammaridae shows the greatest disparity in species diversity and distribution pattern in the Amp...
By molecular analysis of a high number of gammarids, including 29 out-group genera, we could assure ...
The dynamic geological history of the Ponto-Caspian region drove the evolution of a highly adaptable...
Gammarids, the most diverse group of Amphipoda are present in marine, brackish and fresh waters. In ...
Amphipods are an important component of temperate permanent freshwater macrozoobenthos. They have po...
Mitochondrial DNA nucleotide sequence analysis was used to determine the extent of genetic different...
16 pagesInternational audienceThe formation of continental Europe in the Neogene was due to the regr...
Gammarus fossarum is a diverse species complex of epigean freshwater amphipods throughout Europe. Du...
Figure 1. Distribution map of Gammarus species along the Lüliang and the Taihang Mountains (Mts). Nu...
The formation of continental Europe in the Neogene was due to the regression of the Tethys Ocean and...
[eng] The amphi-Atlantic distributions exhibited by many thalassoid stygobiont (obligate subterranea...
The fresh waters of the Baltic German and Polish lowlands are inhabited by several Gammarus species....
Abstract: A spectacular adaptive radiation of crustaceans has occurred in the Black, Caspian, and Ar...
Mitochondrial Cytochrome Oxidase Subunit I DNA sequences are a good discriminative marker for phylog...
Extraordinarily diverse morphologically and ecologically, Lake Baikal\u27s two endemic gammaroidean ...