The phylogenetic relationships of 14 species of the Antarctic amphipod families Epimeriidae and Iphimediidae were investigated using 553 bp of the gene for the mitochondrial cytochrome oxidase subunit I (COI) and 98 morphological characters. Both families are dominant members of the Antarctic benthic amphipod community. In contrast to previous studies, our molecular and morphological data suggest that the families Epimeriidae and Iphimediidae may not be sister taxa. Our study suggests that Iphimediidae are more closely related to Eusirus (Eusiridae) than to Epimeria (Epimeriidae). Phylogenetic analyses based on maximum parsimony (MP) and maximum likelihood (ML) indicate that the genera Iphimediella and Gnathiphimedia are not monophyletic
The Antarctic shelf’s marine biodiversity has been greatly influenced by the climatic and glacial hi...
In the Southern Ocean, the superfamily Lysianassoidea is one of the most important amphipod groups, ...
Various evolutionary processes greatly influenced by the geological and climatic history shaped the ...
Epimeria schiaparelli sp. nov. from the Ross Sea, Antarctica, is described in detail. The new specie...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
Southern Ocean biodiversity reflects major tectonic, oceanographic and climatic changes that occurre...
The amphipod genus Epimeria is very speciose in Antarctic waters. Although their brooding biology, m...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
The amphipod genus Epimeria is species rich in the Southern Ocean and at present eight of its 19 spe...
The super-family Eusiroidea is traditionally divided into 4 families, namely Calliopiidae, Eusiridae...
In Antarctic waters, the superfamily Lysianassoidea is one of the most important amphipod groups bot...
The Antarctic shelf's marine biodiversity has been greatly influenced by the climatic and glacial hi...
The amphipod genus Epimeria is species rich in the Southern Ocean and at present eight of its 19 spe...
The amphipod genus Epimeria is species rich in the Southern Ocean and at present eight of its 19 spe...
The Antarctic shelf’s marine biodiversity has been greatly influenced by the climatic and glacial hi...
In the Southern Ocean, the superfamily Lysianassoidea is one of the most important amphipod groups, ...
Various evolutionary processes greatly influenced by the geological and climatic history shaped the ...
Epimeria schiaparelli sp. nov. from the Ross Sea, Antarctica, is described in detail. The new specie...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
Southern Ocean biodiversity reflects major tectonic, oceanographic and climatic changes that occurre...
The amphipod genus Epimeria is very speciose in Antarctic waters. Although their brooding biology, m...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
The amphipod genus Epimeria is species rich in the Southern Ocean and at present eight of its 19 spe...
The super-family Eusiroidea is traditionally divided into 4 families, namely Calliopiidae, Eusiridae...
In Antarctic waters, the superfamily Lysianassoidea is one of the most important amphipod groups bot...
The Antarctic shelf's marine biodiversity has been greatly influenced by the climatic and glacial hi...
The amphipod genus Epimeria is species rich in the Southern Ocean and at present eight of its 19 spe...
The amphipod genus Epimeria is species rich in the Southern Ocean and at present eight of its 19 spe...
The Antarctic shelf’s marine biodiversity has been greatly influenced by the climatic and glacial hi...
In the Southern Ocean, the superfamily Lysianassoidea is one of the most important amphipod groups, ...
Various evolutionary processes greatly influenced by the geological and climatic history shaped the ...