In the Southern Ocean, the superfamily Lysianassoidea is one of the most important amphipod groups, both in terms of species number and abundance. Dominant members of this superfamily are species belonging to the orchomenid genus complex. The first molecular phylogenetic analysis on Antarctic species of these orchomenid genera is presented here, providing a framework for a systematic revision of these taxa. The current classification of the orchomenid genera is mainly based on mouthpart morphology. The validity of these morphological characters was assessed by resolving the phylogenetic relationships using nuclear 28S rRNA and mitochondrial cytochrome oxidase subunit I sequences. The molecular data rejected most of the previously proposed t...
Two new lysianassoid amphipods of the genus Pseudorchomene Schellenberg, 1926 from the Southern Ocea...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
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...
In the Southern Ocean, the Lysianassoidea is one of the most important amphipod groups, both in term...
Recent molecular analyses revealed that several so-called "circum-Antarctic" benthic crustacean spec...
Recent molecular analyses revealed that many so-called “circum-Antarctic” benthic crustacean species...
Recent molecular analyses revealed that several so-called "circum-Antarctic" benthic crustacean spec...
Using molecular analyses based on COI, 16S and 28S rDNA sequences, lysianassoid species’ distributio...
Recent molecular analyses revealed that several so-called “circum-Antarctic” benthic crustacean spec...
Recent molecular analyses revealed that many so called “circum-Antarctic” benthic crustacean species...
By molecular analyses (using COI and 28S rRNA), we investigated for several lysianassoid species: (i...
The phylogenetic relationships of 14 species of the Antarctic amphipod families Epimeriidae and Iphi...
Two new lysianassoid amphipods of the genus Pseudorchomene Schellenberg, 1926 from the Southern Ocea...
Southern Ocean biodiversity reflects major tectonic, oceanographic and climatic changes that occurre...
Two new lysianassoid amphipods of the genus Pseudorchomene Schellenberg, 1926 from the Southern Ocea...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
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...
In the Southern Ocean, the Lysianassoidea is one of the most important amphipod groups, both in term...
Recent molecular analyses revealed that several so-called "circum-Antarctic" benthic crustacean spec...
Recent molecular analyses revealed that many so-called “circum-Antarctic” benthic crustacean species...
Recent molecular analyses revealed that several so-called "circum-Antarctic" benthic crustacean spec...
Using molecular analyses based on COI, 16S and 28S rDNA sequences, lysianassoid species’ distributio...
Recent molecular analyses revealed that several so-called “circum-Antarctic” benthic crustacean spec...
Recent molecular analyses revealed that many so called “circum-Antarctic” benthic crustacean species...
By molecular analyses (using COI and 28S rRNA), we investigated for several lysianassoid species: (i...
The phylogenetic relationships of 14 species of the Antarctic amphipod families Epimeriidae and Iphi...
Two new lysianassoid amphipods of the genus Pseudorchomene Schellenberg, 1926 from the Southern Ocea...
Southern Ocean biodiversity reflects major tectonic, oceanographic and climatic changes that occurre...
Two new lysianassoid amphipods of the genus Pseudorchomene Schellenberg, 1926 from the Southern Ocea...
The physical isolation of the Antarctic shelf and extreme life conditions contribute to its high deg...
The super-family Eusiroidea is traditionally divided into 4 families, namely Calliopiidae, Eusiridae...