A new genus and species of Kinorhyncha, Franciscideres kalenesos gen. et sp. nov., is described from tidal and subtidal sandy habitats in Brazil. The new genus and species is characterized by an extremely flexible trunk without pachycycli that appears perfectly circular in cross-section, segments 1, 2 and 11 consisting of closed rings and 3 to 10 of single, bent plates with midventral articulations, a neck without placids that resembles an additional segment, densely packed scale-like, cuticular hairs, and a terminal segment with a middorsal spine and two sets of lateral terminal spines, but no midterminal spine. Phylogenetic analyses of 18S rRNA of Franciscideres kalenesos gen. et sp. nov. and 47 other kinorhynch ingroup taxa suggest that ...
Abstract: The kinorhynch genus Paracentrophyes currently consists of two species only: P. quadrident...
Several meiofaunal samplings along the continental slope of Central America and the Antilles through...
This is a pre-print of an article published in Organisms Diversity and Evolution. The final authenti...
A new genus and species of Kinorhyncha, Franciscideres kalenesos gen. et sp. nov., is described from...
The phylogeny of Kinorhyncha was analyzed using morphology and the molecular loci 18S rRNA and 28S r...
The phylogeny of Kinorhyncha was analyzed using morphology and the molecular loci 18S rRNA and 28S r...
The kinorhynch interrelationships were analyzed using molecular sequence data, supplemented with in...
The phylogeny of Kinorhyncha was analyzed using morphology and the molecular loci 18S rRNA and 28S r...
Kinorhyncha is a group of benthic, microscopic animals distributed worldwide in marine sediments. Th...
Two new kinorhynch species from Puerto Rico (Greater Antilles) and Barbados (Lesser Antilles) are de...
SYNOPSIS. The article summarizes current knowledge mainly about the (functional) morphology and ul-t...
The phylogeny of Kinorhyncha was analyzed using morphology and the molecular loci 18S rRNA and 28S r...
Mud dragons (Kinorhyncha) are microscopic invertebrates, inhabiting marine sediments across the glob...
A new species of Kinorhyncha, Triodontoderes lagahoo sp. nov., is described from Tobago Island, Cari...
AbstractA new species of a new kinorhynch genus with affinities to the Echinoderidae and a new speci...
Abstract: The kinorhynch genus Paracentrophyes currently consists of two species only: P. quadrident...
Several meiofaunal samplings along the continental slope of Central America and the Antilles through...
This is a pre-print of an article published in Organisms Diversity and Evolution. The final authenti...
A new genus and species of Kinorhyncha, Franciscideres kalenesos gen. et sp. nov., is described from...
The phylogeny of Kinorhyncha was analyzed using morphology and the molecular loci 18S rRNA and 28S r...
The phylogeny of Kinorhyncha was analyzed using morphology and the molecular loci 18S rRNA and 28S r...
The kinorhynch interrelationships were analyzed using molecular sequence data, supplemented with in...
The phylogeny of Kinorhyncha was analyzed using morphology and the molecular loci 18S rRNA and 28S r...
Kinorhyncha is a group of benthic, microscopic animals distributed worldwide in marine sediments. Th...
Two new kinorhynch species from Puerto Rico (Greater Antilles) and Barbados (Lesser Antilles) are de...
SYNOPSIS. The article summarizes current knowledge mainly about the (functional) morphology and ul-t...
The phylogeny of Kinorhyncha was analyzed using morphology and the molecular loci 18S rRNA and 28S r...
Mud dragons (Kinorhyncha) are microscopic invertebrates, inhabiting marine sediments across the glob...
A new species of Kinorhyncha, Triodontoderes lagahoo sp. nov., is described from Tobago Island, Cari...
AbstractA new species of a new kinorhynch genus with affinities to the Echinoderidae and a new speci...
Abstract: The kinorhynch genus Paracentrophyes currently consists of two species only: P. quadrident...
Several meiofaunal samplings along the continental slope of Central America and the Antilles through...
This is a pre-print of an article published in Organisms Diversity and Evolution. The final authenti...