AbstractThe discovery of a new population of the non-marine heterotardigrade Novechiniscus armadilloides from Utah, USA, allowed us to reanalyse the species by means of scanning electron microscopy and differential interference contrast microscopy. This analysis confirmed the presence of bar shaped, unpaired segmental plates and of a long filament E in addition to the filament A always present in the class Heterotardigrada. It also provided additional information on characters not explicitly cited in the previous descriptions of this monotypic genus, such as details of the head cirri and clavae, details of the buccal tube and pharyngeal bulb, sculpture of the dorso-lateral and leg plates, details of the claws. The population is bisexual, bu...
The use of the molecular approach in tardigrades has recently widespread for identifying taxa and ev...
Up to few years ago, the phylogenies of tardigrade taxa have been investigated using morphological d...
Tardigrades represent one of the most abundant groups of Antarctic metazoans in terms of abundance a...
The discovery of a new population of the non-marine heterotardigrade Novechiniscus armadilloides fro...
AbstractThe discovery of a new population of the non-marine heterotardigrade Novechiniscus armadillo...
One of the most extensive species radiations in the tardigrade evolution took place in the Echiniscu...
Tardigrades constitute a micrometazoan phylum usually considered as taxonomically challenging and th...
Species constituting the family Echiniscidae are highly derived, armoured and inhabit terrestrial ha...
The genus Barbaria, recently established to accommodate the former Echiniscus bigranulatus group, is...
Tardigrade fauna of Antarctic and sub-Antarctic islands has been extensively studied from the beginn...
Echiniscoididae are the only family of the clade Echiniscoidea residing in marine habitats. Their ch...
Despite the importance and regular occurrence of tardigrades in the Antarctic terrestrial ecosystem,...
The taxonomy of tardigrades is challenging as these animals demonstrate a limited number of useful m...
The phyletic relationships both between and within many of tardigrade genera have been barely studie...
Three unrelated studies that address several aspects of the biology of tardigrades -- morphology, re...
The use of the molecular approach in tardigrades has recently widespread for identifying taxa and ev...
Up to few years ago, the phylogenies of tardigrade taxa have been investigated using morphological d...
Tardigrades represent one of the most abundant groups of Antarctic metazoans in terms of abundance a...
The discovery of a new population of the non-marine heterotardigrade Novechiniscus armadilloides fro...
AbstractThe discovery of a new population of the non-marine heterotardigrade Novechiniscus armadillo...
One of the most extensive species radiations in the tardigrade evolution took place in the Echiniscu...
Tardigrades constitute a micrometazoan phylum usually considered as taxonomically challenging and th...
Species constituting the family Echiniscidae are highly derived, armoured and inhabit terrestrial ha...
The genus Barbaria, recently established to accommodate the former Echiniscus bigranulatus group, is...
Tardigrade fauna of Antarctic and sub-Antarctic islands has been extensively studied from the beginn...
Echiniscoididae are the only family of the clade Echiniscoidea residing in marine habitats. Their ch...
Despite the importance and regular occurrence of tardigrades in the Antarctic terrestrial ecosystem,...
The taxonomy of tardigrades is challenging as these animals demonstrate a limited number of useful m...
The phyletic relationships both between and within many of tardigrade genera have been barely studie...
Three unrelated studies that address several aspects of the biology of tardigrades -- morphology, re...
The use of the molecular approach in tardigrades has recently widespread for identifying taxa and ev...
Up to few years ago, the phylogenies of tardigrade taxa have been investigated using morphological d...
Tardigrades represent one of the most abundant groups of Antarctic metazoans in terms of abundance a...