Foraminifera are traditionally defined as marine granuloreticuloseans characterized by the presence of a membraneous, agglutinated or calcareous test. This definition has been recently challenged by molecular phylogenetic studies which showed that Foraminifera include both testate and naked species and that they occur in marine, freshwater, and terrestrial environments. Molecular data also revealed high taxonomic diversity of monothalamous (single-chambered) foraminiferans that developed different types of organic and agglutinated tests. First analyses of ribosomal DNA sequences suggested an early divergence of Foraminifera in the evolutionary history of Eukaryotes, but this result was not confirmed by later protein sequence data. Furthermo...
We describe Bathyallogromia weddellensis gen. & sp. nov., a deep-water, monothalamous foraminiferan ...
Foraminifers form an important link between bacteria and macrobenthos in natural food webs and there...
The limitations of a traditional morphology-based classification of Foraminifera have been demonstra...
The diversity and distribution of modern benthic foraminifera has been extensively studied in order ...
Diversity of deep-sea foraminifera is commonly studied based on analysis of agglutinated and calcare...
The planktonic foraminifera are a highly abundant and diverse group of marine pelagic protists that ...
Planktic foraminifers are an important group of marine Zooplankton whose fossil record has been used...
International audienceEnvironmental SSU rDNA-based surveys are contributing to the dramatic revision...
951-960Benthic foraminiferal diversity in coastal environments representing tropical and sub-tropica...
A robust and consistent taxonomy underpins the use of fossil material in palaeoenvironmental researc...
Molecular phylogenetics gives new insights into the taxonomy of foraminifera, independent of their m...
Abstract Foraminifera are a species-rich phylum of rhizarian protists that are highly abundant in ma...
<div><p>The use of planktonic foraminifera in paleoceanography requires taxonomic consistency and pr...
Molecular phylogenetic analysis of the small subunit ribosomal RNA gene of planktic spinose foramini...
We describe Bathyallogromia weddellensis gen. & sp. nov., a deep-water, monothalamous foraminife...
We describe Bathyallogromia weddellensis gen. & sp. nov., a deep-water, monothalamous foraminiferan ...
Foraminifers form an important link between bacteria and macrobenthos in natural food webs and there...
The limitations of a traditional morphology-based classification of Foraminifera have been demonstra...
The diversity and distribution of modern benthic foraminifera has been extensively studied in order ...
Diversity of deep-sea foraminifera is commonly studied based on analysis of agglutinated and calcare...
The planktonic foraminifera are a highly abundant and diverse group of marine pelagic protists that ...
Planktic foraminifers are an important group of marine Zooplankton whose fossil record has been used...
International audienceEnvironmental SSU rDNA-based surveys are contributing to the dramatic revision...
951-960Benthic foraminiferal diversity in coastal environments representing tropical and sub-tropica...
A robust and consistent taxonomy underpins the use of fossil material in palaeoenvironmental researc...
Molecular phylogenetics gives new insights into the taxonomy of foraminifera, independent of their m...
Abstract Foraminifera are a species-rich phylum of rhizarian protists that are highly abundant in ma...
<div><p>The use of planktonic foraminifera in paleoceanography requires taxonomic consistency and pr...
Molecular phylogenetic analysis of the small subunit ribosomal RNA gene of planktic spinose foramini...
We describe Bathyallogromia weddellensis gen. & sp. nov., a deep-water, monothalamous foraminife...
We describe Bathyallogromia weddellensis gen. & sp. nov., a deep-water, monothalamous foraminiferan ...
Foraminifers form an important link between bacteria and macrobenthos in natural food webs and there...
The limitations of a traditional morphology-based classification of Foraminifera have been demonstra...