Over the last 25 years, phylogenetic analysis and phylogenetic taxonomy have narrowed the meaning of suprageneric taxa. In phylogenetic analysis, suprageneric taxa identify clades rather than an unspecified mixture of monophyletic groups (clades), paraphyletic or polyphyletic grades, and redundant taxa erected solely to occupy rank. In phylogenetic taxonomy, clades are circumscribed by definition rather than a variable assortment of diagnostic characters. This phylogenetic approach has reinvigorated taxonomy and substantially increased the number of suprageneric taxa in current use. Basic information about suprageneric taxa, nevertheless, remains scattered across a vast taxonomic literature. We introduce a web-based application called Taxon...
Many compendia at the species, genus and family levels document the fossil record, but these are not...
Abstract.—As an archive of sequence data for over 165,000 species, GenBank is an indispensable resou...
Taxonomy is foundational to all biological sciences. Names allow us to organize and communicate info...
The motivation for the development of phylogenetic nomenclature (originally called "phylogenetic tax...
Integrative taxonomy has emerged as a methodologically sound method for discovering new taxa. By cou...
An easily accessible taxonomic knowledge base is critically important for all biodiversity-related s...
Abstract. — Taxonomic indexing refers to a new array of taxonomically intelligent network services t...
Taxonomists classify the organisms they study in order to refer to, identify and understand them. Ho...
Taxonomic research, as a field of biological sciences, is fundamentally an exercise in information m...
Abstract Taxonomists' efforts throughout history provide significant amount of data that give suppor...
Background: TreeBASE, the only data repository for phylogenetic studies, is not being used effective...
A vast amount of biodiversity data is reported in the primary taxonomic literature. In the past, we ...
Phylogenetic nomenclature (PN) is a rank-free system of biological nomenclature, designed to name sp...
Background: A so called ``taxonomic impediment{''} has been recognized as a major obstacle to biodiv...
Taxonomy is the science of naming and describing organisms. It is a highly formalized science whose ...
Many compendia at the species, genus and family levels document the fossil record, but these are not...
Abstract.—As an archive of sequence data for over 165,000 species, GenBank is an indispensable resou...
Taxonomy is foundational to all biological sciences. Names allow us to organize and communicate info...
The motivation for the development of phylogenetic nomenclature (originally called "phylogenetic tax...
Integrative taxonomy has emerged as a methodologically sound method for discovering new taxa. By cou...
An easily accessible taxonomic knowledge base is critically important for all biodiversity-related s...
Abstract. — Taxonomic indexing refers to a new array of taxonomically intelligent network services t...
Taxonomists classify the organisms they study in order to refer to, identify and understand them. Ho...
Taxonomic research, as a field of biological sciences, is fundamentally an exercise in information m...
Abstract Taxonomists' efforts throughout history provide significant amount of data that give suppor...
Background: TreeBASE, the only data repository for phylogenetic studies, is not being used effective...
A vast amount of biodiversity data is reported in the primary taxonomic literature. In the past, we ...
Phylogenetic nomenclature (PN) is a rank-free system of biological nomenclature, designed to name sp...
Background: A so called ``taxonomic impediment{''} has been recognized as a major obstacle to biodiv...
Taxonomy is the science of naming and describing organisms. It is a highly formalized science whose ...
Many compendia at the species, genus and family levels document the fossil record, but these are not...
Abstract.—As an archive of sequence data for over 165,000 species, GenBank is an indispensable resou...
Taxonomy is foundational to all biological sciences. Names allow us to organize and communicate info...