Linked from

The 19 pages that link to Taxonomic rank, each with the reason it gives.

• TaxonomyRelated: Ranks arrange named groups into a hierarchy from species to broader groupings.

• Linnaean taxonomyRelated: Ranks provide the nested levels through which Linnaean groups are arranged.

• Phylogenetic nomenclatureCompared with: Phylogenetic nomenclature does not require a clade name to correspond to a rank.

• TaxonRelated: A taxon can occupy any rank in the hierarchy.

• Fungal taxonomyRelated: Ranks provide the nested structure used to organize fungal groups.

• Bird taxonomyRelated: Bird taxa occupy these nested levels, from species to class.

• ParaphylyRelated: Traditional ranks can preserve familiar paraphyletic groups despite clade-based standards.

• Species conceptRelated: Species concepts determine how groups are assigned to the species rank.

• Biological classificationRelated: Ranks arrange groups into nested levels, from species upward.

• Microbial dark matterRelated: Sequence-defined lineages may receive ranks before their organisms are cultured.

• GenusNarrower topic: Genus is one rank among several nested levels.

• Family (biology)Narrower topic: Family is one level in this ranked system.

• Type genusNarrower topic: A type genus connects the genus rank to the family rank.

• Class (biology)Narrower topic: This broader idea explains how class relates to ranks above and below it.

• AnolidaeRelated: Anolidae and Dactyloidae are competing names at the family rank, not different ranks.

• Armen TakhtajanRelated: Takhtajan’s system organized flowering plants into a detailed hierarchy of ranks.

• Incertae sedisRelated: Uncertainty can concern a taxon's position at a particular rank.

• Infraspecific nameRelated: Taxonomic rank is the broader classification concept; nomenclatural codes regulate how its names are formed.

• Order (taxonomy)Narrower topic: Order is one level in the hierarchy of biological classification.