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"Subfamily" is substituted for "suborder" (subordo) under certain conditions where the modern meaning of "suborder" was not intended. (Article 19.2) In a publication prior to 1 January 1890, if only one infraspecific rank is used, it is considered to be that of variety.
It is classified between family and class. In biological classification, the order is a taxonomic rank used in the classification of organisms and recognized by the nomenclature codes. An immediately higher rank, superorder, is sometimes added directly above order, with suborder directly beneath order. An order can also be defined as a group of ...
Toggle Suborder Glossata subsection ... 5.3 Infraorder Acanthoctesia. 5.4 Infraorder Lophocoronina. 5.5 Clade Myoglossata, encompassing ... Download QR code; Print ...
Class: Mammalia: Order: Rodentia: Suborder: Hystricomorpha: Infraorder: Hystricognathi Tullberg, 1899: Families Abrocomidae Bathyergidae †Bathyergoididae Capromyidae Caviidae †Cephalomyidae Chinchillidae Ctenomyidae Cuniculidae Dasyproctidae †Diamantomyidae Dinomyidae Echimyidae †Eocardiidae Erethizontidae †Heptaxodontidae ...
The suborder Anomaluromorpha was erected to unite sciurognathous rodents with a hystricomorphous zygomasseteric system restricted to sub-Saharan Africa.Many authors have suggested that the two extant families may be only distantly related, and that they belong to separate suborders or infraorders.
subordinate to the class; superordinate to the cohort. consists of a group of related orders; Legions may be grouped into superlegions or subdivided into sublegions, and these again into infralegions.
The Bibionomorpha are an infraorder of the suborder Nematocera. One of its constituent families, the Anisopodidae , is the presumed sister taxon to the entire suborder Brachycera . [ 1 ] Several of the remaining families in the infraorder (those shown without common names ) are former subfamilies of the Mycetophilidae , which has been recently ...
Gebiidea and Axiidea are divergent infraoders of the former infraorder Thalassinidea. These infraorders have converged ecologically and morphologically as burrowing forms. [ 1 ] Based on molecular evidence as of 2009, it is now widely believed that these two infraorders represent two distinct lineages separate from one another.