page_title: New World vulture
section_title: Taxonomy and systematics
hierarchical_section_title: New World vulture / Taxonomy and systematics
caption_attribution_description: Head of the Black Turkey-Vulture (Catharistes urubu) to show pervious nostrils Vulture head and beak
context_page_description: The New World vulture or condor family, Cathartidae, contains seven extant species in five genera. It includes five extant vultures and two extant condors found in warm and temperate areas of the Americas. The "New World" vultures were widespread in both the Old World and North America during the Neogene.
  Old World vultures and New World vultures do not form a single clade, but the two groups appear similar because of convergent evolution.
  Vultures are scavenging birds, feeding mostly from carcasses of dead animals without apparent ill effects. Bacteria in the food source, pathogenic to other vertebrates, dominate the vulture's gut flora, and vultures benefit from the bacterial breakdown of carrion tissue. Some species of New World vulture have a good sense of smell, whereas Old World vultures find carcasses exclusively by sight. A particular characteristic of many vultures is a bald head, devoid of feathers.
context_section_description: The New World vultures comprise seven species in five genera. The genera are Coragyps, Cathartes, Gymnogyps, Sarcoramphus, and Vultur. Of these, only Cathartes is not monotypic. The family's scientific name, Cathartidae, comes from cathartes, Greek for "purifier". Although New World vultures have many resemblances to Old World vultures they are not very closely related.  Rather, they resemble Old World vultures because of convergent evolution.  Phylogenetic analyses including all Cathartidae species found two primary clades: (1) black vulture (Coragyps atratus) together with the three Cathartes species (lesser C. burrovianus and greater C. melambrotus yellow-headed vultures, and turkey vulture C. aura), and (2) king vulture (Sarcoramphus papa), California (Gymnogyps californianus) and Andean (Vultur gryphus) condors.
  New World vultures were traditionally placed in a family of their own in the Falconiformes.  However, in the late 20th century some ornithologists argued that they are more closely related to storks on the basis of karyotype, morphological, and behavioral data. Thus some authorities placed them in the Ciconiiformes with storks and herons; Sibley and Monroe (1990) even considered them a subfamily of the storks. This was criticized, and an early DNA sequence study was based on erroneous data and subsequently retracted. There was then an attempt to raise the New World vultures to the rank of an independent order, Cathartiformes not closely associated with either the birds of prey or the storks and herons.
  However, recent multi-locus DNA studies on the evolutionary relationships between bird groups indicate that New World vultures are related to the other birds of prey, excluding the Falconidae which are distantly related to other raptors, and are not close to storks.  In this analysis, the New World vultures should be part of a new order Accipitriformes instead, or perhaps as part of an order (Cathartiformes) closely related to, but distinct from, other birds of prey (besides falcons). New World vultures are a sister group to Accipitriformes when the latter is viewed as a group consisting of Accipitridae, the osprey and secretarybird. Both groups are basal members of the recently recognized clade Afroaves.
caption: A pervious nostril is typical of the family
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