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The Gruiformes ( ) are an order containing a considerable number of living and extinct
bird Birds are a group of warm-blooded vertebrates constituting the class (biology), class Aves (), characterised by feathers, toothless beaked jaws, the Oviparity, laying of Eggshell, hard-shelled eggs, a high Metabolism, metabolic rate, a fou ...
families, with a widespread geographical diversity. Gruiform means "crane-like". Traditionally, a number of wading and terrestrial bird families that did not seem to belong to any other order were classified together as Gruiformes. These include 15 species of large cranes, about 145 species of smaller crakes and rails, as well as a variety of families comprising one to three
species A species () is often defined as the largest group of organisms in which any two individuals of the appropriate sexes or mating types can produce fertile offspring, typically by sexual reproduction. It is the basic unit of Taxonomy (biology), ...
, such as the Heliornithidae, the limpkin, or the Psophiidae. Other birds have been placed in this order more out of necessity to place them ''somewhere''; this has caused the expanded Gruiformes to lack distinctive
apomorph In phylogenetics, an apomorphy (or derived trait) is a novel character or character state that has evolved from its ancestral form (or plesiomorphy). A synapomorphy is an apomorphy shared by two or more taxa and is therefore hypothesized to ha ...
ies. Recent studies indicate that these "odd Gruiformes" are if at all only loosely related to the cranes, rails, and relatives ("core Gruiformes").


Systematics

There are only two suprafamilial clades (natural groups) among the birds traditionally classified as Gruiformes. Rails ( Rallidae), flufftails (
Sarothruridae Sarothruridae is a family of small- to medium-sized ground-living birds found mostly in Madagascar and sub-Saharan Africa, with the genus ''Rallicula'' being restricted to New Guinea and the Moluccas. The species in this family were once consider ...
), finfoots and sungrebe ( Heliornithidae), adzebills ( Aptornithidae), trumpeters ( Psophiidae), limpkin ( Aramidae), and cranes ( Gruidae) compose the suborder Grues and are termed "core-Gruiformes". These are the only true Gruiformes. The suborder Eurypygae includes the kagu (Rhynochetidae) and sunbittern (Eurypygidae). These are not even remotely related to Grues. The families of mesites or roatelos ( Mesitornithidae), button-quails ( Turnicidae), Australian plains-wanderer ( Pedionomidae), seriemas ( Cariamidae), and bustards ( Otididae) each represent distinct and unrelated lineages. Many families known only from fossils have been assigned to the Gruiformes, e.g., Ergilornithidae, Phorusrhacidae, Messelornithidae, Eogruidae, Idiornithidae, Bathornithidae, to name just a few (see below). Though some of these are superficially 'crane-like' and the possibility exists that some may even be related to extant families traditionally included in the Gruiformes, there are no completely extinct families that can be confidently assigned to core-Gruiformes. The traditional order Gruiformes was established by the influential German avian comparative anatomist Max Fürbringer (1888). Over the decades, many ornithologists suggested that members of the order were in fact more closely related to other groups (reviewed by Olson 1985, Sibley and Ahlquist 1990). For example, it was thought that sunbittern might be related to herons and that seriemas might be related to cuckoos. Olson and Steadman (1981) were first to correctly disband any of the traditional Gruiformes. They recognized that the Australian plains-wanderer (family Pedionomidae) was actually a member of the shorebirds (order Charadriiformes) based on skeletal characters. This was confirmed by Sibley and Ahlquist (1990) based on DNA–DNA hybridization and subsequently by Paton et al. (2003), Paton and Baker (2006) and Fain and Houde (2004, 2006). Sibley and Ahlquist furthermore removed button-quails (Turnicidae) from the Gruiformes based on large DNA–DNA hybridization distances to other supposed Gruiformes. However, it was not until the work of Paton et al. (2004) and Fain and Houde (2004, 2006) that the correct placement of buttonquails within the shorebirds (order Charadriiformes) was documented on the basis of phylogenetic analysis of multiple genetic loci. Using 12S ribosomal DNA sequences, Houde et al. (1997) were the first to present molecular genetic evidence of gruiform
polyphyly A polyphyletic group is an assemblage that includes organisms with mixed evolutionary origin but does not include their most recent common ancestor. The term is often applied to groups that share similar features known as homoplasies, which ar ...
, although apparently they were not convinced by it. However, on the basis of numerous additional sequence data, it has been shown decisively that the traditionally recognized Gruiformes consist of five to seven unrelated clades (Fain and Houde 2004, Ericson et al. 2006, Hackett et al. 2008). Fain and Houde (2004) proposed that Neoaves are divisible into two clades, Metaves and Coronaves, although it has been suggested from the start that Metaves may be paraphyletic (Fain and Houde 2004, Ericson ''et al.'' 2006, Hackett ''et al.'' 2008). Sunbittern, kagu, and mesites all group within Metaves but all the other lineages of "Gruiformes" group either with a collection of waterbirds or landbirds within Coronaves. This division has been upheld by the combined analysis of as many as 30 independent loci (Ericson ''et al.'' 2006, Hackett ''et al.'' 2008), but is dependent on the inclusion of one or two specific loci in the analyses. One locus, i.e.,
mitochondrial DNA Mitochondrial DNA (mtDNA and mDNA) is the DNA located in the mitochondrion, mitochondria organelles in a eukaryotic cell that converts chemical energy from food into adenosine triphosphate (ATP). Mitochondrial DNA is a small portion of the D ...
, contradicts the strict monophyly of Coronaves (Morgan-Richards ''et al.'' 2008), but phylogeny reconstruction based on mitochondrial DNA is complicated by the fact that few families have been studied, the sequences are heavily saturated (with back mutations) at deep levels of divergence, and they are plagued by strong base composition bias. The kagu and sunbittern are one another's closest relatives. It had been proposed (Cracraft 2001) that they and the recently extinct adzebills (family Aptornithidae) from New Zealand constitute a distinct
Gondwana Gondwana ( ; ) was a large landmass, sometimes referred to as a supercontinent. The remnants of Gondwana make up around two-thirds of today's continental area, including South America, Africa, Antarctica, Australia (continent), Australia, Zea ...
n lineage. However, sunbittern and kagu are believed to have diverged from one another long after the break-up of Gondwanaland and the adzebills are in fact members of the Grues (Houde ''et al.'' 1997, Houde 2009). The seriemas and bustards represent distinct lineages within neoavian waterbirds.


Phylogeny

GruiformesPaleofile.com (net, info) . * Family † Songziidae Hou, 1990 ** Genus †'' Songzia'' Hou, 1990 * Suborder Grui ** Superfamily Gruoidea Vigors, 1825 *** Family † Geranoididae Wetmore, 1933 *** Family † Parvigruidae Mayr, 2005 **** Genus †'' Parvigrus'' Mayr, 2005 **** Genus †'' Rupelrallus'' Fischer, 1997 *** Family Aramidae Bonaparte, 1854 (limpkin) **** Genus †'' Badistornis'' Wetmore, 1940 **** Genus '' Aramus'' Vieillot, 1816 'Courlili'' Buffon, 1781; ''Notherodius">Courlili.html" ;"title="'Courlili">'Courlili'' Buffon, 1781; ''Notherodius'' Wagler, 1827] (limpkins) *** Family Psophiidae Bonaparte, 1831 (trumpeters) **** Genus ''Psophia'' Linnaeus, 1758 *** Family † Eogruidae Wetmore, 1934 **** Genus †'' Sonogrus'' Kuročkin, 1981 **** Genus †'' Eogrus'' Wetmore, 1932 'Progrus'' Bendukidze, 1971">Progrus.html" ;"title="'Progrus">'Progrus'' Bendukidze, 1971**** Subfamily †Ergilornithinae ***** Genus †''Ergilornis'' Kozlova, 1960 ***** Genus †''Amphipelargus'' Lydekker, 1891 ***** Genus †''Urmiornis'' Mecquenem, 1908 *** Family Gruidae (cranes) **** Genus †'' Camusia'' Seguí, 2002 **** Subfamily Balearicinae Brasil, 1913 ***** Genus †'' Aramornis'' Wetmore, 1926 ***** Genus †'' Geranopsis'' Lydekker, 1871 ***** Genus †'' Eobalearica'' Gureev, 1949 ***** Genus '' Balearica'' Brisson, 1760 'Geranarchus'' Gloger, 1842(crowned cranes) **** Subfamily Gruinae Vigors, 1825 ***** Genus †'' "Grus" conferta'' Miller & Sibley, 1942 lson & Rasmussen, 2001/small> ***** Genus †'' "Probalearica" mongolica'' Kurochkin, 1985 ***** Genus †'' Palaeogrus'' Portis, 1885 'Palaeogrus'' Salvadori, 1884 ''nomen nudum''***** Genus '' Antigone'' (Linnaeus, 1758) ***** Genus '' Leucogeranus'' (Pallas, 1773) ***** Genus '' Grus'' Brisson, 1760 non Moehring, 1758 [''Anthropoides'' Vieillot, 1816; ''Bugeranus'' Gloger, 1841; ''Megalornis'' Gray, 1841; ''Leucogeranus'' Bonaparte, 1855; ''Mathewsena'' Iredale, 1914; ''Mathewsia'' Iredale, 1911; ''Limnogeranus'' Sharpe, 1893; ''Laomedontia'' Reichenbach, 1852; ''Philorchemon'' Gloger, 1842; ''Scops'' Gray, 1840 non Moehring, 1758 non Bruennich, 1772 npn Savigny, 1809] (cranes) * Suborder Ralli (suborder), Ralli ** Family †Adzebill, Aptornithidae (adzebills) *** Genus †''Aptornis'' ** Family
Sarothruridae Sarothruridae is a family of small- to medium-sized ground-living birds found mostly in Madagascar and sub-Saharan Africa, with the genus ''Rallicula'' being restricted to New Guinea and the Moluccas. The species in this family were once consider ...
(flufftails) *** Genus '' Mentocrex'' Peters, 1933 (wood rails) *** Genus ''
Sarothrura Flufftails (genus ''Sarothrura'') are small birds related to Rallidae, rails and Heliornithidae, finfoots. There are nine species, seven of which are distributed across sub-Saharan Africa, with the remaining two in Madagascar. The genus was long ...
'' Heine, 1890 non Hasselt, 1823 'Corethrura'' Reichenbach, 1849 non Hope, 1843 non Gray, 1846; ''Daseioura'' Penhallurick, 2003(flufftails) ** Family Heliornithidae Gray, 1841 (finfoots and sungrebe) *** Genus '' Heliopais'' Sharpe, 1893 (Asian/masked finfoots) *** Genus '' Podica'' Lesson, 1831 'Rhigelura'' Wagler, 1832; ''Podoa'' Bonaparte, 1857 non Illiger, 1811(African finfoots) *** Genus '' Heliornis'' Bonnaterre, 1791 'Podoa'' Illiger, 1811 non Bonaparte, 1857; ''Plotoides'' Brookes, 1830; ''Podia'' Swainson, 1837(sungrebe, American finfoot) ** Family Rallidae (crakes, moorhens, gallinules, and rails) *** Genus †'' Aletornis'' Marsh, 1872 'Protogrus''*** Genus †'' Australlus'' Worthy & Boles, 2011 *** Genus †'' Baselrallus'' De Pietri & Mayr, 2014 *** Genus †'' Belgirallus'' Mayr & Smith, 2001 *** Genus †'' Capellirallus'' Falla, 1954 (snipe-billed rail) *** Genus †'' Creccoides'' Shufeldt, 1892 *** Genus †'' Eocrex'' Wetmore, 1931 *** Genus †'' Euryonotus'' Mercerat, 1897 *** Genus †'' Fulicaletornis'' Lambrecht, 1933 *** Genus †'' Hovacrex'' Brodkorb, 1965 (Hova gallinule) *** Genus †'' Ibidopsis'' Lydekker, 1891 *** Genus †'' Latipons'' Harrison & Walker, 1979 *** Genus †'' Miofulica'' Lambrecht, 1933 *** Genus †'' Miorallus'' Lambrecht, 1933 *** Genus †'' Nesophalaris'' Brodkorb & Dawson, 1962 *** Genus †'' Palaeoaramides'' Lambrecht, 1933 *** Genus †'' Palaeorallus'' Wetmore, 1931 *** Genus †'' Paraortygometra'' Lambrecht, 1933 *** Genus †'' Parvirallus'' Harrison & Walker, 1979 *** Genus †'' Pastushkinia'' Zelenkov, 2013 *** Genus †'' Quercyrallus'' Lambrecht, 1933 *** Genus †'' Rallicrex'' Lambrecht, 1933 *** Genus †'' Rhenanorallus'' Mayr, 2010 *** Genus †'' Vitirallus'' Worthy, 2004 (Viti Levu rails) *** Genus †'' Wanshuina'' Hou, 1994 *** Genus †'' Youngornis'' Yeh, 1981 *** Genus †Rallidae gen. et sp. indet. 'Fulica podagrica'' (partim)">Fulica_podagrica.html" ;"title="'Fulica podagrica">'Fulica podagrica'' (partim)(Barbados rail) *** Genus †Rallidae gen. et sp. indet. (Easter Island rail) *** Genus †Rallidae gen. et sp. indet. (Fernando de Noronha rail) *** Genus †Rallidae gen. et sp. indet. (Tahitian "goose") *** Genus †Rallidae gen. et sp. indet. (Bokaak "bustard") *** Genus †Rallidae gen. et sp. indet. ('Amsterdam Island' rail) *** Genus '' Rougetius'' Bonaparte, 1856 (Rouget's Rails) *** Subfamily Rallinae Rafinesque, 1815 **** Genus †'' Pleistorallus'' Worthy, 1997 (Fleming's rails) **** Genus '' Anurolimnas'' Sharpe, 1893 (Chestnut-headed Crakes) **** Genus '' Biensis'' (Madagascan Rails) **** Genus '' Rallicula'' Schlegel, 1871 'Corethruropsis'' Salvadori, 1876(forest-rails) **** Genus '' Rallus'' Linnaeus, 1758 ��'' Epirallus">��''Epirallus'' Miller, 1942**** Genus †''Aphanapteryx">Epirallus'' Miller, 1942">Epirallus">��''Epirallus'' Miller, 1942**** Genus †''Aphanapteryx'' von Frauenfeld, 1868 [''Pezocrex'' Hachisuka, 1953] (Mauritius/Red rails) **** Genus †''Erythromachus'' Milne-Edwards, 1873 (Rodriquez rails) **** Genus ''Dryolimnas'' Sharpe, 1893 **** Genus ''Crex'' Bechstein, 1803 'Crecopsis'' Sharpe, 1893">Crecopsis.html" ;"title="'Crecopsis">'Crecopsis'' Sharpe, 1893(greater crakes) **** Genus ''Lewinia'' Gray, 1855 [''Aramidopsis'' Sharpe, 1893; ''Donacias'' Heine & Reichenow, 1890; ''Hyporallus'' Iredale & Mathews, 1926] **** Genus ''Canirallus'' Bonaparte, 1856 (grey-throated rail) **** Genus '' Gymnocrex'' Salvadori, 1875 (bare-faced rails) **** Genus '' Gallirallus'' Lafresnaye, 1841 'Tricholimnas'' Sharpe, 1893; ''Nesoclopeus">Tricholimnas.html" ;"title="'Tricholimnas">'Tricholimnas'' Sharpe, 1893; ''Nesoclopeus'' Peters, 1932; ''Cabalus'' Hutton, 1874; ''Habropteryx'' Stresemann, 1932; ''Eulabeornis'' Gould, 1844; †''Diaphorapteryx'' Forbes, 1893; ''Hypotaenidia'' Reichenbach, 1853; '' Sylvestrornis'' Mathews, 1928] *** Subfamily Gallinulinae Gray, 1840 **** Tribe Pardirallini Livezey, 1998 ramidinae(Wood-rails & allies) ***** Genus '' Pardirallus'' Bonaparte, 1856 'Ortygonax'' Heine, 1890***** Genus '' Mustelirallus'' Bonaparte, 1858 'Neocrex'' Sclater & Salvin, 1869; ''Cyanolimnas'' Barbour & Peters, 1927***** Genus '' Amaurolimnas'' Sharpe 1893 (Rufous rails; Uniform crakes) ***** Genus '' Aramides'' Pucheran, 1845 **** Tribe Gallinulini Gray, 1840 ulicarinae (Nitzsch, 1820) sensu Livezey, 1998***** Genus '' Tribonyx'' Du Bus de Gisignies, 1840 'Brachyptrallus'' Lafresnaye, 1840; ''Microtribonyx'' Sharpe, 1893(native-hens) ***** Genus '' Porzana'' Vieillot, 1816 'Limnobaenus'' Sundevall, 1872; ''Phalaridion'' Kaup, 1829; ''Porzanoidea'' Mathews, 1912; ''Porzanoides'' Condon, 1975; ''Rallites'' Pucheran, 1845; ''Schoenocrex'' Roberts, 1922; ''Porphyriops'' Pucheran, 1845] ***** Genus ''Paragallinula'' Sangster, García-R & Trewick, 2015 (Lesser Moorhen) ***** Genus ''Gallinula'' Brisson, 1760 [''Hydrogallina'' Lacépède, 1799; ''Stagnicola'' Brehm, 1831; ''Porphyriornis'' Allen, 1892 ''Pareudiastes'' Hartlaub & Finsch, 1871 ''Edithornis''] ***** Genus '' coots, Fulica'' Linnaeus, 1758 ��''Palaeolimnas'' Forbes, 1893*** Subfamily Porphyrioninae Reichenbach, 1849 **** Tribe Porphyrionini Reichenbach, 1849 (Purple gallinules & swamphens) ***** Genus †'' Aphanocrex'' Wetmore, 1963 (St. Helena swamphens) ***** Genus '' Porphyrio'' Brisson, 1760 'Notornis'' Owen, 1848**** Tribe Himantornithini Bonaparte, 1856 (Bush-hens & Waterhens) ***** Genus '' Himantornis'' Hartlaub, 1855 (Nkulenga rails) ***** Genus '' Megacrex'' D'Albertis & Salvadori, 1879 (New Guinea Flightless Rails) ***** Genus '' Aenigmatolimnas'' (Striped Crakes) ***** Genus '' Gallicrex'' Blyth, 1852 'Gallinulopha'' Bonaparte, 1854; ''Hypnodes'' Reichenbach, 1853(Watercocks) ***** Genus '' Amaurornis'' Reichenbach, 1853 'Erythra'' Reichenbach, 1853; ''Pisynolimnas'' Heine & Reichenow, 1890; ''Poliolimnas'' Sharpe, 1893">Poliolimnas">'Erythra'' Reichenbach, 1853; ''Pisynolimnas'' Heine & Reichenow, 1890; ''Poliolimnas'' Sharpe, 1893(Bush-hen) **** Tribe Zaporniini Des Murs, 1860 (Old world crakes) ***** Genus ''Rallina'' Gray, 1846 [''Euryzona'' Gray, 1855; ''Tomirdus'' Mathews, 1912] (chestnut-rails) ***** Genus '' Zapornia'' Stephens, 1824 'Limnocorax'' Peters, 1854; ''Limnobaenus''; ''Corethrura'' Grey, 1846**** Tribe Laterallini Tif, 2014 (New world crakes) ***** Genus '' Micropygia'' Bonaparte, 1856 (Ocellated Crakes) ***** Genus '' Rufirallus'' (russet-crowned crake) ***** Genus '' Laterallus'' Gray, 1855 (ruddy crakes) ***** Genus '' Coturnicops'' Gray, 1855 (barred-backed crakes) ***** Genus '' Hapalocrex'' (Yellow-breasted Crakes) ***** Genus '' Limnocrex'' ***** Genus '' Mundia'' Bourne, Ashmole & Simmons, 2003 (Ascension Island Crakes) ***** Genus '' Creciscus'' Cabanis, 1857 'Atlantisia'' Lowe, 1923(blackish crakes) ** Not placed in family *** Genus †'' Nesotrochis'' Wetmore, 1918 (West Indian cave-rails) When considered to be monophyletic, it was assumed that Gruiformes was among the more ancient of avian lineages. The divergence of "gruiforms" among "Metaves" and "Coronaves" is proposed to be the first divergence among Neoaves, far predating the
Cretaceous–Paleogene extinction event The Cretaceous–Paleogene (K–Pg) extinction event, also known as the K–T extinction, was the extinction event, mass extinction of three-quarters of the plant and animal species on Earth approximately 66 million years ago. The event cau ...
c. 66 mya (Houde 2009). No unequivocal basal gruiforms are known from the fossil record. However, there are several
genera Genus (; : genera ) is a taxonomic rank above species and below family as used in the biological classification of living and fossil organisms as well as viruses. In binomial nomenclature, the genus name forms the first part of the binomial s ...
that are not unequivocally assignable to the known families and that may occupy a more basal position: * '' Propelargus'' (Late Eocene/Early Oligocene of Quercy, France) – cariamid or idornithid * '' Rupelrallus'' (Early Oligocene of Germany) – rallid? parvigruid? * '' Badistornis'' (Brule Middle Oligocene of Shannon County, Missouri) – aramid? * '' Probalearica'' (Late Oligocene? – Middle Pliocene of Florida, France?, Moldavia and Mongolia) – gruid? A ''
nomen dubium In binomial nomenclature, a ''nomen dubium'' (Latin for "doubtful name", plural ''nomina dubia'') is a scientific name that is of unknown or doubtful application. Zoology In case of a ''nomen dubium,'' it may be impossible to determine whether a ...
''? * "Gruiformes" gen. et sp. indet. MNZ S42623 (Bathans Early/Middle Miocene of Otago, New Zealand) – Aptornithidae? * '' Aramornis'' (Sheep Creek Middle Miocene of Snake Creek Quarries, U.S.) – gruid? aramid? * '' Euryonotus'' (Pleistocene of Argentina) – rallid? Other even more enigmatic fossil birds and five living families are occasionally suggested to belong into this order, such as the proposed
Late Cretaceous The Late Cretaceous (100.5–66 Ma) is the more recent of two epochs into which the Cretaceous Period is divided in the geologic time scale. Rock strata from this epoch form the Upper Cretaceous Series. The Cretaceous is named after ''cre ...
family Laornithidae and the following taxa: * Family † Gastornithidae (diatrymas) (
fossil A fossil (from Classical Latin , ) is any preserved remains, impression, or trace of any once-living thing from a past geological age. Examples include bones, shells, exoskeletons, stone imprints of animals or microbes, objects preserve ...
) * Family † Messelornithidae ( Messel-birds) * Family † Salmilidae (
fossil A fossil (from Classical Latin , ) is any preserved remains, impression, or trace of any once-living thing from a past geological age. Examples include bones, shells, exoskeletons, stone imprints of animals or microbes, objects preserve ...
) – distinct order ( Cariamiformes) * Family † Geranoididae (
fossil A fossil (from Classical Latin , ) is any preserved remains, impression, or trace of any once-living thing from a past geological age. Examples include bones, shells, exoskeletons, stone imprints of animals or microbes, objects preserve ...
) – distinct order ( Cariamiformes); however, Mayr (2016) argued they might be members of Gruiformes, specifically stem group representatives of the Gruoidea. * Family † Bathornithidae (
fossil A fossil (from Classical Latin , ) is any preserved remains, impression, or trace of any once-living thing from a past geological age. Examples include bones, shells, exoskeletons, stone imprints of animals or microbes, objects preserve ...
) – distinct order ( Cariamiformes) * Family † Idiornithidae (
fossil A fossil (from Classical Latin , ) is any preserved remains, impression, or trace of any once-living thing from a past geological age. Examples include bones, shells, exoskeletons, stone imprints of animals or microbes, objects preserve ...
) – distinct order ( Cariamiformes) * Family † Phorusrhacidae (terror birds) (
fossil A fossil (from Classical Latin , ) is any preserved remains, impression, or trace of any once-living thing from a past geological age. Examples include bones, shells, exoskeletons, stone imprints of animals or microbes, objects preserve ...
) – distinct order ( Cariamiformes) * Family Cariamidae (seriemas) – Neoavian landbirds – distinct order ( Cariamiformes) * Family Otididae (bustards) – Neoavian waterbirds – distinct order * Family Eurypygidae (sunbittern) – prospective "Metaves" – new order Eurypygiformes together with kagu Frank Gill and Minturn Wright: ''Birds of the World Recommended English Names''. Princeton University Press, 2006, * Family Rhynochetidae (kagu) – prospective "Metaves" – new order Eurypygiformes together with sunbittern * Family Mesitornithidae (mesites, roatelos, monias) prospective "Metaves" – distinct order * Family Turnicidae (buttonquails) moved to already existing order
Charadriiformes Charadriiformes (, from '' Charadrius'', the type genus of family Charadriidae) is a diverse order of small to medium-large birds. It includes about 390 species and has members in all parts of the world. Most charadriiform birds live near water ...
together with plains wanderer * Family Pedionomidae (plains wanderer) moved to already existing order Charadriiformes together with buttonquails * '' Horezmavis'' (Bissekty Late Cretaceous of Kyzyl Kum, Uzbekistan) * '' Telmatornis'' (Navesink Late Cretaceous?) * '' Amitabha'' (Bridger middle Eocene of Forbidden City, Wyoming) – rallid? * '' Eobalearica'' (Ferghana Late? Eocene of Ferghana, Uzbekistan) – gruid? * ''"Phasianus" alfhildae'' (Washakie B Late Eocene of Haystack Butte, U.S.) * '' Talantatos'' (Late Eocene of Paris Bain, France) * '' Telecrex'' (Irdin Manha Late Eocene of Chimney Butte, China) – rallid? * Neornithes incerta sedis (Late Paleocene/Early Eocene of Ouled Abdoun Basin, Morocco) * '' Aminornis'' (Deseado Early Oligocene of Rio Deseado, Argentina) – aramid? * '' Loncornis'' (Deseado Early Oligocene of Rio Deseado, Argentina) – aramid? * '' Riacama'' (Deseado Early Oligocene of Argentina) * '' Smiliornis'' (Deseado Early Oligocene of Argentina) * '' Pseudolarus'' (Deseado Early Oligocene – Miocene of Argentina) – gruiform? * '' Gnotornis'' (Brule Late Oligocene of Shannon County, Missouri) – aramid? * '' Anisolornis'' (Santa Cruz Middle Miocene of Karaihen, Argentina) – aramid? * '' Occitaniavis'' – cariamid or idiornithid, includes ''Geranopsis elatus''


See also

* List of Gruiformes by population


References

* * * * * * Houde, P. (2009) "Gruiformes". in ''Timetree of Life'' (S. B. Hedges and S. Kumar, eds.) Oxford Univ. Press, New York. * * * Olson, S. L. (1985) "The fossil record of birds". ''Avian biology'' (D. S. Farner and King, J. R. and K. C. Parkes, eds.) 8: 79–238, Academic Press, Orlando. * * * Sibley, Charles Gald and Ahlquist, Jon Edward (1990): ''Phylogeny and classification of birds''. Yale University Press, New Haven, Conn.


External links


Tree of Life: Gruiformes
{{Authority control Bird orders Extant Maastrichtian first appearances Late Cretaceous taxonomic orders Paleocene taxonomic orders Eocene taxonomic orders Oligocene taxonomic orders Miocene taxonomic orders Pliocene taxonomic orders Pleistocene taxonomic orders Holocene taxonomic orders Taxa named by Charles Lucien Bonaparte