Misplaced Pages

Homininae Temporal range: 12.5–0 Ma PreꞒ Ꞓ O S D C P T J K Pg N
Three hominines – an adult human male (Leonard Carmichael) holding a juvenile gorilla (left) and a juvenile chimpanzee (right).
Scientific classification
Domain:	Eukaryota
Kingdom:	Animalia
Phylum:	Chordata
Class:	Mammalia
Order:	Primates
Suborder:	Haplorhini
Infraorder:	Simiiformes
Family:	Hominidae
Subfamily:	Homininae Gray, 1825
Type species
Homo sapiens Linnaeus, 1758
Tribes
†Dryopithecini Gorillini Hominini

Homininae (the hominines), is a subfamily of the family Hominidae (hominids). (The Homininae—/hɒmɪˈnaɪniː/—encompass humans, and are also called "African hominids" or "African apes".) This subfamily includes two tribes, Hominini and Gorillini, both having extant (or living) species as well as extinct species.

Tribe Hominini includes: the extant genus Homo, which comprises only one extant species—the modern humans (Homo sapiens), and numerous extinct human species; and the extant genus Pan, which includes two extant species, chimpanzees and bonobos. Tribe Gorillini (gorillas) contains one extant genus, Gorilla, with two extant species, with variants, and one known extinct genus. Alternatively, the genus Pan is considered by some to belong, instead of to a subtribe Panina, to its own separate tribe, (so-called) "Panini"—which would be a third tribe for Homininae.

Some classification schemes provide a more comprehensive account of extinct groups—(see section "Taxonomic Classification", below). For example, tribe Hominini shows two subtribes: subtribe Hominina, which contains at least two extinct genera; and subtribe Panina, which presents only the extant genus, Pan (chimpanzees/bonobos), as fossils of extinct chimpanzees/bonobos are very rarely found.

The Homininae comprise all hominids that arose after the subfamily Ponginae (orangutans} split from the line of the great apes. The Homininae cladogram has three main branches leading: to gorillas (via the tribe Gorillini); to humans and to chimpanzees (via the tribe Hominini and subtribes Hominina and Panina―(see graphic "Evolutionary tree", below). There are two living species of Panina, chimpanzees and bonobos, and two living species of gorillas and one that is extinct. Traces of extinct Homo species, including Homo floresiensis, have been found with dates as recent as 40,000 years ago. Individual members of this subfamily are called hominine or hominines—not to be confused with the terms hominins or Hominini.

History of discoveries and classification

Until 1970, the family (and term) Hominidae meant humans only; the non-human great apes were assigned to the then-family Pongidae. Later discoveries led to revised classifications, with the great apes then united with humans (now in subfamily Homininae) as members of family Hominidae By 1990, it was recognized that gorillas and chimpanzees are more closely related to humans than they are to orangutans, leading to their (gorillas' and chimpanzees') placement in subfamily Homininae as well.

The subfamily Homininae can be further subdivided into three branches, the tribe Gorillini (gorillas), the tribe Hominini with subtribes Panina (chimpanzees/bonobos) and Hominina (humans and their extinct relatives), and the extinct tribe Dryopithecini. The Late Miocene fossil Nakalipithecus nakayamai, described in 2007, is a basal member of this clade, as is, perhaps, its contemporary Ouranopithecus; that is, they are not assignable to any of the three extant branches. Their existence suggests that the Homininae tribes diverged not earlier than about 8 million years ago (see Human evolutionary genetics).

Today, chimpanzees and gorillas live in tropical forests with acid soils that rarely preserve fossils. Although no fossil gorillas have been reported, four chimpanzee teeth about 500,000 years old have been discovered in the East-African rift valley (Kapthurin Formation, Kenya), where many fossils from the human lineage (hominins) have been found. This shows that some chimpanzees lived close to Homo (H. erectus or H. rhodesiensis) at the time; the same is likely true for gorillas.

Taxonomic classification

Homininae

• Tribe Dryopithecini†
  • Kenyapithecus (?)
    • Kenyapitheus wickeri
  • Ouranopithecus
    • Ouranopithecus macedoniensis
  • Otavipithecus
    • Otavipithecus namibiensis
  • Oreopithecus (?)
    • Oreopithecus bambolii
  • Nakalipithecus
    • Nakalipithecus nakayamai
  • Anoiapithecus
    • Anoiapithecus brevirostris
  • Dryopithecus
    • Dryopithecus fontani
  • Hispanopithecus (?)
    • Hispanopithecus laietanus
    • Hispanopithecus crusafonti
  • Pierolapithecus
    • Pierolapithecus catalaunicus
  • Rudapithecus (?)
    • Rudapithecus hungaricus
  • Samburupithecus
    • Samburupithecus kiptalami
  • Danuvius
    • Danuvius guggenmosi
• Tribe Gorillini
  • Chororapithecus †
    • Chororapithecus abyssinicus
  • Genus Gorilla
    • Western gorilla, Gorilla gorilla
      • Western lowland gorilla, Gorilla gorilla gorilla
      • Cross River gorilla, Gorilla gorilla diehli
    • Eastern gorilla, Gorilla beringei
      • Mountain gorilla, Gorilla beringei beringei
      • Eastern lowland gorilla, Gorilla beringei graueri
• Tribe Hominini
  • Subtribe Panina
    • Genus Pan
      • Chimpanzee (common chimpanzee), Pan troglodytes
        • Central chimpanzee, Pan troglodytes troglodytes
        • Western chimpanzee, Pan troglodytes verus
        • Nigeria-Cameroon chimpanzee, Pan troglodytes ellioti
        • Eastern chimpanzee, Pan troglodytes schweinfurthii
      • Bonobo (pygmy chimpanzee), Pan paniscus
  • Subtribe Hominina
    • Graecopithecus †
      • Graecopithecus freybergi. Note: Graecopithecus has also been subsumed by other authors into Dryopithecus. The placement of Graecopithecus within the Hominina, as shown here, represents a hypothesis, but not scientific consensus.
    • Sahelanthropus (?)†
      • Sahelanthropus tchadensis
    • Orrorin†
      • Orrorin tugenensis
      • Orrorin praegens
    • Ardipithecus†
      • Ardipithecus ramidus
      • Ardipithecus kadabba
    • Kenyanthropus†
      • Kenyanthropus platyops
    • Australopithecus†
      • Australopithecus bahrelghazali
      • Australopithecus anamensis
      • Australopithecus afarensis
      • Australopithecus africanus
      • Australopithecus garhi
      • Australopithecus sediba
    • Paranthropus†
      • Paranthropus aethiopicus
      • Paranthropus robustus
      • Paranthropus boisei
    • Homo – immediate ancestors of modern humans
      • Homo gautengensis† (probable H. habilis specimens)
      • Homo rudolfensis†
      • Homo habilis†
      • Homo floresiensis†
      • Homo erectus†
      • Homo ergaster†
      • Homo antecessor†
      • Homo heidelbergensis†
      • Homo cepranensis† (probable early H. sapiens specimens)
      • Denisovans (scientific name has not yet been assigned)†
      • Homo neanderthalensis†
      • Homo rhodesiensis† (probable late H. heidelbergensis specimens)
      • Homo sapiens
        • Anatomically modern human, Homo sapiens sapiens
          • Archaic Homo sapiens (Cro-magnon)†
          • Red Deer Cave people† (scientific name has not yet been assigned)
        • Homo sapiens idaltu† (classification not widely accepted)

Evolution

The age of the subfamily Homininae (of the Homininae–Ponginae last common ancestor) is estimated at some 14 to 12.5 million years (Sivapithecus). Its separation into Gorillini and Hominini (the "gorilla–human last common ancestor", GHLCA) is estimated to have occurred at about 8 to 10 million years ago (T_GHLCA) during the late Miocene, close to the age of Nakalipithecus nakayamai.

There is evidence there was interbreeding of Gorillas and the Pan–Homo ancestors until right up to the Pan–Homo split.

Evolution of bipedalism

This section needs additional citations for verification. Please help improve this article by adding citations to reliable sources in this section. Unsourced material may be challenged and removed. Find sources: "Homininae" – news · newspapers · books · scholar · JSTOR (April 2022) (Learn how and when to remove this message)

Recent studies of Ardipithecus ramidus (4.4 million years old) and Orrorin tugenensis (6 million years old) suggest some degree of bipedalism. Australopithecus and early Paranthropus may have been bipedal. Very early hominins such as Ardipithecus ramidus may have possessed an arboreal type of bipedalism.

The evolution of bipedalism encouraged multiple changes among hominins especially when it came to bipedalism in humans as they were now able to do many other things as they began to walk with their feet. These changes included the ability to now use their hands to create tools or carry things with their hands, the ability to travel longer distances at a faster speed, and the ability to hunt for food. According to researchers, humans were able to be bipedalists due to Darwin's Principle of natural selection. Darwin himself believed that larger brains in humans made an upright gait necessary, but had no hypothesis for how the mechanism evolved.

The first major theory attempting to directly explanation the origins of bipedalism was the Savannah hypothesis (Dart 1925.) This theory hypothesized that hominins became bipedalists due to the environment of the Savanna such as the tall grass and dry climate. This was later proven to be incorrect due to fossil records that showed that hominins were still climbing trees during this era.

Anthropologist Owen Lovejoy has suggested that bipedalism was a result of sexual dimorphism in efforts to help with the collecting of food. In his Male Provisioning Hypothesis introduced in 1981, lowered birth rates in early hominids increased pressure on males to provide for females and offspring. While females groomed and cared for their children with the family group, males ranged to seek food and returned bipadally with full arms. Males who could better provide for females in this model were more likely to mate and produce offspring.

Anthropologist Yohannes Haile-Selassie, an expert on Australopithecus anamensis, discusses the evidence that Australopithecus were one of the first hominins to evolve into obligate bipedalists. The remains of this subfamily are very important in the field of research as it presents possible information regarding how these primates adapted from tree life to terrestrial life. This was a huge adaptation as it encouraged many evolutionary changes within hominins including the ability to use their hand to make tools and gather food, as well as a larger brain development due to their change in diet.

Brain size evolution

This section needs additional citations for verification. Please help improve this article by adding citations to reliable sources in this section. Unsourced material may be challenged and removed. Find sources: "Homininae" – news · newspapers · books · scholar · JSTOR (December 2020) (Learn how and when to remove this message)

There has been a gradual increase in brain volume (brain size) as the ancestors of modern humans progressed along the timeline of human evolution, starting from about 600 cm in Homo habilis up to 1500 cm in Homo neanderthalensis. However, modern Homo sapiens have a brain volume slightly smaller (1250 cm) than Neanderthals, women have a brain slightly smaller than men and the Flores hominids (Homo floresiensis), nicknamed hobbits, had a cranial capacity of about 380 cm (considered small for a chimpanzee), about a third of the Homo erectus average. It is proposed that they evolved from H. erectus as a case of insular dwarfism. In spite of their smaller brain, there is evidence that H. floresiensis used fire and made stone tools at least as sophisticated as those of their proposed ancestors H. erectus. In this case, it seems that for intelligence, the structure of the brain is more important than its size.

The current size of the human brain is a big distinguishing factor that separates humans from other primates. Recent examination of the human brain shows that the brain of a human is about more than four times the size of great apes and 20 times larger than the brain size of old world monkeys. A study was conducted to help determine the evolution of the brain size within the sub family Homininae that tested the genes ASPM (abnormal spindle-like microcephaly associated) and MCHP1 (microcephalin-1) and their association with the human brain. In this study researchers discovered that the increase in brain size is correlated to the increase of both ASP and MCPH1. MCPH1 is very polymorphic in humans compared to gibbons, Old World monkeys. This gene helps encourage the growth of the brain. Further research indicated that the MCPH1 gene in humans could have also been an encouraging factor of population expansion. Other researchers have included that the diet was an encouraging factor to brain size as protein intake increased this helped brain development.

Evolution of family structure and sexuality

This section needs to be updated. The reason given is: Cited evidence is out of date.. Please help update this article to reflect recent events or newly available information. (June 2023)

Sexuality is related to family structure and partly shapes it. The involvement of fathers in education is quite unique to humans, at least when compared to other Homininae. Concealed ovulation and menopause in women both also occur in a few other primates however, but are uncommon in other species. Testis and penis size seems to be related to family structure: monogamy or promiscuity, or harem, in humans, chimpanzees or gorillas, respectively. The levels of sexual dimorphism are generally seen as a marker of sexual selection. Studies have suggested that the earliest hominins were dimorphic and that this lessened over the course of the evolution of the genus Homo, correlating with humans becoming more monogamous, whereas gorillas, who live in harems, show a large degree of sexual dimorphism. Concealed (or "hidden") ovulation means that the phase of fertility is not detectable in women, whereas chimpanzees advertise ovulation via an obvious swelling of the genitals. Women can be partly aware of their ovulation along the menstrual phases, but men are essentially unable to detect ovulation in women. Most primates have semi-concealed ovulation, thus one can think that the common ancestor had semi-concealed ovulation, that was inherited by gorillas, and that later evolved in concealed ovulation in humans and advertised ovulation in chimpanzees. Menopause also occurs in rhesus monkeys, and possibly in chimpanzees, but does not in gorillas and is quite uncommon in other primates (and other mammal groups).

See also

• Chimpanzee–human last common ancestor
• Gorilla–human last common ancestor
• Orangutan–human last common ancestor
• Gibbon–human last common ancestor
• List of human evolution fossils

Notes

1. ^ A hominin is a member of the tribe Hominini, a hominine is a member of the subfamily Homininae, a hominid is a member of the family Hominidae, and a hominoid is a member of the superfamily Hominoidea.

References

1. Grabowski M, Jungers WL (October 2017). "Evidence of a chimpanzee-sized ancestor of humans but a gibbon-sized ancestor of apes". Nature Communications. 8 (1): 880. Bibcode:2017NatCo...8..880G. doi:10.1038/s41467-017-00997-4. PMC 5638852. PMID 29026075.
2. Fuss J, Spassov N, Begun DR, Böhme M (2017-05-22). "Potential hominin affinities of Graecopithecus from the Late Miocene of Europe". PLOS ONE. 12 (5): e0177127. Bibcode:2017PLoSO..1277127F. doi:10.1371/journal.pone.0177127. PMC 5439669. PMID 28531170.
3. Goodman M (1964). "Man's place in the phylogeny of the primates as reflected in serum proteins". In Washburn SL (ed.). Classification and Human Evolution. Transaction Publishers. pp. 204–234. ISBN 978-0-202-36487-2.
4. ^ "Homininae Gray, 1825". Global Biodiversity Information Facility. Retrieved 2024-08-02.
5. Goodman M (1974). "Biochemical Evidence on Hominid Phylogeny". Annual Review of Anthropology. 3: 203–228. doi:10.1146/annurev.an.03.100174.001223.
6. Goodman M, Tagle DA, Fitch DH, Bailey W, Czelusniak J, Koop BF, Benson P, Slightom JL (March 1990). "Primate evolution at the DNA level and a classification of hominoids". Journal of Molecular Evolution. 30 (3): 260–6. Bibcode:1990JMolE..30..260G. doi:10.1007/BF02099995. PMID 2109087. S2CID 2112935.
7. McBrearty S, Jablonski NG (September 2005). "First fossil chimpanzee". Nature. 437 (7055): 105–8. Bibcode:2005Natur.437..105M. doi:10.1038/nature04008. PMID 16136135. S2CID 4423286.
8. Fuss, J; Spassov, N; Begun, DR; Böhme, M (2017). "Potential hominin affinities of Graecopithecus from the Late Miocene of Europe". PLOS One. 12 (5).
9. Sevim-Erol, Ayla; Begun, D. R.; Sözer, Ç Sönmez; Mayda, S.; van den Hoek Ostende, L. W.; Martin, R. M. G.; Alçiçek, M. Cihat (2023-08-23). "A new ape from Türkiye and the radiation of late Miocene hominines". Communications Biology. 6 (1): 842. doi:10.1038/s42003-023-05210-5. ISSN 2399-3642. PMC 10447513. PMID 37612372.
10. Hill A, Ward S (1988). "Origin of the Hominidae: The Record of African Large Hominoid Evolution Between 14 My and 4 My". Yearbook of Physical Anthropology. 31 (59): 49–83. doi:10.1002/ajpa.1330310505.
11. Finarelli JA, Clyde WC (2004). "Reassessing hominoid phylogeny: Evaluating congruence in the morphological and temporal data" (PDF). Paleobiology. 30 (4): 614–651. Bibcode:2004Pbio...30..614F. doi:10.1666/0094-8373(2004)030<0614:RHPECI>2.0.CO;2. S2CID 86034107. Archived from the original (PDF) on 2010-07-21. Retrieved 2017-12-04.
12. Chaimanee Y, Suteethorn V, Jintasakul P, Vidthayanon C, Marandat B, Jaeger JJ (January 2004). "A new orang-utan relative from the Late Miocene of Thailand" (PDF). Nature. 427 (6973): 439–41. Bibcode:2004Natur.427..439C. doi:10.1038/nature02245. PMID 14749830. S2CID 4349664. Archived from the original (PDF) on 2012-01-17. Retrieved 2017-12-04.
13. Jha A (March 7, 2012). "Gorilla genome analysis reveals new human links". The Guardian. Retrieved May 8, 2015. Jha A (March 9, 2012). "Scientists unlock genetic code for gorillas - and show the human link". The Sydney Morning Herald. Retrieved May 8, 2015. Hansford, Dave (November 13, 2007). "New Ape May Be Human-Gorilla Ancestor". National Geographic News. Retrieved May 8, 2015.
14. Popadin, Konstantin; Gunbin, Konstantin; Peshkin, Leonid; Annis, Sofia; Fleischmann, Zoe; Kraytsberg, Genya; Markuzon, Natalya; Ackermann, Rebecca R.; Khrapko, Konstantin (2017-10-19). "Mitochondrial pseudogenes suggest repeated inter-species hybridization in hominid evolution". bioRxiv: 134502. doi:10.1101/134502. hdl:11427/36660.
15. Kivell TL, Schmitt D (August 2009). "Independent evolution of knuckle-walking in African apes shows that humans did not evolve from a knuckle-walking ancestor". Proceedings of the National Academy of Sciences of the United States of America. 106 (34): 14241–6. Bibcode:2009PNAS..10614241K. doi:10.1073/pnas.0901280106. PMC 2732797. PMID 19667206.
16. "Origins of Bipedalism". NOVA. Retrieved 2023-06-25.
17. Haile-Selassie, Yohannes (2021-12-01). "From Trees to the Ground: The Significance of Australopithecus anamensis in Human Evolution". Journal of Anthropological Research. 77 (4): 457–482. doi:10.1086/716743. ISSN 0091-7710. S2CID 240262976.
18. Brown P, Sutikna T, Morwood MJ, Soejono RP, Saptomo EW, Due RA (October 2004). "A new small-bodied hominin from the Late Pleistocene of Flores, Indonesia" (PDF). Nature. 431 (7012): 1055–61. Bibcode:2004Natur.431.1055B. doi:10.1038/nature02999. PMID 15514638. S2CID 26441.
19. Davidson, I. (2007). "As large as you need and as small as you can—implications of the brain size of Homo floresiensis". In Schalley, A.C.; Khlentzos, D. (eds.). Mental States: Evolution, function, nature; 2. Language and cognitive structure. Studies in language companion. Vol. 92–93. John Benjamins. pp. 35–42. ISBN 978-9027231055.
20. ^ Wang, Yin-qiu; Su, Bing (2004-06-01). "Molecular evolution of microcephalin, a gene determining human brain size". Human Molecular Genetics. 13 (11): 1131–1137. doi:10.1093/hmg/ddh127. ISSN 1460-2083. PMID 15056608.
21. Diamond J (1991). The Third Chimpanzee.
22. ^ Diamond J (1997). Why is Sex Fun?.

Further reading

• Böhme, Madelaine; Spassov, Nikolai; et al. (2019). "A new Miocene ape and locomotion in the ancestor of great apes and humans". Nature. 575 (7783): 489–493. Bibcode:2019Natur.575..489B. doi:10.1038/s41586-019-1731-0. PMID 31695194. S2CID 207888156.
• Andrews, P.; Harrison, T. (2005). "7 The Last Common Ancestor of Apes and Humans". Interpreting the Past. Leiden, The Netherlands: Brill. doi:10.1163/9789047416616_013. S2CID 203884394.
• Goodman, Morris; Tagle, Danilo A.; et al. (1990). "Primate Evolution at the DNA Level and a Classification of Hominoids". Journal of Molecular Evolution. 30 (3): 260–266. Bibcode:1990JMolE..30..260G. doi:10.1007/BF02099995. PMID 2109087. S2CID 2112935.
• Haile-Selassie, Yohannes (2021). "From trees to the ground: the significance of Australopithecus anamensis in human evolution". Journal of Anthropological Research. 77 (4): 457–482. doi:10.1086/716743. S2CID 240262976.
• Hollox, Edward; Hurles, Matthew; et al. (2013). Human Evolutionary Genetics (2nd ed.). Garland Science. ISBN 978-0-8153-4148-2.
• Ko, Kwang Hyun (2015). "Origins of Bipedalism". Brazilian Archives of Biology and Technology. 58 (6): 929–934. doi:10.1590/S1516-89132015060399. ISSN 1678-4324. S2CID 761213.
• Leyva-Hernández, Sandra; Fong-Zazueta, Ricardo; et al. (2021). "The evolution of brain size among the Homininae and selection at ASPM and MCPH1 genes". Biosis: Biological Systems. 2 (2): 293–310. doi:10.37819/biosis.002.02.0104.
• "Homininae". NCBI Taxonomy Browser. 207598.

External links

• Human Timeline (Interactive) – Smithsonian, National Museum of Natural History (August 2016).

v t e Apes
Extant ape species	Homo Human (H. sapiens) Pan Bonobo (P. paniscus) Chimpanzee (P. troglodytes) Gorilla Eastern gorilla (G. beringei) Western gorilla (G. gorilla) Orangutan Sumatran orangutan (P. abelii) Bornean orangutan (P. pygmaeus) Tapanuli orangutan (P. tapanuliensis) Gibbon (family: Hylobatidae)
Study of apes	Great ape language Dian Fossey Birutė Galdikas Jane Goodall Chimpanzee genome project Human Genome Project Gladys Kalema-Zikusoka Neanderthal genome project Willie Smits Lone Drøscher Nielsen Ian Redmond Elgin Center Iowa Primate Learning Sanctuary Borneo Orangutan Survival Primate archaeology
Legal and social status	Personhood Research ban Kinshasa Declaration on Great Apes Great Ape Project Great Apes Survival Partnership International Primate Day Nonhuman Rights Project
Related	Primate List of individual apes (non-human) Apes in space (non-human) Bigfoot Bushmeat Chimpanzee–human last common ancestor Gorilla–human last common ancestor Orangutan–human last common ancestor Gibbon–human last common ancestor List of fictional primates (non-human) Great apes Human evolution Monkey Day Mythic humanoids Yeren Yeti Yowie
Category

v t e Haplorhini
Kingdom: Animalia Phylum: Chordata Class: Mammalia Order: Primates
Haplorhini †"Omomyidae" Altanius? Altiatlasius? Bownomomys Kohatius Microchoerinae Indusomys Melaneremia Microchoerus Nannopithex Necrolemur Paraloris Pseudoloris Quercyloris Vectipithex "Anaptomorphinae" Absarokius Anaptomorphus Anemorhysis Arapahovius Aycrossia Chlororhysis Gazinius Pseudotetonius Sphacorhysis Strigorhysis Tatmanius Teilhardina Tetonius Tetonoides Trogolemur Walshina "Omomyinae" Ageitodendron Asiomomys Brontomomys Chipetaia Chumashius Diablomomys Dyseolemur Ekwiiyemakius Gunnelltarsius Hemiacodon Jemezius Loveina Macrotarsius Nesomomys Omomys Ourayia Rooneyia Shoshonius Steinius Stockia Uintanius Utahia Washakius Wyomomys Yaquius Tarkadectinae Tarka Tarkadectes Tarkops Tarsiiformes †Archicebus †Afrotarsiidae? †"Omomyidae"? Tarsiidae Carlito Cephalopachus †Hesperotarsius †Oligotarsius Tarsius †Xanthorhysis? Simiiformes see below↓
Simiiformes Simiiformes †Altiatlasius? †Amamria †Aseanpithecus †Nosmips? †Phileosimias? †Afrotarsiidae? Afrasia Afrotarsius †Eosimiidae Bahinia Eosimias Phenacopithecus †Amphipithecidae Amphipithecus Bugtipithecus? Ganlea Krabia Myanmarpithecus Pondaungia Siamopithecus †Parapithecoidea Arsinoea Biretia Proteopithecidae Proteopithecus Serapia Parapithecidae Abuqatrania Apidium Parapithecus Qatrania Ucayalipithecus Platyrrhini †Parvimico †Perupithecus †Szalatavus †Canaanimico †Branisella †Lagonimico Aotidae Aotus †Tremacebus Pitheciidae †Antillothrix Cacajao Callicebus †Carlocebus †Cebupithecia Cheracebus Chiropotes †Homunculus †Insulacebus †Mazzonicebus †Miocallicebus †Nuciruptor Pithecia Plecturocebus †Proteropithecia †Soriacebus †Xenothrix Atelidae Alouatta Ateles Brachyteles †Caipora †Cartelles †Chilecebus Lagothrix †Mohanamico Oreonax †Paralouatta †Protopithecus †Solimoea †Stirtonia Cebidae †Acrecebus Cebus †Dolichocebus †Killikaike †Panamacebus †Patasola Saimiri Sapajus Callitrichidae Callimico Callithrix Cebuella Leontocebus Leontopithecus Mico †Micodon Saguinus Catarrhini see below↓
Catarrhini Catarrhini †Micropithecus †Saadanius †Oligopithecidae Catopithecus Oligopithecus Talahpithecus †Propliopithecidae Aegyptopithecus Propliopithecus †Pliopithecoidea Krishnapithecus Paidopithex †Kapi Pliopithecidae Epipliopithecus Pliopithecus Dionysopithecidae Dionysopithecus Platodontopithecus Crouzeliidae Anapithecus Barberapithecus Crouzelia Egarapithecus Fanchangia Laccopithecus Plesiopliopithecus Pliobates Cercopithecoidea †Alophe †Victoriapithecidae Noropithecus Nsungwepithecus? Prohylobates? Victoriapithecus Zaltanpithecus Colobinae †Cercopithecoides Colobus †Dolichopithecus †Kuseracolobus †Libypithecus †Mesopithecus †Microcolobus Nasalis †Paracolobus †Parapresbytis Piliocolobus Presbytis Procolobus Pygathrix †Rhinocolobus Rhinopithecus †Sawecolobus Semnopithecus Simias Trachypithecus Cercopithecinae Cercopithecini Allenopithecus Allochrocebus Cercopithecus Chlorocebus Erythrocebus Miopithecus †Nanopithecus Papionini Cercocebus †Dinopithecus †Gorgopithecus Lophocebus Macaca Mandrillus Papio †Paradolichopithecus †Parapapio †Pliopapio †Procercocebus †Procynocephalus Rungwecebus †Soromandrillus Theropithecus Hominoidea see below↓
Hominoidea Hominoidea †Afropithecus †Ekembo †Equatorius †Griphopithecus †Kamoyapithecus? †Kenyapithecus †Morotopithecus †Nacholapithecus †Otavipithecus †Proconsul †Samburupithecus †Dendropithecidae Dendropithecus Micropithecus? Nyanzapithecus Oreopithecus? Rangwapithecus Rukwapithecus Simiolus Turkanapithecus Hylobatidae †Bunopithecus Hoolock Hylobates †Junzi Nomascus Symphalangus †Yuanmoupithecus Hominidae †Buronius †Graecopithecus †Nakalipithecus †Ouranopithecus Ponginae †Ankarapithecus †Gigantopithecus †Indopithecus †Khoratpithecus †Lufengpithecus †Meganthropus Pongo †Sivapithecus Homininae †Dryopithecini Anoiapithecus Danuvius Dryopithecus Hispanopithecus? Pierolapithecus? Rudapithecus Gorillini †Chororapithecus? Gorilla †Nakalipithecus? Hominini Pan Hominina †Ardipithecus? †Australopithecus †Graecopithecus? Homo †Kenyanthropus †Orrorin? †Sahelanthropus? †Paranthropus

• Homininae
• Hominidae
• Extant Miocene first appearances
• Mammal subfamilies
• Taxa named by John Edward Gray
• Taxa described in 1825