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Catalog / genus

Morotopithecus

Separate shoulder and femoral specimens MUZM 60 and MUZM 80 from Moroto I and II provide a comparative test of early-Miocene hominoid locomotion; they are not an associated skeleton or demonstrated crown-ape ancestor.

Represented range21–20.6 Ma
Content packageprimates
PBDBtxn:135928

Evidence boundary

Automated checks cover structure, identifiers, translations and links only; maintainer and external expert review are not complete.

Claim ledger

fossil-range · medium

Morotopithecus is bounded by separate Moroto I and II postcranial specimens MUZM 60 and MUZM 80 in an approximately 21–20.6 Ma locality interval; they are not one skeleton, and locomotor or crown-hominoid placement remains comparative.

claim:taxon:morotopithecus:fossil-range
taxonomy · medium

MacLatchy and colleagues attribute the separately described Moroto postcranial specimens MUZM 60 and MUZM 80 to Morotopithecus bishopi for functional comparison, without making them an associated skeleton or a demonstrated direct crown-hominoid ancestor.

claim:taxon:morotopithecus:taxonomy
biogeography · high

The profiled Morotopithecus material is bounded to Moroto I and Moroto II in Uganda's Karamoja District; the two locality records do not demonstrate a species-wide distribution or an ape dispersal route.

claim:taxon:morotopithecus:biogeography
ecology · medium

Comparative functional analysis of the separate Moroto shoulder and femoral specimens supports a mixed arboreal locomotor interpretation, while diet, habitual habitat and ecological guild are not directly observed.

claim:taxon:morotopithecus:ecology
morphology · high

MUZM 60 and MUZM 80 preserve separate shoulder and femoral anatomies described and measured in the Moroto study; the material is not one complete skeleton.

claim:taxon:morotopithecus:morphology

Known limits

References

  1. Postcranial functional morphology of Morotopithecus bishopi, with implications for the evolution of modern ape locomotionMacLatchy, L.; Gebo, D.; Kityo, R.; Pilbeam, D. · 2000 · DOI 10.1006/jhev.2000.0407
  2. Open Tree of Life web servicesOpenTreeOfLife Project
  3. The Paleobiology Database application programming interfacePeters, S.E.; McClennen, M. · 2016 · DOI 10.1017/pab.2015.39
  4. Denormalized occurrence and taxon tables of the Paleobiology DatabaseThe Paleobiology Database Community; Kocsis, Á.T. · 2026 · DOI 10.5281/zenodo.21620933
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