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• Corpus ID: 55666368

A leptictid mammal from the Hsanda Gol Formation (Oligocene), Central Mongolia, with comments on some Palaeoryctidae. American Museum novitates ; no.3168@inproceedings{Kellner1996ALM, title={A leptictid mammal from the Hsanda Gol Formation (Oligocene), Central Mongolia, with comments on some Palaeoryctidae. American Museum novitates ; no.3168}, author={Alexander Wilhelm Armin Kellner and Malcolm C. Mckenna and Mongolyn Shinzhlėkh Ukhaany Akademi.}, year={1996}, url={https://api.semanticscholar.org/CorpusID:55666368} }

• A. Kellner, M. Mckenna, Mongolyn Shinzhlėkh Ukhaany Akademi.
• Published 1996
• Geology, Biology

TLDRThe dental features of Ongghonia suggest that this species occupies a primitive position among Leptictidae and is closely related to Diaphyodectes and Prodiacodon, thus, the presence of leptictids in both Asia and North America in the early Oligocene is not necessarily an indication ofLeptictid dispersion at that time.Expanddigitallibrary.amnh.orgSave to LibrarySaveCreate AlertAlertCiteShare11 CitationsBackground Citations2View All

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11 Citations

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Systematics of the Genus Palaeictops Matthew, 1899 (Mammalia: Leptictidae), with the Description of Two New Species from the Middle Eocene of Utah and Wyoming

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TLDRThe Late Cretaceous genus Gypsonictops is used as an outgroup for the phylogenetic assessment of leptictids herein, but it remains uncertain whether this taxon has a close relationship with other leptonictids or lies outside the crown group Placentalia.Expand

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Aceroryctes dulcis, a new palaeoryctid (Mammalia, Eutheria) from the early Eocene of the Wasatch Formation of southwestern Wyoming, USA

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• 2014

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Amphicticeps and Amphicynodon (Arctoidea, Carnivora) from Hsanda Gol Formation, Central Mongolia and Phylogeny of Basal Arctoids with Comments on Zoogeography

Xiaoming WangM. MckennaD. DashzevegBiology, Geology
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TLDRA phylogenetic reconstruction based mostly on stem arctoids is attempted, and the traditionally dichotomous Arctoidea, formed by sister clades Ursida and Mustelida, is recovered in the authors' analysis.Expand

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Postcranial skeleton of Eocene Leptictidae (Mammalia), and its implications for behavior and relationships

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TLDRThese traits indicate that leptictids were terrestrial mammals that progressed by quadrupedal walking, running, and hopping (possibly bipedally at high speed), and that burrowed using their forelimbs.Expand

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Basicranial Anatomy of Leptictis haydeni Leidy, 1868 (Mammalia, Eutheria, Leptictidae)

J. WibleOrnella C. BertrandBiologyAnnals of Carnegie Museum
• 2024

TLDRThe anatomy of Leptictis haydeni Leidy is described and illustrated based on CT scan data and the primary neurovascular structures are reconstructed, suggestive of a possible close phylogenetic relationship.Expand

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New late Paleocene (late middle Tiffanian) mammals from the Roche Percée local fauna, south-eastern Saskatchewan, Canada

Brian D RankinGeology, Biology
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TLDRThe specimens from the Roche Percée local fauna represent the largest and most taxonomically diverse assemblage of late middle Tiffanian mammals yet known, offering a unique perspective on mammalian evolution and diversity in North America during this time interval.Expand

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Early Paleogene insectivore mammal associations of Asia include true insectivores (superorder Insectivora: order Lipotyphla: suborders Erinaceomorpha and Soricomorpha; orders Didymoconida and… Expand

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Digital reconstruction of the inner ear of Leptictidium auderiense (Leptictida, Mammalia) and North American leptictids reveals new insight into leptictidan locomotor agility

I. RufV. VolpatoK. RoseGuillaume BilletC. MuizonT. LehmannBiologyPaläontologische Zeitschrift
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TLDRThe estimations reveal that Leptictidium was a very agile animal with agility score values comparable to Macroscelidea and extant bipedal saltatory placentals, but the significance of these differences might be challenged when more is known about intraspecific variation and the pattern of semicircular canal angles in non-primate mammals.Expand

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Mongol names in the nomenclatural designations of the fossil Cenozoic fauna and flora of Central Asia

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16 References

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Paleocene mammals and faunal analysis of the Chappo Type Locality (Tiffanian), Green River Basin, Wyoming

G. GunnellBiology, Geology
• 1994

TLDRFaunal analysis (including body size distribution, trophic structure, and taxonomic diversity) indicates that the Chappo sample consists of small- to medium-sized mammals dominated by omnivores and insectivores.Expand

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Skull and endocranial cast of Eoryctes melanus, a new palaeoryctid (Mammalia: Insectivora) from the early Eocene of western North America

J. ThewissenP. GingerichBiology
• 1989

TLDRProportional development of the brain indicates that olfaction was the dominant activity of this relatively large palaeoryctid insectivore found in the Clarks Fork Basin of northwestern Wyoming.Expand

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Toward a Phylogenetic Classification of the Mammalia

M. MckennaBiology
• 1975

TLDRThis short paper attempts to update certain aspects of my previous review by taking into account research published since 1969, as well as work being incorporated into a new classification of the Mammalia now being prepared which wall deal with all taxonomic levels down to the subgeneric level in essentially the same style as Simpson’s (1945) classification.Expand

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Latest Cretaceous mammals of upper part of Edmonton Formation of Alberta, Canada, and review of marsupial-placental dichotomy in mammalian evolution

J. LillegravenBiology, Geology
• 1969

7 Zoogeographic considerations of INTRODUCTION 8 Edmonton Formation multituberculates .. 31 Acknowledgments 8 Subclass Theria—Infraclass PART I.—FOSSIL MAMMALS OF UPPER PART Metatheria—Order… Expand

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The paleogene of Asia : mammals and stratigraphy

D. RussellR. ZhaiGeology, Biology
• 1987

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Mixodectidae, Microsyopidae, and the insectivore-primate transition

F. SzalayBiology, Environmental Science
• 1969

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Serridentinus and Baluchitherium, Loh Formation, Mongolia

H. OsbornJames B. ShackelfordR. AndrewsW. MatthewGeology
• 1924

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A zalambdodont insectivore from the basal Eocene / by W.D. Matthew. Bulletin of the AMNH ; v. 32, article 17.

W. GrangerW. MatthewGeology, Biology
• 1913

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