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[Karyotype evolution of suborder (Ruminantia)].
Tsitologiia, 2013Suborder Ruminantia is the largest taxa in order Cetartiodactyla and includes species with great differences in morphology and diploid numbers of chromosomes. To date, the main chromosome changes that formed karyotypes of modern species of this suborder have been described by comparative chromosome painting.
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Hoplitomerycidae (Ruminantia; Late Miocene, Central-Southeastern Italy): Whom and where from?
Geobios, 2013Abstract The endemic monogeneric fossil family Hoplitomerycidae currently includes six known species, the remains of which are found in Lower Tortonian coastal tidal-flat layered calcarenites at Scontrone, in Abruzzo (central Italy), as well as in karstic fissure fillings, supposedly of Messinian age, in the Gargano Promontory, Apulia (southeastern ...
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Chromosome evolution in Ruminantia
The Thirteenth International Multiconference, 2022openaire +1 more source
Le tarse des amphimerycidaed'Europe — Paraphylie des Ruminantia?
Geobios, 1997Jean Sudre, Cécile Blondel
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Hoplitomerycidae (Ruminantia, central-southeastern Italy): whom from?
2012A recent cladistic analysis of Hoplitomeryx, the mysterious ruminants from the Abruzzo-Apulian Platform (central- and south-eastern Italy), was based on a character-taxon matrix of 121 features (48 cranial, 51 dental and 22 postcranial characters). The matrix was set up based on direct observation and the literature, to infer the interrelationships ...
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Ophthalmology of Ruminantia: Giraffe, Deer, Wildebeests, Gazelles, and Relatives
2022Caryn E. Plummer, Eric C. Ledbetter
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Comportement et systématique : le cas des Cervidae (Ruminantia, Pecora).
2006Diplôme : Dr.
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