Eisenmann, Véra, Kuznetsova, Tatiana (2004): Early Pleistocene equids (Mammalia, Perissodactyla) of Nalaikha, Mongolia, and the emergence of modern Equus Linnaeus, 1758. Geodiversitas 26 (3): 535-561, DOI: http://doi.org/10.5281/zenodo.466521
The evolution of the genus Equus has been a matter of long debate with a multitude of hypotheses. Cu...
Equus stenonis is one of the most iconic fossil species of the Early Pleistocene. Although it is kno...
FIG. 1. — Simpson's ratio diagram comparing third metatarsals length (MT1), distal articular breadth...
FIG. 19. — Ratio diagrams of Equus skulls. Measurements 16, 23, 3, etc. are defined in Annexe (Table...
FIG. 12. — Ratio diagrams of third metatarsals of Equus. Measurements 1, 3, 4, etc. are defined in A...
Forsten, Ann, Sharapov, Sharif (2000): Fossil equids (Mammalia, Equidae) from the Neogene and Pleist...
Eisenmann, Véra, Sergej, Vasiliev (2011): Unexpected finding of a new Equus species (Mammalia, Peris...
The extant diversity of horses (family Equidae) represents a small fraction of that occurring over t...
The family Equidae enjoys an iconic evolutionary record, especially the genus Equus which is activel...
The Equus Datum has been traditionally viewed as a single immigration event of a North American Equu...
The extant diversity of horses (family Equidae) represents a small fraction of that occurring over t...
FIG. 10. — MT of Equus (S.) ovodovi n. sp., Proskuriakova Cave (Khakassia, Southwestern Siberia): A,...
This paper revises the evolutionary history of the stem root of the genus Equus from Eocene period (...
FIG. 5. — Lower cheek teeth series of Equus (S.) ovodovi n. sp., Proskuriakova cave (Khakassia, sout...
FIG. 4. — Upper cheek teeth: A, M of E. (S.) cf. suessenbornensis Reicheau, 1915 from Akhalkalaki (V...
The evolution of the genus Equus has been a matter of long debate with a multitude of hypotheses. Cu...
Equus stenonis is one of the most iconic fossil species of the Early Pleistocene. Although it is kno...
FIG. 1. — Simpson's ratio diagram comparing third metatarsals length (MT1), distal articular breadth...
FIG. 19. — Ratio diagrams of Equus skulls. Measurements 16, 23, 3, etc. are defined in Annexe (Table...
FIG. 12. — Ratio diagrams of third metatarsals of Equus. Measurements 1, 3, 4, etc. are defined in A...
Forsten, Ann, Sharapov, Sharif (2000): Fossil equids (Mammalia, Equidae) from the Neogene and Pleist...
Eisenmann, Véra, Sergej, Vasiliev (2011): Unexpected finding of a new Equus species (Mammalia, Peris...
The extant diversity of horses (family Equidae) represents a small fraction of that occurring over t...
The family Equidae enjoys an iconic evolutionary record, especially the genus Equus which is activel...
The Equus Datum has been traditionally viewed as a single immigration event of a North American Equu...
The extant diversity of horses (family Equidae) represents a small fraction of that occurring over t...
FIG. 10. — MT of Equus (S.) ovodovi n. sp., Proskuriakova Cave (Khakassia, Southwestern Siberia): A,...
This paper revises the evolutionary history of the stem root of the genus Equus from Eocene period (...
FIG. 5. — Lower cheek teeth series of Equus (S.) ovodovi n. sp., Proskuriakova cave (Khakassia, sout...
FIG. 4. — Upper cheek teeth: A, M of E. (S.) cf. suessenbornensis Reicheau, 1915 from Akhalkalaki (V...
The evolution of the genus Equus has been a matter of long debate with a multitude of hypotheses. Cu...
Equus stenonis is one of the most iconic fossil species of the Early Pleistocene. Although it is kno...
FIG. 1. — Simpson's ratio diagram comparing third metatarsals length (MT1), distal articular breadth...
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