Sahabi, Libya is an important latest Miocene locality having yielded an extensive paleobotanical and vertebrate fauna. Amongst the fossil mammals there occurs an extensive, species diverse record of hipparionine horses. We develop here a complete record of Sahabi Eurygnathohippus feibeli now based on dental and postcranial material, in comparison to other equids from late Miocene equids from Europe, West Asia and Africa. We find that E. feibeli is the earliest recognized species of the predominantly African clade Eurygnathohippus, that its biogeographic range was Kenya, Ethiopia, Libya and Morocco, it ranged between 7.0 and 5.7 Ma and that it had deep-time evolutionary roots extending back to first occurring Old World hipparions. We further...
Les équidés, groupe à grande répartition géographique et emblématique de la macroévolution, sont lar...
International audience5 Ctenodactylinae (gundis) is a clade of rodents that experienced, in Miocene ...
We report here a sample of 5 cheek teeth of a primitive hipparion from the early late Miocene Ethiop...
As Sahabi is a celebrated Libyan late Miocene vertebrate locality. The discovery of the site was mad...
Research on the Algerian localities of Ain Boucherit and Ain Hanech led to the dating of the oldest ...
We undertake a redescription of the equid sample from the early Pleistocene of Roca – Neyra, France....
ABSTRACT. – Langebaanweg, South Africa has yielded a remarkable sample of earliest Pliocene mammals....
We are reviewing the sample of fossil Equidae, belon-ging to the genus “Hipparion” s.s. (see Armour...
We report here ecological and morphological characterization of the main Old World Equus in North Am...
Studies of horse evolution arose during the middle of the 19th century, and several hypotheses have ...
Abstract Nearly five decades ago Berggren and Van Couvering proposed an Old World “Hipparion Datum”...
Studies of horse evolution arose during the middle of the 19th century, and several hypotheses have ...
Skulls, mandibles and dentitions of a new, monospecific lineage of late Miocene Chinese hipparionine...
Herein, the authors report on skulls, mandibles and postcranial specimens of two species of C...
International audienceThe discovery of Upper Miocene vertebrates at Tizi N'Tadderht in the Ouarzazat...
Les équidés, groupe à grande répartition géographique et emblématique de la macroévolution, sont lar...
International audience5 Ctenodactylinae (gundis) is a clade of rodents that experienced, in Miocene ...
We report here a sample of 5 cheek teeth of a primitive hipparion from the early late Miocene Ethiop...
As Sahabi is a celebrated Libyan late Miocene vertebrate locality. The discovery of the site was mad...
Research on the Algerian localities of Ain Boucherit and Ain Hanech led to the dating of the oldest ...
We undertake a redescription of the equid sample from the early Pleistocene of Roca – Neyra, France....
ABSTRACT. – Langebaanweg, South Africa has yielded a remarkable sample of earliest Pliocene mammals....
We are reviewing the sample of fossil Equidae, belon-ging to the genus “Hipparion” s.s. (see Armour...
We report here ecological and morphological characterization of the main Old World Equus in North Am...
Studies of horse evolution arose during the middle of the 19th century, and several hypotheses have ...
Abstract Nearly five decades ago Berggren and Van Couvering proposed an Old World “Hipparion Datum”...
Studies of horse evolution arose during the middle of the 19th century, and several hypotheses have ...
Skulls, mandibles and dentitions of a new, monospecific lineage of late Miocene Chinese hipparionine...
Herein, the authors report on skulls, mandibles and postcranial specimens of two species of C...
International audienceThe discovery of Upper Miocene vertebrates at Tizi N'Tadderht in the Ouarzazat...
Les équidés, groupe à grande répartition géographique et emblématique de la macroévolution, sont lar...
International audience5 Ctenodactylinae (gundis) is a clade of rodents that experienced, in Miocene ...
We report here a sample of 5 cheek teeth of a primitive hipparion from the early late Miocene Ethiop...