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Article Reference New data on the Silurian-Devonian palaeontology and biostratigraphy of Bolivia
Located in Library / RBINS Staff Publications
Article Reference New deep-sea Atlantic and Antarctic species of Abyssorchomene De Broyer, 1984 (Amphipoda, Lysianassoidea, Uristidae) with a redescription of A. abyssorum (Stebbing, 1888)
Located in Library / RBINS Staff Publications 2022
Article Reference New dental elements of the oldest proviverrine mammal from the early Eocene of Southern France support possible African origin of the subfamily
Here we describe and illustrate specimens of hyaenodont mammals from two early Eocene localities of Southern France: Fournes (Minervois) and Fordones (Corbières). Some of these specimens were previously described as cf. Hyracolestes sp. (Cimolesta, Sarcodontidae), a taxon only known from Asia, but new arguments allow their referring to the small proviverrine hyaenodont Parvagula palulae which was previously only recorded in Palette (Provence). The material notably includes the oldest p4 ever recorded for the European endemic subfamily Proviverrinae. This new material shows that, by the beginning of the early Eocene, proviverrines already displayed their typical combination of dental features characterized by the presence of a large paraconid and entoconid on p4. The comparison between the earliest European proviverrines and sinopines (a mostly North American radiation) supports the divergence of the two subfamilies by this time. Moreover, the early proviverrines are morphologically similar to the African hyaenodont Tinerhodon (late Paleocene). Consequently, the history of the European proviverrines is likely rooted in Africa. Finally, the new specimens support a similar age for the localities of Palette and Fordones, and a younger age for Fournes. Due to the ages of these localities Parvagula palulae must be regarded as the oldest proviverrine.
Located in Library / RBINS Staff Publications
Article Reference New discoveries of fossil toothed whales from Peru: our changing perspective of beaked whale and sperm whale evolution
Located in Library / RBINS Staff Publications
Article Reference New discoveries of tetrapods (ichthyostegid-like and whatcheeriid-like) in the Famennian (Late Devonian) localities of Strud and Becco (Belgium).
Located in Library / RBINS Staff Publications 2016
Article Reference New distribution data in the genus Autocrates Thomson, 1860 (Coleoptera, Trictenotomidae)
Located in Library / No RBINS Staff publications
Inproceedings Reference New diverse Early Eocene snake assemblage from Tadkeschwar Lignite Mine, Western India
A diverse snake fauna has been described from the early Eocene Cambay Formation of the Vastan lignite mine, Gujarat, western India, among which early colubroid caenophidians were the most remarkable. Here we describe a new snake assemblage from the approximately contemporary nearby Tadkeshwar mine situated about 10 km southwest of Vastan. As at Vastan, the material from Tadkeshwar is represented only by vertebrae. There are several species in common with Vastan, such as the small madtsoiid gen. et sp. indet. that possesses a haemal keel, the co-occurring palaeophiids Palaeophis sp. and Pterosphenus sp., the same indeterminate boid, and Thaumastophis missiaeni (Caenophidia incertae sedis). However, the most abundant snakes in Tadkeshwar are the madtsoiids. Among them is a new giant madtsoiid that exhibits morphology broadly similar to Gigantophis and Madtsoia. However, it differs in having dorso-ventrally compressed vertebrae with oval cotyles and condyles and a strong notch on the posterior part of the neural arch. The major axis of the prezygapophysis is transverse in dorsal aspect and the parapophysis is very developed and extends beyond the lateral extremity of the prezygapophysis. The haemal keel is absent. While the composition of the Tadkeshwar fauna, like that from Vastan, is reminiscent of the early Eocene of Europe, the large madtsoiid suggests a Gondwanan paleogeographic origin. Indeed, such large madtsoiids are known only from the Late Cretaceous and Paleogene of South America, Africa and the Indian subcontinent, and the late Paleogene and Neogene of Australia. More importantly, the snake assemblage from Tadkeshwar indicates that Laurasian taxa of European affinities were still mixed with relict taxa from Gondwana during the early Eocene before or near the India-Asia collision. Grant Information National Geographic Society, Leakey Foundation, Wadia Institute of Himalayan Geology, Belgian Science Policy Office
Located in Library / RBINS Staff Publications
Inproceedings Reference New earliest Eocene mammal fauna from Clairoix, France: first definitive Dormaal (reference level MP7) equivalent outside of Belgium
The rich earliest Eocene mammal assemblage of Dormaal in northeast Belgium has yielded most of the earliest modern mammals of Europe and is the the reference-level for MP7 in the Mammalian Biochronological Scale of the European Paleogene. Despite the fact that several other localities in Europe, such as Silveirinha in Portugal, Le Quesnoy, Pourcy, Sotteville-sur-Mer, Rians, Palette, and Fordones in France, and the Suffolk Pebble Beds in England, contain faunas that have been correlated to Dormaal, none of them preserve the same fauna as Dormaal with the exception of Erquelinnes in southwest Belgium. Here we describe the new vertebrate site of Clairoix, located only 13 km from Le Quesnoy in the Paris Basin, France, but 225 km southwest of Dormaal. About 150 kilograms of sandy matrix has produced a collection of about 400 vertebrate specimens including 118 isolated mammal teeth. The fauna is composed of the following typical MP7 species: the herpetotheriid marsupial Peratherium constans, the amphilemurid erinaceomorph Macrocranion vandebroeki, the hyaenodonts Arfia gingerichi and Prototomus minimus, the carnivoraforms Dormaalocyon latouri and Gracilocyon solei, and the omomyid primate Teilhardina belgica. Besides these index taxa, the arctocyonid Landenodon woutersi, the louisinid “condylarths” Paschatherium dolloi and Paschatherium yvetteae, a perissodactyl, and several rodents also are present at Clairoix. As in Dormaal, the relative abundance analysis of the species from Clairoix indicates that P. dolloi and P. yvetteae are the most abundant species, followed by M. vandebroeki and T. belgica, respectively. In term of number of specimens, Paschatherium represents more than 50% of the fauna, which corresponds to the acme of Paschatherium defined across the Paleocene–Eocene boundary in continental Europe. The composition and relative abundance of the mammal fauna of Clairoix are very similar to those of Dormaal and Erquelinnes and suggest a similar or very close age. The results of this work also suggest that the mammal assemblage of these three localities does not only correspond to a different paleoenvironment than that of other MP7 correlated faunas but also to an older age closer to the Paleocene–Eocene Thermal Maximum. Fish, frog, lizard, crocodilomorph, and snake remains were also collected and support a fluvial paleoenvironment at Clairoix. Grant Information This research was supported by the BRGM ‘Régolithe’ Scientific Program and the Belgian Science Policy Office (project BR/121/A3/PalEurAfrica).
Located in Library / RBINS Staff Publications 2016
Article Reference New Early and Middle Eocene calcareous nannoplankton events and correlations in middle to high latitudes of the northern hemisphere.
Located in Library / RBINS Staff Publications
Inproceedings Reference New Early Eocene mammal assemblage from Tadkeshwar Lignite Mine, Western India
The Ypresian Cambay Formation at Vastan and Mangrol mines in Gujarat, western India, has yielded a rich vertebrate fauna with a large proportion of small to middle-sized mammal taxa of European affinities. Here we report a new, approximately contemporary mammal assemblage from the nearby mine of Tadkeshwar. Two fossil layers have been discovered. The older one is a grey clayey sand situated a few meters above the lower major lignite seam and represents a fluvial deposit. The younger layer is a lenticular dark clayey silt, lignitic and rich in organic remains situated just below the upper major lignite seam. This younger layer is sedimentologically similar to the famous fossiliferous lenses known from Vastan. These two fossil layers have yielded a mammal fauna similar to that of Vastan with the co-occurrence of the perissodactyl-like cambaytheriid Cambaytherium thewissi, the adapoid primates Marcgodinotius indicus and Asiadapis cambayensis, and the hyaenodontid Indohyaenodon raoi. The presence of these species in both mines and at different levels suggests that the deposits between the two major lignite seams represent a single mammal age. Apart from the aforementioned classic species there are at least two new species. A new smaller but abundant cambaytheriid is represented by upper and lower jaws, many isolated teeth and postcranial bones. A new esthonychid tillodont is described based on a dentary with m3, an isolated m2, two upper molars and two lower incisors. This new fauna from Tadkeshwar also contains the first large early Eocene vertebrates from India including an unidentified perissodactyl-like ungulate, a mesosuchian dyrosaurid-like crocodiliform and a giant madtsoiid snake. This latter group is particularly diversified in Tadkeshwar. Among the Tadkeshwar vertebrates, several taxa are of Gondwanan affinities attesting that the early Eocene was a crucial period in India during which Laurasian taxa of European affinities coexisted with relict taxa from Gondwana before the India-Asia collision. Grant Information Fieldwork and research supported by National Geographic Society, Leakey Foundation, Wadia Institute of Himalayan Geology, Belgian Science Policy Office.
Located in Library / RBINS Staff Publications