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Article Reference Diversity and evolution of African Grass Rats (Muridae: Arvicanthis)—From radiation in East Africa to repeated colonization of northwestern and southeastern savannas
Located in Library / RBINS Staff Publications 2019
Article Reference Octet Stream Diversity and nest site selection of social wasps along Guianese forest edges: assessing the influence of arboreal ants
Located in Library / RBINS Staff Publications
Article Reference Diversity and Population Dynamics of Small Mammals within Nigeria, with emphasis on Reservoirs of the Lassa Virus
Located in Library / RBINS Staff Publications 2018
Article Reference Diversity and zoogeography of non-marine Ostracoda (Crustacea) in Israel (Levant)
Located in Library / RBINS Staff Publications
Inproceedings Reference Diversity of archaeonycterid bats in the Early Eocene of Europe
Chiroptera is one of the few modern mammal orders for which no fossil record has been associated with the Paleocene-Eocene Thermal Maximum. Despite intensive collecting efforts, the earliest remains of bats are still elusive. Archaeonycteris trigonodon from the early Middle Eocene of Messel Formation (MP11) in Germany along with Icaronycteris index and Onychonycteris finneyi, both from the late Early Eocene Green River Formation (Wa7) in Wyoming, have been recognized as representing the most primitive bats based on skeleton morphology. Very few dental features of any of these taxa have been studied in detail because upper and lower dentitions are in occlusion. Nearly one century after its initial description it has become possible to digitally reconstruct the teeth of A. trigonodon using micro-CT scanning technology. This permits characterization of the complete dentition of A. trigonodon and for the first time enables dental comparisons with A. brailloni from the middle Early Eocene of Avenay (MP8+9) in France. The early Early Eocene French locality of Meudon (?MP8+9) has also yielded a few isolated bat teeth that have never been formally described. M1 is distinctly smaller than M2, both have a deep ectoflexus but M1 is more asymmetric than M2. The centrocrista does not extend far toward the labial border and both have a complete lingual cingulum and no paraconule. Lower molars are relatively wide, especially the trigonid of m2. The entoconid of m1 is distinct and individualized whereas it is more reduced and in line with the hypoconulid on m2 and m3. The new taxon from Meudon is similar in size to Archaeonycteris? praecursor from the early Early Eocene of Silveiriha (MP7) in Portugal but differs from that taxon in having lower molars with a relatively longer trigonid and shorter postcristid. These results indicate that the diversity of archaeonycterid bats is higher than previously recognized and that diversification of this lineage began early in the Eocene.
Located in Library / RBINS Staff Publications
Article Reference Diversity of late Neogene Monachinae (Carnivora, Phocidae) from the North Atlantic, with the description of two new species
Located in Library / RBINS Staff Publications 2018
Article Reference Diversity of Monogononta Rotifer Species among Standing Waterbodies in northern Cambodia
Located in Library / RBINS Staff Publications
Article Reference Diversity of Monogononta Rotifer Species among Standing Waterbodies in northern
Located in Library / RBINS Staff Publications
Article Reference Diversity of ostracod communities (Crustacea, Ostracoda) across hierarchical spatial scales in a tropical floodplain
Located in Library / RBINS Staff Publications
Article Reference Diversity of the adapisoriculid mammals from the early Palaeocene of Hainin, Belgium
Adapisoriculidae are an enigmatic group of small mammals known from the late Cretaceous of India, and from the early Palaeocene to early Eocene of Europe and Africa. Based on their primitive dental morphology, they have been classified as didelphids, nyctitheriids, leptictids, mixodectids, tupaiids, and palaeoryctids. While the latest hypothesis based on dental morphology suggests an affinity with Lipotyphla, postcranial remains indicate a close relationship with Euarchonta. Here, we present new adapisoriculid dental remains from the early Palaeocene locality of Hainin (Belgium). Adapisoriculidae are particularly abundant in Hainin, where they represent about one third of the mammalian fauna, offering new insights into both their specific and generic phylogenetic interrelationships. We describe three new species (Afrodon gheerbranti sp. nov., Bustylus folieae sp. nov. and Proremiculus lagnauxi gen. et sp. nov.) and document the previously unknown lower dentition of Bustylus marandati. The diversity of dental morphologies observed in the Hainin fauna suggests different interrelationships than previously suggested. In particular, the genus Proremiculus is considered morphologically intermediate between Afrodon and Remiculus, and the latter is no longer recognised as the sister group of Adapisoriculus. Although the highest diversity of adapisoriculids occurs in Europe, the oldest and most primitive members of the family were found in India and Africa, respectively. The geographic origin of the family could thus be located in any of these three continents, depending on the importance attributed to each of these factors. The coexistence of primitive and derived adapisoriculids at Hainin might indicate a very quick diversification in Europe, probably starting around the K−T boundary.
Located in Library / RBINS Staff Publications