TY - JOUR
T1 - A fish assemblage from an early Miocene horizon from Jabal Zaltan, Libya
AU - Argyriou, Thodoris
AU - Cook, Todd D.
AU - Muftah, Ahmed M.
AU - Pavlakis, Paris
AU - Boaz, Noel T.
AU - Murray, Alison M.
N1 - Funding Information:
We would like to thank Drs. Kathlyn Stewart and Olga Otero and the editor Monthi Fernandez for thoughtful reviews that improved the paper. The members of the E.L.N.R.P., and especially Drs W. Wessels (UU) and D. Michailidis (NKUA), are thanked for their support. We extend our gratitude to the faculty and staff of the Earth Sciences Department and the authorities of the University of Benghazi, Libya that provided invaluable support at many stages of the work. We are deeply indebted to a number of people and institutions that loaned or provided access to recent comparative material including Drs. Olga Otero and Aurélie Pinton (iPHEP), Dr. Kathlyn M. Stewart (CMN), Dr. John P. Friel and Charles M. Dardia (CUMV), Dr. Douglas Nelson (UMMZ), Dr. Kevin Seymour (ROM) and Dr. Philippe Béarez (MNHN). The 2010 E.L.N.R.P. expedition was funded by National Science Foundation–Revealing Human Origins Initiative (NSF-RHOI) grant BNS-0515591 and BCS 0321893 , Shell Exploration and Production Libya, and the Special Account for Research Grants of the National and Kapodistrian University of Athens. Additional funding for this research was provided by the Natural Sciences and Engineering Research Council of Canada (NSERC) Discovery Grant 327448 to AMM. Postdoctoral funding for TDC was provided by NSERC Discovery Grant A9180 (MVH Wilson, University of Alberta).
Publisher Copyright:
© 2014 Elsevier Ltd.
PY - 2015/2/1
Y1 - 2015/2/1
N2 - Recent excavations and prospecting in the early to middle Miocene deposits of the Maradah Formation in Jabal Zaltan, Libya, yielded a diverse fish assemblage coming from an early Miocene locality. The material described here includes more than 18 marine and freshwater taxa most of which were previously unreported from the area. Jabal Zaltan is one of the very few early Miocene Afroarabian fossil sites that produced such a diverse fish sample. Therefore, the fossils described here provide a unique insight into the composition of the early Miocene fish faunas from the northern African coast; a critical time period for faunas of the continent, as contact with Eurasia ended 100 million years of African isolation. In addition, the Jabal Zaltan fossils help consolidate the validity of Galeocerdo mayumbensis and extend its geographic range to include the Tethys. The Maradah deposits also host the first occurrences of two genera (. Pteromylaeus, Distichodus) in the fossil record. The fish finds support the presumed depositional environment that of tropical shallow estuarine to deltaic conditions, and the freshwater fishes document the presence of a modern-type Nilosudanian fauna containing elements with both African and Asian affinities. The Jabal Zaltan ichthyofauna, with its diversity of taxa, has the potential to become a key reference fauna for future studies of early Miocene African fishes.
AB - Recent excavations and prospecting in the early to middle Miocene deposits of the Maradah Formation in Jabal Zaltan, Libya, yielded a diverse fish assemblage coming from an early Miocene locality. The material described here includes more than 18 marine and freshwater taxa most of which were previously unreported from the area. Jabal Zaltan is one of the very few early Miocene Afroarabian fossil sites that produced such a diverse fish sample. Therefore, the fossils described here provide a unique insight into the composition of the early Miocene fish faunas from the northern African coast; a critical time period for faunas of the continent, as contact with Eurasia ended 100 million years of African isolation. In addition, the Jabal Zaltan fossils help consolidate the validity of Galeocerdo mayumbensis and extend its geographic range to include the Tethys. The Maradah deposits also host the first occurrences of two genera (. Pteromylaeus, Distichodus) in the fossil record. The fish finds support the presumed depositional environment that of tropical shallow estuarine to deltaic conditions, and the freshwater fishes document the presence of a modern-type Nilosudanian fauna containing elements with both African and Asian affinities. The Jabal Zaltan ichthyofauna, with its diversity of taxa, has the potential to become a key reference fauna for future studies of early Miocene African fishes.
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U2 - 10.1016/j.jafrearsci.2014.11.008
DO - 10.1016/j.jafrearsci.2014.11.008
M3 - Article
AN - SCOPUS:84916886849
SN - 1464-343X
VL - 102
SP - 86
EP - 101
JO - Journal of African Earth Sciences
JF - Journal of African Earth Sciences
ER -