Publications in the Year: 2014

Book

Book Chapter

Mateus, O.  2014.  Gigantic Jurassic predators. 52 Things You Should Know About Palaeontology. :56-57.: Agile Libremateus_2014_gigantic_jurassic_predators.pdf
Mateus, O.  2014.  Gigantic jurassic predators. 52 Things You Should Know About Palaeontology. (Agile Libre, Ed.).:56–57.: Agile Libre Abstract
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Mateus, O.  2014.  Preliminary Magnetostratigraphy for the Jurassic–Cretaceous Transition in Porto da Calada, Portugal, 1. STRATI 2013:First International Congress on Stratigraphy At the Cutting Edge of Stratigraphy. (Rogério Rocha, João Pais, Kullberg, {José Carlos}, Stanley Finney, Eds.).:873–877.: Springer International Publishing Switzerland Abstract

We present a stratigraphic log supporting a preliminary magnetostratigraphy of a Tithonian–Berriasian section in Porto da Calada (Portugal). Based on biostratigraphy and reversed and normal magnetostratigraphy, the location of the Tithonian–Berriasian boundary is tentatively located at ca. 52 m, not in disagreement with former proposals. Due to the occurrence of later remagnetization (diagenesis), the magnetostratigraphic definition of the Tithonian–Berriasian section at the Cabo Espichel (Portugal) location was not able to be established

Salminen, J, Dinis J, Mateus O.  2014.  Preliminary Magnetostratigraphy for the Jurassic–Cretaceous Transition in Porto da Calada, Portugal. STRATI 2013 First International Congress on Stratigraphy At the Cutting Edge of Stratigraphy. (Rogério Rocha, João Pais, José Carlos Kullberg, Stanley Finney, Ed.).:873-877., Heidelberg New York Dordrecht London: Springer Abstractsalminen_et_al_2014_porto_da_calada_stratigraphy_jk_boundary_in_rocha_et_al_strati_.pdf

We present a stratigraphic log supporting a preliminary magnetostratigraphy of a Tithonian–Berriasian section in Porto da Calada (Portugal). Based on biostratigraphy and reversed and normal magnetostratigraphy, the location of the Tithonian–Berriasian boundary is tentatively located at ca. 52 m, not in disagreement
with former proposals. Due to the occurrence of later remagnetization (diagenesis), the magnetostratigraphic definition of the Tithonian–Berriasian section at the Cabo Espichel (Portugal) location was not able to be established.

Salminen, J, Dinis J, Mateus O.  2014.  Preliminary Magnetostratigraphy for the Jurassic–Cretaceous Transition in Porto da Calada, Portugal. {STRATI} 2013. :873–877.: Springer Science $\mathplus$ Business Media Abstract
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Conference Paper

Mateus, O.  2014.  Comparison of modern and fossil Crocodylomorpha eggs and contribution to the oophylogeny of Amniota, 1. Annual Meeting of the European Association of Vertebrate Palaeontologists. XII Annual Meeting of the European Association of Vertebrate Palaeontologists:192. Abstract
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Mateus,  O, de da Terra DCTDC-, e GeoBioTec - Geobiociências GG.  2014.  The Late Triassic of Jameson Land revisited. Abstract
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Mateus, O.  2014.  Comparison of modern and fossil Crocodylomorpha eggs and contribution to the oophylogeny of Amniota. Annual Meeting of the European Association of Vertebrate Palaeontologists. , p. 192, Regione Piemonte: European Association of Vertebrate Palaeontologists. Museo Regionale di Scienze Naturali. Abstract
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Mateus, O.  2014.  Degradation processes and consolidation of Late Jurassic sandstone dinosaur tracks in museum environment (Museum of Lourinhã, Portugal), 1. Geophysical Research Abstracts. Geophysical Research Abstracts:EGU2014–9026–1,2014. Abstract
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Marzola, M, Mateus O, Russo J, Milàn J.  2014.  Comparison of modern and fossil Crocodylomorpha eggs and contribution to the oophylogeny of Amniota, p. 192. XII Annual Meeting of the European Association of Vertebrate Palaeontologists. , Regione Piemonte: European Association of Vertebrate Palaeontologists. Museo Regionale di Scienze Naturalimarzola_et_al._2014_comparison_of_modern_and_fossil_crocodylomorpha_eggs_and_contribution_to_the_oophylogeny_of_amniota-_eavp_2014.pdf
Mateus, O.  2014.  Geological and paleoecological setting of a marine vertebrate bonebed from the Lower Maastrichtian at Bentiaba, Angola, 1. Proceedings of the Secondary Adaptation of Tetrapods to Aquatic Life. :NA. Abstract

A single, geographically and temporally restricted horizon at Bentiaba, Angola (14.3° S), preserves a concentration of skeletons and isolated elements representing sharks, rays, bony fish, at least three species of turtles, two species of plesiosaurs, at least five species of mosasaurs, and rare volant and terrestrial forms. The concentration, referred to as the Bench 19 Fauna, formed on a narrow continental shelf at paleolatitude 24°S as predicted by paleomagnetic data and confirmed by plate motion models. The shelf evolved as a transform passive margin along faults associated with the opening of the South Atlantic. Latitude 24°S falls today along the coast of northern Namibia, an area of intense upwelling and hyperarid coastal desert. The Namibe Basin in southern Angola is separated from the Walvis Basin of Namibia by the Walvis Ridge, and the continental shelf in northern Namibia is eight times the width of that at Bentiaba. However, the sediment entombing the fossils at Bentiaba is an immature feldspathic sand, shown by detrital zircon ages to be derived from nearby exposed granitic shield rocks, suggesting similar climatic and drainage conditions between the two regions. Temporal control of the Bentiaba section is provided by magnetostratigraphy and stable carbon isotope chemostratigraphy anchored by an Ar40/Ar39radiometric date on basalt. The age of Bench 19 is constrained to chron C32n.1n and thus falls between 71.4 and 71.64 Ma. Massive bedding without hummocky cross-bedding or other sedimentary structures indicates deposition in shallow water below wave base. δ18O analysis of bivalve shells indicates a water temperature of 18° C immediately below Bench 19. Nearest neighbor distance peaks at 5 m (n=19

Polcyn, MJ, Jacobs LL, Strganac C, Mateus O, Myers TS, May S, Araújo R, Schulp AS, Morais ML.  2014.  Geological and paleoecological setting of a marine vertebrate bonebed from the Lower Maastrichtian at Bentiaba, Angola, 2-4 Jun 2014. Secondary Adaptation of Tetrapods to Aquatic Life. , Washington DC, USA
Mateus, O.  2014.  Dinosaur taphonomy in the Lourinhã Formation (Late Jurassic, Portugal). International Meeting on Taphonomy and Fossilization. :60–61. Abstract
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Mateus, O.  2014.  Elephas and other vertebrate fossils near Taghrout, Morocco, 1. Journal of Vertebrate Paleontology. Program and Abstracts, 2014:178. Abstract
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Conference Proceedings

Mateus, O, Marzola M.  2014.  Dinosaur taphonomy in the Lourinhã Formation (Late Jurassic, Portugal). 7th International Meeting on Taphonomy and Fossilization, Taphos 2014. :60-61., Ferrara, Italymateus__marzola_2014_lourinha_taphonomy_ferrara_taphonomy_meeting_2014.pdf
Holwerda, F, Tschopp E, Mateus O.  2014.  Sauropod body fossils in Europe: overview and current issues. XII EAVP Meeting XII Annual Meeting of the European Association of Vertebrate Palaeontologists – Abstract Book. :p.77., Torino 24-28 June 2014holwerda_et_al_2014_sauropods_europe_eavp.pdf
Leal, S, Mateus O, Tomás C, Dionisio A.  2014.  Degradation processes and consolidation of Late Jurassic sandstone dinosaur tracks in museum environment (Museum of Lourinhã, Portugal). EGU General Assembly 2014 - Geophysical Research Abstracts. :Vol.16,EGU2014-9026-1,2014.leal_et_al_2014_tracks_lab_egu2014-9026-1.pdf
Hendrickx, C, Mateus O, Araújo R.  2014.  The dentition of megalosaurid theropods, with a proposed terminology on theropod teeth. XII EAVP Meeting XII Annual Meeting of the European Association of Vertebrate Palaeontologists – Abstract Book. :p.75., Torino 24-28 June 2014hendrickx_et_al_2014_megalosaurid_teeth_eavp.pdf