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Re: Australodocus a titanosauriform and other new papers

Does anyone have a copy of the new Australodocus paper that they could send me? 
Also, if anyone would be so kind as to send me the original descriptive paper 
(cited below) I would be much obliged.



50: 653–667. doi: 10.1111/j.1475-4983.2007.00652.x

>From: "bh480@scn.org" <bh480@scn.org>
>To: dinosaur@usc.edu
>Sent: Monday, July 11, 2011 10:10 AM
>Subject: Australodocus a titanosauriform and other new papers
>From: Ben Creisler
>Some new papers:
>John A. Whitlock (2011)
>Re-evaluation of Australodocus bohetii, a putative diplodocoid sauropod
>from the Tendaguru Formation of Tanzania, with comment on Late Jurassic
>sauropod faunal diversity and palaeoecology.
>Palaeogeography, Palaeoclimatology, Palaeoecology (advance online
>The Late Jurassic sauropod Australodocus bohetii was originally assigned to
>Diplodocidae, primarily on the basis of bifurcate neural spines. The
>holotype and paratype materials of A. bohetii are re-examined and found to
>have closer affinities with Brachiosaurus and relatives than with any
>diplodocoid. The presence of a second titanosauriform sauropod in the
>Tanzanian fauna is important for understanding the palaeoecology of the
>region. Comparisons between Tendaguru and three other contemporaneous
>sauropod faunas (Morrison Formation, USA; Lourinhã and Alcobaça formations,
>Portugal; Cañadón Calcáreo, Argentina) are also made. The revised Tendaguru
>fauna, with its high diversity of high-browsing Macronarians, now more
>closely matches the conifer-forest dominated landscape inferred from
>palaeobotanical evidence. The Morrison Formation, dominated by low-browse,
>is once again the only formation containing multiple diplodocids.
>Andrea C
a new carcharodontosaurid from the Upper Cretaceous of Morocco.
>Acta Palaeontologica Polonica (in press)
>We report an isolated frontal of a large-bodied theropod from the
>Cenomanian ‘Kem Kem beds’ of Morocco with an unusual morphology that we
>refer to a new carcharodontosaurid distinct from the sympatric
>Carcharodontosaurus. The specimen shows an unique combination of
>plesiomorphic and potentially autapomorphic features: very thick and broad
>bone with a complex saddle-shaped dorsal surface, and a narrow vertical
>lamina between the prefrontal and lacrimal facets. This study supports the
>hypothesis that a fourth large theropod was present in the Cenomanian of
>Morocco together with Carcharodontosaurus, Deltadromeus and Spinosaurus.
>Christian F. Kammerer, Sterling J. Nesbitt, and Neil H. Shubin (2011)
>The first basal dinosauriform (Silesauridae) from the Late Triassic of
>Acta Palaeontologica Polonica (in press)
>Disarticulated material from the Late Triassic Timezgadiouine Formation in
>the Argana Basin of Morocco represents a new taxon of silesaurid
>dinosauromorph, Diodorus scytobrachion gen. et sp. nov. D. scytobrachion
>can be distinguished from other silesaurids by the presence of
>anteriorly-canted teeth that decrease in size towards the anterior end of
>the dentary and a distinct lateral ridge running parallel to the dentary
>alveolar margin. In a phylogenetic analysis, D. scytobrachion is recovered
>as the sistertaxon to the Brazilian Sacisaurus agudoensis, nested deep
>within Silesauridae. This new taxon provides further evidence of a
>near-cosmopolitan range for basal dinosauriforms in the Late Triassic and
>further demonstrates the disparity of dental morphologies within
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