Projects
1266 Projects

Media are grouped by projects created by users. Projects tend to contain media tied together by a theme. A project might represent the dataset for a single peer-reviewed paper, the results of a collections digitization project, or data for a digital lesson plan.

Projects can be used to share media ownership and access between project members, and projects can also be used to publish assortments of media and specimens for access and discovery by the public. If you want to share media ownership and access with multiple users across multiple projects, consider creating a user team. Projects can be managed by teams, and users with access to that team also gain access to any projects managed by that team.

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Listing of items you have deposited in MorphoSource
Title Description Team Creator Media Objects
Display all details of Short loop brachiopods 54 10
Display all details of KUMIP 3D Surface Scans KUBI Invertebrate Paleontology Natalia López Carranza 10 10
Display all details of 3D geometric morphometric analysis of long loops in terebratulide brachiopods Natalia López Carranza 46 43
Display all details of Henan sauropod 3 1
Display all details of Diprotodontid Dental Complexity This collection encompasses 3D models of molar(s) from species of diprotodontid (giant wombat) for dental complexity analysis. 13 13
Display all details of Nasal and pharyngeal anatomy of chiropterans 8 4
Display all details of Eocaiman cavernensis (AMNH FARB 3158) Slices and mesh files of Eocaiman cavernensis 58 1
Display all details of Erpetosuchids from the ‘Elgin Reptile’ fauna The Late Triassic fauna of the Lossiemouth Sandstone Formation (LSF) from the Elgin area, Scotland, has been pivotal in expanding our understanding of Triassic terrestrial tetrapods. Frustratingly, due to their odd preservation, interpretations of the Elgin Triassic specimens have relied on destructive moulding techniques, which only provide incomplete, and potentially distorted, information. Here, we show that micro-computed tomography (µCT) could revitalise the study of this important assemblage. We describe a long-neglected specimen that was originally identified as a pseudosuchian archosaur, Ornithosuchus woodwardi. µCT scans revealed dozens of bones belonging to at least two taxa: a small-bodied pseudosuchian and a specimen of the procolophonid Leptopleuron lacertinum. The pseudosuchian skeleton possesses a combination of characters that are unique to the clade Erpetosuchidae. As a basis for investigating the phylogenetic relationships of this new specimen, we reviewed the anatomy, taxonomy and systematics of other erpetosuchid specimens from the LSF (all previously referred to Erpetosuchus). Unfortunately, due to the differing representation of the skeleton in the available Erpetosuchus specimens, we cannot determine whether the erpetosuchid specimen we describe here belongs to E. granti (to which we show it is closely related) or if it represents a distinct new taxon. Nevertheless, our results shed light on rarely preserved details of erpetosuchid anatomy. Finally, the unanticipated new information extracted from both previously studied and neglected specimens suggests that fossil remains may be much more widely distributed in the Elgin quarries than previously recognized, and that the richness of the LSF might have been underestimated. 93 3
Display all details of New digital braincase endocasts of two species of Desmatosuchus and neurocranial diversity within Aetosauria (Archosauria: Pseudosuchia) M. Belén von Baczko, Julia B. Desojo, David J. Gower, Ryan Ridgely, Paula Bona, Lawrence M. Witmer In the present contribution we revise, figure, and redescribe several isolated braincases of the iconic aetosaur Desmatosuchus from the Placerias Quarry locality, Chinle Formation, Arizona, USA. The detailed study of the isolated braincases from the UCMP collection allowed us to assign them at the species-level and recognize two species of Desmatosuchus for the Placerias Quarry: D. spurensis and D. smalli. The former can be distinguished from the latter by the presence of a transverse sulcus on the parietals, deep median pharyngeal recess on the basisphenoid, almost no gap between the basal tubera and the basipterygoid processes, and the exoccipitals meeting at the midline. The presence of D. smalli at the Placerias Quarry has not been previously reported. Based on the braincases UCMP 27408, 27410, 27407, three new brain endocasts were developed through CT scan images, reconstructing the most complete endocranial casts known for an aetosaur, including the encephalon, cranial nerves, inner ear, and endocranial vasculature. The cranial endocasts also exhibited some differences between both species of Desmatosuchus, with D. spurensis having a distinguishable dural expansion and markedly asymmetric anterior and posterior semicircular canals of the labyrinth. Additionally, the combination of osteological features and the endocranial casts allowed us to identify and discuss the presence of an ossified orbitosphenoid on the anteriormost region of the braincase among aetosaurs. Furthermore, we were able to reinterpret some of the observations made by previous authors on the endocast of the holotype of Desmatosuchus spurensis (UMMP VP 7476) and provide some insight into their neurosensory capabilities. 6 3
Display all details of Exceptionally simple teeth in sauropod dinosaurs demonstrate a novel approach to herbivory in Late Jurassic ecosystems Dinosaurs dominated terrestrial environments for over 100 million years in part due to highly successful feeding strategies. During the Late Jurassic, dinosaur ecosystems exhibit a wide range of dental adaptations. We quantitatively measured dental shape in well-known Late Jurassic dinosaurs to test for a relationship between diet and dental complexity. Sampled taxa exhibit a wide range of dental complexities that are on par with the disparity observed in modern saurians. Ornithischians display complex dentitions, corresponding to their herbivorous habits, whereas theropods exhibit relatively simple teeth related to their carnivorous diet. Diplodocoid sauropods, in contrast to nearly all known herbivores (living or extinct) possess simple teeth. Our analyses reveal that in sauropod dinosaurs tooth complexity is related not to diet but tooth replacement rate. The decoupling of herbivory and tooth complexity, and a strong inverse correlation between complexity and replacement rate, demonstrates a novel approach to herbivory in sauropod dinosaurs. Melstrom, Keegan 31 25
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