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3D surface scanning versus microCT scanning in very small vertebrate crania Project ID: 00000C458 Public
60 Media · 20 Specimens · Managed by: Ariel Marcy

This project is the first chapter of a PhD on morphological diversity in Australian rodents. It will be published as a methodology paper in PeerJ, titled "Low resolution scans can provide a sufficiently accurate, cost- and time-effective alternative to high resolution scans for 3D shape analyses." I have used both scanning devices on 20 unique individuals' crania from the smallest rodent species in Australia (Pseudomys delicatulus). This project includes raw DICOM files for the microCT scans, as well as the finalized .STL files from both the microCT and the 3D scanners which I used for landmarking.

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  ID Part Object Taxonomy Type Date Added Publication Status  
000041705 Cranium qm:jm:18195 Pseudomys delicatulus Mesh 2018-02-23 Restricted Download  
000041707 Cranium qm:jm:18715 Pseudomys delicatulus Mesh 2018-02-23 Restricted Download  
000041480 Cranium and mandibles qm:jm:4957 Pseudomys delicatulus Volumetric Image Series 2018-02-23 Restricted Download  
000041654 Cranium qm:jm:12387 Pseudomys delicatulus Mesh 2018-02-23 Restricted Download  
000041605 Cranium qm:jm:11502 Pseudomys delicatulus Mesh 2018-02-23 Restricted Download  
000041645 Cranium qm:jm:10699 Pseudomys delicatulus Mesh 2018-02-23 Restricted Download  
000041695 Cranium qm:jm:12695 Pseudomys delicatulus Mesh 2018-02-23 Restricted Download  
000041687 Cranium qm:jm:18715 Pseudomys delicatulus Mesh 2018-02-23 Restricted Download  
000041424 Cranium and mandibles qm:jm:2133 Pseudomys delicatulus Volumetric Image Series 2018-02-22 Restricted Download  
000041649 Cranium qm:jm:11350 Pseudomys delicatulus Mesh 2018-02-23 Restricted Download  
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