Dataset to: "Bader et al. (2024) Diversity of limb long bone morphology among proboscideans: how to be the biggest one in the family"
| DOI: | https://doi.org/10.57756/kyx8s6 |
|---|---|
| Creator(s): |
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| Publication date: | 31 Oct 2024 |
| Publisher: | Naturhistorisches Museum Wien (NHMW) |
| Collections: | 1. Zoology , Geology & Palaeontology |
| Instrument: | Artec Leo |
| Resource type: | Dataset |
| Specimen: | NHMW-GEO-1976/1833/0007, NHMW-GEO-1976/1833/0003, NHMW-ZOO-MAMM-29600, NHMW-ZOO-MAMM-4012, NHMW-GEO-1976/1833/0001, NHMW-GEO-1976/1833/0005, NHMW-GEO-1976/1833/0004, NHMW-GEO-2024/0001/0001, NHMW-GEO-1960/0372/0004, NHMW-GEO-2023/0337/0001, NHMW-GEO-2009z0013/0333, NHMW-GEO-1973/1620/0003, NHMW-GEO-2017/0133/0004, NHMW-GEO-2017/0133/0001, NHMW-GEO-2024/0002/0001, NHMW-GEO-1911/0005/0361 |
| License: |
CC BY 4.0 International |
| Tags: | 3d model 3d-modell 3dscan 3dscanning Microct |
| Countries: | Austria, Greece, Poland, United Kingdom of Great Britain and Northern Irela |
| Chronology: | Paleontology |
| Taxa: | Mammalia |
| Share: |
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https://orcid.org/0000-0003-1513-0388Abstract
3D models used in the publication by Bader et al.(2024). The dataset consists of 21 3D models of humerus, radius, ulna, femur, tibia and fibula bones from different species of the Elephantidae family.
Usage Notes
Refer to metadata file for specifics of the used method for each 3D model.
The following methods were used to create the 3D surface models:
Structured light scanner (Artec Leo)
Photogrammetry (Nikon D5500)
Micro-CT imaging (YXLON FF35 CT)
Publications
Bader, C., Delapré, A., Göhlich, U.B. and Houssaye, A. (2024), Diversity of limb long bone morphology among proboscideans: how to be the biggest one in the family. Pap Palaeontol, 10: e1597. https://doi.org/10.1002/spp2.1597
Downloads
| File | Description | Size |
|---|---|---|
| NHMW_3Dmodels_limbbones_CBader.csv | List of all the specimens from this dataset (.CSV) | 0 MB |
| NHMW_3Dmodels_limbbones_CBader.xlsx | List of all the specimens from this dataset (.XLSX) | 0.01 MB |
| NHMW-GEO-1911-0005-0361_tibia.obj | 3D model of a tibia (NHMW-GEO-1911/0005/0361) | 17.57 MB |
| NHMW-GEO-1960-0372-0004_femur.obj | 3D model of a femur (NHMW-GEO-1960/0372/0004) | 5.23 MB |
| NHMW-GEO-1973-1620-0003_ulna.obj | 3D model of a ulna (NHMW-GEO-1973/1620/0003) | 17.48 MB |
| NHMW-GEO-1976-1833-0001_femur.obj | 3D model of a femur (NHMW-GEO-1976/1833/0001) | 17.18 MB |
| NHMW-GEO-1976-1833-0003_tibia.obj | 3D model of a tibia (NHMW-GEO-1976/1833/0003) | 17.63 MB |
| NHMW-GEO-1976-1833-0004_fibula.obj | 3D model of a fibula (NHMW-GEO-1976/1833/0004) | 9.96 MB |
| NHMW-GEO-1976-1833-0005_fibula.obj | 3D model of a fibula (NHMW-GEO-1976/1833/0005) | 6.02 MB |
| NHMW-GEO-1976-1833-0007_humerus.obj | 3D model of a humerus (NHMW-GEO-1976/1833/0007) | 25.32 MB |
| NHMW-GEO-2009z0013-0333_tibia.obj | 3D model of a tibia (NHMW-GEO-2009z0013/0333) | 17.37 MB |
| NHMW-GEO-2017-0133-0001_humerus.obj | 3D model of a humerus (NHMW-GEO-2017/0133/0001) | 17.64 MB |
| NHMW-GEO-2017-0133-0004_radius.obj | 3D model of a radius (NHMW-GEO-2017/0133/0004) | 11.55 MB |
| NHMW-GEO-2023-0337-0001_tibia.obj | 3D model of a tibia (NHMW-GEO-2023/0337/0001) | 17.56 MB |
| NHMW-GEO-2024-0001-0001_femur.obj | 3D model of a femur (NHMW-GEO-2024/0001/0001) | 17.8 MB |
| NHMW-GEO-2024-0002-0001_femur.obj | 3D model of a femur (NHMW-GEO-2024/0002/0001) | 17.53 MB |
| NHMW-ZOO-MAMM-29600_femur.obj | 3D model of a femur (NHMW-ZOO-MAMM-29600) | 17.46 MB |
| NHMW-ZOO-MAMM-29600_humerus.obj | 3D model of a humerus (NHMW-ZOO-MAMM-29600) | 17.15 MB |
| NHMW-ZOO-MAMM-29600_tibia.obj | 3D model of a tibia (NHMW-ZOO-MAMM-29600) | 13.65 MB |
| NHMW-ZOO-MAMM-29600_ulna.obj | 3D model of a ulna (NHMW-ZOO-MAMM-29600) | 17.21 MB |
| NHMW-ZOO-MAMM-4012_femur.obj | 3D model of a femur (NHMW-ZOO-MAMM-4012) | 16.91 MB |