C. Çakirlar, PhD
Bonify 1.0 – Ovis/Capra: Virtual solutions to zooarchaeological problems
In January the GIA will embark on a project which takes us into the developing world of virtual reality. In a project funded by the Digital Humanities, Canan Çakirlar and Dr. Gary Nobles will undertake a 3D scanning campaign of the goat and sheep reference bone collection. In collaboration with CIT, these 3D models will be made accessible virtually via an android smartphone app (code name: Bonify). The app makes use of head mounted devices (e.g. google cardboard) to augment reality, superimposing the 3D model within the real world, this is along similar lines as the recent Pokémon GO craze. The app will be used in current research and teaching programmes. Accessible around the world, it aims to enable researchers and students access to these vital reference materials wherever they are. This study builds upon the GIA’s long history of scientific innovation in this field: in 1986 Prummel & Frisch published a paper indicating how to distinguish between the two species of sheep and goat. At the time these morphological criteria were illustrated and released to the wider scientific community. Some 30 years later we continue tradition of scientific innovation within the academic discourse.
Ancient Fisheries Project
The Eastern Mediterranean (EM) is one of the most impoverished marine reserves of our planet. Although this condition is generally attributed to post-Suez anthropogenic impact, it is unlikely that the coastal waters of the EM were in a pristine state before recent industrialization. The EM is arguably the oldest continuously and intensively humanized seascape of the world. From Homeric Troy to Biblical Ashkelon, the basin is surrounded by some of the earliest cities in history. Their ruins are abundant with fishing equipment, mollusc shells, and fish bones; all tangible evidence for millennia of human-fisheries interaction. What was the nature and scale of this interaction? How large was anthropogenic impact on fisheries? This project aims to explore these questions through the extraction of catch composition and size range data from a rare fish bone assemblage from the ancient harbour of Kinet Höyük (5000 and 700 BP), located near the Syrian border of Turkey. This study is the first of its kind to be conducted in the region and the results will constitute a reproducible baseline for future conservation research in the EM. Funding comes from the Marine Conservation Institute.
De Honden van van Giffen: Klein Data Project (DANS)
Dit project heeft als doel de, door van Giffen verzamelde, bijzonder waardevolle maar ongepubliceerde gegevens over archeologische hondenskeletten te digitaliseren en toegankelijk te maken voor onderzoek.
|Laatst gewijzigd:||10 januari 2018 02:27|