Abstract

Abstract. Discovered in 2002 by a French archaeology team conducted by Prof. X. Gutherz, Laas Geel (Somaliland), is probably one of the most remarkable archaeological site in the horn of Africa. Located in an isolated arid region, it is made of natural rocky shelters on which hundreds of colored paintings still remain in a particularly good state of conservation. The first studies achieved in the last decade let suppose that they are 5000 years old. After several studying and exploring expeditions, a 3Ddigitizing campaign has been carried out by Art Graphique et Patrimoine, under the direction of X. Gutherz, with the support of the cultural service of the French Embassy in Djibouti. The project was focused on three main goals: production of a high accuracy 3D-documentation for scientific needs, archiving the 3D digital print recorded on site for the conservation and the saving of this heritage, and finally diffusing the results throughout various kinds of media to reveal the site to the public, insisting on its vulnerability.

Highlights

  • Discovered in 2002 by a French archaeology team conducted by Prof

  • Located in an isolated arid region, it is made of natural rocky shelters on which hundreds of colored paintings still remain in a good state of conservation

  • The project was focused on three main goals: production of a high accuracy 3D-documentation for scientific needs, archiving the 3D digital print recorded on site for the conservation and the saving of this heritage, and diffusing the results throughout various kinds of media to reveal the site to the public, insisting on its vulnerability

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Summary

Geopolitical context

The Laas Geel site is located in the Republic of Somaliland. Not recognized by the international community, it officially belongs to Somalia, but enjoys a de facto independence since 1991, when the region seceded. Laas Geel is located halfway between the two main cities of the country, Hargeisa and Berbera. The peer-review was conducted on the basis of the abstract

Site presentation
Purpose of the operation
METHODOLOGICAL CHOICES AND PREPARATION
Meeting authorities and first visit on the site
Laserscanning operations
Photogrammetric acquisitions
Laserscanning point clouds registering
Texturing and optimisation
Scene Georeferencing
Sub-millimetric 3D-models generation
Merging results in a hybrid final model
EXPLOITATION
Findings
CONCLUSION
Full Text
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