ANALYSIS OF THREE-DIMENSIONAL SPATIAL STRUCTURES IN ARCHAEOASTRONOMY: 3D MODEL OF THE ROCK-CUT MONUMENT “BELINTASH“, BULGARIA
DOI:
https://doi.org/10.14795/j.v9i2.772Abstract
The report presents the visualization and analysis of threedimensional spatial data taken with a drone photograph of the rock-cut monument “Belintash”, near the village of Mostovo, Asenovgrad Municipality, Bulgaria. The same monument shows oriented structural details to certain positions of the Sun during its sunrise and culmination at the points of summer
and winter solstice. The 3D model of the archaeoastronomical monument is a suitable example for each stage of image processing - obtaining the cloud of dots, as well as the subsequent orthomosaic and digital model of the relief of the monument. The analysis of spatial structures allows significantly more accessible and authentic extraction of archaeoastronomical data and their interpretation.
The created 3-dimensional model with high accuracy was used to build a 3D model of the rock-cut monument “Belintash”. When loading the 3D model in specialized astronomical software Stelarium, a virtual astronomical observation can be performed from any place in space and during different time periods in the so-called “virtual walk in time”. In this way we can see what astronomical events were observed by the ancient people of Belintash. This technology is a unique tool for the needs of archaeoastronomy and the collection of authentic evidence to confirm archaeoastronomical hypotheses.
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References
ARIAS et alii 2005
Arias P./Herráez J./Lorenzo H./Ordóñez C., Control of structural problems in cultural heritage monuments using close-range photogrammetry and computer methods, Computers & Structures 83/21-22, 1754-1766.
BARNES/VOLKMANN 2015
Barnes, G./Volkmann W., High-resolution mapping with unmanned aerial systems, Surveying and Land Information Science 74, 5-13.
BECKMAN 2007
Beckman, G. From Hattusa to Carchemish: The latest on Hittite history“. In: Chavalas, Mark W. (ed.). Current Issues in the History of the Ancient Near East (Claremont, California:Regina Books), 97–112. Retrieved December 18, 2014.
BERTESKA/RUZGIENE 2013
Berteska, T./Ruzgiene B., Photogrammetric mapping based on UAV imagery, Geodesy and Cartography 39 (4), 158.
BORISLAVOV/HRISTOV/HANDZHIYSKA-YANKULOVA 2014
Borislavov, B./Hristov, M./Handzhiyska-Yankulova, V.,Belintash Rock Sanctuary, Archaeological discoveries and excavations in 2013, (Sofia: NAIM BAS),127.
DINKOV 2018
Dinkov, D., 3D modeling of natural landscapes using unmanned aerial systems, Problems of geography 1-2, 139-163.
FONSTAD et alii 2013
Fonstad, M.A./Dietrich J.T./ Courville B.C./Jensen J. L.,Topographic structure from motion: a new development in photogrammetric measurement. Earth Surface Processes and Landforms, 421-430.
HRISTOV 2009
Hristov, I., Svetilišta na drevnite traki v Rodopite. Dobrostan – Gradište / Sanctuaries of the ancient Thracians in the Rhodopes.Dobrostan – Gradishte (Tŭrnovo: Faber).
NAIDENOVA 1986
Naidenova, V., The Rock Sanctuaries in Thrace. In: Coll .:Settlement Life in Thrace, II Symposium., (Yambol), 15-29.
NEVE 1996
Neve, P., Hattusa - City of God and the Temple. New excavations in the main town of Hethiter (2nd ed. Aufl.) (Mainz: Ph. von Zabern).
PEREZ/AGUERA/CARVAJAL 2013
Perez, M./Aguera, F./Carvajal, F., Low cost surveying using an unmanned aerial vehicle. International Archives of the Society for Photogrammetry, Remote Sensing and Spatial Informations Sciences XL-1 / W2 (September), 55-59.
RADUNCHEVA 2002
Raduncheva, A., The Eneolithic temple center near the village of Dolnoslav and the system of rock sanctuaries with prehistoric cultural layers in the Rhodopes and beyond - GAMPl, IX (Sofia), 96 - 119.
RADUNCHEVA 2003
Raduncheva, A., Late Neolithic Society in the Bulgarian Lands, Excavations and research - Book XXXII (Sofia).
REMONDINO 2011
Remondino, F., Heritage recording and 3D modeling with photogrammetry and 3D scanning, Remote Sens. 3, 1104-1138.
ROLLER 1999
Roller, Lynn E., In search of god the mother: the cult of Anatolian Cybele (Berkeley: University of California Press).
STOCKER et alii 2017
Stöcker, C./Bennett, R./Nex, F./Gerke, M./Zevenbergen,J., Review of the Current State of UAV Regulations, Remote sensing 9 (5), 459.
STOEV/MAGLOVA/STOEVA 2000
Stoev, A./Maglova, P./Stoeva, M., Statistical stability in the archaeoastronomical interpretation of rock sanctuaries in karst. In collection: First National Conference „Environment and Cultural Heritage in Karst“, Association „Environment and Cultural Heritage in Karst“ (Sofia).
STOEV et alii 1990
Stoev, A./Maglova, P./Guineva, V./Radoslavova, Ts., The Thracian rock sanctuary Belintash near the village of
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