Safarov R.T.¹, Akhundov T.I.², Zamanova A.H.¹, Aliyev Ch.S.¹, Sharifova A.T.¹, Abdullayev A.N.², Bagirli R.J.¹
1 – Geology and Geophysics Institute, Azerbaijan National Academy of Science 119, H. Javid Ave., Baku, Azerbaijan, AZ1143: email@example.com
2 – Institute of Archaeology and Ethnography, Azerbaijan National Academy of Sciences 115, H. Javid Ave., Baku, Azerbaijan, AZ1073: firstname.lastname@example.org
Summary. Studying of archaeological sites in the fields of oil and gas pipeline routes, buildings and oil terminals is very important in Azerbaijan. The application of geophysical methods is based on the preliminary detection and investigation of important archeological objects that can be damaged by oil and gas pipelines, oil and gas fields, and construction sites. The application of these methods in our country can extend search opportunities for archaeologists, on the other hand, it could help to take into account the existing archeological monuments in the area and suggest possible adjustments for the planning stage of the industrial operations (such as oil and gas pipelines, oil and gas terminals, oil wells, etc.) and help to take preventive measures. A series of geophysical investigations have been tested in the Alkhantepe archeological zone of Azerbaijan for the purpose of developing the method and technology for the application of geophysics of small depths in the discovery and initial investigation of archaeological monuments. The sensitivity of the archaeological methods used to detect various types of objects was taken into consideration and the reliability of the results was examined on the Alkhantepe archaeological monument and the three-dimensional space and time models of the archeological object were compiled. To identify the topology of the area high-precision surveying has been applied to the area as well as high-precision gravitational field measurements were performed for determination of possible archaeological sites (cavities, fractures, etc.), natural radio-based background of the area and detection of abnormal zones associated with it were performed with pedestrian gamma-planning method.
Keywords: archeo-geophysical methods, Alkhantepe, preventive archeology, gamma-ray surveying
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