Results 121 to 130 of about 254 (145)
, 2023 The "Caucasus Archaeological Mission", a joint Armenian-French project has been excavating two Early Bronze Age sites, Haghartsin in the Tavush region since 2019 and Voskeblur in the Ararat Valley since 2020.Both sites have yielded occupations of the Kura-Araxes period (3500-2500/2600 BCE) and more specifically of the second phase known as KA II (2900 ...
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Journal of Hydrology, 2019
Abstract The stable hydrogen (δD) and oxygen (δ18O) isotope composition of modern meteoric water are influenced by changes in global temperature, Rayleigh distillation processes, and moisture transport history. However, on a global scale the relative influence of these different meteorological variables is spatially heterogeneous.
Alex Brittingham +2 more
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Abstract The stable hydrogen (δD) and oxygen (δ18O) isotope composition of modern meteoric water are influenced by changes in global temperature, Rayleigh distillation processes, and moisture transport history. However, on a global scale the relative influence of these different meteorological variables is spatially heterogeneous.
Alex Brittingham +2 more
exaly +2 more sources
A Monumental Horse Burial in the Armenian Highlands
Archaeology, Ethnology & Anthropology of Eurasia, 2021Here we report on the unprecedented discovery of the complete skeleton of a ritually interred adult stallion with a bronze ring in its mouth. The horse was buried in a unique 15-meters diameter monumental stone-built tomb excavated in the Aghavnatun necropolis located on the southern slopes of Mt.
A. Nachmias +4 more
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Climate Change and the Transition from the Early to the Middle Bronze Age in the Armenian Highland
2023exaly +2 more sources
Once more on the so-called ‘Felstreppentunnel’ in the Armenian Highlands
ARAMAZD: Armenian Journal of Near Eastern Studies, 2020The present article is aimed to discuss the problem of the dating of the ‘stepped rock-cut tunnels’, also known in the literature by the German term ‘Treppentunneln’ or ‘Felstreppentunnel’. The last section is dedicated to further thoughts on the problems involved in dating most of the Urartian archaeological remains currently known, from a wider ...
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Caucasus Mountains and Armenian Highlands
1984The Caucasus mountains and Armenian highlands represent the eastern part of the technically young, epigeosynclinal orogenic Alpine zone, lying between the Scythian platform (Hercynian) and the Arabian platform (Precambrian). The Great Caucasus forms the outer ridges of the Alpine orogenic system, while the Armenian highlands form an inner sector ...
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Mankind Quarterly, 2012
The complex process of interaction between different ethnic groups in Transcaucasia in ancient times has been little studied. Undertaken here is a multidimensional craniometric analysis of more than 112 Eurasian ethnic groups between 1st century BC and 3rd century AD.
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The complex process of interaction between different ethnic groups in Transcaucasia in ancient times has been little studied. Undertaken here is a multidimensional craniometric analysis of more than 112 Eurasian ethnic groups between 1st century BC and 3rd century AD.
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Civilization Machines: Value and Recognition on the Armenian Highland from the Bronze Age to Today
Scottish Archaeological Journal, 2022This article provides a summary of the Dalrymple Lectures delivered November 18–21, 2019. It examines the troubled, and troubling, idea of ‘civilization’, charting a path toward rehabilitation not as a descriptive category but as an analytic concept. Returning to the term's 18thcentury origins, civilization here describes neither a state of being nor a
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Seismic Instruments, 2018
The Armenian seismic system, which has a threshold magnitude of 6.2, has been identified based on the method of seismic entropy, makes it possible to monitor nucleation of strong earthquakes in the magnitude range of 6.2 ≤ M < 6.6, as well as to assess the seismic situation in Armenia and neighboring countries.
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The Armenian seismic system, which has a threshold magnitude of 6.2, has been identified based on the method of seismic entropy, makes it possible to monitor nucleation of strong earthquakes in the magnitude range of 6.2 ≤ M < 6.6, as well as to assess the seismic situation in Armenia and neighboring countries.
openaire +1 more source