Archaeology
Amber beads suggest long-distance connections in the Early Bronze Age
Archaeologists examining amber beads found under the great ziggurat of Aššur suggest that long-distance connections existed in the Early Bronze Age with the Baltic region or North Sea.
Aššur (now Qala’at Sherqat), was the capital of the Old Assyrian city-state (2025–1364 BC), the Middle Assyrian Empire (1363–912 BC), and for a time, of the Neo-Assyrian Empire (911–609 BC). The remains of the city lie on the western bank of the Tigris River in the al-Shirqat District, Iraq.
Starting from the 2nd millennium BC until 614 BC, a temple-tower known as a ziggurat stood in Aššur, dedicated to the god Aššur (also known as Enlil) who was the head of the Assyrian pantheon in Mesopotamian religion.
The sacred structure, referred to as Earattakišarra in Sumerian during the first millennium BC and as the “great ziggurat” in Middle Assyrian royal inscriptions, is believed to have been established by Šamšī-Adad I, an Old Assyrian ruler who reigned around 1808-1776 BC.
Excavations conducted in 1914 by the Royal Museums in Berlin and the German Orient Society found two beads under the ziggurat in a foundation deposit dating from around 1800-1750 BC. The team also discovered several thousand beads of shell, stone, glass and pottery lying directly on the bedrock beneath the first layer of mudbricks.
A recent study using Fourier Transform Infrared Spectroscopy (FT-IR) has revealed that the amber beads broadly match Baltic amber (succinite), suggesting that the amber likely originates from the Baltic or North Sea region.
According to the researchers: “The beads represent some of the earliest amber specimens in southwest Asia and also some of the most distant discoveries from the find areas in the Baltic region.”
The rarity of amber in the Mediterranean and the Middle East before 1550 BC can be explained by the restrictions placed on the exchange of this raw material by the Únětice culture and the Wessex culture.
After 1550 BC, the researchers suggest that connections developed, through which amber became available in larger quantities in the Mediterranean region and also in the Middle East from the Baltic regions.
https://doi.org/10.1163/16000390-20210031
Header Image Credit : J. Lipták, Munich
An archaeological survey has identified three clusters of ancient qanats in the Diyala Province of Iraq.
A qanat, also known as a kārīz, is a system for transporting water from an aquifer or water well over long distances in hot dry climates without losing water to evaporation.
Qanats use a sequence of vertical shafts resembling wells, linked by a gently inclined tunnel that serves as a conduit for channelling water. Qanats efficiently transport substantial volumes of underground water to the surface without requiring pumps.
The water naturally flows downhill by gravity, with the endpoint positioned at a lower level than the origin. When the qanat is still below ground, the water is drawn to the surface via water wells or animal driven Persian wells.
Image Credit : State Board of Antiquities & Heritage
Some Qanats are divided into an underground network of smaller canals known as kariz, functioning similarly to qanats by staying beneath the surface to prevent contamination and evaporation. In certain instances, water from a qanat is stored in a reservoir, usually with nighttime flow reserved for daytime usage.
The technology for qanat’s first emerged in ancient Iran around 3,000-years-ago and slowly spread westward and eastward.
A recent survey within the Diyala Province has discovered three clusters of qanats stretching between the areas of Jalulaa and Kortaba. Initial studies dates the clusters to around AD 1000, a period known as the “Iranian Intermezzo”, when parts of the region were governed by a number of minor Iranian emirates.
The first cluster consists of 25 wells on a linear alignment connected to an adjacent 10 metre deep water channel. The second cluster also has 25 wells and is connected to a 13 km long hand dug channel, while the third cluster consists of 9 wells connected to water canals dug on both sides.
Header Image Credit : State Board of Antiquities & Heritage
This content was originally published on www.heritagedaily.com – © 2023 – HeritageDaily
Archaeologists have discovered a 16,800-year-old Palaeolithic dwelling in the La Garma cave complex, located in the municipality of Ribamontán al Monte in Spain’s Cantabria province.
The La Garma cave complex is a parietal art-bearing paleoanthropological cave system on the southern side of the La Garma Hill.
The cave complex is noted for one of the best preserved floors from the Palaeolithic period, containing more than 4,000 fossils and more than 500 graphical units.
A project led by Pablo Arias and Roberto Ontañón from the University of Cantabria has recently announced the discovery of a Palaeolithic dwelling within the cave system, described as “one of the best preserved Palaeolithic dwellings in the world.”
The dwelling is an oval space and is delimited by an alignment of stone blocks and stalagmites that supported a fixed structure of sticks and skins leaning against the cave wall. The total area of the space is around 5 square metres that centred on a camp fire.
Archaeologists also found vestiges of various daily activities associated with Magdalenian hunters and gatherers at the dwelling, including evidence of stone manufacturing, bone and antler instruments, and the working of fur.
In total, over 4,614 objects have been documented, such as dear, horse and bison bones, 600 pieces of flint, needles and a protoharpoon, shells of marine mollusks, as well as numerous pendants worn by the cave dwelling inhabitants.
Additionally, the researchers also found a number of decorated bones, including a remarkable pierced aurochs phalanx engraved with a depiction of both the animal itself and a human face—a distinctive artefact unique to the European Palaeolithic era.
Due to the national importance of the discovery, the team used innovative non-intrusive techniques in their study of the dwelling. This includes continuous tomography of the soils, 3D cartography, the molecular and genetic analysis of soils and Palaeolithic objects, mass spectrometry, and hyperspectral imaging.
Header Image Credit : University of Cantabria
This content was originally published on www.heritagedaily.com – © 2023 – HeritageDaily
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