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Image Title calendar2024-01-28

MAGNETIC INVESTIGATIONS IN THE SHAHRIZOR PLAIN, IRAQI KURDISTAN

Archaeological features, such as architecture etc. can be traced by high resolution and large-scale magnetometer prospecting. Moreover, soil magnetic data deliver additional information about the alteration of the ancient landscape. In combination with an archaeological survey, the geophysical results can provide information to reconstruct the spatial organization within these settlements as well as an epoch-spanning analysis of settlements and their role in urbanization processes and within settlement hierarchies.

Image Title calendar2024-03-07

HUMAN OCCUPATION ALONG THE FOOTHILLS OF NORTHWESTERN ZAGROS DURING THE LATE PLEISTOCENE AND THE HOLOCENE IN THE RANIA AND PESHDAR PLAINS

The south-western foothills of the Zagros range, in Iraqi Kurdistan, have long been largely unexplored because it has been impossible for archaeologists to carry out fieldwork research in this area for more than half a century.

Image Title calendar2024-01-29

Late Prehistoric Investigations at Shakar Tepe, the Shahrizor Plain, Iraqi Kurdistan: Preliminary Results of the First Season (2019)

Grdi-Shakar Tapa on the Sharazor plain in Iraq's Kurdistan Region has revealed a new episode of the Neolithic discovery Shakar Tapa has been known as a conspicuous archaeological site in the south of the Shahrazor Plain since the mid-20th century. It has an oval plan consisting of a low northeastern mound and a high conical southwestern mound with a flat top. The Darband-i Khan Dam Lake is adjacent to the north of the site and its water occasionally reaches the skirt of the mound, causing crucial erosion of the northern edge of the mound. Many archaeological materials were collected on the surface of Shakar Tapa in the past. Although most of them can be dated to the historical ages, such as the Early-to-Middle Bronze Age, the Iron Age, and the Parthian-Sasanian Period, some artefacts were certainly dated to the prehistoric period. In 2019 a Japanese archaeological team (directed by Takahiro Odaka, Kanazawa University) started the excavations of Shakar Tapa to investigate its late prehistoric occupation. The first operation of a step trench was set at the northwestern skirt of the high mound and yielded the Ubaid deposit and the Late Neolithic stratigraphic sequence covering ca. 6400-6000 BC. Virgin soil was reached at the northwestern end of the trench about 5 m below the highest level of this trench. The second season carried out in 2023 revealed the younger Late Chalcolithic deposit at the area near the trench in 2019. In addition, a few low satellite mounds were identified west of the main mound and another late prehistoric deposit was uncovered at one of them.

In the land of the highlanders: from the kingdom of Simurrum to Mazamua in the Shahrizor

Article Name

In the late third and early second millennium bc,  the large plain known today as the Shahrizor and  its surrounding region, located in the province of  Suleymaniyah in Iraqi Kurdistan, likely formed an  important region of the kingdom of Simurrum (Fig. 31.1; Altaweel et al. 2012). For much of the remaining second millennium bc and into the first two centuries of the irst millennium bc, the region was a contested border zone between northern and southern Mesopotamian kingdoms or became splintered into small kingdoms.

In 842 bc, the region became incorporated into the Assyrian provincial system under Shalmaneser III and remained part of the province of Mazamua until the fall of the Assyrian empire in the  late seventh century bc.

As archaeologists are now  embarking on projects in Iraqi Kurdistan, one major question that will certainly arise is how do setlements in the region transform in one period to the next under varying political and economic circumstances. While archaeological surveys will be critical in illing this knowledge gap, computational methods can be used to determine where major setlements should be generally located and what factors might cause deviations from expectations. When there are known historical shifts, such as during the Neo-Assyrian (NA) period, the same model is able to evaluate how setlement size hierarchies transform. This paper presents such a method and demonstrates how major sites, such as Yasin Tepe and Bakr Awa, could arise, while also presenting a method for assessing how sites transform between minor and major setlements and the interactions that enable such transformations.