Title of article :
On the Possible Correlation between the Collapse of Sialk IV and Climatological Events during the Middle–Late Holocene
Author/Authors :
Shaikh Baikloo Islam, Babak Department of History and Archaeology - Science and Research Branch - Islamic Azad University, Tehran , Chaychi Amirkhiz, Ahmad Archaeological Research Centre, Tehran , Valipour, Hamid Reza Department of Archeology - Shahid Beheshti University, Tehran
Pages :
13
From page :
45
To page :
57
Abstract :
Prehistoric archaeological sites in North Central Iran suddenly disappeared around the end of the 4th millennium BCE. At Tepe Sialk, near Kashan, the last cultural period, namely Sialk IV - probably established around 3400 BCE after the last settlements of Sialk III6-7b - was abandoned approximately after 500 years. The material culture of this period, known as Proto-Elamite period, is very different from the previous one, showing similarities with Susa III. This period belongs to the same horizon of Uruk III in Mesopotamia and similar evidences were discovered also at sites such as Sofalin, Shoghali, Pardis, Chaltasian, Meymanat Abad, Gholi Darvish, Maral Tepe (Uzbeki), Ghabristan, Arisman and Hissar. With the abandonment of Sialk IV, cultures affected by Uruk in Near East were simultaneously abandoned. This trend of abandonment documented in North Central Iran continued for about 500- 1500 years. Paleoclimate research show that this period coincides with a cold and dry period dated approximately between 3200 and 2700 BCE. Apparently, these climatic changes threatened life more at North Central Iran than in Mesopotamia and Khuzestan, by virtue of the presence of overflowing and permanent rivers in these territories (Euphrates and Tigris above all), probably forcing the migration of people from North Central Iran to more favourable areas. The present comparative study suggests that climate changes were the main reason for the cultural collapse attested in the region.
Keywords :
North Central Iran , Sialk IV , Middle-Holocene , Late Holocene , Climate Change
Journal title :
Astroparticle Physics
Serial Year :
2016
Record number :
2441603
Link To Document :
بازگشت