Earliest evidence for large scale organized warfare in the Mesopotamian world

December 16, 2005

A huge battle destroyed one of the world's earliest cities at around 3500 B.C. and left behind, preserved in their places, artifacts from daily life in an urban settlement in upper Mesopotamia, according to a joint announcement from the University of Chicago and the Department of Antiquities in Syria.

"The whole area of our most recent excavation was a war zone," said Clemens Reichel, Research Associate at the Oriental Institute of the University of Chicago. Reichel, the American co-director of the Syrian-American Archaeological Expedition to Hamoukar, lead a team that spent October and November at the site. Salam al-Quntar of the Syrian Department of Antiquities and Cambridge University was Syrian co-director. Hamoukar is an ancient site in extreme northeastern Syria near the Iraqi border.

The discovery provides the earliest evidence for large scale organized warfare in the Mesopotamian world, the team said.

The team found extensive destruction with collapsed walls, which had undergone heavy bombardment by sling bullets and eventually collapsed in an ensuing fire. Work during an earlier season showed the settlement was protected by a 10-foot high mud-brick wall.

The excavators retrieved more than 1,200 smaller, oval-shaped bullets (about an inch long and an inch and a half in diameter) and some 120 larger round clay balls (two and half to four inches in diameter). "This clearly was no minor skirmish. This was 'Shock and Awe' in the Fourth Millennium B.C.," Reichel said.

Excavations at Hamoukar have played an important role in redefining scholar's understanding of the development of civilization. Earlier work had contended that cities first developed in the lower reaches of the Euphrates valley, the area often referred to as Southern Mesopotamia. Those early urban centers, part of the Uruk culture, established colonies that led to the civilization of the north, as the people sought raw materials such as wood, stone, and metals which are absent in southern Mesopotamia.

Work at Hamoukar, first undertaken by McGuire Gibson, Professor at the Oriental Institute, between 1999 and 2001 showed that some of the elements associated with civilization developed there independently of influences in the south. The latest work suggests that the two forces may have had a violent confrontation at Hamoukar.

"It is likely that the southerners played a role in the destruction of this city," Reichel said. "Dug into the destruction debris that covered the buildings excavated this season were numerous large pits that contained vast amount of southern Uruk pottery from the south. The picture is compelling. If the Uruk people weren't the ones firing the sling bullets they certainly benefited from it. They took over this place right after its destruction."

Ironically, for archaeological work, ancient warfare has its advantages, especially when the besieged people may have been surprised. "Whatever was in these buildings was buried in them, literally waiting to be retrieved by us." In addition to many objects of value that are left behind, buried under massive amounts of debris, such "frozen contexts" are vital for functional analyses, helping to identify architectural units as domestic units, cooking facilities, production sites or buildings of administrative or religious use.

The mid-fourth millennium B.C. settlement at Hamoukar has many distinctively urban features. The area excavated so far contains two large building complexes built around square courtyards. Though both buildings follow closely a house plan known from other sites in Syria and Iraq, their function seems to have been non-domestic.

One of the structures contained a large kitchen with a series of large grinding stones embedded in clay benches and a baking oven large enough to fill a whole room, suggesting that food production occurred here beyond the needs of a single household. Each complex also contained a tripartite building (a unit consisting of a long central room surrounded by smaller rooms).

Objects retrieved from one of them, excavated in 2001, included stamp seals and clay sealings (lumps of clay used to close containers, usually impressed with a seal), suggesting that it was used as a storage and redistribution center for commodities. More stamp seals and over 100 clay sealings were found in 2005, including some sealings with incised drawings instead of seal impressions indicating that similar activities occurred in the second complex. The new data lends further proof to the theory, suggested first after the 1999-2001 excavations, that a city existed at Hamoukar during mid-fourth millennium B.C.

Work this season reinforced that certain elements of technological specialization were already present at Hamoukar several hundred years earlier than the time of the settlement's destruction.

This season three trenches were excavated in the southern area of the site where previous survey work had shown the presence of countless pieces of obsidian, both blades and production debris dating to the mid-to-late fifth millennium B.C., spread over an area of 700 - 800 acres.

"Finding production debris is actually as important, if not more important, than finding actual stone tools," explained Salam al-Quntar, pointing out a well-preserved obsidian core from which long, narrow blades had been flaked off in a radial pattern. "A settlement of 700 or more acres cannot have existed in the fifth millennium B.C.," al-Quntar says, "so we are assuming that this is a smaller 'shifting' settlement, which over centuries 'moved' across the area of the site. Little architecture has been found so far, but the remains of a storage room, which contained numerous large storage vessels, were identified, and numerous clay 'eye idols' assumed to be connected with cultic activities."

The nature of the contact that Hamoukar entertained with the south at that time remains to be investigated more fully. Reichel points out certain similarities that the architecture of Hamoukar shows with buildings in southern Mesopotamia, notably in the layout of the tripartite buildings. Some seal designs also show scenes resembling motives found in southern Mesopotamia and southwestern Iran. The pottery and almost all the other artifacts from the excavated area, however, were entirely of local character, betraying no southern influence. "We assume that some trade relations existed with the Uruk culture, but there is no evidence of Uruk control or domination over Hamoukar before the destruction," he said. But the southern Uruk clearly dominates the layers just above the destruction.

The 2005 season was the fourth season of archaeological work at Hamoukar. Between 1999 and 2001 three seasons were conducted under the co-directorship of McGuire Gibson. Following a four year hiatus and the 2003 Iraq War, in a political climate now overshadowed by misgivings between the U.S. and Syria, the resumption of a joint Syrian-American archaeological venture at this time on a site located so close to the border with Iraq may seem surprising.

Little if any problems could be reported, however, said Reichel, who praised the cooperation of Syrian government officials who issued excavation permit swiftly and offered logistical support. "They welcomed us like old friends."

Abdal-Razzaq Moaz, Deputy Minister of Cuture, in charge of Archaeology and Cultural Heritage, Syria, said, "Excavations at Hamoukar have played an important role in redefining scholar's understanding of the rise and development of civilization in the world. The resumption of a joint Syrian-American archaeological venture at this time shows the Syrians are interested to have such collaboration in the field of archaeology which allowed to have cultural exchange and mutual understanding between the two people, and to share a world heritage which belong to all the humanity." Besides the University of Chicago, Princeton, and the University of Pennsylvania and other universities have teams doing archaeological work in Syria, he said.

University of Chicago

Related Clay Articles from Brightsurf:

Clay subsoil at Earth's driest place may signal life on Mars
Diverse microbes discovered in the clay-rich, shallow soil layers in Chile's dry Atacama Desert suggest that similar deposits below the Martian surface may contain microorganisms, which could be easily found by future rover missions or landing craft.

Study shows difficulty in finding evidence of life on Mars
While scientists are eager to study the red planet's soils for signs of life, researchers must ponder a considerable new challenge: Acidic fluids - which once flowed on the Martian surface - may have destroyed biological evidence hidden within Mars' iron-rich clays, according to researchers at Cornell University and at Spain's Centro de Astrobiología.

To recreate ancient recipes, check out the vestiges of clay pots
UC Berkeley archaeologists have discovered that unglazed ceramic cookware can retain the residue of not just the last supper cooked, but earlier meals as well, opening a window onto gastronomic practices possibly going back millennia.

Clay layers and distant pumping trigger arsenic contamination in Bangladesh groundwater
To avoid arsenic contamination, many Bangladeshi households access water via private wells drilled to 300 feet or less, beneath impermeable clay layers.

Modified clay can remove herbicide from water
By creating neatly spaced slits in a clay mineral, University of Groningen Professor of Experimental Solid State Physics Petra Rudolf was able to filter water to remove a toxic herbicide.

Clay as a feed supplement in dairy cattle has multiple benefits
Dairy producers frequently add clay as a feed supplement to reduce the symptoms of aflatoxin and subacute ruminal acidosis (SARA) in lactating cows.

Clay minerals call the shots with carbon
Clay minerals suspended in seawater binds sedimentary organic carbon to their mineral surfaces.

Scientists develop new method for studying early life in ancient rocks
Scientists have developed a new method for detecting traces of primordial life in ancient rock formations using potassium.

Identifying the origin of macroscopic friction between clay mineral surfaces
NIMS, the University of Tokyo and Hiroshima University jointly discovered for the first time, through theoretical calculation and experiment that macroscopic frictions occurring between clay mineral surfaces originate from interatomic electrostatic forces between these surfaces.

Fighting obesity -- could it be as plain as dirt?
It costs the global economy an estimated US $2 trillion annually and has been dubbed a modern day health epidemic, but new research from the University of South Australia has unearthed a possible cure for obesity -- and it is as plain as dirt!

Read More: Clay News and Clay Current Events
Brightsurf.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com.