Archeologists Return to Syria to Uncover Secrets of Ancient Settlements
The 2005 Arkansas team with some of the local workers at Tell Qarqur. Jesse Casana is third from the right.
FAYETTEVILLE, Ark. — For a time in 2003, it looked like archeological exploration in the Middle East might come to a halt, leaving thousands of years of history buried. In the past year, University of Arkansas assistant professor Jesse Casana has successfully resumed excavation in a little-studied area in northwestern Syria, and is uncovering a rich record of human settlement.
What Casana and his team learn about the formation of Tell Qarqur could serve as a model for understanding the formation of “tells,” the ancient mounds that are common in the Orontes River Valley where Qarqur is located and throughout the Middle East. That knowledge could be an important link to understanding the organization of human settlements in the ancient world.
“The entire Orontes River Valley is extremely interesting and largely unexplored,” Casana said. “We’ve seen remains of very early sites that date to the threshold of agriculture for the entire world, ten- to twenty-thousand years ago.”
He calls the sites in the valley and bordering mountains phenomenal: “We’ve documented Neolithic sites, previously unknown Crusader period castles and everything in between.”
Archeology has come a long way from the freewheeling, Indiana Jones style of grabbing big shiny artifacts for museum collections. In the past decade, Casana notes, the profession has become more scientific. Today’s archeologists combine the detail work of the traditional organized dig with big-picture information available from satellite images to produce new answers, in Casana’s case, about some of the oldest continuously occupied settlements in the world.
Qarqur from space: A November 1969 CORONA satellite image of Tell Qarqur, courtesy US Geological Survey.
A view of Tell Qarqur from the east (photo by Jesse Casana).
“This project is one of the richest archeologically speaking because the area has the longest history of sedentary occupation anywhere in the world,” Casana said.
Casana’s research interests focus on the way that the settlement systems were organized during the Bronze and Iron Ages and later in the Hellenistic through late Roman periods. At Tell Qarqur, he is working with a location that was continuously occupied for about 10,000 years, from the Neolithic through the medieval period.
Amanda Grinter using the total station to help develop digital map of Tell Qarqur.
Tell Qarqur is an unusual formation of two tells, and the satellite imagery suggested other settlement in the area. From the satellite photos, it was possible to see an area much like a halo of disturbed ground around the tells. Digging in the halo area revealed a Neolithic settlement about 100 feet from the north tell.
A three-dimensional view of Tell Qarqur created from topographic survey data collected during the 2005 expedition.
In the coming summer, Casana plans to return to Qarqur with a team of outstanding graduate students and “a suite of technologies.” Working with anthropology professor Ken Kvamme and others from the UA Center for Advanced Spatial Technologies, he plans to adapt several ground-penetrating technologies to the needs of archeology. His goal is to learn as much as possible about what sits under the ground without beginning the expensive and destructive process of digging.
The UA Collegiate Chorale will perform arrangements of East African pieces at 7 p.m. Tuesday, Feb. 26, at the Faulkner Performing Arts Center.
The University Symphony Orchestra presents their first concert of the spring season with a program called "Angelic Voices" at 7:30 p.m. Monday, Feb. 25, in the Faulkner Performing Arts Center.
Join the U of A Campus Cousins program for Game Night with snacks, party games and lots of fun from 7-9 p.m. today, Feb. 22, in the Holcombe Hall Living Room.
The campus community is invited to celebrate Engine Week with the Engineering Student Council with food, games and professional development opportunities.
More than 250 fifth-12th grade students in schools from 15 counties in Northwest Arkansas will compete Monday, March 4, in the Northwest Arkansas Regional Science and Engineering Fair.