For the past several years, I’ve spent part of the winter in the small Sudanese village of El Kurru, and every year I fall a little bit more in love with it. I work there with Kelsey Research Scientist (and Kurru dig director) Geoff Emberling on the excavation and preservation of an ancient royal cemetery. Two years ago, the Kurru project team began to deliberately focus on community engagement as a way to forge stronger links between the local community and the ancient site.
This work has evolved slowly, beginning from plans to present the site to tourists (of which there are a surprisingly large number). El Kurru is an interesting site, with a big pyramid, two beautifully painted subterranean tombs, and a large rock-cut temple. But the site is only a small part of what I love about El Kurru. I love the Sudanese friends and colleagues we have there, the beauty of the Nile, and the family we live with. Tourists to the site, sadly, enter from a desert road and never have a reason to visit the town. As we planned the site itinerary for tourists, we kept saying to ourselves — wouldn’t it be great if visitors could keep walking and go into town, down through the date palm groves, and see the Nile? What if they could drink some Sudanese coffee, hear some music, and eat Sudanese food?
Over the past two years, we’ve worked with University of Michigan colleagues to assemble focus-groups in El Kurru to explore this idea. Not only did village residents think it was good idea — an exciting idea, even — to showcase local culture, they had a clear vision for what visitors should learn about their village and what experiences make El Kurru special. Here are photos of a few.
Mohammed Ahmed Al-Makee, who is in his nineties, is one of El Kurru’s last traditional weavers. His wife dyes and spins cotton into yarn, and from this he weaves scarves, shawls, and bed coverings on a pit-loom in the courtyard of his house. He allowed my colleague Jack Cheng and I to talk with him about his work and to record the sights and sounds of his loom, which he inherited from his grandfather.
JANELLE BATKIN-HALL, Graduate Intern in Conservation
I’ve just returned from a fantastic six-week fieldwork experience at the El Kurru archaeological site in North Sudan. There, Kelsey conservator Suzanne Davis and I documented ancient figural and geometric graffiti in a funerary temple at the site. Each day, Suzanne and I would make our way through a maze of mudbrick alleys to the edge of the village, where the funerary temple and several royal burial tombs and pyramids are located in the desert.
We photographed the graffiti using a process called reflectance transformation imaging (RTI) (fig. 1). RTI is an excellent technique for documentation because each pixel records surface texture in addition to color. Since sandstone is subject to ongoing disintegration and loss, the resulting RTI images provide an excellent record of the graffiti’s current condition, as well as a highly detailed image of the column’s surface texture.
The Kurru graffiti were documented using highlight image capture where the camera remains fixed and a portable flash is moved at intervals which create a dome of light over the surface. In a single photo sequence of one object (or in this case, graffito), approximately 48 digital images are taken. Two reflective black spheres are also fixed within the image frame, and the reflection of the flash on these spheres allows the processing software to calculate the light direction for each image. The resulting images are combined with software, resulting in a single file. In this file, the viewer can move the light source across the surface in order to examine the surface details and topography from any angle (fig. 2). As a result of using this technique, 64 “new” ancient graffiti were positively identified and additional surface details became visible. In a couple of instances, a graffito was initially misidentified. For example, in 2015 a particular graffito was identified as an arrow. After performing RTI, it was clearly a human figure.
For me, this was a great experience because I was able to use a technique I recently learned in graduate school. Being able to apply it onsite and share the results with our colleagues was very rewarding.
BY CAITLIN CLERKIN, PhD student in the Interdepartmental Program in Classical Art and Archaeology, University of Michigan
One step in studying pottery involves identifying what archaeologists call wares. The term “ware” refers to a particular way of preparing the fabric (the material that makes up the vessel: clay, natural mineral inclusions, added temper) to create a specific range of shapes or forms. This kind of grouping is defined by a combination of characteristics of production process, material, and shape/appearance. (See here for another definition of ware, and other terms associated with studying ceramics.)
I spent the first three weeks of June studying excavated pottery at the Omrit Settlement Excavation Project. Omrit is a site in northern Israel’s Upper Galilee, set at the foothills of the Hermon Range; it is the location of a Roman temple and a late Roman settlement (on which the current excavation focuses). I work with one of the project directors, Dr. Jennifer Gates-Foster (UM/IPCAA alumna!), of UNC-Chapel Hill, on the excavated pottery: as part of our work, we sort, identify, and record the different wares we find in each excavated unit (as well as a range of other data about the pottery). This means both identifying known wares and keeping an eye out for shared characteristics amongst sherds of unknown fabric or wares. Sometimes, with enough reoccurrence, these groups of unidentified sherds become identifiable as a new ware; sometimes, we add to what we know about previously identified wares when we spot new shapes or characteristics.
At Omrit, we aim for total recovery of cultural materials. To this end, the excavators sift all excavated dirt (pouring it through 1/4-inch mesh screens). The resulting volume of pottery is large (I don’t yet have final tally for 2015, but, in the 2014 season, we “read”—sorted, analyzed, and recorded—48,678 sherds, and 848.33 kg of pottery, plus part of a backlog from 2013), which is absolutely wonderful for the data set but can sometimes lead to what I call “sherd shock.” While in the midst of a sherd shock fit this season, I came across this diagnostic sherd:
“Diagnostics” are what we call rims, bases, and handles of ceramic vessels: examination of these pieces can usually help us identify what the larger vessel shape or type was. Given a reasonably sized piece of a rim, ceramics specialists can usually identify the sherd as coming from a bowl rather than a jar. Additionally, rim shape can tell us what kind of a bowl a given sherd once belonged to. For example, the photo below shows, from a single context, 32 rims of a single type of bowl (with a very distinctive rim) called a “Banias bowl,” named for a nearby site where the bowl type was first identified. (I call this quantity a Banias Bowl Bonanza.) Having a small portion of each rim (as seen in the photo) is enough to identify the type of bowl.
Anyway, back to that funny diagnostic sherd (in the photo with the pink 5-cm scale): that sherd is a vessel handle. But what kind was it? It seemed very strange, and it was not a handle shape that was familiar to me from published literature on the region.
Through consultation with other archaeologists at Omrit, such as field director Dr. Ben Rubin of Williams College (also a UM/IPCAA alumnus!), we determined that, while the handle looked oddly like a finger, a more appropriate name for the group to which this strange, unknown handle belonged would be “Sad Handle Ware” (because it was the saddest looking handle we had ever seen).
Closer examination of the handle’s fabric and surface treatment ultimately allowed me to identify it as Hawarit Ware, a cooking ware produced at a kiln (at modern Khirbat el-Hawarit) just up the slopes of Mt. Hermon from Omrit. Hawarit Ware is our main cooking ware at late Roman Omrit and is the group to which most of our cooking pots, casserole pots, and many other vessels belong. This shape was unfamiliar, but everything else about it matched Hawarit Ware. So much for a new ware! (Alas, I will never be famous for identifying Sad Handle Ware … because it is not a Thing.) This funny little handle, however, was a reminder that we sometimes come across new vessel shapes in known wares — and that our examination of pottery at Omrit will do more than just tell us about activity, consumption, and chronology at Omrit; it will also feed back into the pool of knowledge about ceramics in the region, adding to what is known about local and regional ceramics for ceramic specialists after us.
BY DAN DIFFENDALE, PhD student, Interdepartmental Program in Classical Art and Archaeology, University of Michigan
I spent the first three weeks of June in Greece, working with the Mt. Lykaion Excavation and Survey Project. Although the project last conducted fieldwork at the Sanctuary of Zeus Lykaios on Mt. Lykaion in western Arcadia in 2010, we have been busy every summer since then studying the excavated materials. In excavation years, we rent private houses in a village close to the site; during study seasons, we stay in an off-season ski resort in eastern Arcadia, in order to be close to Tripoli, where the artifacts are housed. From Kardara it’s a thirty-minute van ride to our apotheke, or storeroom, where we study the materials almost every day (but never on Sunday). The study seasons witness a wide range of scholars and specialists coming and going as their schedules permit; among others, we have experts in animal bones, roof tiles, coins, and numerous varieties of ancient pottery, including Neolithic, Early, Middle and Late Bronze Age, Iron Age, Classical, Hellenistic, and Roman. Of course, this study could not proceed without the heroic efforts of our registrar, who is responsible for the organization of the apotheke and all procedural matters relating to the artifacts, along with her team of assistants, who do whatever assisting needs to be done.
This season I have been assisting one of the project’s directors in the study of the Late Bronze and Early Iron Age pottery, as well as preparing a final report on the stratigraphy of one of the project’s trenches on the peak of Mt. Lykaion. One of my goals this season has been looking for matches or “joins” between the tens of thousands of broken pieces of pottery from the trench. Although it is inherently satisfying to find such joins, a successful outcome is by no means guaranteed; it’s like playing a puzzle without a box-top picture to compare to, and with most, if not all, of the pieces missing. Despite the frequent frustration, it’s an important activity; knowing if there are pieces of the same pot scattered in different parts of the trench helps us to understand the formation processes of the site. If ancient people deposited a whole pot on the mountaintop, but we find broken pieces of it in different areas of our excavation, we deduce that it must have been broken and had its pieces scattered by one or more subsequent events. These events might be later human activity, animal disturbance, natural phenomena like earthquakes or frost heaves, or some combination of these. Given that the altar where we excavated has evidence for human activity spanning some three thousand years or more, from the Neolithic to the Hellenistic period, or from before 3000 BCE down to the 1st century BCE, followed by the two thousand years from then to now, it’s not surprising that things got so mixed around!
BY CHRISTINA DIFABIO, PhD student, Interdepartmental Program in Classical Art and Archaeology, University of Michigan
My fieldwork experience was crucial for my decision to apply to graduate school. During my junior year at Brown University, I had the opportunity to become involved in a new archaeological project directed by Prof. Felipe Rojas, who is at the Joukowsky Institute for Archaeology and the Ancient World at Brown. Since 2013, I have been part of the Brown University Labraunda Project (BULP). BULP is concerned with the rural sanctuary of Labraunda in ancient Caria, now modern southwestern Turkey, and is part of the greater Labraunda Archaeological Project directed by Dr. Olivier Henry.
In antiquity, Labraunda was a sanctuary dedicated to Zeus Labraundos, and people from cities to the north and south came to worship the local deity at an annual festival. The sanctuary is known for its monumentalization by local satraps under the Persian Empire in the mid-4th century BCE: Mausolos (most famous for his Mausoleum, a wonder of the ancient world, located in Halikarnassos, now modern Bodrum) and his brother Idrieus. The current objective of the project is to study a monumental fountain house that lies just outside of the sanctuary. Before our studies, the fountain was largely overlooked because it does not conform to traditional classical architecture, even though its importance is clear due to its position between the two entrance gates to the sanctuary. Our studies suggest that the fountain was built in the mid-4th century BCE and used in some capacity through the Christian period. It is the largest fountain house at Labraunda, and it would have provided rest and refreshment for visitors after a long journey.
I enjoy the intellectually stimulating (and physically tiring) research, but even more so I love learning and living in the Labraunda community. Multiple groups work at Labraunda at a time. In addition to our Brown team, I interact with Turkish, French, and Swedish scholars on site. During the week, we camp about a five-minute walk from site, so we do not have the same accommodations we would have if we were staying in a hotel in the closest town (i.e., we have limited electricity and two working toilets). When I tell this to people, they often describe it as “roughing it,” but with such great company and views of the mountains and stars, I can’t complain at all. I have also enjoyed working with local Turks in the trenches. Language is often a barrier, and I am on my way to learning Turkish. However, we often find things to chat about, mostly the weather (Bugün hava çok sıcak — Today the weather is very hot!), and we have fun as we work together. Some of the younger workers have affectionately dubbed our team members kankalar, similar to “bros” in English, and we have named our daily soda breaks “Kanka Cola.”
When I first heard about this project, I never could have imagined where it would lead me. Now as a first-year student in IPCAA, I plan to specialize in Western Anatolia and continue fieldwork in Turkey. The excavations of the monumental fountain house are almost complete, but I look forward to seeing where BULP’s future studies at Labraunda will go.
BY J. TROY SAMUELS, Ph.D. student, University of Michigan Interdepartmental Program in Classical Art and Archaeology
As a student in the Interdepartmental Program in Classical Art and Archaeology moving from the coursework phase of my time at U-M toward the dissertation-writing phase, I had the opportunity this summer for preliminary research in my dissertation topic: non-elites in Republican central Italy. Archaeology has long been a discipline associated with the material of elite lifestyle. It has often been far easier to attract interest with a fancy temple or golden ornament than with the potentially mundane trappings of non-elite life. Because of this, non-elites in the ancient world have, in general, received considerably less attention than their elite compatriots. While this imbalance has been changing over the past half century, there is still (thankfully for me) much work to be done.
My current research focuses on a major lacuna for studies of this important group: the early and middle Republican period (roughly speaking, the early 4th century through the early 1st century BCE) in central Italy. Non-elites are not the only poorly understood topic for this period; this has always been a bit of an archaeological terra incognita (the typical example for this lack of information being mid-Republican Rome itself, where Augustan and later imperial building projects have largely obscured the city’s “teenage” years). However, new research has begun to expand our understanding of life during this formative phase of the Roman state. The University of Michigan excavations at Gabii have been leading the way in these discoveries, uncovering Republican habitation on a scale hitherto unseen (for more, see my earlier blog post/associated links). However, as much of this activity is elite in appearance, the non-elites at Gabii remain enigmatic.
This past summer, while excavating at Gabii, I have made a conscious effort to promote the study of the city’s non-elite population. This has taken both a research-based and a pedagogical form. It is important to question what exactly we mean by elite: is it a value judgment based on the quality of material or craftsmanship? Is it based on our assumptions about life in Republican Italy? While I do not have (nor do I believe there is) an easy answer to this question, it has been productive reformulating this in as many ways as possible. It has also, I hope, been productive in challenging the students working at Gabii, making them question the material they are excavating. In doing so, they can begin to consider the less visible, possibly non-elite, individuals involved in the production, consumption, and distribution of the artifacts we discovered. This summer has proved highly productive, and I hope that my continuing research will help problematize and further bring to the forefront these sometimes invisible yet crucially important participants in Roman life.
BY KATE LARSON, PhD candidate, U-M Interdepartmental Program in Classical Art and Archaeology (IPCAA)
In the past few decades, archaeologists have become more interested in the way people of ancient Greece actually lived. The evidence from written sources suggests that men and women were separated into different areas of the house, and they seldom discuss household tasks like cooking, weaving, and religious worship, which archaeology can illuminate. IPCAA professor Lisa Nevett has dedicated her career to understanding Greek houses, but until now she has had to rely on excavation data that focused primarily on architecture and intact artifacts. Nevett began to wonder how much more we might be able to learn about Greek houses if we used 21st-century archaeological techniques to pay attention to fragmentary material, non-fineware pottery, and microscopic chemical and organic materials preserved in soil. She, along with her co-directors Zosia Archibald of the University of Liverpool and Bettina Tsigarida of the 16th Ephoreia of Prehistoric and Classical Antiquities in Greece, have been granted a five-year permit under the auspices of the British School at Athens to re-excavate one such site.
Located in the Chalcidice peninsula of northeastern Greece, Olynthos — no, that’s not a typo, although on a clear day you can see the famous Mount Olympus from the site of Olynthos — has been considered the “Pompeii of Classical Greece.” Historical accounts tell us that Phillip II of Macedon (the father of Alexander the Great) destroyed the city in 348 BCE and exiled all its occupants, who left behind their houses and belongings. The site was initially excavated by David Robinson of Johns Hopkins University between 1928 and 1938. Robinson found more than 100 houses, covering about 10 percent of the area of the site; each house contained a wealth of objects from daily life, including pottery, loom weights, figurines, and coins. While Robinson and his team carefully recorded which finds came from which rooms of the houses, the publications and archive don’t contain information about which finds the excavators deemed not important enough to record or save (such as fragmentary objects, non-fineware pottery, and bone) or any stratigraphic information about soil deposits and sequences. By contrast, the new Olynthos Project plans to excavate two houses over the course of five seasons using techniques not available to Robinson, such as geophysical survey, water floatation, micromorphology and microdebris analysis, geochemistry, and surface survey.
The project began in February 2014, when a small team conducted magnetometry and resistivity (types of remote sensing that help identify structures and features under the soil prior to excavation) in order to find promising areas for excavation. From July to August 2014, a multinational group composed of undergraduate and graduate students, professional archaeologists, and specialists in various archaeological disciplines came together to test these results and identify areas for subsequent work. Olynthos still has much to teach us about life in ancient Greek houses.