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Archaeology News for the Week of August 18th, 2013

August 19th, 2013

World’s oldest temple built to worship the dog star

THE world’s oldest temple, Göbekli Tepe in southern Turkey, may have been built to worship the dog star, Sirius. The 11,000-year-old site consists of a series of at least 20 circular enclosures, although only a few have been uncovered since excavations began in the mid-1990s. Each one is surrounded by a ring of huge, T-shaped stone pillars, some of which are decorated with carvings of fierce animals. Two more megaliths stand parallel to each other at the centre of each ring. (New Scientist)

Handaxe Design Reveals Distinct Neanderthal Cultures

A study by a postgraduate researcher at the University of Southampton has found that Neanderthals were more culturally complex than previously acknowledged. Two cultural traditions existed among Neanderthals living in what is now northern Europe between 115,000 to 35,000 years ago. (Science Daily)

Hot summer unearths Roman discoveries in Wales

A rare Roman fort and marching camp have been discovered in Wales by aerial archaeologists during the hot summer. The major Roman fort complex was spotted on parched grassland near Brecon, Powys, and the marching camp near Caerwent in Monmouthshire. Aerial archaeologist Toby Driver said he could not believe his eyes when he spotted the fort from the air. (BBC News)

Changing Climate May Have Driven Collapse of Civilizations in Late Bronze Age

Climate change may have driven the collapse of once-flourishing Eastern Mediterranean civilizations towards the end of the 13th century BC, according to research published August 14 in the open access journal PLOS ONE by David Kaniewski from the University of Paul Sabatier, Toulouse, France and colleagues from other institutions. (Science Daily)

Mystery dagger molds imply ancient links to northern China

Ancient molds for daggers with a double-ringed pommel and a straight blade, which have no precedent in Japan or even the nearby Korean Peninsula, have been unearthed at an archaeological site in this western city, cultural property officials said. The Shiga Prefectural Association for Cultural Heritage said Aug. 8 the finds from the Kami-Goten site likely date from between 350 B.C. and A.D. 300. (The Asahi Shimbun)

Mystery Badger Leads Archaeologists To Medieval Burial Site

Archaeologists who unearthed the tombs of two medieval lords are crediting a badger living underneath a farm in the Brandenburg town of Stolpe with an assist on the discovery, various media outlets are reporting. The 12th century burial site is home to a pair of Slavic lords, as well as a cache of artifacts including a sword, bronze bowls, an ornate belt buckle and skeletal remains, UPI reported early last week. While researchers Lars Wilhelm and Hendrikje Ring were the humans in charge of the expedition, however, they unlikely wouldn’t have found the graves without the help of the short-legged omnivore. (RedOrbit)

Nara researcher finds oldest weights in Japan

Archaeologist Susumu Morimoto recently made a landmark discovery that could change today’s views of Japan’s ancient measuring system and of the Yayoi Period (300 B.C. to 300). The head of the International Cooperation Section at the Nara National Research Institute for Cultural Properties discovered that what were believed to be grinding stones from the first half of Yayoi, about 2,400 years ago, are actually weights for scales. (Japan Times)

The Race to Save Petra From Its Own Success

A victim of its own success and fragility, the World Heritage site of Petra is currently under assessment to limit the safety risks it poses to both tourists and its local population. A two-and-a-half year UNESCO project, which was launched in July 2012 to monitor the slopes in the Siq as a response to the instability of its sandstone rocks, unearthed other underlying challenges facing the site, according to UNESCO. (Skift.com)


Archaeology News for the Week of August 11th, 2013

August 11th, 2013

Tomb of a Powerful Moche Priestess-Queen Found in Peru

Some 1,200 years ago, a prominent Moche woman was laid to rest with great pomp and ceremony. Now archaeologists have uncovered her tomb along with clues that testify to her privileged status and the power she once wielded. The discovery—made over the last couple of weeks at the site of San José de Moro in the Jequetepeque River valley of northern Peru—is one of several that have revolutionized ideas about the roles women played in Moche society. (National Geographic)

Laois ‘bog body’ said to be world’s oldest

The mummified remains of a body found in a Laois bog two years ago have been found to date back to 2,000BC, making it the oldest “bog body” discovered anywhere in the world. The 4,000-year-old remains, which predate the famed Egyptian pharaoh Tutankhamun by nearly 700 years, are those of a young adult male. He is believed to have met a violent death in some sort of ritual sacrifice. (The Irish Times)

Temple of Apollo to be excavated again

Restoration and excavation works have begun at the Apollo Temple in the Aegean province of Aydın’s Didim district. The excavations continue with the support of Germany’s Halle University, İzmir University and the German Archeology Institute. The excavations will continue for 4 weeks. The excavation work that has been conducted in the temple for 106 years by the German Archaeology Institute was canceled this year for the storage and restoration of materials unearthed during this process. (Hurriyet Daily News)

Search for 1760 Bray School turns up something even older

Mark Kostro stood in the back yard of Brown Hall, looking down at a hole in the ground. Even at a glance, the hole was different from the other features investigated by the students and professional archaeologists who were spending a second summer working behind the William & Mary residence hall in a quest to find archaeological evidence of the Bray School, the 18th-century institution established for the education of free and enslaved black children. (The Virginia Gazette)

Coca, liquor: death meal for Inca teenager – Samples of hair, X-ray offer fresh insights

Scientists have reconstructed in unprecedented detail how a 13-year-old mummified Inca maiden received increasing amounts of coca plant extracts and alcohol before she became a victim of child sacrifice nearly 600 years ago in the Andes mountains. An international team of researchers has used samples of her hair and X-ray images to provide fresh insights into the final months of the teen, found in a mountaintop shrine in northwest Argentina in 1999 along with the frozen remains of a younger boy and a girl. (The Telegraph)

Grisly human trophies at East Lothian hill fort

Broxmouth hill fort in East Lothian, which had first been identified from aerial photographs, was examined before the site was destroyed by a cement works. It had been known that there had been a community of a couple of hundred people living at the fort for almost 1,000 years before the site was abandoned when the Romans left. (The Scotsman)

‘Mona Lisa’s’ identity could be revealed through DNA testing

The mystery of “Mona Lisa’s” real-life muse, which has spawned centuries of speculation, could be solved through DNA testing. Researchers on Friday opened a family tomb in Florence, Italy, to help confirm the identity of Lisa Gherardini Del Giocondo, Leonardo da Vinci’s neighbor who is believed to be the woman behind the enigmatic smile. Archaeologists cut a hole in the family crypt where Lisa Gherardini’s husband and sons are buried. (HrTicket.com)

Archaeology News for the Week of August 4th, 2013

August 4th, 2013

Oldest Human Fossil in Western Europe Found in Spain

An international team of researchers have announced the discovery of the oldest hominin (early or archaic human) fossil ever found in Western Europe, pushing back the clock on when early humans first colonized Western Europe after their exodus from Africa. The find, a fossil tooth (molar) uncovered through excavations at the site of Barranco León in the Orce region of southeastern Spain, was dated to about 1.4 million years ago using several combined dating techniques, including Electron Spin Resonance (ESR) in combination with paleomagnetic and biochronological data. (Popular Archaeology)

Researchers Shed New Light on Genetic Adam and EveResearchers Shed New Light on Genetic Adam and Eve

Previous genetic research has indicated the existence of two ancient modern human individuals who passed their genes along to all humans living today, what scientists have referred to as our most recent common ancestors, or MRCAs. The first, designated “Mitochondrial Eve”, lived between 190,000 and 200,000 years ago, and the second, “Y-chromosomal Adam”, between 50,000 and 115,000 years ago. (Popular Archaeology)

Italy tries to spare ancient Pompeii from ruin

Italy’s government is trying to spare the ancient ruins of Pompeii from further neglect. Premier Enrico Letta told reporters that his Cabinet on Friday approved the appointment of a special superintendent to ensure that millions of euros in government and European Union funds for maintenance and restoration of the archaeological marvel and tourist site are properly spent. (The New Zealand Herald)

Archaeologists uncover 200-year-old Alaska village

Brown University archaeologists have uncovered the site of a village in northwest Alaska that’s believed to be at least 200 years old. The village dig is in Kobuk Valley National Park about 20 miles up the Kobuk River from the community of Kiana, according to KSKA. (USAToday)

Cars banned on Colosseum street by Rome’s cycling mayor

A busy road that cuts through Rome’s ancient forum to the Colosseum was blocked to private traffic on Saturday, in the first stage of a plan to pedestrianise the area that has angered some locals but which the mayor says is of global importance. In the hours before the closure, motorbikes and cars circled the Colosseum beeping their horns and taking photos to mark the last time they would take a route immortalised by Audrey Hepburn and Gregory Peck’s scooter ride in the 1953 film Roman Holiday. (Reuters)

Bahrain history slowly rises from sands

More than 4,000 years ago, Dilmun merchants traveled from Mesopotamia to the Indus River, titans of trade and culture before rise of the empires of the Persians or the Ottomans Over a millennia, the civilization that Dilmun created on the back of trading in pearls, copper and dates as far as South Asia faded into the encroaching sands. It wasn’t until an excavation by Danish archaeologists in the 1950s that its past was rediscovered. (Lincoln Daily News)

Archaeologists recover damaged portion of Meadowcroft Rockshelter

A team of archaeologists pored over the heavily stratified earth at the excavation site in Avella known as the Meadowcroft Rockshelter, hoping to repair damage done by recent flooding that tore through the area. And although rainwater washed away some artifacts from the site, many of the team members were excited to get their hands dirty on such an important piece of history. (Observer-reporter.com)


Archaeology News for the Week of July 21st, 2013

July 21st, 2013

Ancient monument adds spicy twist to Maya ‘Game of Thrones’ saga

Archaeologists say a 1,450-year-old stone monument discovered beneath a Maya temple in Guatemala bears hieroglyphs that hint at a multigenerational tale of power reminiscent of “A Game of Thrones.” “‘Game of Thrones’ … George Lucas … Steven Spielberg … Nobody could write this story the way the Maya actually lived it,” David Freidel, an anthropologist at Washington University in St. Louis, told NBC News. (NBCNews.com)

Chimpanzees and orangutans remember distant past events

Chimpanzees and orangutans were able to remember past events when presented with sensory reminders, a new study shows. Both species found where a useful tool was hidden three years after performing a task only four times. They were also able to recall a unique event two weeks later. The team say their work, published in Current Biology, shows memory for past events is not unique to humans. Chimps and orangutans were presented with two boxes in different rooms, one of which had useful tools, the other useless ones. In order to get a reward they had to successfully retrieve the useful tools. (BBC News)

Archaeologists find remains of sacrificed woman in Peruvian ruins

Archaeologists from the Wiese Foundation, directed by Régulo Franco Jordán, who discovered the Lady of Cao, witnessed an unprecedented event. About one month ago, the group found the remains of a sacrificed woman in the upper platform of the ruins known as Cao while they were excavating the ceremonial floor. The ruins form part of the archaeological complex known as El Brujo, located in La Libertad. (Peru This Week)

Mysterious 2,000-year-old graves, pyramid ruins found in Mexico

Construction work in eastern Mexico exposed an ancient settlement, including 30 skeletons and the ruins of a pyramid, believed to be up to 2,000 years old, archaeology officials announced. At the site of the graves in the town of Jaltipan, southeast of Veracruz, archaeologists also found clay figurines, jade beads, mirrors and animal remains, according to the National Anthropology and History Institute, or INAH. (NBCNews.com)

Archaeology News for the Week of July 7th, 2013

July 7th, 2013

Lost cities

Over the past few months, a spate of reports has emerged about the discoveries of several so-called lost cities — most notably Ciudad Blanca in Honduras, Heracleion off the coast of Egypt and Chactun in Mexico. Much of this is due to technological advances: satellite imagery, aerial photography and Google Earth have all aided in the detection of heretofore unseen archaeological sites. No technology, however, approaches the impact of lidar, a light-and-radar machine that can pierce through the thickest, highest forests and vegetation within minutes and has only recently been used in the hunt for lost cities. It was lidar that led explorers to what they call Ciudad Blanca. (New York Post)

Mexican researchers extract intact DNA from Palenque’s Red Queen

The osseous remains of the Red Queen, the enigmatic character from Lakamha, “Place of the big waters”, today known as Palenque, in Chiapas, are being scientifically analyzed in order to date the burial in a more precise manner. It is still unknown as to whether the Red Queen was the wife of the celebrated dignitary Pakal II or if she was a ruler of that ancient Mayan metropolis. (Archaeology News Network)

5,000-year-old pyramid destroyed in Lima

Archaeologists blame two building companies for destroying part of ancient pyramid in the Lima district of San Martin de Porres. The pyramid El Paraiso, located near the river Chillon, is one of the oldest structures constructed in the Americas, made up of 12 pyramids and covering over 64 hectares. (Peru This Week)

Georgia’s rich maritime history largely unknown

he wind and the waves peeled back layers of Cumberland Island sand last December to reveal a piece of history: the wooden bones of a long-lost cargo ship. Archaeologists surmised from the gunnel and wooden nails that the 100-foot-long vessel was at least 150 years old, possibly a blockade runner used during the Civil War to transport guns, food and soldiers past Union forces. (Savannah Now)

Scientists want to study Bulls Scarp, ocean-bottom archaeological site that was Ice Age coast

Anyone who stood on a rock ledge a few hundred feet above an ocean-swept river delta could have watched for walruses or whales among the icebergs and searched for woolly mammoths tracking across the barren savannah behind. And those people might well have left traces — thousands of years ago, about 60 miles from Charleston, offshore. Bulls Scarp could be the most fascinating and important archaeological site waiting to be surveyed in the region. There’s just one little problem: That Ice Age rock ledge is under about 140 feet of seawater (The Post and Courier)

Archaeology News for the Week of June 30th, 2013

June 30th, 2013

First Unlooted Royal Tomb of Its Kind Unearthed in Peru

Three queens were buried with golden treasures, human sacrifices. It was a stunning discovery: the first unlooted imperial tomb of the Wari, the ancient civilization that built South America’s earliest empire between 700 and 1000 A.D. Yet it wasn’t happiness that Milosz Giersz felt when he first glimpsed gold in the dim recesses of the burial chamber in northern Peru. (National Geographic)

Mummies reveal ancient nicotine habit

The hair of mummies from the town of San Pedro de Atacama in Chile reveals the people in the region had a nicotine habit spanning from at least 100 B.C. to A.D. 1450. (NBC News)

Museum visitors can ‘unwrap’ a mummy

A museum in Sweden will digitise its mummy collection in 3D to allow visitors to unwrap a real mummy in digital form. The mummies from Medelhavsmuseet in Stockholm will be digitised by technology which uses photos and X-ray scans to create 3D models. The permanent exhibition is scheduled to open in the spring of 2014. (BBC News)

Archaeology News for the Week of June 23rd, 2013

June 25th, 2013

Colonial America’s Oldest Unsolved Murder

When archaeologists in Virginia uncovered the skeletal remains in 1996 of one of Jamestown’s first settlers — a young European male designated as JR102C in the catalog — they said he was the victim in what was perhaps Colonial America’s oldest unsolved murder. At the time, archaeologist William Kelso, now director of archaeological research and interpretation at Jamestown Rediscovery, reported that “the lead bullet and shot fragments lodged in his lower right leg contained enough force to fracture his tibia and fibula bones, rupturing a major artery below the knee. JR would have bled to death within minutes.” (NPR)

Why 2 Birds in the Hand May Be Better Than a “Hobbit” Skull (in a Cave Deposit, at Least)

The discovery in 2003 of Homo floresiensis, affectionately referred to as a ‘hobbit’, took scientists worldwide by surprise, and challenged many things thought to be understood about human evolution. Intense scientific debates followed about the validity of Homo floresiensis and its status as a separate species, and many of these debates continue to this day. (Scientific American)

For Its Latest Beer, a Craft Brewer Chooses an Unlikely Pairing: Archaeology

The beer was full of bacteria, warm and slightly sour. y contemporary standards, it would have been a spoiled batch here at Great Lakes Brewing Company, a craft beer maker based in Ohio, where machinery churns out bottle after bottle of dark porters and pale ales. But lately, Great Lakes has been trying to imitate a bygone era. Enlisting the help of archaeologists at the University of Chicago, the company has been trying for more than year to replicate a 5,000-year-old Sumerian beer using only clay vessels and a wooden spoon. (NYTimes.com)

Unique gold figurine of naked woman found in Denmark

A small figurine depicting a slim, naked woman was recently found in a Danish field. Strangely, this is the fifth in a series of tiny golden human figurines found recently in the area. (ScienceNordic)

A Section of an 1,800 Year Old Road was Exposed in Jerusalem

An ancient road leading from Yafo to Jerusalem, which dates to the Roman period (second–fourth centuries CE), was exposed this past fortnight in the Beit Hanina neighborhood in northern Jerusalem. The road remains were revealed in an archaeological excavation the IAA conducted in Beit Hanina prior to the installation of a drainage pipe by the Moriah Company. (Antiquities.org.il)


Archaeology News for the Week of June 9th, 2013

June 11th, 2013

Archaeologists Say 400 Animal Species Were Offered to Gods in Tenochtitlan

Mexican archaeologists have identified more than 400 animal species in some 60 offerings made to the gods at the Great Temple of Tenochtitlan, now Mexico City, including molluscs, fish, birds, reptiles and mammals, the National Institute of Anthropology and History, or INAH, said. The scientists have recovered, “for example, fish from coral reefs in the Atlantic Ocean, reptiles including crocodiles, snakes and turtles, as well as birds like toucans and quetzals, and large mammals from the tropics like the jaguar,” INAH biologist Norma Valentin Maldonado said Friday. (Latino Daily News)

New North America Viking Voyage Discovered

Some 1,000 years ago, the Vikings set off on a voyage to Notre Dame Bay in modern-day Newfoundland, Canada, new evidence suggests. The journey would have taken the Vikings, also called the Norse, from L’Anse aux Meadows on the northern tip of the same island to a densely populated part of Newfoundland and may have led to the first contact between Europeans and the indigenous people of the New World. (Live Science)

Ancient Irish texts show volcanic link to cold weather

Researchers have been able to trace the impact of volcanic eruptions on the climate over a 1200 year period by assessing ancient Irish texts. The international team compared entries in these medieval annals with ice core data indicating volcanic eruptions. Of 38 volcanic events, 37 were associated with directly observed cold weather extremes recorded in the chronicles. The report is published in the journal Environmental Research Letters. (BBC News)

The Iceman Suffered Brain Damage Before Death

An injury to the head, not an arrow wound, may have killed Ötzi the Iceman, the 5,300-year-old mummy found in the Italian Alps, says a new paleoproteomic study into the brain of Europe’s oldest natural human mummy. The protein investigation appears to support a 2007 research into the mummy’s brain. The study pointed to a cerebral trauma as the cause of death. (Discovery News)

Mysterious Monument Found Beneath the Sea of Galilee

The shores of the Sea of Galilee, located in the North of Israel, are home to a number of significant archaeological sites. Now researchers from Tel Aviv University have found an ancient structure deep beneath the waves as well. Researchers stumbled upon a cone-shaped monument, approximately 230 feet in diameter, 39 feet high, and weighing an estimated 60,000 tons, while conducting a geophysical survey on the southern Sea of Galilee. (Science Daily)

Ape-like feet ‘found in study of museum visitors’

Scientists have discovered that about one in thirteen people have flexible ape-like feet. A team studied the feet of 398 visitors to the Boston Museum of Science. The results show differences in foot bone structure similar to those seen in fossils of a member of the human lineage from two million years ago. (BBC News)

Evidence Of Escape Tunnel Found At Sobibor, Nazi Death Camp Where 250,000 Jews Were Murdered

Archeologists excavating a former Nazi death camp in Poland believe they have found evidence of an escape tunnel created by a group of prisoners. The rudimentary tunnel was first located in May at the Sobibor death camp, near what is now the eastern border of Poland. Dug about five feet beneath the surface and wide enough for a human, the tunnel stretched 32 feet from a barracks to beneath one of the barbwire fences surrounding the camp, according to the Telegraph. (Huffington Post)

Archaeology News for the Week of June 2nd, 2013

June 6th, 2013

Bone Tumor Found in Neanderthal Rib

For the first time, a bone tumor has been found in a Neanderthal rib bone dated to about 120,000 years ago. The rib was recovered at a site near Krapina in present-day Croatia. The tumor, a form of cancer called fibrous dysplasia, predates previous evidence of such by more than 100,000 years. Prior to this, the earliest known bone cancers were detected in samples approximately 1,000-4,000 years old. Fibrous dysplasia in modern-day humans occurs more frequently than other bone tumors, but study author David Frayer of the University of Kansas says that the evidence for cancer almost never shows up in the human fossil record. This may be partly due to the fact that the fossil record accounts for a comparatively small sampling of human species or human ancestors. (Popular Archaeology)

Fossil Discovery Will Rewrite Primate and Human Evolutionary History, Say Scientists

An international research team has announced the discovery of the world’s oldest known fossil primate skeleton, an animal that lived about 55 million years ago during the Eocene Epoch in present-day China. Smaller than today’s smallest primate (the pygmy mouse lemur), Archicebus achilles, as they named it, was unearthed from an ancient lake bed in central China’s Hubei Province near the Yangtze River. (Popular Archaeology)

How Timbuktu’s manuscripts were smuggled to safety

When Islamist rebels set fire to two libraries in Timbuktu earlier this year, many feared the city’s treasure trove of ancient manuscripts had been destroyed. But many of the texts had already been removed from the buildings and were at that very moment being smuggled out of the city, under the rebels’ noses. (BBC News)

2nd-century wooden mask unearthed in Nara, oldest yet found

Once used to hide a face, a wooden mask fragment recently discovered here and currently on public display hints at ancient cultural links between this part of western Japan and China, archaeologists said May 30. (The Asashi Shimbun)

Roman Seawater Concrete Holds the Secret to Cutting Carbon Emissions

The chemical secrets of a concrete Roman breakwater that has spent the last 2,000 years submerged in the Mediterranean Sea have been uncovered by an international team of researchers led by Paulo Monteiro of the U.S. Department of Energy’s Lawrence Berkeley National Laboratory (Berkeley Lab), a professor of civil and environmental engineering at the University of California, Berkeley. (Science Daily)


 

June 4th, 2013

Earliest Archaeological Evidence of Winemaking in France Discovered

A team of researchers from France and the U.S. have uncovered evidence for the earliest winemaking industry in France, a country long well known for its preeminence in the production of fine wines. While investigating the ancient port site of Lattara in southern France, archaeologists uncovered imported ancient Etruscan amphorae and a limestone press platform. (Popular Archaeology)

Diet Change After 3.5 Million Years Ago a Gamechanger for Human Ancestors, Say Scientists

It has long been theorized by human evolutionists that the human diet, and how it may have changed over hundreds of thousands of years, was a central element in the successful emergence of modern humanity from the biological and behavioral backdrop of the animal world. Now, the results of a series of four newly completed studies by a team of two dozen researchers from several institutions have shed more light on the ‘what’ and ‘when’ of these changes. (Popular Archaeology)

Eight bronze age boats surface at Fens creek in record find

A fleet of eight prehistoric boats, including one almost nine metres long, has been discovered in a Cambridgeshire quarry on the outskirts of Peterborough. The vessels, all deliberately sunk more than 3,000 years ago, are the largest group of bronze age boats ever found in the same UK site and most are startlingly well preserved. (The Guardian)

ORIGINAL COLOURS OF PHOENICIAN IVORY CARVINGS SHINE AGAIN

The ivory carvings and plaques found at the 8th century BCE Phoenician city of Arslan Tash — “Stone Lion” — may appear as flat monochrome objects when viewed in museums today, but once they shone with brilliant blue, red and several other colours as well as glittering with real gold paint. (Past Horizons)

Gladiators of Aydın to appear on 3D screens

The Aydın Archeology Museum starts a new project to exhibit ancient gladiator mosaics on screens. Ancient mosaics and excavated blocks from the Orthosia ancient city, which include many gladiator patterns and shapes, have been portrayed onscreen with animations and detailed visuals (Hurriyet Daily News)

How to Really Eat Like a Hunter-Gatherer: Why the Paleo Diet Is Half-Baked

We are not biologically identical to our Paleolithic predecessors, nor do we have access to the foods they ate. And deducing dietary guidelines from modern foraging societies is difficult because they vary so much by geography, season and opportunity (Scientific American)

Imaging History in a Revolutionary Town

Meredith Poole has been a Staff Archaeologist with the Colonial Williamsburg Foundation for 26 years.  In addition to field work, her responsibilities include outreach and archaeology education.  Meredith received her MA in Anthropology from the College of William and Mary, and her BA from Hamilton College. 

How do people want to experience the past? It’s a question that challenges history museums. For some, “the past” is code for a simpler, more relaxed place, green and never-changing. Others expect to learn something or to see the world from a different perspective. Some want to be entertained. Most anticipate some experience of beauty. Given such diverse expectations, it is no wonder that history museums are offering an ever broadening array of programs and opportunities.     

Early in the spring of 2013, experts at the Colonial Williamsburg historical site in Williamsburg, Virginia introduced a new way of looking at the past. Virtual Williamsburg (http://research.history.org/vw1776/ ) is an interactive 3D computer model that invites visitors to explore Virginia’s eighteenth-century capital on the eve of the American Revolution. At this stage in its development, the model encompasses the Capitol neighborhood at the east end of town, presenting both the interiors and exteriors of five key sites (the Capitol, the Secretary’s Office, the Dickson Store, the Raleigh Tavern, and the Old Playhouse), and the exteriors and historical landscapes of an additional 28 structures. Modeling of the adjacent Armoury neighborhood is already underway and there is more to come. Following a one-year pilot project in 2005-06, the initiative to create an entire model of the town began in 2008.  This project has been a collaborative effort pairing architectural historians, archaeologists, and curators with modelers from the Digital History Center and The Institute for Advanced Technology in the Humanities (IATH).  Generous funding has been received from the Institute of Museum and Library Services, the National Endowment for the Humanities, and the Andrew W. Mellon Foundation. 

Computer modeling might sound like an unlikely undertaking for a museum so heavily invested in physical reconstruction.  More than 80 years of research and craftsmanship at Colonial Williamsburg have resulted in the restoration of a town: more than 450 structures, along with streets, greens and gardens.  This seems to beg the question: Isn’t a virtual world a bit redundant?  In fact, Virtual Williamsburg is not meant to recreate what visitors can already see.  Instead, its construction marks a new way of looking at and understanding Williamsburg as a functioning community.  Through the virtual model, visitors will eventually be able to access reports, images, manuscripts, and records, enabling a remarkable level of interactivity. 

In both its capabilities and its appearance, this virtual version is not the Williamsburg where your parents honeymooned.  In fact, even the most seasoned Williamsburg visitor may find the model a vaguely unfamiliar place.   Gone, for example, is the Capitol building that has been toured by generations of school children… but for good reason.  Instead of presenting a generalized past, Virtual Williamsburg presents a very precise one.  Visitors are dropped into the town on May 15th, 1776, and find themselves in a landscape populated only by buildings, businesses and tenants whose presence could be accounted for on that day.  Not only does this present a more unified and historically accurate picture, but it captures a more vibrant town.  Some buildings are under construction while others exhibit peeling paint.  And of course some of the most familiar facades are no longer part of the scene.  By May 1776, Williamsburg’s first Capitol building, on which the present reconstruction was based, was a distant memory, having burned in 1747.  In its place stood a new Capitol, completed in 1753, with a portico that faced the main street.  Once thought too elusive to rebuild, the details of the second Capitol’s appearance have been ferreted out by recent researchers, and are on display (both inside and out) in the virtual model.  

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The Second Capital (completed 1753). Courtesy Digital History Center, Colonial Williamsburg Foundation.

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While some familiar landmarks may be missing, Virtual Williamsburg introduces new buildings to the eighteenth-century landscape.  Just behind the Capitol, visitors encounter The Old Playhouse, an imposing (and somewhat disheveled) barn of a building.  Between 1999 and 2001, archaeologists exposed the remains of this theater which staged some of Williamsburg’s most celebrated diversions between its rapid construction in 1760 and its abandonment in 1772. By May 1776 it had already been shuttered for 4 years.  Colonial Williamsburg has not yet rebuilt the theater in the Historic Area.  As a physical reconstruction, its eighteenth-century design (lacking aisles and illuminated by candles) strains the flexibility of modern fire- and building codes.  The model, however, serves as a visual repository for what researchers currently know, and a testing ground for the theater’s future design.  More importantly, it provides general admission and a backstage pass for those curious about the world once experienced by Williamsburg’s theater goers, which included Thomas Jefferson and George Washington. 

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Modeled interior of the Playhouse. Courtesy Digital History Center, Colonial Williamsburg Foundation.   

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Backstage at the theater is not the only inaccessible space to which Virtual Williamsburg provides access.  Freed from concerns for physical safety, the model permits virtual visitors to mount rickety ladders and descend narrow stairs to encounter some of Williamsburg’s more interesting and evocative spaces.  Those inaccessible above-   and  below-stairs spaces were most familiar to Williamsburg’s “other half” ..…more than 1,000 enslaved workers who inhabited Williamsburg at the time of the Revolution.  Making these spaces more visible, if only virtually, broadens a visitor’s perspective on how people lived in the eighteenth century.

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Slave quarters below stairs at the Dickson Store. Courtesy Digital History Center, Colonial Williamsburg Foundation.

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But what does any of this have to do with archaeology?

At first blush, Virtual Williamsburg seems to be an architectural endeavor, and indeed, Colonial Williamsburg’s architectural historians have been heavily invested in the model’s development.  But look closely and you will see archaeological fingerprints as well.  Some are in predictable places.  Physical reconstruction has always drawn on excavated evidence for footings, foundations, and fence lines. The model, too, has made use of this information.  More interesting, however, is the rendering of archaeological information that has never seen the light of day….elements of the landscape that might be repellent, or illegal, or even ecologically impossible to recreate.  Computer modeling has allowed archaeologists to present a more accurate and interesting view of the past while dodging the attendant hazards.  

Take, for example, the interpretation of eighteenth century “yardscapes.” Today’s visitor experiences Colonial Williamsburg as a very tidy place.  The grass is mowed, the walks are level and well maintained and the yards are lush and lovely.  Such was not the reality for Williamsburg’s eighteenth century residents.  Brick rubble or marl might—or might not– purchase shaky footing on wet paths. Chamber pots were emptied into yards or open ravines, laundry water pooled in outdoor work areas and kitchen refuse littered the yard.  How do we know this? Ask an archaeologist. 

Poor drainage and an ever-present supply of trash defined living conditions for nearly all residents of eighteenth-century Williamsburg.  The story repeats itself on virtually every excavated site, but rarely with such flourish as at the Coffeehouse near the end of Duke of Gloucester Street.  There, use of the property as a public house and then as the Dickson Store resulted in the accumulation of large and successive trash deposits—one midden yielding 70,000 artifacts— on three sides of the building.  While Charlotte Dickson and her son, Beverley, made an archaeologically verifiable attempt to spruce up the lot after acquiring it in 1772, a midden on the west side, and a bottle dump on the east remained poorly concealed.  It seemed somehow disingenuous to unfurl rolls of sod across this landscape prior to the Coffeehouse opening in 2009.  And yet, what else could be done?   Authenticity has its limits. 

A 3D model allows museums to convey such difficult things.  The messy and the smelly, the dangerous and infectious can be informed by archaeological evidence, and rendered visible but innocuous by computer modelers.  Of course, that process is significantly more complicated than it sounds.  Dr. Peter Inker, of Colonial Williamsburg’s Digital History Center, recently described the process of modeling the Coffeehouse trash midden.  Modelers began, he explained “[with an] archaeological photograph of the freshly uncovered surface of the midden.  This was then taken into imaging software to create a larger square image that could be tiled onto any surface.  As the original midden would quickly have been covered by dirt and erosion deposits, a layer was added in the imaging software over the ‘clean’ midden deposit to make it look slightly buried.  Finally a layer of weeds was added to begin to get the effect of a midden that had been left undisturbed for a while.  The resulting image was then applied on the topography in the area we know the midden was deposited.”  One wonders what the eighteenth-century contributors to the Coffeehouse midden might make of such an extraordinary effort.

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Steps taken to create a modeled midden. Courtesy Digital Imaging Center, Colonial Williamsburg Foundation   

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The Coffeehouse site is one of the first to have its “yardscape” recorded in Virtual Williamsburg.  As archaeologists uncover new details about historic land use, that information can be easily integrated into the model, making it a dynamic reflection of ongoing research. 

The bottle dump at the Coffee House. Courtesy Digital Imaging Center, Colonial Williamsburg Foundation.

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Although excavated landscape features have contributed interest and accuracy to specific sites in Virtual Williamsburg, overall topography has had an even greater effect on the model.  In the early stages of modeling everything is rendered on a flat plane, which highlights the importance of the terrain for making Virtual Williamsburg convincing as a “real place.”  Modelers began their quest for a more nuanced eighteenth-century landscape with the 1929 topographic maps of the town, recorded just before Colonial Williamsburg began affecting major changes to the Historic Area.  Then, eighty years-worth of archaeological maps helped with the fine tuning, with recorded elevations from late eighteenth-century layers adding detail.  What one noticed– after a considerable effort –was that where the land was flat, contours have changed little over the last 200 years.  But very little of Williamsburg started out flat. 

Williamsburg’s earliest permanent settlers claimed a landscape that was deeply etched by creeks and ravines.  Four-hundred years later, that same landscape is a jogger’s dream with a gentle and level terrain, devoid of any coronary dangers.  What happened?  Archaeological exploration confirms that between the 17th and 21st centuries, Williamsburg experienced a gradual “flattening” as residents did battle with a ravine- riddled landscape.  Some of their efforts to tame the topography were swift and deliberate.  In his 1724 publication The Present State of Virginia, the Reverend Hugh Jones wrote that “…to make the main Street exactly level, the Assembly lately gave a considerable Sum, which was expended in removing Earth in some Places, and building a Bridge over a low Channel, so that it is now a pleasant, long, dry walk broad and almost level from the College to the Capitol.”

Leveling the streets is no easy task, particularly in the centuries before earth-moving equipment.  Recent excavation at the east end of town has highlighted the effort expended in accomplishing the task.  Vaulted brick drains were constructed to redirect storm water under the now filled streets.  Those early drains became the backbone of elaborate brick drainage systems by which later property owners endeavored to make soggy lots dry, and those that were sloped, level and inhabitable.  In 2011, archaeologists exposed a 4 meter length of arched brick drain (pictured left) at the Revolutionary War period Public Armoury site…a tie-in to one of the storm drains described above.  Its identification as a 1770s improvement to the lot suggests that even half-a-century after initial efforts to tame Williamsburg’s landscape, the struggle continued.  

In fact, the struggle appears to have intensified as Williamsburg’s available real estate began to dwindle.  Lots that were marginal and unclaimed early in the eighteenth-century suddenly appeared more promising toward mid-century.  Nathaniel Walthoe, a businessman, and Clerk of the Council, purchased a precipitously pitched lot near the Capitol in 1750.  There he constructed a 35’ x 35’ “storehouse”, a building that would later become the Coffeehouse and, eventually, Dickson’s Store.  Excavation reveals just how disruptive Walthoe’s construction was to the stable ravine on which it bordered.  Water coursed around its foundation, carving erosion channels that trapped garbage from the adjacent street.  A retaining wall constructed to stem that flow of water trapped five feet of sediment against the building’s southwest corner, gradually leveling terrain along the front.  Left unchecked on the northeast side, however, coursing storm water etched deeply into the destabilized ravine.  Excavation in 2010 revealed evidence of the dramatic changes in topography wrought by construction of a single building. 

Of course not all of the changes to Williamsburg’s topography were accompanied by such drama.  The ravines that characterize this Tidewater region were natural and convenient repositories for household trash, and were filled gradually over the centuries.  In 2011, archaeologists excavating west of the Public Armoury (a 1778 military repair facility currently undergoing reconstruction) found themselves six feet below grade in a ravine whose filling began prior to (1630s) colonial settlement. Encapsulated within the ravine was an artifactual history of the land’s occupation beginning with Native Americans, followed by refuse from an early eighteenth-century tavern, the Revolutionary War-period Armoury, and an extended family of freed slaves in the 19th century.  Colonial Williamsburg’s efforts in the 1920s to seal and level that landscape were written in 2’ of yellow clay that eradicated all visual evidence of this former ravine.  While the artifacts recovered from the feature told an important story, so too did the changing terrain.

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Excavation reveals 18th century scouring behind the Coffeehouse. Both actions resulted from construction in an unstable location. 

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Archaeologists excavate a refuse-filled ravine west of the Armoury.

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Physically reconstructing eighteenth-century topography is not a practical solution, and yet without its restoration, key parts of the story are lost. The relatively easy fix enabled by computer modeling allows viewers to visualize an earlier landscape, and to appreciate, for example, how an open ravine might have contributed to the Armoury’s security, or how tenuous a foothold early construction held in the competitive market near the Capitol.

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The Armoury ravine (foreground) contributed to security measures. Courtesy Digital History Center, Colonial Williamsburg Foundation.

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If archaeological evidence has been credited with dirtying and roughening the virtual landscape, its softening effects deserve equal billing.  Colonial Williamsburg’s archaeologists have collected considerable information about the eighteenth-century environment over recent decades, providing hard evidence for Williamsburg’s “curb appeal.” The model provides a suitable canvas on which to publicly paint that picture.

Just as a 1929 topographic map served as the base point for modeler’s rendering of Williamsburg’s eighteenth-century terrain, so travelers’ diaries provide a place to start with the environment.  The picture isn’t always pretty.  John F.D. Smyth, visiting Williamsburg in 1770, describes the city this way:  “the street [is] deep with sand, (not being paved) …. and is very disagreeable to walk in, especially in summer, when the rays of the sun are intensely hot, and not a little increased by the reflection of the white sand, wherein every step is almost above the shoe, and where there is no shade or shelter to walk under, unless you carry an umbrella. . .”.  [A Tour in the United States of America.  1784] The Williamsburg that Smyth encountered in 1770 left a deep impression as a bright, hot, and tree-less place. But how accurate is that characterization, and how do we know?

The capture of information about the eighteenth-century environment has evolved slowly, aided by new technology and ever more perceptive questions.  Between 1930 and 1960, excavation techniques were not focused on the recovery of environmental information, leaving landscape architects to fill “question marks” in the landscape with Colonial Revival gardens considered appropriate to the period.  

Some of the earliest environmental evidence collected by Colonial Williamsburg’s archaeologists came from wells excavated in the 1960s.  A well on the property of John Custis, wealthy landowner and avid gardener, produced branches of American holly and Dutch box, still green after two centuries of submersion.  In 1965, archaeologists made a similar discovery inside the well at Henry Wetherburn’s Tavern.  There, leaves and clippings from Virginia pine, sugar maple, black walnut, cotton wood, mountain laurel, red cedar, mulberry, and red oak, helped to fuel Colonial Williamsburg’s first attempted environmental reconstruction of a yard. 

Since 1980, the development of the field of archaeobotany has reduced archaeological dependence on such random and site specific finds.  Seeds (macro-botanical remains), and their micro-botanical counterparts, pollen and phytoliths (silica casts of plant cells) are now included in the arsenal of evidence employed to reconstruct (at least on paper) past landscapes.  Each of these categories has strengths and weaknesses.  Seeds are the largest and easiest to recover and count, but rarely survive in the soil unless excessively damp or charred (the latter, a more frequent occurrence than one might expect, given open hearth cooking).  Pollen is abundant and indicative of the variety of tree cover and vegetation, but it rarely stays put.   In the ground, pollen is prone to percolation through the soil.  Perhaps more troublesome, in its historic context it is known to blow long distances on the wind, making it a reliable indicator of regional, but not immediate, vegetation.  Phytoliths, the most recent addition to the archaeobotanical lineup, are relatively heavy, meaning that they don’t stray far from their place of original deposit.  But not all plants produce phytoliths, and our collection of comparative samples for eighteenth-century plants is still quite small. 

In short, archaeologists recognize that no form of botanical evidence can indicate what type of tree or plant or grass grew in a specific location.   Taken as assemblages, however, seeds, pollen and phytoliths have the potential to answer a variety of more general questions about environment and land use.  Arboreal pollen provides a glimpse of forest composition.  The growing requirements of represented plant species may indicate whether a location was shaded or open, well- maintained or left to seed.   The presence of weedy materials suggests untended spaces or soil disturbances. 

Given the potential value of this information, collecting soil samples has become as rigorous as the collection of artifacts.  Where conditions are favorable, large bags of soil are retained for flotation, a process that isolates surviving seeds.  Small bags of soil are routinely taken from each layer and archaeological feature to capture pollen and phytoliths.  Where archaeologists encounter deeply stratified deposits, such as the ravines described above, collection of a continuous “column sample” through the succession of fills, or a “core sample” through underlying deposits, permits a look at environmental change over time. 

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Collecting a column sample from the Armoury ravine.

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What all of this sampling has revealed is a change in Williamsburg’s vegetation during the course of the eighteenth century.  The first half of the century saw a relative abundance of trees (hardwoods and evergreens), accompanied by a variety of shrubs.  By the second half of the century, however, the arboreal pollen begins to dwindle and there is an uptick in the presence of opportunistic weeds and grasses.  This suggests a decline in local forests, and a corresponding rise in grasses that populated the now-open area. Opportunistic weeds suggest instability: untended yards, open ditches, and trash deposits.  While there is wide internal variation with this pattern, it seems that our traveler, John F.D. Smyth was telling the truth: by 1770 Williamsburg was an open, dry and perhaps oppressive place……and so it has been modeled. 

Archaeobotanical evidence provides a fair amount of specificity about the surrounding environment during the second half of the eighteenth century.  Pine, oak, maple, hornbeam, birch, chestnut, hackberry, ash, walnut, persimmon, sycamore, and sweet gum were among the trees present in the mix.  Virtual Williamsburg has integrated this information only very generally into the model in the creation of a leafy frame at the edges of the town (placement suggested by Revolutionary War cartographers).  As both the project and the accompanying landscape software develop, the model will continue to be infused with greater detail.     

Lisa Fischer, Director of Colonial Williamsburg’s Digital History Center, emphasizes that the recent launch of Virtual Williamsburg is a starting line, rather than a finish.  The model provides a framework in which a variety of information can be collected, stored, and rendered, to produce a perspective quite different from ours today.   This is a continuous process, and viewers can expect the scene to evolve as new data and discoveries are incorporated into the view shed.  As an interpretive tool, computer modeling has wide-ranging benefits, especially for archaeologists, whose findings can be difficult or inconvenient to recreate in a physical setting.   Virtual Williamsburg provides an opportunity for archaeological data to escape the covers of site reports and to be appreciated on a level–or at least a more accurately rendered– playing field.

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A tree-less Duke of Gloucester Street as we believe it appeared in May 1776.

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Unless otherwise noted, all images courtesy Colonial Williamsburg Foundation. 

The Lost Temples of Angkor

Julie Masis is a freelance journalist based in Cambodia.  Her stories have appeared in the Christian Science Monitor, the Guardian, the Boston Globe, Science magazine and in other publications.

Phnom Penh, Cambodia – By the time they encountered a ten-meter-tall brick wall, trees growing from its top, they had been trudging through the jungle for an hour. It actually wasn’t that far from the village, but there was no straight path. No path at all, in fact. A motorbike couldn’t get through, so they walked. Following their guide, they zigzagged through unfamiliar terrain. They were compelled to look steadfastly down at the ground and step, as best they could, into the footprints of the person before. It was a matter of life or death. They were walking through a minefield, not far from the border between Cambodia and Thailand in the Oddar Meanchay province. 

Before they left on this expedition through the forest, Nady Phann, an official from Cambodia’s Ministry of Culture, asked a local villager if there would be any mines. Phann was well aware of this legacy of his country’s war-torn past.  “There are many”, the villager said. “We found five or six mines per day when we were planting rice.”

Despite that danger, on that day, in February of 2013, Phann and his team discovered five pre-Angkorian temples. These were temples that had been built before the rise of Angkor, a region of Cambodia that served as the center of the Khmer Empire, the most powerful empire of ancient Southeast Asia. Angkor flourished from approximately the 9th to the 15th centuries, AD, but these temples were made of brick and, according to Phann, they were probably built between the 6th and 8th centuries. Some were almost completely ruined. Others still stood. As he always does when he finds a new temple, he noted the exact location – latitude and longitude – took a few photos, and sketched a plan on a piece of paper. His favorite site, which the locals call ‘The Temple of the Black Water Lake’, consists of three temples in a line close to a nearly dried-up reservoir, with the tallest structure in the middle between the two smaller ones. He also recorded the names of the other sites: the ‘Little Monkey Temple’, the ‘Red Temple’, and strangely, the ‘Economic Development Temple’.

“I don’t know how (the economic development) temple got its name,” Phann admitted. “Maybe it comes from the Khmer Rouge. We have to study the names of the temples — (to find out) if the villagers gave the names or if the name relates to an inscription.”

He was pleased, but not completely blown away by his discovery. That is because more than 150 years after French traveler Henri Mouhot first stumbled upon Angkor Wat (Cambodia’s most popular tourist attraction, which is sometimes described as the world’s largest religious monument) archaeologists working in Cambodia are still discovering ancient temples almost every year.

There are approximately four thousand known Angkorian and pre-Angkorian-era archeological sites in Cambodia, including temples, bridges, reservoirs, and theaters – and new sites are being added to this inventory every year, according to Damian Evans, a University of Sydney archaeologist who studies ancient Cambodian temples. However, most of the newly discovered “temples” do not resemble the grandeur of Angkor Wat. A temple ten meters high is an unusual discovery, he said.

“Over the last 20 years, it’s been a constant process of finding several hundred new temples per year,” he said. “But if they’re finding temples of that size, that’s quite an amazing discovery. Normally we just find piles of bricks, just some rubble on the ground, a few pots here and there. It’s definitely not every day that you find a structure with walls.”

During his career with the Ministry of Culture, Phann added dozens of long-lost ancient temples to the map of Cambodia – probably more than anyone else alive, says Evans.

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The Red Temple   Photo courtesy Nady Phann

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Black Water Lake Temple   Photo courtesy Nady Phann

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Little Monkey Temple  Photo courtesy Nady Phann

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According to Yern Hong, the director of the culture department of Oddar Meanchay province, the temples were initially discovered by villagers who went into the forest to gather fruits and hunt for animals. Others say that the temples were found by the Khmer Rouge soldiers, who hid in the forest near the Thai border while fighting the government’s army. But in either case, they didn’t inform authorities in Cambodia’s capital, and that is why the temples had not been documented or studied by archaeologists until now. Even after officials were told about the temples, they couldn’t visit them because of their remote location in the jungle, inaccessible by roads and surrounded by mine fields. Peace had only recently been restored in this sparsely populated area of Cambodia.

While Cambodia’s capital was liberated from the genocidal rule of the communist Khmer Rouge in 1979, fighting continued in some remote corners of the country – particularly near the Thai border – into the 1990s. According to Keo Tann, the police chief of the Traipang Prasat district where the temples were discovered, this area was occupied by the Khmer Rouge until 1998 or 1999.

“Both the Khmer Rouge and the government soldiers laid the mines. The Khmer Rouge reconciled with the government, but the landmines are still in the ground, they didn’t go anywhere. No one can go there because even the soldiers who laid the mines forgot where they put them,” he said.

Mining the areas around ancient temples was a common practice during Cambodia’s civil war because the stone structures could be used as bunkers, according to Heng Ratana, the director general of the Cambodian Mine Action Centre (CMAC), the country’s government de-mining agency.

The remote Oddar Meanchay province is one of the least populated in Cambodia. Christophe Pottier, an archaeologist with Ecole Francaise d’Extreme Orient who works in Cambodia, said that there is approximately one village every 50 kilometers. The temples, hidden by the forest, could not be seen in areal photographs.

In recent years, however, the country’s rapid economic development, the end of the war, and the push to build and pave more roads have led more people to move into previously unoccupied areas. More long-lost temples also began coming into view due to deforestation – in the last ten years, so much of Cambodia’s virgin forests disappeared due to logging that the country, which had appeared mostly green in photographs taken from space, now looks brown, a local newspaper recently reported.

Why so many temples?

There were thousands of stone temples in ancient Angkor, which between the 10th and 13th centuries extended from the border of Myanmar to the west and the Champa Kingdom in Southern Vietnam to the east.

Angkor’s temples, which were built to worship Hindu gods, were erected not only by the king, but also by ordinary people, and were also built to honor deceased ancestors, according to history professor Sombo Manara at the Royal University of Phnom Penh. Over time, it was not uncommon for old temples to be abandoned and new temples to be built somewhere else, leading to an increase in the number of temples over time.

Finding the temples gives historians a better idea about the exact location and extent of the ancient kingdom, and allows them to study how populations moved over time.

“Each of these small temples was a center of a community in the Angkor Empire,” Evans said. “For reasons we don’t clearly understand, the temples were abandoned. Once Angkor collapsed, this whole extended area collapsed at the same time.”

Some theories posit that the empire collapsed after being defeated by a Siamese invasion. According to other versions, climatic changes or drought may have played a role, or the fact that Hinduism was replaced by Buddhism, a more egalitarian religion.

Whatever the reason for Angkor’s demise, Phann and other archaeologists will continue searching for more ancient temples in Cambodia. Nady said he will return to Oddar Meanchey province again in the near future to explore the forest further – as he has heard that there are more temples beyond the minefields.

“We have to do the inventory of all the temples,” he said. “If we know where the temples are, we can inform the companies (that work in the region) that we want to protect these areas”.

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The Names of Angkor’s Lost Temples

Most of the names that are now used to refer to the ancient temples of the Angkor Empire are not original, according to Christophe Pottier, an archaeologist with Ecole Francaise d’Extreme Orient.

“In 98 percent of the cases, the current names are totally unrelated to the ancient names,” he said. “In the Angkor region, we know of temples that changed names three times in a century.” 

Moreover, he says, “while some temples change names often, others share the same name. We have maybe 20 temples named ‘Prasat Pum,’ which means ‘the village temple’”.

Pottier explains that when archaeologists find an ancient temple that was previously unknown to them, they usually write down the name that the local people use, but also give the structure a new and unique number. 

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Cover Photo, Top Left: Dawn at the temple: Angkor Wat sunrise, Siem Reap, Cambodia, David Sim, Wikimedia Commons

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Out of Europe

As Founder and Editor of Popular Archaeology Magazine, Dan is a freelance writer and journalist specializing in archaeology.  He studied anthropology and archaeology in undergraduate and graduate school and has been an active participant on archaeological excavations in the U.S. and abroad.  He is the creator and administrator of Archaeological Digs, a popular weblog about archaeological excavation and field school opportunities.  

To get to his office, one must negotiate a labyrinth of hallways with walls that feature large, locked storage cabinets from floor to ceiling. Invisible to the common visitor, the artifacts and items contained within them constitute only a tiny fraction of the vast collections housed by this, the world’s largest museum complex. Many respectable research scholars would no doubt water at the mouth with the prospect of living and working here. Some of them have already earned the right. One of them is Dr. Dennis Stanford. A soft-spoken man of middle age, he is one of the world’s foremost authorities on Paleo-Americans. When not traveling or conducting field research, he makes his professional home tucked unseen behind the public halls of the Smithsonian Institution’s National Museum of Natural History. Here, he directs the institution’s Paleo-Indian Program, spearheading the Smithsonian’s research efforts into the most ancient peoples and cultures of the American continents. 

Offering me the opportunity to see in person what represented the essence of his latest research efforts, he graciously led me through the hallways to his office. It was not the typical vision of a professional office space. We first walk into a spacious room that features a very large table at its center. At first glance, there isn’t much on its surface, but below it are scores of drawers filled with artifact casts and other items related to his research and program responsibilities. Around the walls I could see charts and images displayed, some of which I recognized from the content of his latest book, Across Atlantic Ice, co-authored by University of Exeter archaeologist Bruce A. Bradley and now a bestseller with the University of California Press. He pulls out drawers filled with carefully placed lithic (stone) artifacts and places them on the table. In one of them, he shows me a tray of what appear to be six stone spear or projectile points or knives, placed in horizontal alignment. Each classified as a “bifacial” (worked on both sides) and shaped like a laurel leaf, they are comparatively very similar in size and shape. I hold each in my hand and note that they are relatively thin, lightweight, and finely crafted. Most of them were dredged up in nets by fishermen, found submerged off the eastern coast of the U.S. At first blush, these pieces would not raise any eyebrows, except that one of them, found in 1970 by the crew of the vessel Cinmar while harvesting sea scallops approximately 100 kilometers off the coast of Virginia, was found in association with the remains of a mastodon dated to nearly 23,000 years ago; and another, a nearly identical laurel-leaf-shaped point that appeared as though it was made by the same maker, was actually found in Europe. The latter was a laurel leaf point manufactured by people who had lived from around 22,000 to 17,000 BP  in certain regions of what is today France and Spain. They were identified with an advanced, innovative flint tool-making style of the Upper Palaeolithic, known as the Solutrean.

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The Solutrean-style laurel leaf biface artifact found at the “Cinmar” site on the submerged continental shelf off the eastern U.S. mid-atlantic coast. Courtesy Dennis Stanford 

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So what were Solutrean-style points doing off the eastern North American shoreline?

He shows me another tray that holds a cast of another biface laurel leaf projectile point. It was found in the 1970s along with other prehistoric artifacts below a clay chimney base at an archaeological excavation of a 17th century colonial homestead on Eppes Island, Virginia. Analysis of the artifact indicated that it was made out of French flint, a type of material only found in France. Stanford writes about this find in his recent book. “This location would have been an excellent camping locality following the LGM (the Last Glacial Maximum, between 26,000 and 20,000 years ago),” he writes. “The biface and other prehistoric artifacts were found below a clay chimney base and thus were not likely to have been the possessions of a colonist. Because this is not certain, the laurel leaf is not the smoking gun of our theory, but it is an intriguing piece of evidence.”[1]  

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Courtesy Dennis Stanford 

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One could make a case that the Cinmar and Eppes Island artifacts are inexplicable flukes, but in tray after tray, Stanford shows me casts of stone artifacts from various American sites or deposits dated to pre-Clovis and Clovis times, along with those of the Solutrean culture obtained from the other side of the Atlantic, all exhibiting remarkably similar characteristics. 

Stanford suggests a possible historic connection for all of this. He, along with colleague Bradley, hypothesize that sometime between 25,000 and 13,000 years ago, members of the Solutrean culture based in Europe followed their subsistence needs across the ice-edge environment of the Last Glacial Maximum (LGM), taking them across the (then) exposed ice and lands along the northern margins of the North Atlantic between two continents to gradually reach North America as the ancestors of the Clovis peoples, traditionally considered the first clearly defined culture of the Americas. It is known among scholars today as the “Solutrean Hypothesis”.

He admits that his model has faced some stiff resistance, particularly among scholars of the traditional early American “Bering Land Bridge” origins theory. But for at least some of the unconvinced who visit his lab and see and handle the artifacts, seeing is believing. “Those who come in and see the evidence here,” he maintains, “walk away with a more accepting attitude”.

But the road into the mainstream continues to go uphill. Says Margaret “Pegi” Jodry, a long-time research associate who has worked closely with him for many years: “They hold us to a higher standard.  It seems unfair, but it is true. If our artifacts were found in the Pacific Northwest, Canada or Alaska, we wouldn’t need to show the same high “burden of proof” to support the traditional Bering Land Bridge theory.”  

 

Challenging the Popular Paradigm

The broadly accepted view about when and how people first entered the Americas has revolved in part around the changes in the glacial periods associated with the last glacial period of the Ice Age, a time when the Cordilleran and Laurentide ice sheets covered much of northern North America. However, during the warmer interglacial periods, they retreated to create ice-free corridors along the Pacific coast and areas east of the Rocky Mountains of Canada. Scientists have long suggested that it was through these corridors that humans were likely able to cross Beringia into the Americas. Beringia was a land bridge as much as 1,000 miles wide that joined present-day Alaska and eastern Siberia at various times 110,000 to 10,000 years ago. Exactly when and how this crossing may have occurred has been a matter of debate for decades, but the most widely accepted proposal advances the suggestion that it may have occurred around 15,000 years ago, giving rise to the Clovis culture.

The Clovis time refers to a time period (beginning about 13,500 years ago) to which, according to many scholars, the earliest known stone tools and weapons made by early ancestral Native Americans could be assigned. Best known for their medium to large fluted lanceolate projectile points and distinctive bone and ivory items, these stone artifact finds constitute the evidential basis for the widely accepted “Clovis First” hypothesis, which suggests that the people associated with the artifacts were the first inhabitants of the Americas. Clovis artifacts have been found in abundance at sites across the North American continent. 

But now, new arguments against the traditional Clovis First perspective are emerging, pointing to the fact that no Clovis-type artifacts have been found in Northeast Asia, from where the early Americans under the Clovis Model are suggested to have migrated, and fluted stone points that are iconic for Clovis and found in Alaska are all dated too late to be assigned to the Clovis horizon. Moreover, six major sites in South America with stratigraphic layers dated to the Clovis period are devoid of Clovis period artifacts. 

Focusing on the lithic evidence, Dennis agrees with the new arguments.

“Our evaluation of the Beringian data is that there is no [archaeological] evidence of Clovis ancestors in Siberia. The oldest fluted points in Alaska are younger than western Clovis and much younger than the early sites in eastern North America. Even if we discount these dates, there are no good technological candidates for a thinned biface, large blade tradition [hallmark characteristics of Clovis] in Beringia.”[2] Moreover, states Stanford, “there is increasing evidence that a habitable land route through the northwest American ice-free corridor was not available before Clovis times. When a passable corridor did open, the evidence points to people moving northward up the corridor when it opened rather the other way around.”[2]

But looking east toward the eastern half of the U.S., a different story may be emerging —  one that could extend all the way to Europe.

 

The Solutrean Hypothesis

I asked Stanford what initially led him to consider a possible European origin for Clovis.

“There were several things,” he responded. “What they were unearthing at the Cactus Hill site in Virginia, and then what I saw in Europe at exhibits and a Solutrean exhibit in Spain made me think — ‘that looks just like Cactus Hill’! Then I learned that the Cactus Hill artifacts had been radio-carbon dated to 16,000 RCYBP (Radio-Carbon Years Before Present, or 19,200 years ago). That was very exciting.”

And through time, all the pieces, archaeological, paleo-climatological, and geographic, began to come together for him.

New excavations in the southeastern U.S. and the mid-Atlantic were yielding artifacts dated to pre-Clovis times. Sites like Meadowcroft Rock Shelter in Pennsylvania, Cactus Hill in Virginia, Miles Point and Oyster Cove on the Chesapeake Bay, as well as the offshore Cinmar site, to name but a few, all revealed lithic artifacts arguably dated thousands of years before the oldest Clovis points found across North America. And like the Cinmar point and other points uncovered throughout the eastern U.S. and at underwater locations off the eastern seaboard, the Solutrean assemblages found in Europe, and more specifically southwestern France and northeastern Spain, shared remarkably similar characteristics.

“The majority of the oldest dated sites in the Americas with undisputed artifacts are in the Chesapeake Bay region,” maintains Stanford. “The artifacts from these LGM sites are technological and functional equivalents of artifacts from the same period found in southwestern Europe and are not technologically or morphologically related to any east Asian technology.” [3]

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Projectile points and their corresponding ages, found at sites in eastern North America. The first artifact on the far left represents a typical point of the Solutrean type, found in Europe.  Courtesy Dennis Stanford 

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Graphic illustration of indented base points. A is a Solutrean point found in Europe. B is a point found at Cactus Hill in Virginia.  Courtesy Dennis Stanford

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Locations of some of the sites, with dates, bearing pre-Clovis artifacts. Courtesy Dennis Stanford 

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But as Stanford and Bradley, both expert flintknappers, would point out, it is not all about their appearance. Both Solutrean and Clovis technology, they contend, involved specific and sophisticated methods of manufacturing their end-products, constituting a nearly identical processing technology of highly specific sequential steps. This, they maintain, belies arguments for separate or independent development. “We contend that the more basic a technology, the more likely its independent invention. By the same token, we conclude that complex technologies that shared highly detailed and specific methods were unlikely to have been independently developed. The possibility of their historical relatedness would of course depend on a plausible link in time and space. Since this exists for Solutrean, pre-Clovis, and Clovis, we conclude that the high degree of correspondence between their flaked stone technologies indicates a historical relatedness.” [4]

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Developed based on cluster analysis, this diagram shows where the stone tool formation processs converges and diverges in comparisons between the Clovis, Beringian, and Solutrean traditions. As can be seen, the Clovis and Solutrean manufacturing processes are remarkably similar, as indicated by the converging elements. Courtesy Dennis Stanford 

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Needless to say, their critics point to a number of problems with the hypothesis. What about the distance, geographic, and climate barriers that make the historical connection implausible? And where were the boats? Where is the evidence for a maritime technology and other technological adaptations necessary to establish such a connection? 

The Climate and Geography

Even with the matching technology and the growing evidence for correlation in time between dateable assemblages in America and Europe, would the climatological and geographic conditions that existed over 20,000 years ago in Europe and North America facilitate such a connection?  

Stanford and Bradley think so.

Based on recent studies, they assert that the colder, drier conditions during the LGM in Europe likely incentivized animal and human populations to move into more temperate zones. “Pollen records and the increased number of archaeological sites indicate that more favorable conditions existed along the coastal areas of Spain, Portugal, and southwestern France and in the sheltered river bottoms of southwestern France.” [5] Therefore, even though the harsh LGM climate was much colder and drier than today, the “relatively high insulation [from the harsher conditions away from the coast and in the higher elevations inland], ample winter daylight due to a relatively low latitude, and moderate snow cover favored rangeland productivity and supported a reasonable biomass.” [6]

Moreover, the southward-advanced ice edge that marked the southern margins along the North Atlantic in the broad expanse that today encompasses Greenland and Iceland between Europe and North America, due to the lower LGM sea levels, availed a more southerly platform along which Paleolithic peoples may have moved, as compared to today’s conditions.

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The LGM ice cover in the North Atlantic at the time when Solutrean peoples are hypothesized to have crossed over from Europe to the Americas. Courtesy Dennis Stanford

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Map showing the exposed continental shelf along southwestern France and northwestern Spain, with known Solutrean sites. Also shown are concave based points from Spain, representing the types of artifacts of the period that show similarities to the Clovis and pre-Clovis artifacts found in eastern North America. Courtesy Dennis Stanford

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But such a connective route would not necessarily have been easy. “Deep sea cores,” write Stanford and Bradley, “show that the biological productivity beneath the perennial LGM ice was low, perhaps as much as 50 percent less than today, and life ecozones were shifted southward from their present locations to compensate for these harsher physical conditions.” However, they continue, “this low productivity nevertheless would have provided enough resources for the Paleolithic people who made their living from the sea.” [7] 

On the other side of the Atlantic, the LGM saw, at times contemporaneous with similar conditions on the European side, an extended North American landmass due to lower sea levels. Much of the submerged continental shelves of today were at that time vast plains that had a mix of pine tundra flora and large mammal fauna, such as mammoth. Indeed, sea dredging and paleoecological analysis of the finds have suggested this to be the case.  “The continental shelf would have been above sea level and available for plant and animal colonization from Browns Bank, which fronted an ice-covered Gulf of Maine, southward to the Straights of Florida,” write Stanford and Bradley. “Throughout this distance of some 1,800 kilometers, the shelf was transformed into a wide extension of the coastal plain.” [8] 

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Map showing the extent of the exposed continental shelf during the LGM with large mammal sites. Also shown are two of the key sites where Solutrean-type artifacts were found. Courtesy Dennis Stanford

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Distribution of known Solutrean-style laurel leaf biface artifacts in the mid atlantic coastal and continental shelf areas, showing extent of dry land during the LGM. Courtesy Dennis Stanford

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Given what recent studies have suggested about the climate and geography of the LGM, “westward-bound Atlantic mariners could have made landfall on the eastern edge of the Grand Banks,” state Stanford and Bradley. [9]

Could it then be only a small leap of the informed imagination to suggest that artifacts like the Solutrean-style Cinmar laurel leaf point found submerged with a mammoth in the waters of the eastern North American continental shelf, and the Solutrean laurel leaf points of Southwestern France and northwestern Spain, share a common cultural thread?

Solutrean Mariners?

A number of archaeological sites with Solutrean remains have already evidenced exploitation of the sea and coastal areas of southwestern Europe. Although much of the remains that would support a marine and estuarine subsistence lifestyle may still rest submerged in the waters covering the European continental shelf (a landmass that during the key LGM period was above water and dry), some clues have been found at sites inland from the anciently exposed shelf. Faunal assemblages of shellfish, limpet, periwinkle, salmon, trout, and some seal bones have been recovered. At the La Riera Cave on the coastal plain of eastern Asturias in Northern Spain, for example, archaeologists have recovered large amounts of mollusks, a significant amount of fish remains and some seal bones.[10] Depictions of saltwater fish like flounder and halibut have been discovered on cave walls. There is thus some indication that the Solutrean people acquired marine resources, and likely had technology to exploit them. 

But where are the boats? Where is the evidence that they had the technological capability of crossing sea and ice over 20,000 years ago?  

Stanford and Bradley point to research that indicates, at least indirectly, that humans possessed a sea-faring capacity much earlier than traditionally thought. Archaeological evidence has suggested that many of the far-flung South Pacific islands witnessed human habitation by about 30,000 years ago. There is evidence of watercraft on the eastern shores of Honshu in the East China Sea by at least 30,000 years ago. Calcareous breccia on prehistoric human remains uncovered on the island of Crete in the Mediterranean has been dated to 51,000 years ago (give or take 12,000 years), a time when Crete was not connected to the mainland, suggesting an open sea crossing as the only way to have reached the island. Aurignacian artifacts (ca. 45,000 to 35,000 years ago) have been found at Fontana Nuova di Ragusa in Sicily, an island never connected to the European mainland. There are depictions of deep-sea fish and flightless auks in El Pendo cave on the coast of northern Spain and at Cosquer Cave on the Mediterranean coast of France. And on the other side of the Atlantic, a fluted projectile point was discovered in present-day Vermont in the U.S., determined to have been left on the surface of a former shoreline of the Champlain Sea during the Ice Age. Analysis of the find indicated that it was made of Ramah chert originating from a chert quarry 1,300 kilometers away in a location that could only have been traversed by boat at the time the point was likely manufactured (see image below). 

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Image courtesy Dennis Stanford

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This is but a partial list of finds and clues that speak to the possibility that watercraft were indeed a part of the Paleolithic repertoire, though it is too soon to draw definitive conclusions. The direct evidence is not yet there, and this would be predictable, as sites that would bear that evidence are likely currently underwater, at locations on surfaces that during the LGM would have been above ground as Paleolithic peoples were traversing the land and making their encampments. But given the developing evidence, as indirect as it may be, Stanford and Bradley still express qualified optimism.  “There is no question,” they maintain, “that watercraft-manufacturing technologies were developed during the Paleolithic, but the earliest physical remains of a boat are from a log craft found in Pesse in the Netherlands that is between 9,510 and 10,040 years old.” [11] Still, even this find has pushed back the chronology on boat-making considerably, based on the traditional view.

 

Looking Forward

I asked Stanford about his future plans for research.

“We’ll be returning this summer to the “Cinmar” point site where the Mastodon was discovered in 1974 with the University of Delaware to continue our exploration of the site. We’ll use remote sensing and attempt to recover more of the bones and also prospect for other sites. We hope to retrieve additional bones for analysis to determine if there are any butchering marks on them.”

Dennis and other scientists will no doubt look more and more to these now hidden, underwater regions off the U.S. eastern seaboard, places where Paleolithic hunter-gatherers may have walked and camped on dry ground perhaps more than 20,000 years ago. Time and more evidence from sites like these and other new sites further inland in the eastern half of the country, as well as elsewhere, may hold additional keys to a time and people long gone, but whose ancestry and origins may represent a much more complex mosaic than traditional paradigms. DNA research, which has already provided biological clues to the Asian connection, including other recent research that hint at a European connection, holds great promise but is no doubt still in its infancy when it comes to establishing conclusive evidence of Native American origins.  

Compared to the vast data thus far collected for the Clovis times and later periods, the evidence for pre-Clovis and a Solutrean hypothesis is less robust and not without controversy. But the material data appears to be mounting and the analytical analysis is becoming more sophisticated and reliable through time.

And even if the mounting evidence and analysis lead in time to a general scholarly consensus of support for their hypothesis, Stanford and Bradley want to make sure that potential critics understand at least one thing: The Solutrean Hypothesis is not exclusive.  

It “does not necessarily mean,” writes Stanford in his recently published book, Across Atlantic Ice, “that the Clovis people [as defined here as a people whose ancestral roots may have been in Europe] were the ancestors – or the only ancestors – of contemporary Native Americans, and it does not mean that Paleolithic northeast Asians did not also colonize the Americas. It does mean that, in concert with other strands of evidence, that Clovis is part of the rich, complex, and wonderful story of the ebb and flow of people whose descendants are what we call Native Americans.” [12]

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For more detailed information about the Solutrean Hypothesis, interested readers may purchase the book, Across Atlantic Ice, at the University of California Press website, or at Amazon.com.

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[1] Stanford, Dennis J. and Bradley, Bruce A., Across Atlantic Ice, University of California Press, Berkeley, CA, 2012, p. 110

[2] Ibid., p. 242

[3] Ibid., p. 246

[4] Ibid., p. 241

[5] Ibid., p. 209

[6] Ibid., p. 211

[7] Ibid., p. 217

[8] Ibid., p. 212

[9] Ibid., p. 212

[10] Ibid., p. 190

[11] Ibid., p. 231

[12] Ibid., p. 14

Cover Photo, Top Left: Solutrean tools discovered in France. World Imaging, Wikimedia Commons

The Cultural and Political Horizons of Persian-Period Bethsaida

Dr. Nicolae Roddy, Associate Professor of Older Testament at Creighton University in Omaha, Nebraska, has co-directed the Bethsaida Excavations Project since 1997, and the Virtual World Project (www.virtualworldproject.org) since 2006.  Roddy holds an M.A. in Theology from St. Vladimir’s Orthodox Theological Seminary and a Ph.D. in the area of Judaism and Christianity in the Greco-Roman World from the University of Iowa. Roddy was appointed as a Fulbright scholar to Romania (1994-95), which resulted in his first book, The Romanian Version of the Testament of Abraham: Text, Translation, and Cultural Context (Society of Biblical Literature, 2001). He is also the author of several book chapters and journal articles on topics related to the Bible and archaeology. Nicolae Roddy is married to Alexandra, who along with his daughter Aurelia, assists in supervising the dig at Bethsaida. Aurelia has three younger siblings destined to dig.

In the world of archaeology, few historical places and times have received as much attention as the Iron Age and Hellenistic-Roman periods in Palestine, due almost exclusively to the fact that these periods represent the spatial-temporal contexts for both monotheism’s foundational narrative, the Hebrew Bible, and its cognate corpus of texts, the New Testament. For over 200 years now, archaeologists—specifically “biblical archaeologists”—have conducted several hundreds of surveys and digs in and around Palestine in an effort to recover these lost worlds of the Bible, all but ignoring the roughly half-millennium of human habitation that thrived during the so-called intertestamental period. The fact that these centuries have largely been neglected is ironic given that most scholars today posit the editorial enterprise that brought the texts of the Hebrew Bible together for the first time as “Bible” somewhere during this time.

The material remains of the 6th–4th centuries BCE are often described as scarce and relatively less impressive than finds recovered from the Iron Age and Hellenistic-Roman periods, but it gives one pause to consider just how much these assertions are based on actual fact, or whether they are simply the result of an unintentional bias leading to a self-fulfilled expectation. After all, if ceramic forms during these centuries did not change much (they did not!) and surviving monumental structures continued in use from previous times (they did!), then factors of cultural continuity and political stability in the past, combined with a general lack of modern interest in the period, would likely reinforce an ongoing cycle of diminished regard for what was, relatively speaking, perhaps one of the more enlightened of ancient empires. In light of all these suspicions, I offer here a brief overview of the material remains of Persian-period Bethsaida (formerly, et-Tell)—the first composite portrait of the subject ever—as a case study for advancing interest in, and greater appreciation for the growing body of knowledge about the region in and around the northern Galilee during Achaemenid Persian rule.

 

The Persian Levant

The Achaemenid Persian Empire, which lasted from the mid-sixth century BCE to the meteoric rise of Alexander the Great in the later part of the fourth century, was the greatest empire the world had ever known, extending its grasp all the way west to eastern Europe, and eastward to the Indus Valley. For a time, it controlled Egypt as well. This empire’s great glory has been largely understated in the West, not so much because Alexander the Great eventually managed to conquer it, but because Greek historians like Herodotus and Thucydides overshadowed it in that way. This alone should compel the historically minded to delve deeper into the archaeological and epigraphical records in order to give the Persians their due.

However, our study of the Levantine Persian-period does not begin with the Achaemenid rulers themselves, nor even with their (neo-)Babylonian imperial predecessors, but with the Assyrians, who during the ninth through eighth centuries BCE, established a kind of template for Mesopotamian conquest in swallowing up independent kingdoms all along the Fertile Crescent, establishing new administrative centers in their wake, and connecting them all through an efficient and quite extensive network of roads.

When the Assyrian empire fell to the Babylonians in 612 BCE, the new Mesopotamian imperial overlords simply followed their predecessor’s well-worn ruts, assuming established structures as a platform for carrying out their own distinct imperial agenda. With the relatively facile conquest of Babylon by Cyrus the Great (539 BCE), aptly so-named for having been welcomed (albeit somewhat reluctantly) by the priests of Marduk and heralded by the writer of the book of Isaiah as God’s “anointed one” (mashiach; Isa 44:28–45:1), a new age of imperial control extends itself across the Levant. Making further use of existing administrative structures and roads and strengthening defenses along the Mediterranean coast, the Achaemenid Persians ushered in an age of relative stability for the Levant, which in addition to biblical archaeology’s general lack of interest in the period, has ironically contributed to the relative obscurity of the age that has only recently been coming to light (see Betlyon: 2005).

Achaemenid interest in fortifying the Mediterranean coast as a bulwark against the Greeks and Egyptians is well attested in the material record, where a line of fortresses ensured heavy defensive and administrative control over major ports of trade, while guarding the roads that connected them to storage facilities and distribution centers in cities further inland. Relevant coastal cities, among others, include (north to south) Sidon, Tyre, Achzib, Akko, Shiqmona, Dor, Jaffa, Ashdod, Ashkelon, and Gaza. Persian installations inland, many of which were also fortified, include Megiddo, Hazor, Mizpe Yamim, Kedesh, Tel Dan, Tell Anafa, Tell Kinneret, Gilam, Tell Abu Hawam, Tel Megadim, Sa’sa, Gush-Halav, Tell Qasile, Tell el-Hesi, Ayalet ha-Shahar, Beth Yarah and Beth She’an (Stern 1982).

The size and number of these installations suggest a sizable population in the region, an assertion that is supported by regional surveys. N. Zori’s survey of the Beth She’an valley and rolling hills toward the southwest yielded Persian-period pottery evidence at no less than forty-four sites and seventy-three sites respectively (Betlyon 2005: 26). Unfortunately, excavations east of the Jordan rift have yet to be carried out quite as extensively, due to the relatively diminished biblical relevancy of the so-called “Transjordan,” a perspectival name illustrating the point. However, this situation is rapidly changing, for in addition to the longstanding Madaba Plains Project (established in 1968), new excavation projects—including those by Jordanian universities—are undertaking exciting projects in the ancient regions of Ammon, Moab, and Edom. In Jordan, Persian-period activity has been found most notably at Tall al-‘Umayri, Tall Hisban, Deir Alla, Tall es-Sa’idiyeh, Tall Safut, Khirbet al-Hajar, Umm Udaynah, and Abu Nusayr (Stern 2001: 454-59). One may add to this list Tall Nimrin, Tall el-Mazar, Jalul and a growing number of others.

Politically, the largest unit of Persian administration was the satrapy, which for the Levantine regions was the huge Fifth Satrapy known as Abar-Nahara, or the land “Beyond the River,” with its capital at Damascus. The river, of course, is the Euphrates and the point of view is from one of the Persian capital cities, Susa perhaps. Administration by the satrapy, including the collection of taxes and organizing regional defenses, was carried out on a local level through the efforts of nearby city-states. Thus villages located anywhere around the littoral zone of Lake Kinneret (Sea of Galilee) might be governed by Phoenician, Syrian, Ammonite, Arabian, or even Samaritan/Israelite political and economic interests, irrespective of ethnic homogeneity.

Although local governors still had to defend and pay taxes to their Persian overlords, at least some of the provinces enjoyed a certain amount of political and cultural (including religious) autonomy. Under Darius I, for example, Yehud, Samaria, Ashdod, and Gaza, had permission to mint their own coins and inscribe their own official stamps and seals (Stern 1998: 432). Although these provincial governorships had local jurisdiction over many, often multi-ethnic settlements, they were still expected to demonstrate respect for the Persian imperial presence in their midst and, by extension, to the far-away overlords these officials represented.

The administrative picture that emerges is thus: that intercourse among various Persian administrative centers throughout the Levant flowed to and fro along a vast network of roads that passed along and through various levels of imperial control—from outposts to garrisons, to provincial centers, to regional governorships, to the seat of the satrapy, and ultimately to the Persian capital itself. Because these political units—at every level—served as pegs upon which an efficient system of taxation, defense, communication, and the transportation of goods could be draped, this meant that even the smallest regional outpost had a significant role to play in maintaining the efficiency of the imperial system. On the basis of the material remains recovered from Persian-period Bethsaida discussed below, I would suggest that such is the context for the picture that emerges.

Even so, while Persian imperial presence in the Levant is becoming better documented, ethnographic distribution in the region remains relatively obscure, especially in light of the fact that the modern concept of borders was unknown in antiquity. Population migrations and displacements were almost commonplace in antiquity, so that political and ethnic boundaries were not necessarily coterminous. In fact, it is more accurate to think in terms of “zones of influence”, rather than lines drawn on a map. This is no less the case in the vicinity of the great lake Kinneret, the biblical “Sea of Galilee”, the geographical context of our study.

 

Persian Bethsaida/et-Tell

Bethsaida, formerly known as et-Tell, is located along the eastern bank of the Jordan River near the northern shore of the Kinneret. The site was lost from history for the past seventeen centuries or so, until excavations began in 1987 under the direction of Dr. Rami Arav, and joined more recently by Dr. Carl Savage. Et-Tell’s identification as Bethsaida, home of Jesus of Nazareth’s first disciples, as well as the Iron Age capital of the kingdom of Geshur, is now generally accepted. Some of the more impressive discoveries during the more than quarter-century of excavation there include an extremely well-preserved ninth-century gate complex with cultic installation (‘Level 5’), massive monumental architecture from the tenth-century BCE (‘Level 6’), and several large Hellenistic-Roman courtyard houses located at the northern end of the site (‘Level 2’).

Following the Assyrian devastation of Bethsaida’s Iron Age city by Tiglath-Pileser III, in 732 BCE, architectural modifications to the bit hilani-style structure in Area B indicate the presence of continued activity on the mound into the neo-Babylonian period, most likely of an administrative nature (Greene 2004: 63-82). Whether or not there was ever a complete abandonment of Bethsaida at any point thereafter has not yet been satisfactorily demonstrated. At any rate, material remains from the Achaemenid Persian period lie scant and scattered in and about the ground, as is the case at many sites throughout the Levant, evidenced mostly by random shards harvested from unsealed loci and labeled along with either late-Iron Age or early-Hellenistic assemblages of mixed pottery.

Yet amid Bethsaida’s seemingly uninspiring ceramic record and apparent lack of architecture for the Persian period, there is enough recovered material to entice one toward taking a closer look at this obscure period—finds (discussed further below) that include a classical mid-fifth century Athenian silver tetradrachm; a rare and as yet unpublished glass coin; other glass objects in the form of vessels and beads; an assortment of Persian-period pottery including several shards of “black figure” ware, typical mortaria, Persian-type bronze bowls, and a complete Achaemenid-period, Phoenician “court-style” cylinder seal. Also relevant, although with somewhat less certainty regarding actual dating, are a few Phoenician-style figurines similar to those found from favissae at the Kharayeb temple, near Tyre.

Taken all together, there is a sufficient amount of material remains and intriguing circumstantial evidence to suggest the presence of some sort of small established settlement at et-Tell during the Persian period, which may have played some minor administrative role (and therefore perhaps even cultic) at the eastern periphery of the Phoenician cultural and political orbit—perhaps an auxiliary outpost charged with monitoring movement around the northern edge of the great lake, including a road running up the Jordan rift from Ammonite cities like Tell es-Sadiyeh, following the shore of the lake (modern Israeli highway 92), then splitting, with the western spur continuing northward along the Jordan valley, grazing Bethsaida’s eastern edge before eventually connecting with the Great Trunk Road between Hazor and Damascus, or to other points beyond (e.g., Tyre, Sidon, Kedesh, Tell Anafa, etc.)

 

Numismatic Evidence

Having situated Bethsaida in the likely network of regional traffic ways, we turn now to its material culture in an effort to ascertain the nature of the settlement, both in culture and function. Beginning with Bethsaida’s numismatic assortment, we find that we have a handful of coins dating to the late-5th, early 4th century BCE. These include the aforementioned Athenian tetradrachm (from Area A), two large, nearly as impressive silver Tyrian tetradrachms, two silver obols, and three bronze pieces.[1] All but the classical Athenian coin were minted in Tyre, and all but one of the Tyrian coins were discovered in ‘Area C’. The Tyrian shekels are nearly as large as the Athenian coin, measuring roughly 28 mm in diameter, and bear an image of the bearded Melqart, patron god of Tyre, riding a hippocampos, the mythic horse of the sea. They also bear the ubiquitous owl on the reverse. Evidence from the numismatic record thus indicates a rather homogenous Phoenician economic, if not cultural, presence.

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The Athenian tetradachm recovered at Bethsaida 

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A Cylinder Seal

During the 1994 season, two cylinder seals were discovered at Bethsaida in entirely separate contexts: a neo-Assyrian seal recovered from Area C and a complete Achaemenid period seal from Area A. The latter was recovered from a mixed context, but dated by Baruch Brandl to the late-sixth or fifth centuries BCE on the basis of motif and manufacture (Brandl 2004). He identifies the artifact as belonging to a small group of Achaemenid seals in the “court” style, characterized by the vertical arrangement of two separate motifs resulting from a bivalve molding process. The upper register shows a winged bull facing toward the right; the lower register bears a bearded fish-man, with a double-plumed helmet, also facing toward the right. The “merman” carries what appears to be a palm branch or tree-like figure in his left hand, while his right hand appears to be raised in a blessing.

According to Brandl, these motifs reflect both Achaemenid and Phoenician motifs and witness to the sort of political and cultural integration characteristic of the Persian Empire. He further observes that such a seal would most likely have been in the possession of some sort of official. The fact that two seals from different periods have been found at Bethsaida suggests possible continuity in et-Tell’s role as a minor administrative outpost. In any case, in addition to the Phoenician numismatic presence, we may now add an intriguing bit of evidence pointing to an Achaemenid Phoenician administrative presence at Bethsaida.

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Persian period cylinder found at et-Tell/Bethsaida

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Additional Small Finds

Other small finds include the unpublished glass coin mentioned above, as well as a number of core-formed vessels, including shards of a type known as an alabastron, a small, bulbous glass juglet with a trefoil mouth, decorated with zigzag bands of white and yellow (Rotloff 2009: 205) and not uncommon in Phoenician sites throughout the region. Last, but not least, two bronze bowls of a distinctively Persian type were recovered from a mixed context in Area A, one nesting within the other.

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Bronze bowl discovered at et-Tell/Bethsaida

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The Ceramic Record

Seymour Gitlin sums up the problems associated with cataloguing Persian period ceramic assemblages in a statement descriptive of our situation at Bethsaida and therefore worth quoting in full: 

More often than not, the Persian period was only attested by remnants of architectural evidence found above Iron Age and below Hellenistic occupation phases. Often the presence—but not in situ—of imported Greek ware, coins, and stamp impressions indicative of the Persian period had been sufficient reason for the excavator to assign this intermediate architectural phase to the Persian period. The pottery associated with, but not stratigraphically sealed in, this intermediate period was also then designated as belonging to the Persian period. (Gitlin 1997: 90)

So it is that the gap between Iron Age and Hellenistic levels—at Bethsaida and elsewhere—remains for the most part an undifferentiated repository for ceramic forms deemed “Persian-period,” without much further chronological or typological precision.

Nevertheless, in surveying the past dozen excavation seasons, by far the largest concentration of Bethsaida’s Persian period ceramic finds have been retrieved from unsealed loci at or near the apex of the tell, that is, toward its southern end. In fact, fully 72% of the total ceramic record for these seasons[2] was harvested from a very distinct line forming an east-west axis across the southern end of the tell in Area A (squares 54 F-G-H-I), just south of the building designated as a temple. The fact that excavations have been conducted in the squares running along both sides of this line assures us that this assemblage is not some artificial construct based on a limited dig trajectory. The ceramic record includes kraters, cooking pots, bowls of varying kinds, a number of shards of Persian-style “black figure” pottery, as well as both ring-based and flat-based mortaria. Moreover, the greatest concentration of shards were retrieved at the center of this line, where according to the anecdotal report, excavators found a “strange square installation”—the dimensions of which were not entered into the record—as well as an unspecified amount of plaster, the ring base of a Persian crater, a shard from a Persian period cooking pot, and “lots of bone”. That the finds were concentrated in such a narrow configuration suggests not so much a loosely domestic cultural context, but rather a somewhat regimented one.

Of all the ceramic forms, apart from the “black figure” pottery, the mortarium is the most distinctive. A mold-made vessel, the basic mortarium is somewhat flat and usually has an outwardly rolled rim. It stands roughly eight centimeters high and measures about thirty centimeters in diameter. Its design makes it also suitable for grinding. Basically, two types of mortaria have been identified, although there is more variation than this statement would suggest, both of which have been found at Bethsaida. There is a flat base variety common to the seventh century, as well as a Persian (and Hellenistic) bowl-shaped form with ringed base, which has been described as ubiquitous and almost entirely unique to Palestine (Blakely, et al 1989: 196). Mortaria at Bethsaida have been recovered in the vicinity of the large courtyard structure in Area B, but have also been found at the southern apex of the tell in Area A. Although without recovery from a sealed locus it has not been possible to narrow down the precise dating of these vessels, it is worth noting that at least prior to the mid-fifth century BCE, the ring-based variety, such as found at Bethsaida, appears almost exclusively in connection with military or other administrative-type installations (Blakely, et al 1989: 223). Albeit circumstantial, we may have reason to add to the numismatic, glass, and ceramic (including the cylinder seal) evidence in support of the hypothesis that something other than random activity was occurring on the tell, perhaps during the late-fifth, early-fourth centuries BCE, and that in light of the apparent absence of residential structures it seems likely that some modest official or military-type operation may have been taking place within a distinctively Achaemenid Phoenician political, economic, and cultural context.

 

Persian Period Structures at Bethsaida?

Perhaps unsurprisingly, with only trace evidence (the plastered square structure mentioned above) and one other possible exception, no clearly identified structures from the Persian period have yet been discovered at Bethsaida. As mentioned earlier, the bit hilani-style structure (Area B) underwent an apparent re-purposing in the aftermath of Tiglath-Pileser III’s conquest of the region in 732 BCE, when a large hall was partitioned to form smaller rooms. But whether or not the re-purposed structure continued in use into the neo-Babylonian or Persian periods has not been determined. Certainly Persian re-use of existing structures would not be without precedent in the region. For example, a large administrative structure discovered in 1950, just east of Tell Hazor, only sixteen kilometers northwest of Bethsaida, was initially identified by Stern as Persian on the basis of the ceramic record, but its foundation was later determined to be rooted in the Assyrian period (Reich 1975).

Is there anything to suggest building activity at Bethsaida’s putative Persian level? One interesting possibility exists in connection with the so-called “Temple of the Imperial Cult,” a structure initially identified as a Roman-period temple built by Philip Herod and dedicated to Livia Julia, wife of Caesar Augustus, which excavators initially established on the basis of Josephus (Ant. 18:28) and supported by numismatic finds. However, excavation and research carried out by a Polish team during the 1998–2000 excavation seasons raised serious questions about the nature of the structure, noting that the data “deviate in many aspects from the criteria accepted for standard Helleno-Roman sacral buildings” (Skupińska-Løvset 2006: 79).

The temple is located on the apex of et-Tell (Area A), situated along an east-west axis, plus some twenty degrees southward. Its walls were constructed of basalt stones carefully positioned around a core of rubble with no apparent use of cement. The foundation measures roughly twenty meters by 5.9 meters, with its longer walls having been disrupted by twentieth-century Syrian military entrenchments. The building is divided into two main rooms: a larger hall, identified as the naos, with walled off areas at both ends, associated with the Roman level. However, upon further investigation, the Polish team arrived at the conclusion that the foundation of the structure predates this layout (Skupińska-Løvset 2006: 52, 61).

According to the report, the division of the hall is later than the foundation and the entrance to it was on the broad side of the rectangular structure, not the end. In addition, in an area designated as Room B three distinct levels of floor were discovered, which excavators identified as post-Iron Age, yet predating the Hellenistic–early Roman periods, leading Dr, Ilona Skupińska-Løvset, director of the Polish team, to conclude: “Many layers of usage tightly placed upon each other would suggest peaceful and long occupation” (Skupińska-Løvset 2006: 62). If she and her team are correct, it would mean that some obscure activity is taking place between Levels 5 and 2, something relatively lasting and undisturbed. No wonder archaeologists love destruction!

In addition to these architectural findings, the Polish team found a significantly large number of animal bones strewn amid mixed shards of cooking pots and Rhodian wine amphorae in the further excavated hall area. This suggests to the excavators the likelihood that ritual dining taking place in the building, which is a well-documented practice among Phoenicians, as well as Greeks. There are indeed numerous Phoenician cult locales in Palestine, which have been dated to the Persian period, including Tell Dan, Mizpe Yamin, Elyakin, Dor, Makmish, Jaffa, Nebi Yunis, and Lachish.  Of these, Mizpe Yamim (Jebel el-Arbain), excavated by Rafael Frankel during 1988–1989, is the nearest both in proximity as well as architecturally, thus it might be of help to bring it into the discussion.

Perched some 734 meters atop the Meiron range, Mizpe Yamim offers a bird’s eye view of a large expanse of the Jordan Valley and, as indicated by its name, a breathtaking view of the “sea”, the great Lake Kinneret, as well. The site supports an irregularly shaped stone complex that includes a citadel and a large walled area measuring roughly 2500 meters square. A structure situated along a longitudinal axis and consisting of two rooms, built into the southern edge of the enclosure wall, has been interpreted as a temple. The larger room is 13.7 meters x six meters in size; the smaller room measures 4.8 meters x 4.4 meters. Similar to the Polish team’s findings regarding the original foundation of the Bethsaida temple, entrance is gained through an opening in the broad north wall, about one meter wide and located about two meters off-center toward the east. Benches formerly lined the northern, eastern, and southern walls and it appears that three columns once supported the roof. The structure’s interpretation as a temple is based on the non-domestic character of the structure, the presence of two raised stone platforms that likely served as altars, and the discovery of over a hundred votive objects nearby (Berlin and Frankel 2012: 25–26). On the basis of architecture, pottery analysis, and small finds of a cultic nature, excavators describe the site as “…most probably a fortified Phoenician border shrine founded in the later sixth or early fifth century BCE, when the city of Tyre was granted administrative control over the Upper Galilee” (Berlin and Frankel 2012: 28). Note how well this scenario and architecture accords with the Polish team’s examination of the early stages of Bethsaida’s temple.

Given the architectural similarities and the fact that Mizpe Yamim is perched on the edge of a massif overlooking the traditional cultural and political divide between upper and lower Galilee (Berlin and Frankel 2012: 25), I would suggest that whatever the massif divides north and south, it also connects east to west—to the extent that natural geography or foreign political influence would permit. Thus the watchful overlook that Mizpe Yamim provides for this strategic passageway would likely include the valley below within its zone of influence, likely overlapping at some point with Syria’s own zone of influence. Looking at a satellite image, one sees a wide natural arc radiating around the Phoenician coast to the foot of the western Syrian highlands, a region supported and defended by a host of Phoenician outposts that would include sites like Mizpe Yamim, Hazor, Kedesh, Tell Anafa, and, I would now add, Bethsaida. Indeed, one could easily imagine that just below the watchful eye of Mizpe Yamim, a similarly designed, somewhat less impressive outpost played a part in anchoring the lowest point of the Kinneret basin to Tyre. As is commonplace in antiquity, any official role would no doubt have been included a cultic aspect as well. Thus it comes as no surprise that Skupińska-Løvset finds an even closer analogy to the original layout of Bethsaida’s putative temple in the sanctuary of Apollo at Tyre (p. 89).

In addition to similarities in architecture and artifact with Phoenician religion along with the likelihood that ritual dining took place, it is worth mentioning that a number of figurines of the “Eastern” type—that is, bearing a mix of mock-Egyptian and Phoenician stylistic influences—have also been found at Bethsaida, which seem to resemble figurines of the type found in favissae at Tell Dor and, according to Skupińska-Løvset, at the Kharayeb sanctuary, located about 15 km north of Tyre.

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Figurines of the “Eastern” type found at Bethsaida/et-Tell

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Conclusion

Relative to Bethsaida’s Iron Age and Hellenistic/Roman strata, Persian-period Bethsaida still leaves one to confess that there is not much there; however, there is now enough evidence to say with certainty that something was going on—something non-domestic, most likely of an administrative nature, and, as such, perhaps cultic as well, taking place on the eastern frontier of a wide, arcing Phoenician cultural and political orbit probably anchored to Tyre. Taken all together, the evidence suggests that Bethsaida was an imperially sanctioned, minimally-staffed remote outpost operating during the mid- to latter half of the Persian period, charged with the responsibility of keeping a watchful eye over activities taking place by land or by sea in the natural basin near the northern shore of Lake Kinneret, including the north-south road connecting the line of Persian-period settlements along the eastern edge of the Jordan rift with the Phoenician ports to the northwest and the Great Trunk Road running northeast to Damascus.

As a minimally-staffed regional outpost overlooking nearby transit routes, administrative representatives stationed at Bethsaida—at least one of which possessed a cylinder seal—may also have been involved in the collection of local taxes. (Perhaps it is no coincidence that all but two of the Persian-period coins were found in Area C, at the northern end of the mound, closest to the road suggested above!) At any rate, Bethsaida’s Phoenician frontier setting and its proximity to the blurred confluences of Syrian, Ammonite, and perhaps other zones of influence, lend support to its interpretation as a modest lookout installation in the grand cultural and geopolitical mosaic of the Achaemenid imperial network.

Whatever plausible scenario we may have been able to reconstruct was all but obliterated by the Ptolemaic urban renewal project that soon followed, as the explosion of material finds in the Hellenistic period—in coins, pottery, and architecture—suddenly eclipses the Persian-period at Phoenician sites throughout the region, including Mizpe Yamim, Hazor, Tel Anafa, and Kedesh.  Perhaps now, the idea of a purposeful Achaemenid Phoenician presence at Bethsaida can no longer be discounted.

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WORKS CITED

Berlin, Andrea M. and Rafael Frankel

2012      “The Sanctuary at Mizpe Yamim: Phoenician Cult and Territory in the Upper Galilee during the Persian Period.” BASOR 366: 25-78.

 

Betylon, John

2005      “A People Transformed: Palestine in the Persian Period.” Near Eastern Archaeology 68 1/2: 4–58.

 

Blakely, Jeffrey A., W. J. Bennett and Edmund Toombs

1989      Tel Hesi: The Persian Period (Stratum V). Winona Lake, IN: Eisenbrauns, 1989.

 

Brandl, Baruch

2004      “Two First-Millennium Cylinder Seals from Bethsaida (et-Tell). Pp. 225–44, in vol 3 of Bethsaida, A City by the North Shore of the Sea of Galilee. Kirksville, MO: Truman State University.

 

Fortner, Sandra

2009      “Persian Period Mortaria at Bethsaida-Julias.” Pp. 147–71, in vol. 4 of Bethsaida, A City by the North Shore of the Sea of Galilee. Kirksville, MO: Truman State University.

 

Gitlin, S.

1996      “Formulating a Ceramic Corpus: The Late Iron II, Persian and Hellenistic Pottery at Tell Gezer.” Pp. in Retrieving the Past: Essays on Archaeological Research and Methodology in Honor of Gus W. Van Beek. Joe. D. Seger, ed. Eisenbraun’s, 1996.

 

Greene, John T

2004      “Tiglath Pileser III’s War Against the City of Tzer.” Pp. 63–82, in vol. 3 of Bethsaida: A City by the  North Shore the Sea of Galilee. R. Arav and R. Freund, eds.; Kirksville, MO: Truman State University.

 

Lipschitz, Oded and Manfred Oeming

2006      Judah and the Judeans in the Persian Period. Winona Lake, IN: Eisenbrauns, 2006.

 

Reich, R.

1975      “The Persian Building at Ayyalet ha-Shahar: The Assyrian Palace of Hazor?” IEP 25.4 (1975): 233-37.

 

Rotloff, Andrea

2009      “Pre-Roman, Roman, and Islamic Glass from Bethsaida.” Pp. 204–51, in vol. 4 of Bethsaida: A City by the North Shore of the Sea of Galilee. R. Arav and R. Freund, eds.; Kirksville, MO: Truman State University Press.

 

Stern, Ephraim

1982      Material Culture of the Land of the Bible in the Persian Period: 538–332 B.C. Westminster: Aris and Phillips.

 

1998      “Between Persia and Greece: Trade Administration and Warfare in the Persian and Hellenistic Periods (539–63 BCE).” The Archaeology of Society in the Holy Land. Thomas Levy, ed., London: Leicester.           

 

Skupińska-Løvset, Ilona

2006            The Temple Area of Bethsaida: Polish Excavations on et-Tell in the Years 1998-2000. Lodz, Poland: Lodz University Press.

 


[1] Special thanks to my Bethsaida colleague, Greg Jenks, of Charles Sturt University in Brisbane, for providing current information on Bethsaida’s coins.

[2] I have not yet had an opportunity to study previous seasons.

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Cover Photo, Top Left: The ruins of Bethsaida, Chmee2, Wikimedia Commons

Other photo images credit Bethsaida Excavations Project and Nicolae Roddy

Archaeology News for the Week of May 26th, 2013

May 30th, 2013

Real, or Desert Mirage?

It is considered the driest desert in the world. Without provision, a person would not last long in this hostile place, where after a few days without water one just might hallucinate, might see things that simply were not there. And it could be that a small group of people may be seeing things in this place that are not what they seem to be — lines and walls on a landscape, remains of structures that may or may not be man-made. The site, located in the Atacama desert, a 105,000 square kilometer (41,000 sq mi) plateau along the Pacific coast of Chile, has attracted the focused attention of only a few to date. Most professional news organizations and journals will not touch the story, presumably because there is not enough solid information and evidence about the site advanced by any professionally recognized archaeologists or scholars to justify the risk of publishing even an acknowledgement of its existence. (Popular Archaeology)

Ancient Egyptians accessorized with meteorites

Researchers at The Open University (OU) and The University of Manchester have found conclusive proof that Ancient Egyptians used meteorites to make symbolic accessories. The evidence comes from strings of iron beads which were excavated in 1911 at the Gerzeh cemetery, a burial site approximately 70km south of Cairo. Dating from 3350 to 3600BC, thousands of years before Egypt’s Iron Age, the bead analysed was originally assumed to be from a meteorite owing to its composition of nickel-rich iron. But this hypothesis was challenged in the 1980s when academics proposed that much of the early worldwide examples of iron use originally thought to be of meteorite-origin were actually early smelting attempts. (EurekAlert!)

Archaeologist treats guests to 1,000-year-old recipes

Prehistoric Museum archaeologist Tim Riley displays some of the Fremont cuisine he prepared. (SunAdvocate)

‘World’s oldest Torah’ scroll found in Italy

The University of Bologna in Italy has found what it says may be the oldest complete scroll of Judaism’s most important text, the Torah. The scroll was in the university library but had been mislabelled, a professor at the university says. It was previously thought the scroll was no more that a few hundred years old. However, after carbon dating tests, the university has said the text may have been written more than 850 years ago. (BBC News)

Ancient First Nations site damaged during BC Hydro work

Members of a Nanaimo First Nations group are outraged after crews contracted by BC Hydro damaged a documented ancient rock art site during work recently. Douglas White, chief of the Snuneymuxw First Nation said the damage is disrespectful of native heritage and he doesn’t understand how crews could make the mistake, since existing petroglyph rock art sites are documented and protected by legislation. (Journal of Commerce)


The God-Kings of Paradise

Patrick Vinton Kirch is Class of 1954 Professor of Anthropology and Integrative Biology at the University of California, Berkeley. He is a member of the National Academy of Sciences and author of On the Road of the Winds, How Chiefs Became Kings, and the award-winning book, A Shark Going Inland Is My Chief, among other books. Photo by Therese Babineau

In the shadow of Haleakalā, the 10,023-foot high volcanic mountain that looms over Hawai’i’s eastern Maui Island, lies Kaupō, one of the twelve districts (moku) of the island’s ancient kingdom. Today Kaupō is a sleepy backwater whose few permanent residents are mostly engaged in ranching. But around A.D. 1710, almost seven decades before British Captain James Cook broke the immense sea barrier that had isolated the Hawaiian archipelago from the rest of the world for half a millennium, Kaupō was the royal seat of King Kekaulike. Kekaulike, revered to this day by Native Hawaiians on Maui, was a descendant of the great Pi’ilani, who for the first time unified the island kingdom around A.D. 1570. (The stone foundations of Pi’ilani’s huge temple and royal residence can still be seen at Kahanu Gardens, just outside the little town of Hāna.)

Kekaulike was an ali’i akua, literally a “god king.” In the complex and hierarchical society that had evolved in the Hawaiian Islands over the centuries prior to Kekaulike’s reign, the highest ranked chiefs or ali’i had become divine kings, tracing their genealogies back to the gods. To preserve and intensify their blood lines, these elites practiced so-called pi’o (“arched”) marriages between brother and sister, or between half-siblings. Kekaulike married his own half-sister Keku’iapoiwanui to produce a sacred heir, Kamehamehanui. Such royal incest had similarly been practiced by the Pharaohs of ancient Egypt as well as by the Inca of Peru, other ancient societies that anthropologists call “archaic states.” The Hawaiian god-kings were considered so sacred (kapu) that they could not be gazed upon by mere commoners; hence they often traveled at night, to avoid being seen. Should they pass in the presence of a commoner, the latter would have to perform the kapu moe (prostrating taboo), lying face-down on the ground. A stolen glance at the passing god-king, resplendent in his cloak and helmet of rare red and yellow birds’ feathers (Figure 1), could bring instant death from the warrior guard.

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Figure 1: A Hawaiian chief in his feathered cloak and helmet, as drawn by the French artist Arago in 1819 (Courtesy of the Bancroft Library, University of California, Berkeley).

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The Hawaiian society of Kekaulike’s time preserved its royal genealogies and histories through a highly developed system of oral tradition, memorized and transmitted from generation to generation by specially trained bards. In the mid-nineteenth century, after the arrival of Protestant missionaries who developed an alphabet and introduced literacy to this previously oral-aural culture, several knowledgeable sages began to commit the ancient traditions to writing. One of these was Samuel Mānaiakalani Kamakau, who authored a lengthy work known as Ruling Chiefs of Hawai’i. Kamakau tells us that in the early 1700s Kekaulike, having moved the royal seat from Hāna to Kaupō, was “engaged in building luakini heiaus for his gods.” A luakini was a temple (heiau) dedicated to the god of war, the fearsome Kū, who demanded human sacrifices at the dedication of his temple. Success in war required the construction and dedication of such a temple, often massive structures of dry-stacked stone masonry topped by carved wooden images, offering platforms, oracle towers, and other wooden structures. Kamakau also informs us that Kekaulike had his sights set on nothing less than the invasion and conquest of the “Big Island” of Hawai’i, facing Kaupō across the rough ‘Alenuihāhā Channel. To this end Kekaulike had assembled a formidable army and fleet of war canoes, ready to be launched from the bay of Mokulau.

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Figure 2: Plan map of Lo’alo’a heiau in Kaupō.           

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One of the luakini temples built by Kekaulike, named Lo’alo’a, is well known to archaeologists. An imposing rectangular stone platform with a basal area of 44,800 square feet and a terraced front rising 30 feet from the ground, Lo’alo’a took countless hours of human labor to construct (Figure 2). But Kamakau tells us that Kekaulike also dedicated a second temple, Kanemalohemo, at a place called Pōpōiwi. Kanemalohemo was not as well recorded archaeologically, although its general location was known, on a hillside thoroughly overgrown with thick Christmas berry and other invasive plants. A few years ago, I decided to have a look at Kanemalohemo for myself. Perhaps it would provide some new insights into the society of the Hawaiian god-kings.

 

Finding the Second Temple

My graduate student Alex Baer was conducting an archaeological survey of Kaupō for his doctoral dissertation at Berkeley. Before he departed for Maui, I showed Alex the general location on the map where the ruins of Kanemalohemo should lie, obscured by thick vegetation. “See if you can manage to hack your way into that thick brush and find the main temple walls,” I told Alex in my Oceanic Archaeology Lab at Berkeley. “When I come out to visit later in the field season I’d like to try to make a map of the site.” Alex promised that he would make the relocation of Kanemalohemo a priority.

Some weeks later I flew into Maui; Alex met me at the airport with his rickety rental Jeep. Tossing my duffel bag into the back, I asked him if he had managed to find the ruins of Kanemalohemo. “You bet,” he grinned. Then he added: “You are going to be amazed at the size and extent of that site.” I couldn’t wait to see what he and his student assistant Kris Hara had found. A couple of hours later, Alex pulled the Jeep up a narrow dirt road and parked. Dank foliage hung over the rutted track; the humid air was thick with hungry mosquitoes. Slathering on repellent and picking up our machetes, Alex, Kris, and I plunged into the tropical vegetation, following a narrow trail they had cut a few days earlier.

After a couple of minutes we came into a more open space, where a giant candlenut tree shaded out the other vegetation. Looming up in front of us was a massive stone rampart, its rocks green with moss undisturbed for centuries. “My god,” I half muttered under my breath. “This thing is huge.” Alex suppressed a chuckle. “This is just one of the outer terraces. Wait until we get up on top of the main structure.”

For several hours the three of us explored the ruins of Kanemalohemo, covering roughly two continuous acres on the gentle slopes of Pōpōiwi, overlooking the bay of Mokulau. Alex and Kris had already spent several long days hacking away at the undergrowth with their machetes, so the main walls and terrace facings were now visible. Later, we would begin the laborious task of mapping the structure with plane table and alidade. For now, I just wanted to explore this site, linked in tradition with one of Maui’s most famous divine kings. We made our way up onto one of the two expansive main courts or plazas, paved with thousands of basket-loads of water-rounded pebbles hauled up from the beach at Mokulau. Alex tapped my shoulder. “Come over here, you’ve got to see this feature.”

We ducked under low-hanging Christmas berry branches, clambered over a stone wall and emerged on a small, well-paved terrace surmounting a promontory which overlooks the bay. Here the strong easterly winds that continually buffet Kaupō kept the wiry vegetation down to a few feet. I climbed out onto the perimeter wall and could see that I was on a kind of rampart supported by a massive stone facing that descended down the steep slope toward the coast (Figure 3). The facing was angled away from me like a sharp inverted Ʌ–one might say like the prow of a Polynesian canoe–with the point of the Ʌ facing directly toward Hawai’i Island. Struggling to keep from being blown over by the strong gusts as I balanced myself on the rounded boulders making up the rampart, I pulled my sighting compass out of my pocket. The bearing of the Ʌ-point was almost exactly the direction from here to Waipi’o Valley on Hawai’i Island. Waipi’o was the royal seat of the divine kings of Hawai’i Island, arch rivals and at the same time blood relatives of Kekaulike.

Backing off the windy rampart, Alex and I stood on the paved terrace and reflected on the importance of this site. We knew from Kamakau’s account that it was here that Kekaulike had assembled his warriors and fleet for his intended conquest of Hawai’i. Was this special terrace, so carefully paved with beach pebbles and with the Ʌ-shaped rampart seemingly directed at Waipi’o, the place where Kekaulike himself had once sat, cross-legged on fine mats, gazing at his goal, plotting his strategy? It seemed entirely possible.

That evening, after a well-earned meal of BBQ’d Maui steaks, the three of us sat on the porch of the hunting cabin at Nu’u which was Alex’s field base. Enjoying the spectacular stars, we engaged in a kind of informal seminar. These are always the best teaching moments with my students. In this case it was after a long day of fieldwork, reflecting on the significance of our hard work clearing thorny brush off of moss-covered walls.

“Hawai’i,” I said, pausing to take a long draw on my cigar, “is the last place on Earth where a true archaic state emerged.” Kris interjected to ask what I meant by the term archaic state. “An archaic state is one that was ruled by divine kings, like Kekaulike was, with a formal priesthood, and with distinct commoner and elite classes,” I replied. I told her that archaic states were sometimes called “pristine states,” because they had emerged out of simpler forms of sociopolitical organization, what anthropologists typically call “chiefdoms.” The early civilizations in Mesopotamia, Mesoamerica, China, Egypt, and the Andes, were all archaic states.

Alex challenged me. “But most anthropologists and archaeologists have previously classified Hawai’i as a complex chiefdom, not an archaic state. That’s what Marshall Sahlins and Tim Earle have written in the books you assigned in your seminar at Berkeley.” Nothing like a good graduate student to keep you on your toes. “You’re absolutely correct Alex; I used to believe that as well. But in recent years I’ve come to question that view. I’m now finishing a book called How Chiefs Became Kings. It lays out in detail the argument for why the late pre-contact Hawaiian society should be considered a group of archaic states, rather than chiefdoms.”

 

From Chiefs to Divine Kings

As the evening wore on and the fire’s embers dimmed, we talked at length about how new research was changing our ideas about how Hawaiian society had evolved over eight centuries. The Hawaiian archipelago was discovered by Polynesian voyagers in their double-hulled canoes around A.D. 1000. These intrepid colonists brought with them crop plants such as taro and yams, and domesticated animals (pigs, dogs, and chickens), ready to establish a new society. They found a vast, resource-rich archipelago of subtropical islands in which their descendants could flourish.

And flourish they did. The valleys and streams of the older islands such as O’ahu and Kaua’i provided ample scope for developing extensive irrigation works in which to grow taro. On the younger islands, the fertile volcanic soils were conducive to yam and sweet potato farming. The reefs and inshore waters offered an abundance of fish and shellfish. The population was not afflicted by any of the main diseases of the Old World; consequently, the Hawaiian population grew at an exponential rate.

For at least two or three centuries after the arrival of the first Polynesian colonists, contacts with the homeland islands such as Tahiti in the South Pacific were maintained through occasional two-way voyages in the great double-hulled canoes. Hawaiian traditions still refer to the famous voyages made by such chiefs as Mo’ikeha, Kila, and Pā’ao. But after the end of the fourteenth century these voyages ceased for reasons that have never been fully explained. Hawai’i became totally isolated from the rest of the world. The bards kept a memory of the ancestral homeland of “Kahiki” (Tahiti), but henceforth the path of social and political evolution was completely driven by internal forces.

By A.D. 1400 the Hawaiian population had densely occupied what my colleague Robert Hommon once called the “salubrious core regions” of the islands. These were the most favorable ecological zones, especially the valleys with permanent streams amenable to irrigation. The population began to expand into the drier, leeward regions, such as the vast slopes of Kohala and Kona on Hawai’i Island, as well as across the similarly leeward regions of Kahikinui and Kaupō on Maui. Farming in these regions was not as highly productive as in the irrigated zones, but nonetheless the fertile volcanic soils produced good yields of sweet potato and dryland taro. Moreover, these dryland regions were extensive, allowing for further population growth and for a level of surplus production that the chiefs could tap into to fuel their political aspirations. Through his survey work, Alex Baer has shown that much of Kaupo was once covered in the rock walls and embankments of an intensive field system (Figure 4). This field system provided the surplus that Kekaulike drew upon to support his warriors and attendants.

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Figure 4: Digital elevation map of the Kaupō region (inset shows the island of Maui). The lines indicate ancient field system walls and embankments mapped through aerial photography. 

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Figure 5: Rows of ancient agricultural field embankments can still be seen from the summit of Pu’u Kehena on Hawai’i Island. These are remnants of what at one time was a vast, sophisticated system capable of supporting a relatively large population.

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All Polynesian societies are based on principles of chiefly rank. The ancient Polynesian word for chief, ariki, is found in virtually every Polynesian society; its Hawaiian variant is ali’i. In an earlier time in Hawai’i, the ali’i would have simply been the members of the higher-ranked families, the first-born of the first-born. But over time, as the population expanded to encompass not just thousands but tens of thousands of people, the ali’i began to compete among themselves for increased status and power. Fine gradations between ali’i began to be developed, ultimately resulting in nine distinct ranks of elites.

At the same time, distinctions between the ali’i and the common people became more marked. In Hawai’i, the word for commoners at the time of European contact was maka’āinana. As with the word for chief, this term can be traced back to its deep roots in ancestral Polynesian society, where it originally meant the group of descendants of a common ancestor. The ancient word was matakāinanga, which gradually changed in Hawaiian to maka’āinana. But more than mere sound changes were involved, for while the original term referred to a group of kinsmen who shared a common territory and held rights to farm that land, the new word indexed the common people who worked the land by virtue of their tributary relationship to their chiefs.

The greatest change that sets Hawaiian society off from its Polynesian relatives was in the system of land tenure. Throughout virtually every other Polynesian society (Tonga is one other exception), access to land was by virtue of one’s membership in a hereditary social group (such as a matakāinanga). But in Hawai’i–at the time of European contact–the land tenure system was one of extensive territories called ahupua’a (often comprising a single valley) which were held by the prominent chiefs. Each ahupua’a was overseen by a konohiki or manager, who made certain that the individual commoner families not only worked their individual plots, but provided regular labor to communal projects such as repairing the irrigation works. More importantly, the konohiki ensured the regular production of surplus food stuffs and other goods which provided the necessary support for the chiefly households and for the king’s own establishment.

When did this fundamental transformation in Hawaiian society–from an older form of Polynesian chiefship to that of an emergent archaic state–occur? Recent research points to the time period around the close of the sixteenth century and beginning of the seventeenth century. According to the royal genealogies it was then that Pi’ilani and his son Kiha-a-Pi’ilani consolidated the Maui kingdom. At the same time on Hawai’i Island, the famous ‘Umi-a-Liloa defeated his half-brother Hākau and launched a series of wars of conquest against the previously independent chiefs of Hawai’i Island. ‘Umi-a-Liloa and Kiha-a-Pi’ilani were linked through the marriage of Kiha’s sister Pi’ikea to ‘Umi. Thereafter, the royal houses of Maui and Hawai’i would continue to elaborate the practices of divine kingship and vie between them for ultimate control of the entire archipelago.

But what of Kekaulike, the descendant of Pi’ilani who once sat on his fine mats at Kanemalohemo, gazing out across the foamy ‘Alenuihāhā Channel, plotting his conquest of fair Hawai’i? The old sage Kamakau recounts Kekaulike’s fate in the pages of Ruling Chiefs of Hawai’i. Kekaulike launched his war canoes at Mokulau, sailing across the channel past Kohala to descend unsuspected upon the Kona district of Hawai’i. The Maui forces took Hawai’i by surprise, devastating the productive field system, cutting down the old breadfruit trees. Then warriors under the command of Alapa’inui, the Hawai’i king, counterattacked, forcing the Maui troops back to their canoes. Fleeing north along the Kohala coast, the Maui warriors cut down all the coconut trees; they slaughtered any commoners in their path, seizing their possessions.

Kekaulike’s forces returned to Mokulau in Kaupō. The Maui king offered sacrifices to Kū at his luakini temples, making plans for a re-invasion of Hawai’i. But his rival Alapa’inui had been incensed by the cowardly way in which the Maui invaders had behaved, destroying productive plantations and attacking defenseless commoners. Before Kekaulike had time to prepare his troops, word came that the Hawai’i Island fleet was enroute across the channel. Kekaulike, according to Kamakau’s account, was seized with a violent illness, a kind of epilepsy, which the Hawaiians called ka maka huki lani, or “eyes drawn heavenward.” With his principal chiefs, Kekaulike fled Kaupō, giving over the kingship to his sacred son Kamehamehanui. When Alapa’inui arrived at Kaupō, he heard that Kamehamehanui was now the king. Kamehamehanui was in fact Alapa’inui’s own nephew, for the new king’s mother Keku’iapoiwanui was Alapa’inui’s sister! Such were the close familial relationships between the divine kings of ancient Hawai’i. Alapa’inui called off his war of revenge against Maui.

 

In this short article I have only given the barest glimpse into the fascinating history of ancient Hawai’i, through the lens of just one of the islands’ many archaeological sites–Kanemalohemo–and its builder, Kekaulike. The rise of archaic states in these islands, from ancestral Polynesian chiefdoms, is an ongoing topic of archaeological research. For readers who would like to delve more deeply into the remarkable history of the islands, I invite you to explore the pages of my recent book, A Shark Going Inland is my Chief: The Island Civilization of Ancient Hawai’i.

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Cover Photo, Top Left: View of a great ancient Hawaiian temple, with valley in background. Gillfoto, Wikimedia Commons          

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Interested readers may purchase the book, A Shark Going Inland Is My Chief, at the University of California Press website.

 

 

 

 

 

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Read more in-depth articles about archaeology with a premium subscription to Popular Archaeology Magazine. 

 

 

 

 

 

 

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Travel and learn with Far Horizons.

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winter2016ebookcover

This richly illustrated issue includes the following stories: Recent findings shedding new light on the whereabouts of the remains of Philip of Macedon, father of Alexander the Great; how an archaeologist-sculptor is bringing bones of the dead back to life; archaeologists uncovering town life at the dawn of civilization; an exclusive interview with internationally acclaimed archaeologist James M. Adovasio about what makes the Meadowcroft Rockshelter prominent in the ongoing search for the first Americans; what archaeologists are finding at the site of the ancient city of Gath, the home town of the biblical Philistine giant, Goliath; and how scientists are redrawing the picture of human evolution in Europe.  Find it on Amazon.com.

 

 

 

 

 

Lady Moon

Professor Frank Holt (MA and PhD, University of Virginia) teaches at the University of Houston and specializes in ancient Greek history. He has published seven books on Alexander the Great and his legacy. He has also published more than 50 articles and essays. He has been awarded several research prizes in the US and abroad, a national writing prize, and seven major teaching honors, including the inaugural Distinguished Leadership in Teaching Excellence Award (2011). He is currently working on several books, including a study of Alexander’s wealth to be published by Oxford University Press in conjunction with his appointment as an Onassis Senior Visiting Scholar.

 

Archaeology and astronomy sometimes share a remarkable path of discovery. The erstwhile planet Pluto, for example, was predicted to exist long before it was actually found. The astronomers Percival Lowell and William H. Pickering surmised that an unknown planet must lie somewhere near the edge of our solar system because of its tell-tale effect on the motion of Uranus. They guessed at the dwarf planet’s position, even its mass, but their intensive searches could not produce the object itself. Finally, in 1930 the astronomer Clyde Tombaugh spotted Pluto as a tiny dot on photographs of the constellation Gemini, confirming the scientific expectations of Lowell and Pickering. In similar fashion, it might be said that Ai Khanoum is the Pluto of Old World archaeology. This site on the farthest fringes of Greek civilization was predicted to exist, and was eagerly sought, centuries before its eventual discovery. And, just as with Pluto, experts still remain at odds about what to make of this distant place and its alien environment.

Ai Khanoum (meaning ‘Lady Moon’ in Uzbek) lay hidden on the border between Afghanistan and Tajikistan, cradled in the confluence of the Amu (ancient Oxus) and Kokcha Rivers. It is one of the fabled “thousand cities of Bactria” that the Greeks claimed to have sprinkled across Central Asia in the aftermath of Alexander the Great’s campaigns. Beginning early in the nineteenth century, European explorers—players in the deadly ‘Great Game’ of international intrigue between Czarist Russia and British India—searched remote Afghan mountains and valleys for just one of these lost Greek cities. They all failed. Some of these adventurous souls were captured, tortured, and beheaded by rivals or resentful locals, others endured disease and starvation—but all went to their graves convinced that somewhere in the wilds of Afghanistan there must be the remains of ancient cities on a par with Athens, Thebes, or Delphi. This dogged belief was not based solely on the unconfirmed statements of ancient authors, nor on the legends current in the region that descendants of Alexander’s soldiers still dwelt there. The real proof rested upon numismatics, a science as fundamental for archaeology as Newtonian physics to astronomy.

Numismatics is the scientific study of coinage, and those who scoured Afghanistan looking for lost cities found hundreds of thousands of gold, silver, bronze, and nickel coins minted in the names of Greek kings and queens who once ruled Bactria and neighboring India. This massive coinage betrayed, as surely as Pluto’s gravitational tug on Uranus, the existence of something huge but hidden from sight. Where there were Greek kings and coins, there must surely have been cities, palaces, and citadels–all guarded by soldiers, fed by farmers, enriched by merchants, and populated by Greek settlers. The coins revealed the names of the rulers, sometimes their relationships to each other, and often what Greek (or local) deities they worshipped in this far-off land. Modern explorers came face to face with a growing list of heretofore unknown royals who had stamped on coins their titles and fancy regalia. Some of these Greeks wore exotic plumed helmets and diadems, some donned headdresses molded from elephant scalps, and some brandished spears at unseen enemies. One of these kings issued the largest gold coin ever minted in the ancient world; another struck the largest silver (see Figure 1, below). They all, however, kept secret the whereabouts of the “thousand cities of Bactria.”

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Figure 1: The largest known ancient silver coin ever minted, depicting a Bactrian king. 

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After many years of fruitless searching, the effort became better organized in 1922 with the foundation of the Délégation Archéologique Française en Afghanistan (DAFA), a French academic mission based in Kabul. Alfred Foucher, the first Director of the DAFA, led a wide-ranging archaeological exploration across Afghanistan keen to locate the missing Greek cities. A lifetime of exasperating labor led nowhere, and poor Foucher finally gave up with the bitter declaration that he had been chasing a mirage. Others continued the work of the DAFA, but as late as 1960 it was lamented that instead of Greek cities, archaeologists had unearthed nothing more than a multitude of coins plus a few pottery scraps unworthy of even a single museum shelf.

 

Then it happened, quite by accident. Muhammad Zahir Shah, the king of Afghanistan, was not hunting a vanished civilization in 1961when he paused to rest on the high ground between the rivers Amu and Kokcha. Yet, there on the very border between his kingdom and the Soviet Union, his eyes swept across a startling scene. As if drawn on paper, the outlines of an entire Greek city bulged before him, its old ramparts, buildings, and streets barely covered by a thin veil of dirt. In the middle of this tableau, a conspicuous Corinthian capital sprouted from the ground like a fossilized flower that had been planted by the ancient Greeks. Local villagers called the place Ai Khanoum (See Figure 2).

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Figure 2: The remains of Ai Khanoum

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The Afghan king soon notified the DAFA of his discovery, and teams of eager archaeologists descended on the site.  Excavations led by Paul Bernard painstakingly exposed the lost city with trowel and brush, until the Soviet invasion of 1979 drove everyone away—except the looters. Today, even the ruins lie in ruins. Bulldozers have torn into the landscape, churning up anything left behind when the archaeologists fled; metal detectors meant to ferret out old Soviet landmines have instead guided rusty shovels to hidden treasures. Originally hailed as one of the greatest and most anticipated archaeological finds of all time, Ai Khanoum has been stripped of its fullest potential—demoted like luckless Pluto, the planet that no longer is.

Despite its sad fate, Ai Khanoum at least enjoyed sixteen seasons of scientific excavation, the results of which are still being published in the series Fouilles d’Ai Khanoum. These volumes offer our best chance to witness what life was like in at least one of the “thousand cities of Bactria.” At this site, a steep natural acropolis stands nearly 200 feet (60 m) high; it slopes down on its northern side to a large rectangular plateau that stretches over a mile (1800 m) along the high banks of the Oxus. An impressive rampart and ditch protected the exposed northeast side of the lower city, and the Kokcha River sealed off the southwest. Ten million bricks extended the rampart all around the triangular site. Inside the walls stood a sprawling palace with adjoining treasure-rooms, an arsenal, a temple, rows of mansions, and the essential amenities of any ancient Greek population: theater, gymnasium, and palaestra. Outside the city were more mansions, another temple, a cemetery, and signs of extensive irrigation that made this desolate landscape bloom.

Well-designed for defense and well-positioned to exploit the agricultural and mineral resources of the region, Ai Khanoum guarded a small but powerful Greek colonial presence some 3000 miles east of Athens. Stone inscriptions and papyri found inside the city record traces of the cultural ties maintained between these settlers and their Mediterranean homeland. The famed Delphic Maxims were copied and carried to Ai Khanoum so that, “blazing from afar,” they might keep Hellenism alive in this distant outpost.  The palace library held copies of Greek classics, and imported olive oil was stored in the treasury. Yet, as with astronomers and Pluto, archaeologists have begun to second-guess how they ought to label Ai Khanoum. Some important features of the city were decidedly ‘unGreek’, such as temple architecture, and some of the treasury’s staff bore indigenous names such as Oxybazus and Oxyboakes. Was Ai Khanoum really a full-fledged Greek city, or should it be identified as Graeco-Asian or simply Bactrian? Unfortunately, there is no archaeological equivalent of the International Astronomical Union to settle this issue by a vote.

What happened to Ai Khanoum remains a mystery. The archaeological evidence indicates a sudden abandonment of the site in about 146 BC. The Greeks left behind a surprising number of valuables in the palace treasury, including semi-precious stones, artwork, and storage jars filled with silver coins. Once the Greek rulers departed, a fire swept through their palace and so-called squatters moved in to scavenge the dead city. The usual assumption is that nomads invaded Bactria and drove the terrified Greeks south across the Hindu Kush Mountains into India. But why the well-armed and securely entrenched Greeks lost their nerve and left so hastily, never to return, is difficult to explain. It is possible, after all, that the nomads only showed up after the Greeks had departed. Perhaps the discovery of more of Bactria’s thousand cities will someday solve this riddle.

Meanwhile, we still have all those coins to investigate. They had long intimated that cities existed in Central Asia, but what of the people who lived and labored in those cities? We can be certain they existed, too, but can we hope to discover anything more about them? Fortunately, a new branch of investigation called cognitive numismatics by the author can reveal much about the unseen masses who inhabited Bactria. For example, the anonymous workers who manufactured the coins have left idiosyncratic traces on the money. Sometimes it is possible to reconstruct their thought processes as they went about their tasks in the mint. We can see how they planned a coin’s design, how they went about engraving mirror-image dies, and how they occasionally botched the job due to stress or overwork. One metal die has actually come to light, carved to stamp out large silver coins for King Demetrius (See Figure 4). While exceedingly rare, the dies themselves need not survive to show us the work of the minters, for each die left its tell-tale story on as many as 30,000 coins struck from it. For example, some workers absent-mindedly left out letters or engraved them facing the wrong way; some might catch the error and try to remedy the die by recutting it or by simply sticking the missing letters somewhere else on the die. A simple word such as Basileos (King), which appears on nearly every coin, can at times be mangled by distracted mint workers (See Figure 5).

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Figure 4: Coin die found in Afghanistan, from the reign of King Demetrius. Photo courtesy of Osmund Bopearachchi

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Figure 5: Engraving errors found on Bactrian coins for the Greek word ‘king’. Photo courtesy Frank Holt

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By quantifying these practices, scholars can determine in which periods the minters were most error-prone. Intervals of statistically meaningful mistakes might signal a change in the workforce or a change in working conditions, perhaps in response to larger problems across Bactria. As it happens, serious minting errors characterize the years leading up to the abandonment of Ai Khanoum. This evidence from the ranks of unseen laborers suggests that the people at Ai Khanoum did not awake one morning to discover hordes of nomads suddenly bearing down upon them, but rather had been coping with some crisis for a long while prior to leaving. Scholars must therefore reconsider the once-popular notion that everything at Ai Khanoum was fine right up to its last day.

Using coins to eavesdrop on the workplace adds a deeper dimension to the archaeological search for this lost civilization. By following the money, we have found numerous Greek kings, one notable royal city, and generations of anonymous workers toiling in the mints with a lot on their minds. At sites such as ‘Lady Moon’, the rewards of archaeology can be truly astronomical.

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Much more about the search for ancient Greek Bactria can be found in Frank Holt’s recent book, Lost World of the Golden King: In Search of Ancient Afghanistan, which can be purchased at the University of California Press website.

 

 

 

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A Legacy in Stone and Artifacts

Shmuel Browns is a licensed tour guide and photographer who lives in Jerusalem. Passionate about Israel, Shmuel takes people throughout the country exposing them to its history, nature and culture. Shmuel blogs about some of his experiences 
at http://israel-tourguide.info.

Three years in the making, the Israel Museum in Jerusalem has unveiled an extraordinary showing of ancient artifacts related to Herod the Great, the first major exhibition dedicated to King Herod. Entitled “Herod the Great: The King’s Final Journey”, it is unmatched in its grandeur, befitting perhaps the great ambitions of the ancient king who is its subject. The exhibit occupies no less than 900 square meters and showcases approximately 250 artifacts, many exhibited for the first time. So weighty is the exhibit, in fact, the museum was required to reinforce its existing foundations and raise ceilings………..  

Each day we rose before dawn before the unrelenting desert heat to continue digging east of the monumental staircase. In the summer of 2007, after Professor Ehud Netzer had discovered the base of the mausoleum, I volunteered at the archaeological site at Herodium. Among seas of pottery shards, we dug up baseball-sized stones hurled by a Roman catapult (ballista). Scanning with a metal detector, we found tiny, encrusted bronze coins, from the period of the Great Revolt.

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Herodium Tomb area

The remains of the base of King Herod’s great mausoleum. Some of the stonework is so well preserved that they appear to have been set only yesterday. Photo Shmuel Browns

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We uncovered a few well-carved stones strewn about – an egg and dart pattern, two five-petaled flowers from a decorative frieze. The high-quality limestone, or meleke from the root “king”, is not local to the site; it had been brought to Herodium specially for the mausoleum. But these pieces are no longer to be found at Herodium, and not because they were looted. Today, they grace the space of the spectacular new exhibit, Herod the Great: The King’s Final Journey, in the Israel Museum in Jerusalem.

The first image at the entrance to the exhibit is neither architecture nor artifacts, but the Judean desert – the area where Herod built some of his most important monuments.

Following Herod the Builder, museum staff re-constructed three rooms from Herod’s palaces at the museum. The first room you enter (see image below) is a replica of the throne room from Herod’s third palace at Jericho, excavated by Netzer for his doctorate. The original frescoes with their intense natural colors were removed from the palace and moved to the museum. So fond of Herod, Augustus had permitted him to mine cinnabar, a red mineral pigment, from his private property in Almadén, Spain, for application at the Jericho palace.

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Throne Room, Jericho

The throne room of the palace at Jericho. Photo Shmuel Browns

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When Marcus Agrippa, Augustus’ deputy, visited Judea in 15 BCE he was so impressed by Herod’s building projects that he sent Roman builders and artists to Judea to contribute their sophisticated skills. Opus recticulatum is a technique for strengthening walls to resist earthquake damage. Three examples of this Roman technique are found in Herod’s projects, discovered by Ehud Netzer: in the palace at Jericho, at the remains of a building north of Damascus gate rumored to be Herod’s family tomb, and in a section of a temple wall at Banias.

The second room displays Herod’s private stone bathtub uncovered by Netzer at the palace in Cypros. The museum displays floors from Cypros and Herodium laid with a Roman technique, opus sectile. Natural-colored stone tiles are cut in geometric shapes and laid in repeated patterns. In other cases, the floors are mosaic, such as two mosaic floors from the bathhouse at Lower Herodian, one in an opus sectile pattern and the other with geometric shapes with pomegranates.

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Bathtub Opus Sectile

Above, a view of the opus sectile floor and Herod’s private stone bathtub, all being prepared by museum staffers for the exhibit. Photo Shmuel Browns

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Closer view of stone bathtub found in calderium of bath-house at Cypros. Photo Shmuel Browns

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While excavating Lower Herodium, archaeologist Ehud Netzer found marble pieces of a wash basin in the bath-house, including a pair of Silenoi heads (right) – the companion and tutor of the wine god, Dionysos. Conceivably, it was a gift from the Emperor Augustus presented by his deputy Marcus Agrippa to Herod on his tour of Judea in 15 BCE and installed as a fountain. Imagine this fragile and heavy object making its journey from Greece to Rome to Judea and the bath-house at Herodium. The conservation staff of the museum painstakingly reconstructed the basin with its ornate decoration.

Though it is not known to what degree Herod observed traditional Jewish practices, he appears to have respected them. Aside from this basin, no other human images, in sculptural form, have been found in any of Herod’s palaces.

 

The bath-house wash basin. Photo Shmuel Browns

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When Netzer excavated above the theater at Herodium he found the loggia, the VIP box for Herod and his guests, like Marcus Agrippa. The third room of the exhibit displays its reconstruction. Delicate trompe l’oeil paintings were on the walls, done in secco. According to this Roman technique, paint is added to dry plaster compared with the more usual fresco – a fresh, wet plaster technique. These paintings are trompe de l’oeil views of an open window with wooden shutters that look out onto a natural scene, an artistic standard found in the finest palaces and villas in Rome and Pompeii (see below). Dudi Mevorah, one of the curators of the exhibit, pointed out a painting of a boat with billowing sail (see left) on plaster from the loggia, alluding to Marcus Agrippa’s history-changing victory over Mark Anthony at the naval battle of Actium. Herod dictated the images in the paintings as a lead-in to the discussions that Herod was interested in having with his guest.

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Reconstructed loggia, Herod’s VIP room above the theater. Photo Shmuel Browns

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Secco - loggia

Done in secco, the trompe de l’oeil view of an open window with wooden shutters, looking out onto a natural scene. Photo Shmuel Browns

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The exhibit is laid out faithfully to the site at Herodium where the loggia and the mausoleum flank the staircase. At the museum, we move through the viewing platform toward the full life-size reconstruction of the top-level of the mausoleum (see below). The very decorative stones I excavated at Herodium are in their proper places in the frieze. A microchip was attached to each stone of 30 tons that were transported from Herodium to the Museum – as an aid to tracking and assembly. For the same purpose, the Hebrew letter “chet” can be seen on one stone, a sign left by the ancient Jewish stone masons. The structure is so heavy that the floor had to be specially reinforced.

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Herodium Mausoleum

The top level of the mausoleum. Photo Shmuel Browns

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In 1982, while Netzer was excavating, he came upon a water cistern in the mountain. He was puzzled that the cistern had been reinforced to support a great weight. Unbeknown to him, he had come within a meter of discovering the mausoleum. Why would Herod have insisted that the mausoleum be built on top of a cistern? According to the curator, Dudi Mevorah, Herod chose this precise location because it is best seen from Jerusalem. Once the mausoleum was complete, Herod dismantled the stage and buried his theater in order not to distract the eye.

Netzer drew on his familiarity with Herod’s oeuvre and his expertise as an architect and archaeologist to imagine the mausoleum. Netzer conceives a colossal three-story monument – 25 meters high (see drawing, right, courtesy Israel Museum). The first level is cube-shaped – only the base exists and can be viewed at Herodium halfway up the mountain on the north side. The second level is a tholos, a cylindrical structure with Ionic columns and crowned with a conical roof. In addition to the Roman style, there are Nabatean elements to memorialize Herod’s Nabatean mother Cypros – two stone replicas of Nabatean funerary urns are on display out of five that adorned the roof (see below).


 

Nabatean Funerary urn

Photo Shmuel Browns

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Entering within the structure, one sees the sarcophagus (left) that Netzer claims was Herod’s. Netzer found its shards – the stone box had been smashed in antiquity and reconstructed by museum staff.

Made of reddish limestone, mizzi ahmar, from the Arabic, this is very hard stone and would have been difficult to carve – perhaps that made it all the more appealing. Originally, Netzer suggested that the side panels of the sarcophagus were decorated with five flower medallions. There are sarcophagi like that, one in the Louvre taken from the Tomb of the Kings, and one outside the Islamic museum on the Haram el-Sharif. Based on the museum reconstruction, it appears that these panels are plain.

Beside the mausoleum, the other two sarcophagi (see below) that Netzer discovered are displayed. Netzer posits that these belonged to Herod’s family members. One is decorated with a vine pattern – very similar to the stucco decorations in Herod’s theater box. The other sarcophagus, displayed for the first time, is completely plain, as if waiting for the stone-carver.

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Two sarcophagi

Photo Shmuel Browns

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Finally, the exhibit features scores of artifacts that hint at the taste for the luxury and sumptuous life of Herod’s private and public world and his inner circle. Some examples are shown below.

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Artifacts: Terra sigillata pottery and Roman glass from Herod’s palaces. Photo Shmuel Browns

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Glass drinking cups from the time of Augustus. Photo Shmuel Browns

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Stone fragments found near Hulda gate near the location of the ancient Temple Mount. Photo Shmuel Browns

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The Israel museum has built a monumental exhibit that expresses Herod’s architecture and aesthetics as discovered by archaeologist, Professor Ehud Netzer – Herod would have been pleased with the result. To understand more requires going beyond the exhibit halls to experience the drama of Herod’s life in situ, at the sites that Herod built.

The author is offering a Herod the Great tour that combines a comprehensive tour of Herodium and the Israel museum. See
http://israeltours.wordpress.com/herod-the-great-tour/ for more information.

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Photo of Herod’s sarcophagus, courtesy The Israel Museum/Meidad Suchowolski. 

Window on an Ancient Landscape

Marion Bamford was born and educated in Zimbabwe before enrolling at the University of the Witwatersrand, Johannesburg, for a BSc degree majoring in Botany and Microbiology. She completed her BSc Honours degree in Plant Systematics and then went on to do her Masters and Doctoral research in Palaeobotany, all at the University of the Witwatersrand. After working at the Geological Survey in Pretoria, she returned to do post doctoral research at Wits on fossil woods for a diamond mining company. She lectures in Palaeobotany to Biology and Geology undergraduate students and supervises post graduate student research. Her main research interest is in fossil woods of all ages, but she is involved in a variety of plant aspects for numerous research projects in Africa. For example, she studies the fossil woods, leaves and seeds from Laetoli in Tanzania, Koobi Fora and Lukeino in Kenya, wood from Sterkfontein in South Africa, woods from southern Africa as well as charcoal and phytoliths. Marion is one of very few palaeobotanists in Africa and is at the Bernard Price Institute, the only African Palaeontology research institute. She has published over 70 articles in peer-reviewed journals, presented papers at numerous international conferences and is the editor of the scientific journal Palaeontologia africana. She is a Fellow of the Royal Society of South Africa and is the chief coordinator of the Scientific Advisory Committee for PAST (Palaeontological Scientific Trust, a non-governmental funding body for the palaeosciences in Africa).

My first glimpse of Olduvai Gorge was through dusty sunglasses and a dusty windscreen.  Spread out below me was the Y-shaped gorge, stepped walls, dusty green acacia trees and spiky oldupai plants with the white, coarse quartzite of Naibor Soit glistening in the distance. Over a decade later and a total of more than a year spent camping there, the thrill of the first sight of the gorge has not diminished. It is always a delight to visit this famous hominid locality, home of the early hominid, Zinjanthropus boisei, in the Ngorongoro Conservation Area, northern Tanzania.

I am part of a multinational team of scientists who have been excavating the 2 million year old sediments of an ancient lake, searching for fossil evidence of the past vegetation, animals, rivers and lake shores that was the home of two of the early hominids. The site was made famous in 1959 when Mary Leakey discovered the first African fossil hominid, the skull of Zinjanthropus boisei (renamed Paranthropus or Australopithecus boisei). Later, another skull was found, Homo habilis, and many stone tools that are now known as the Oldowan culture or technology, the oldest known stone tool technology. It is not clear which hominid made the tools as there are many stone artifacts and very few hominid skeletal remains. This team, the Olduvai Landscape Palaeoanthropology Project, or OLAPP, began work in 1989 with Fidelis Masao, Rob Blumenschine, Jim Ebert and Richard Hay, the geologist who had worked with Mary and Louis Leakey.

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Carefully examining the sediments and biotic traces in the field are Marion Bamford, Fidelis Masao and Rob Blumenschine. 

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I joined the team in July 2000 to study the fossilized wood and sedge fragments. It was a very steep learning curve to remember the site names, stratigraphic layers, ages of the tuffs and to visualize the ancient lake that was located where today there are only dry dusty sediments exposed by the “river” erosion. This river only flows a few times a year and seldom in the dry season when we conduct our annual field season. Site names are in honour of the Leakeys and their colleagues — FLK, named after Frida Leakey Korongo (korongo = erosion gully), HWK (Henrietta Wilfrida Korongo), MNK, (Mary Nicol Korongo),  DK (Douglas Korongo), and many more. My first excavation took place at MNK through Bed II strata (about 1.8 million years B.P.) under the close supervision of Joanne Tactikos and Augustino Valentin. I labored to recognize the differences between the sediments, the gritty grey tuffs (a type of rock consisting of consolidated volcanic ash ejected from vents during a volcanic eruption), augitic sandstones, waxy claystones formed in the lake bottom and the earthy claystones formed in the river channels. Within these confusing layers were fossil bones of elephants, rhinos, bovids and carnivores, as well as stone cores, manuports and flakes. But for me the most interesting finds were the pure white fragments of wood, sedge and grass stems and other plants. Under the microscope, I could see the details of internal plant anatomy with vascular bundles, pith, wood tissue and some structures that I could not recognize. From the first field season there were more questions than answers and a desperate wish to return the next year – and the next.

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Rare occurrence of the Olduvai river flowing in July.

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Here we dug a geotrench – a stepped excavation into the eroding side of the gorge to map in detail the sedimentary layers and collect stone artifacts, bones, plant macroremains and microremains. The tuffs are used to correlate layers in the numerous trenches across the gorge.

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As so little botanical research has been done on similar aged sites with unusual preservation of fossil plants, another member of OLAPP, Charles Peters, and I had to look for living settings with similar vegetation types. From the fossils we knew that there were sedges and river sediments with volcanic ash layers in between, and this suggested an ancient landscape consisting of a wetland with active volcanoes nearby. Modern analogous localities were the shallow lake of Ol’Balbal nearby, Lake Makat in the Ngorongoro caldera, Lake Masek, Lake Ndutu and Lake Manyara. Together with the vertebrate paleontologists we visited these sites each year to monitor the vegetation (and breakup of animal skeletons). Unfortunately, these lakes and their associated wetlands were very saline and alkaline because of the volcanic ash and so the vegetation had a much lower diversity than our fossil wetlands. Therefore, we looked for fresh water wetlands in areas that were undisturbed by people and livestock. We also needed to find places that we could visit frequently and not be attacked by dangerous animals. Otherwise, we could become fossils ourselves! The Serengeti National Park, which is near our research area, has grasslands, woodlands, lakes, rivers and wetlands together with lions, crocodiles, hippos and buffalo. We eventually found several national parks in Southern  Africa that were suitable and there we have safely mapped the vegetation, waded through wetlands, collected plants and plant fragments in order to understand the possible settings in which early hominids might have foraged for plant food, animal carcasses and found fresh water to drink.

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View over the south end of Lake Manyara where we have studied the modern vegetation. Note the expanse of white trona (dried out saline and alkaline lake salts) and the narrow channel of fresh water flowing into the lake and forming a large bright green wetland of sedges.

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A few years later Rosa Maria Albert, from Spain, joined the team. Her specialty is phytoliths. These are microscopic silica bodies that form inside some plant cells. They take on the shape of the cell but when the plant dies and rots away the phytoliths remain in the soils or fossilized sediments. The conditions required for the preservation of the larger plant fragments and for the phytoliths are different, so some fossil layers preserve one or the other, or both. Preserved pollen gives us another line of evidence of past vegetation, but is not often found at Olduvai. We collect and study all three types of botanical remains to reconstruct the past vegetation (Albert et al., 2006; Bamford et al., 2006).

Because we are attempting to reconstruct the ancient ecosystems (plants, animals, topography) we use all fossil remains available, as well as the geology. For example, from the small mammal bones found in fossilized owl pellets we know that there must have been roosting trees near the lake shore during uppermost Bed I times at FLK, but we could find no direct evidence of trees. In 2008, after very careful excavation of each thin sedimentary layer, we found casts of branches of trees or shrubs lying horizontally alongside a bank. We were thus able to complete the picture.

Also, along the eastern shore of the palaeolake we have found patches of a dry, weathered, grassland with the basal culms (stems) and the rhizomes silicified and preserved exactly where they were growing. Looking carefully at the plant layer and the overlying sediments, we were able to reconstruct the environment. All that remained of a large area of grasses and small herbs alongside the drying lake were the roots, rhizomes and basal culms (Bamford et al., 2008). This dry vegetation was then covered rapidly by a thin layer of mud, perhaps a heavy rainfall and rising lake water, only to be completely buried – and preserved – by a thick layer of volcanic ash from an erupting volcano nearby. Bones and stone tools were also preserved by this thick ash of Tuff about 1.8 million years ago.

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 Cast of a woody branch from FLK site, about 20mm in diameter, provides evidence that there were woody plants growing on the peninsular at the time of “Zinj”.

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View of the internal anatomy of the basal culm of a sedge. The holes contain the vascular bundles.

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Fossil grassland – silicified weathered basal culms of a grass attached to a horizontal rhizome. Coin for scale = 15mm diameter.

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Section of a triangular sedge showing the arrangement of the vascular bundles and canals inside the stem.

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Over the years I have collected many fossil and modern samples, always looking for something different (Bamford 2012). We have visited and sampled other vegetation types, such as the delta and flood plain of Lake Eyasi, the forest at Gombe on Lake Tanganyika, and the open grasslands, kopjies and riverine woodlands in the Serengeti. Working closely with the geologists Ian Stanistreet and Harald Stollhofen, and the palaeontologists Rob Blumenschine, Jackson Njau, Charles Peters and Peter Andrews, we have developed an ecological model for the site where the cranium of “Zinj” (OH5, Paranthropus boisei) was found.

At the time of Zinj, (1.84 Ma) there was more topographical relief than expected at FLK with a peninsular that extended out into the freshwater lake, on the east shore of the palaeolake Olduvai. On one side of the peninsular (Mary Leakey’s FLK NN1 site) was a permanent wetland vegetated with Typha (cattail or bulrush) and various sedges. On the other side of the peninsular were freshwater river channels that fed water into the lake (FLK Fault and Mary Leakey’s site FLK 22). On this narrow peninsular, slightly raised above the water level, were groves of broad-leaved trees and palms where carnivores could prey on animals drinking water and hominids could scavenge the carcasses, collect water and forage for plant foods such as sedge rhizomes and perhaps fruits. The distribution of the stone artifacts and bones supports our scenario and further shows that the sites were not occupational floors but rather sites of scavenging and butchery activity (Blumenschine et al., 2012).

My research at Olduvai is not finished. There are other sites along the ancient shores and hundreds of thousands of years to research. There may not be many fossil hominids at Olduvai, but there are many landscapes to investigate.

 

References

Albert, R.M., Bamford, M.K., 2012. Vegetation during uppermost Bed I and deposition of Tuff IF at Olduvai Gorge, Tanzania, based on phytoliths and plant remains. Five Decades after Zinjanthropus and Homo habilis: Landscape Paleoanthropology of Plio-Pleistocene Olduvai Gorge, Tanzania. Journal of Human Evolution 63, 342-350. 

http://dx.doi.org/10.1016/j.jhevol.2011.05.010.

 

Albert, R.M., Bamford, M.K., Cabanes, D. 2006. Taphonomy of phytoliths and macroplants in different soils from Olduvai Gorge, Tanzania: application to Plio-Pleistocene palaeoanthropological samples. Quaternary International 148: 78-94.

 

Bamford, M.K. 2012. Fossil sedges, macroplants and roots from Olduvai Gorge, Tanzania.  Five Decades after Zinjanthropus and Homo habilis: Landscape Paleoanthropology of Plio-Pleistocene Olduvai Gorge, Tanzania.  Journal of Human Evolution 63, 351-363.

http://dx.doi.org/10.1016/j.jhevol.2011.07.001

 

Bamford, M.K., Albert, R.M., Cabanes, D. 2006.  Plio-Pleistocene macroplant fossil remains and phytoliths from Lowermost Bed II in the eastern palaeolake margin of Olduvai Gorge, Tanzania. Quaternary International.  148: 95-112.

 

Bamford, M.K., Stanistreet, I.R., Stollhofen, H., Albert, R.M. 2008. Late Pliocene grassland from Olduvai Gorge, Tanzania. Palaeogeography, Palaeoclimatology, Palaeoecology 257, 280-293.

 

Blumenschine, R.J., Stanistreet, I.G., Njau, J.K., Bamford, M.K., Masao, F.T., Stollhofen, H., Andrews, P., Fernandez-Jalvo, Y., Prassack, K.A., Albert, R.M., McHenry, L.J., Camilli, E.L., Ebert, J.I. 2012. Environments and activity traces of hominins across the FLK Peninsula during Zinjanthropus times (1.84 Ma), Olduvai Gorge, Tanzania. Five Decades after Zinjanthropus and Homo habilis: Landscape Paleoanthropology of Plio-Pleistocene Olduvai Gorge, Tanzania.  Journal of Human Evolution 63, 364-383. http://dx.doi.org/10.1016/j.jhevol.2011.10.001

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Unless otherwise noted, all photos courtesy Marion Bamford.  

The Discoveries at Quesna

Joanne Rowland graduated from the Institute of Archaeology at UCL with her PhD in Egyptian Archaeology in 2004, having also studied for her BA and MA at UCL.  Having began fieldwork in the Nile Delta in 1998, working with Fekri Hassan and G. J. Tassie at Kafr Hassan Dawood (Eastern Delta), she spent a season with the German Archaeological Institute mission to Buto/Tell el-Fara’in, before joining Penny Wilson (University of Durham) and her team to work at Sais, during which time she participated on the Northwest Delta Survey.  Following on from this experience and from the results of her PhD research – which indicated our sparse knowledge of the central Nile Delta – Joanne started a regional survey in Minufiyeh Province in 2005 under the auspices of the EES, where she works to this day. Joanne has also worked briefly in the south Sinai and also at Elkab, north of Edfu. Her particular interests lie, clearly, in the archaeology of the Nile Delta, and also in the prehistoric and early historic periods of Egypt. She is also very interested in early mortuary practices, which she began researching during her MA year, and in the chronology of ancient Egypt; she was the Research Fellow in Egyptology for a Leverhulme Trust funded project at the University of Oxford (2006-2009) which focussed on synchronisms between the Egyptian chronology and scientific dating methods. After Oxford, Joanne joined the team of the Belgian Archaeological Mission to Elkab and was based in Brussels at the Royal Museums of Art and History from 2009-2010. Since then she has held a position as Junior Professor in the Egyptology Seminar of the Freie University of Berlin.

Heading north out of Cairo, Egypt, on the ‘Agricultural Road’ to Alexandria, it is a short drive of about one and a half hours to the Minufiyeh province. Today, Minufiyeh is a highly populated region, with very fertile land and crops in the fields year round. Agricultural practices are very different today than they were anciently. During the Pharaonic era and up until the raising of the first Aswan Dam at the turn of the 20th century, the population of Egypt depended upon the yearly inundation of the river Nile to bring water along with valuable fertile silt to irrigate and enrich the land. Driving through this region today, it is not easy to imagine the archaeological sites of the Delta, yet anciently the region was occupied from its western to its eastern desert edges. In the eastern Nile Delta, archaeological material dating to as early as the fourth millennium BC (the Egyptian Predynastic period) can be found on or close to the surface, and archaeologists have been working intensively in this region since the 1970s to locate and investigate both Predynastic and Early Dynastic cemeteries and settlements, as well as sites of later dates. One of these projects operates under the auspices of the Egypt Exploration Society (EES). Known as the Minufiyeh Archaeological Survey, it is carried out in the modern day province of the same name within the Nile Delta region (http://minufiyeh.tumblr.com/).  The project is part of the Society’s Delta Survey (http://www.deltasurvey.ees.ac.uk/ds-home.html), and represents one of several international teams that are working across the Nile Delta today.

This has not been the first archaeological activity in the area. Early archaeologists and Egyptologists, including Sir William Matthew Flinders Petrie, worked at important sites here in the late 19th century. Other travellers and scholars, including Jean-Jacques Rifaud and Pascale Coste, left a record of monuments in the wider Delta as early as the 18th century, and French Egyptologist Georges Daressy surveyed areas, including the central Delta, in the early 20th century. Since the early 20th century, however, the southern central Delta has received little attention and our knowledge of sites in the area over time has been very limited. Part of the problem is logistical — due to the varied geomorphology of the Nile Delta, the central and western regions are heavily overlaid with sediment from the very same inundations that enabled settlement in the Delta since the late 6th millennium BC. Sites do remain, but the earliest settlements in the modern cultivated areas are accessible largely through use of de-watering equipment.

The purpose of the Minufiyeh Archaeological Survey is to develop new understanding about ancient settlements in the southerly reaches of the central Delta and the region stretching westwards to the desert edge. This project is aimed at surveying the central Delta to map the distribution of sites of all dates across this region and to consider what their relationships might have been to each other and with other sites across the country. There was also a special interest at the outset in 2005 regarding the possibility of locating prehistoric and early historic sites or temporary encampments. 

 

The Minufiyeh Survey

As already noted above, the last major survey carried out in the southern central Delta was that by the French Egyptologist, Georges Daressy. He was working at a time when the region was much less densely populated and his reports, published in the journal Annales du Service des Antiquites de L’Egypte, have proved very instructive for the relocation of sites since 2005. Some of the sites that Daressy described are much altered today, with some features no longer visible within the modern landscape, e.g. red bricks associated with Roman baths. Some of the koms (an Arabic word used for mounds) he visited no longer exist, some have been greatly diminished in diameter, and still others were gradually built over. Reasons for these changes include re-use of ancient mudbrick, a building material valued for its qualities as a fertilizer, settlements being made on the koms, and the need for more agricultural land to support the rapidly expanding modern population in Egypt. The project re-visited findspots and sites recognized by Daressy, as well as those referred to on the Delta Survey of the EES or in other publications, detailing the state of preservation or the scope of archaeological evidence surviving in the mid 20th century, as compared to that previously recorded. Even with such variable and often sparse data, it all contributes to a better understanding of how the region functioned and also how it changed through time in response to environmental change (e.g. the movement of Nile branches), as well as the changing political climate. The methods for the survey were straightforward, including examination of maps (old as well as current), satellite imagery (since even levelled koms leave their mark on the landscape), and published material before going into the field. Out in the Delta the team made site visits, field-walked and, most important, engaged in discussions with local villagers and local inspectors of antiquities who have an intimate knowledge of the area. Visits were followed up at promising sites with geophysical survey, drill coring and, in a lower number of instances, small test trenches.  

The results of the survey, which has been minimally invasive to date, have revealed that the majority of sites or findspots date to the Ptolemaic, Roman, Coptic and Islamic periods. These are sites in the main cultivated areas of the Delta. They number in excess of forty and consist of ceramic scatters with a low number of sites showing structural remains and/or stone blocks with inscriptions. Along the western Delta desert edge, however, the picture is strikingly different, because the material is no longer predominantly ceramic. It is lithic, dating from as early as c. 400,000 BP until the Neolithic (in Egypt, late 6th through until the end of the fifth millennium BCE). There is a Neolithic settlement only c. 4km south of the current survey area, a site that was discovered in 1928 by Herman Junker and the Austrian West Delta Expedition, and it is very possible that further settlements exist both to the north and south of Merimde Beni Salama. Scatters of lithics are currently distributed from the highest ground up on the desert edge, to the lowest levels, close to the modern canals, east of the Rosetta branch of the Nile. In 2013, the current team will be joined by new colleagues to begin a program of drill coring and geophysical survey in the region to help to re-establish the ancient environment and the extent and location of the ancient floodplain in order to assess where sites would logically have been placed. In the Neolithic and Predynastic periods the region became much more arid, although in the preceding Palaeolithic, a series of alternating arid and humid phases occurred. In complete contrast to the rest of the southern central Delta, there is very little ceramic material in this region, with the exception of a very few Predynastic sherds, infrequent scatters of late Ramesside period to Late Period sherds, as well as rare scatters of Late Roman, Coptic and Islamic (Ottoman), as well as modern ceramics. Due to the very early date of some of the lithics, most of the material will relate to periods during which there were temporary encampments, although until now no in situ material has been found due to the high level of ground disturbance due to recent agricultural expansion into the desert. Preliminary reports on the survey sites have been published in the Journal of Egyptian Archaeology for those who would like to read more; upon conclusion of the survey, more details will be published. Within this framework, the project was also committed to the re-investigation of one of the few known and registered (by the Supreme Council of Antiquities, since 2011 under the Ministry of State for Antiquities) sites in Minufiyeh, the Quesna cemetery.

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Figure 1.  Location of selected findspots from Minufiyeh. Image: J. Rowland in Google Earth

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Figure 2.  Location of Quesna. Image: K. Strutt.

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Quesna

The site of Quesna takes its name from that of the modern town c7km to its west, and is recorded as site 639 on the Delta Survey Database (http://www.deltasurvey.ees.ac.uk/queisna.html). The archaeological remains are located on top of a huge sand hill (Pleistocene gezira), which was the chosen location for a cemetery both for the local population as well as a place to honour the god depicted as a falcon, Horus, one of the earliest of the ancient Egyptian deities. The site was discovered during sand quarrying to the south of the site, when a large mud-brick structure was uncovered and the site registered under the control of the (now) Ministry of State for Antiquities (MSA). The structure proved to be a mausoleum that was in use from the Late Period until the Ptolemaic period (c747-30 BCE). Subsequent investigations and small test pits as well as open area excavations led to the discovery of a mud-brick structure which was used for the burial of falcon mummies, being offered up to Horus, as well as a cemetery consisting of pit and ceramic coffin burials of the Ptolemaic and Roman periods (c305 BCE-AD 395).

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Figure 3.  View from the south looking to the mausoleum, the first architectural features of the site found during the removal of sand. Photo: J. Rowland.

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The questions that faced the new project team upon arriving at Quesna in 2005 were multiple: When was the site at Quesna first used, which communities within its vicinity did it serve, within which of the Egyptian provinces (later known as nomes) did it fall, and what was the original extent of the site before the modern sand quarrying began?Furthermore, it was important to gather information about the individuals that used the site, the positions they might have held, their occupations, as well as to assess their state of health, longevity and the demographics of the population. In order to begin to answer these questions, it was imperative to ascertain the original extent of the site represented by the sub-surface archaeological remains of the site today, as well as to assess the original size of the gezira. Both objectives were considered early on in the project, beginning in 2006-7 when a magnetometer survey was carried out by Kristian Strutt and Sophie Hay of the Archaeological Prospection Service of the University of Southampton, and when Mohamed Hamdan, professor in the Department of Geoarchaeology at Cairo University, led a team to conduct drill cores around the gezira. The drill coring was successful in re-creating not only a clearer picture of the original extent of the gezira, charting the depth of sand beneath the modern surface and the distance to which it persisted away from the modern extent of the gezira, but also in detecting the waterways that existed in close proximity to the site in antiquity. The waterways were determined by examining the sediments from the drill cores. This type of work contributes much to the knowledge of ancient landscapes, which in turn allows for a better and clearer understanding of site location. It also acts as a tool by which archaeologists can better anticipate the location of sites. The river branches running through the Nile Delta were neither constant in their position or in their number in antiquity, which further complicates the picture — but new research being conducted in Egypt today by multi-disciplinary international teams working along the length of the Nile Valley may soon help to clarify matters in the Delta. 

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Figure 4.  Location of the drill cores around the Quesna gezira. Image: J. Rowland in Google Earth.

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The magnetic survey carried out in 2006-7 confirmed that the western area of the gezira was dense in archaeological materials, from the southern to northern extents of the site, whereas to the east, there appeared to be little in the way of ancient remains. The anomalies that can be seen covering the site predominantly relate to burials, including ceramic coffins which show up clearly on magnetic surveys. In addition, the full extent of the falcon necropolis in the north of the site could be seen for the first time. This was supplemented in 2009 and 2011 when Kris Strutt returned to Quesna to trial ground penetrating radar survey (GPR) at the site. He succeeded in quite literally deepening our level of knowledge about the structures at the site, as GPR data can inform on the presence of materials/features beneath the surface at various depths. The magnetic map had produced valuable horizontal data, although little indication of depth. Combined with the GPR results, this has subsequently allowed the team to precisely locate excavation trenches to help provide answers to the initial research questions.

 

Excavation under the current project began at Quesna in the 2007 season. Two trenches were opened. The first was placed to assess whether the Ptolemaic-Roman cemetery began directly to the west of the mausoleum. The second was to locate the entrance structure to the falcon gallery, indicated by the results of the magnetic survey. In Trench 1, burials within ceramic coffins and simple pit burials were found just beneath the surface, which does not necessarily mean that this was originally the case, since the depth might have been affected by environmental or other changes in the landscape over the past two thousand years. The burials revealed in Trench 1 did not suggest that the individuals had held any substantial socio-economic wealth, in contrast to the finds that had been made in the mausoleum, which included ceramic and numerous ushabtis (figures that accompanied the deceased into the afterlife to carry out work for them) and amulets of various materials. Although there was a general lack of grave goods, the location of packing material variably in the mouth, thorax, pelvis, abdomen or legs, or even on the face, indicates varying degrees of mummification, although none comparable to the fine mummification of some individuals indicated in the reports from the Egyptian excavations in the mausoleum. This concurs with the writings of Herodotus who described several different degrees of mummification depending upon the resources available to the individual. A number of different osteologists have worked in the cemetery since 2007 — Scott Haddow, Sonia Zakrzewski, Sarah Inskip and Lawrence Owens — and their research has provided much new data about the medical conditions as well as injuries and damage/healing to the bones themselves. Such data can help to clarify the types of activities with which the population was involved, although without accompanying textual or pictorial information, it is not easy to suggest exactly which exact occupations which individuals had practiced. Nevertheless, it can indicate, e.g., whether individuals had been habitually in a squatting position, or a position similar to that assumed by individuals when grinding grain. Another interesting observation has been the non-fusion of long bones on a low number of individuals, where the dental and pelvic data have suggested an age by which the fusion should have been complete. This is considered to possibly be the result of an endocrine disorder and incidences of this condition included one individual in Grave 1014 who died at age 15-24 years, and another in Grave 1019 (Burial 21), where examination of the teeth would suggest an age at death of 16-22 years, although age ranges based on the post crania suggest 18-19 or 15-24 years of age. Another individual presenting the same condition was excavated during the 2011 summer season, a tall individual (Burial 72) at 1.80m, and whereas the teeth suggested an age of 21 years, the non-fusion of some bones suggested a much younger age of 12-15 years. It is possible that some of these individuals either held an important position (possibly religious) during life, or, that their condition was such that they were provided with extra luck as they made the journey into the afterlife, although Burial 72 had no associated amulets or other grave goods. The individuals described here have been suggested as male due to their large stature. Burial 21 in Grave 1019 was provided with amulets of many different types made of plaster, scarabs, a ‘Hathor’ head, a sphinx, winged figure and simple discs or buttons.

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Figure 5.  Joris van Wetering (left) carefully uncovering the plaster amulets lying on top of Grave 1019 (left), whilst Scott Haddow (right) plans the burial. Photo: S. Zakrzewski.

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Figure 6.  Plan of Burial 21, in Grave 1019 showing the location of the amulets across the body.  Digitised image: C. Mazzacuto from plan by S. Haddow.

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These amulets were laid all over the body and following excavation, our conservator Stavroula Golfomitsou succeeded in consolidating not only the amulets and fragments thereof, to prevent their disintegration, but also in starting to piece together the many fragments of plaster that had originally formed a single object – a face mask. The mask has recently been worked again, as Richard Jaeschke prepares the pieces for mounting on a backing cloth to re-create the original shape of the mask.

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Figure 7.  Restoration of the face mask from Burial 21 in progress. Photo: R. Jaeschke.

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A second burial in Trench 1 also revealed amulets, although in this instance the individual did not display evidence for the same medical condition. The burial in this grave, Grave 1021, was placed within a ceramic coffin, although only the western vessel and upper body of the individual remained. The upper body was covered in plaster scarabs, all with their heads to the west, scarabs that had been made in moulds, and radiating out from around the head of the deceased were plumed crowns. There was even evidence of gold leaf remaining by the face, and this individual might also have originally had a face mask.

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Figure 8.  Plan of Grave 1021, Burial 34 in Coffin 3, showing the location of the plaster crowns around the head and the scarabs on the body. Digitised image: C. Mazzacuto from plan by S. Haddow.

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A small amount of additional information for the provision of cartonnage in burials, found on the body, and also gold foil, has been found, although it is the exception rather than the rule. One of the individuals with traces of gold on various bones was found in the summer of 2012 in Trench 9, an individual within a multiple burial (Grave 1067) in a grave surrounded by a single to two-course wall of mud-bricks, bricks which had fragments of plaster remaining, including plaster that had been painted. The connection between the individuals in this and other multiple burials at Quesna is not certain, although in this instance adults and children had been buried together, with a definite total of four, and possibly five burials. The burials were all oriented with their heads to the east, not the most common position at Quesna, laid out on their backs with heads up (normal position across the site), and all were buried at approximately the same depth. Multiple burials, from the excavations to date, are not frequent in number at Quesna, although Grave 1014 in Trench 1 contained five burials. It was quite unlike Grave 1067 in that the burials had been made at three different levels, and sediment between the second row of burials and the final interment detected by the osteologist suggests that the final burial might have been made at a later date. All but one of the burials had their heads to the west, the other outstretched with the head to the east, and the final burial had no skull at the time of excavation. This tomb was also constructed with mud-bricks, although of smaller scale than Grave 1067, and the top layer of bricks were very disturbed when the tomb was discovered, which suggests that robbery resulted in the missing skull. Mud-brick as well as burned red-brick burials have also been found in Trench 1 and Trench 9, with two single mud-brick covered burials in Trench 1, one oriented east-west, and the other north-south, with the red-brick surrounded burial in Trench 9 oriented east-west.

Both burials in Trench 1 contained older females. A female aged 50+ was buried in Grave 1004, who probably suffered with osteoporosis and who had no teeth remaining when she died. The individual in Grave 1005 was aged between 45-60 years, also with osteoporosis and with no teeth remaining. This female also suffered from osteoarthritis. The majority of coffin burials are varieties of double-vessel types, with a lower frequency of tray coffins, coffins that were made as one piece and placed over, although not under the deceased. The first publication of the results from the excavations in the cemetery by the project will be available before the end of 2012.

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Figure 9.  Mudbrick burial Grave 1005, Burial 6. Photo: P. Popkin.

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Figure 10.   S. Golfomitsou (left) and S. Haddow (right) uncovering Burial 6, in Grave 1005. Photo: N. Billing.

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In addition to the work in the cemetery, there are two other areas at the site which have been under investigation by the current team and which can be introduced here. One of these was discovered by the MSA and excavated during the 1990s: the sacred falcon necropolis. Up until the summer 2012 season, there have been five trenches excavated within this structure. Trenches 2 and 3 were located in the entrance structure, at the southern entrance and in the northwestern corner, with Trenches 12, 13 and 15 directly to the south and the east of the area excavated by the Egyptian team in the 1990s. Trenches 12 and 13 were located due to the results of the GPR survey, which suggested that the corridors of the gallery continued further south than had originally been thought.

The entrance to the gallery was from a building on the western end of the structure. Constructed of mud-brick, a series of corridors running under arches led into a large room which appears to have been one of the access points to the gallery, as the fallen remains of mud-brick arches were detected in the eastern baulk of the trench. From here the galleries run over 100m in an easterly direction. Cut marks into the mud-bricks in the south and north of the entrance structure suggest robbing in antiquity, further confirmed by the presence of broken limestone pieces, including a decorated small column capital and possible decorative elements for door arches. Further to the east, in the galleries themselves, however, there are some areas that have not been subjected to heavy robbery. The main walls running through the galleries have been damaged and cut in the past, but it would seem more likely, based on associated evidence, including tiny fragments of gold and scattered human remains, that these cuts into the walls were in order to place burials within this sacred place. This interpretation is strengthened by the fact that burials were also placed in the walls of the mausoleum in the south of the site.

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Figure 11.  Looking south over the entrance structure to the corridors of the falcon necropolis. Photo: J. Rowland 

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Figure 12.  The repaired northwestern corner of the entrance structure to the falcon necropolis during excavation by Ashraf Amir, Laila Mohamed El Fatamawy and Daniel Jones. Photo: J. Rowland.

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Trenches 12, 13 and 15 allowed the team to better understand the main structure of the galleries, to detect the sloping walls which would have originally met beneath mud-brick arches. There are also dense deposits of bird mummies here in the galleries, deposits which stretch from wall to wall and which a specialist in animal remains, Salima Ikram, who examined the galleries in the summer of 2012, has suggested would have been laid down layer by layer, with the areas being bricked off once they were full. Although no totally complete ceramic jars have been found in the galleries, it is clear from the 1990’s MSA excavations that a certain type of jar, frequently encountered in the current excavations, had been found filled with falcon eggs and also with mummified remains.

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Figure 13.  One of the jar stoppers from the ceramic jars which could contain mummified remains or bird eggs. Photo: G. J. Tassie.

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Late Finds

As is typical, the most exciting finds are often made as the excavation season comes to an end, and during final cleaning in preparation for photography and planning, the eastern back wall of the original structure was detected, with a series of later walls running eastwards. Investigations will have to continue in a future season, and it is not yet possible to date the later the extension, but the walls were definitely not continuous. They abutt each other. The expert cleaning that revealed this fact was made by one of our Qufti workforce who was working with the project’s assistant director, G. J. Tassie. The ‘Quftis’ come from the town of Quft in Upper Egypt, just north of modern Luxor, where men were first trained in archaeological excavation skills by Flinders Petrie. The team at Quesna has much appreciated their archaeological and logistical input since Rais Omer Farouk el-Quftawi and his men joined the team in the spring of 2010.

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Figure 14.  View over the possibly original back (eastern) wall of the falcon necropolis at the point where slightly thinner east-west running walls are abutting it.  Looking south. Photo: G. J. Tassie.

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Several connections are possible between the site of Quesna and nearby Athribis, which lies close by in the modern city of Benha, c4km as the crow flies. One of these connections may relate to the falcon gallery. Inscriptions on statues/statue bases from Athribis identify an individual of the name Djed Hor Pashed (Djed Hor the saviour) who was connected with the cults of Horus at Athribis, most probably in the 30th Dynasty. When the various inscriptions were examined, there was no knowledge of the falcon necropolis at Quesna, because it was only found in the 1990s; however, it is possible that Djed Hor might have overseen the worship of the cult of Horus at Quesna and perhaps might have been responsible for the building of at least part of the structure. Inscriptions that were found in the mausoleum at Quesna also tell of priests related to the cult of Horus Khenty-Khety, which has been associated with Athribis since Middle Kingdom times. These include a priest of Osiris, Hor-Wadja, the sarcophagus of whom was found by the MSA, and which now can be found outside the Egyptian Museum in Cairo.

Due to its geographical position and the changing political organisation of the country, Quesna appears to have fallen under different provinces (later called nomes) at different periods of history. Quesna has been attached to Athribis, to Mustai, (which is just a short distance to the north) and also possibly even to Busiris, some distance further north. To which nome, however, might Quesna have been attached before the Late Period? There is one more discovery that was made at Quesna in the spring of 2010 that can be briefly introduced here. Surprisingly, during the cleaning and initial excavation of the sediment above another mud-brick structure, this time on the very northern edge of the Quesna gezira, ceramic sherds were found which were quite unlike anything else found at the site. It was quickly realised by a ceramicist from the Fayum, team-member Ashraf el-Senussi, that these were not ‘late’ pottery sherds, but rather fragments of jars known commonly as beer jars or offering jars. They were found in great numbers across the top of the structure. Fortunately, due to the variations in the typology of these beer jars, it is possible to associate them with quite tight chronological spans and in this instance the types found have been dated at the earliest to the late 3rd Dynasty and at the latest to the reign of Khufu, the king interred in the Great Pyramid at Giza. The structure is large, with its maximum extents of 17m north-south and 13m east-west, and is built of mud-bricks up to c0.50m in length, another indicator of the early date of the structure. This mastaba tomb (named after the Arabic word for bench) had been badly damaged, possibly at various points in antiquity, when robbers had searched for the burial shaft leading down to the subterranean burial chamber with its provisions for the afterlife. Although the surface of the structure was excavated and planned in 2010, it is currently backfilled and waiting beneath the surface for new investigations, hopefully in 2013, which should reveal the location of the burial shaft and whatever fragments of the original provisions that remain. To help the team understand more about the individuals at the site and relationships with other sites already in the Old Kingdom, a period including Athribis is known through textual references (including the 5th Dynasty Palermo Stone). The preservation of mud-seal impressions would be helpful in providing a possible personal name, or the title of a position held by the individual for whom the mastaba tomb was built.

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Figure 15.  A view from the west over the Old Kingdom mastaba structure. Photo: J. Rowland.

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Figure 16.  Close up showing the stepped façade of the mastaba structure (northern wall). Photo: J. Rowland.

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The work proceeds and in the course of the team’s fieldwork during the past two summer seasons there has also been a training school for Egyptian antiquities’ inspectors, university students from the University of Minufiyeh in nearby Shibin el-Kom, and students from the Freie Universität Berlin, where the author is currently based. The training focuses on archaeological field techniques covering all aspects of recording excavations, orienting trenches, taking levels, single-context recording (based on the Museum of London Archaeology’s methodology), planning, analysis and excavation of human skeletal remains, archaeological photography, as well as basic field conservation and the principles of analysis and recording of ceramic finds. This has been conducted in cooperation with our colleagues at the MSA, to whom thanks are given, and also with the Egypt Exploration Society, the University of Minufiyeh and, in 2012, the Freie Universität of Berlin. Funding for the fieldschool has been provided by the Deutscher Akademischer Austausch Dienst. Funding for the fieldwork in Minufiyeh has been generously provided since 2006 by: the British Academy Small Research Grants, the Egypt Exploration Society (including the Centenary Award and the Amelia Edwards Project Grants), the Gerald Averay Wainwright Near Eastern Archaeological Fund, the Society of Antiquaries of London, the John Fell (Oxford University Press) Fund, the Society for the Promotion of Roman Studies, The Michaela Schiff Giorgini Foundation, the Rutherford Press Limited and the Seven Pillars of Wisdom Trust. Sincere thanks go to the MSA in Cairo and also in Minufiyeh and to the inspectors who have accompanied us since 2005. We also exetnd our gratitude to all past and present team members. 

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Figure 17.  The Egyptian fieldschool students receiving their certificates in October 2012. Photo: O. Farouk.

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Figure 18.  His Excellency Mr James Watt the British Ambassador to Cairo, Mrs Amal Watt and Ms. Jane Rawbone, during their visit to Quesna in September 2012. Photo: R. Abd el-Galil.

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More about work being conducted in Egypt under the auspices of the Egypt Exploration Society can be found in the article entitled Romancing the Stones of Egypt in the June 2012 issue of Popular Archaeology.

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The First Americans

Few had ever heard of the little town of Buttermilk Creek, Texas, until it was placed on the map in early 2011 when Texas A&M University anthropologist Michael Waters made his public announcement. He and a team of archaeologists, researchers, students and volunteers had been painstakingly excavating at an archaeological site, known as the Debra L. Firiedkin site, for years. What they discovered there had generated excitement in the world of American archaeology. 

Totaling 15,528 artifacts, the Buttermilk Creek Complex, as researchers are now calling the assemblage, contained evidence of small blades, choppers and scrapers, implements made by people who had long departed the scene, long before any notion in the minds of the early European explorers that anyone had ever inhabited the North American continent.

“Most of these are chipping debris from the making and resharpening of tools,” said Waters, “but over 50 are tools. There are bifacial artifacts that tell us they were making projectile points and knives at the site. There are expediently made tools and blades that were used for cutting and scraping.”

On the face of it, his discovery could hardly eclipse any of the finds made by other archaeologists through decades of excavation and research about the early peopling of the Americas. But there were several important differences that made the site, and the finds, unique. They had to do with the sheer number of the finds, their nature, and the dating, with the most sensational difference being the dating.   

“What is special about the Debra L. Friedkin site is that it has the largest number of artifacts dating to the pre-Clovis time period, that these artifacts show an array of different technologies, and that these artifacts date to a very early time,” said Waters.

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Archaeological excavation at the Debra L. Friedkin site in Texas. Image courtesy Michael R. Waters.

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The Clovis time refers to a time period (about 13,500 years ago) to which, according to many scholars, the earliest known stone tools and weapons made by early ancestral Native Americans could be assigned. Best known for their medium to large fluted lanceolate projectile points and distinctive bone and ivory items, these stone artifact finds constitute the evidential basis for the widely accepted “Clovis First” hypothesis, which suggests that the people associated with the artifacts were the first inhabitants of the Americas. Clovis artifacts have been found in abundance at sites across the North American continent. 

But the headline-making finds at the Friedkin site were not Clovis, and they were older than the oldest known Clovis tools by about 2,000 years.

Waters and his associates used Optically Stimulated Luminescence (OSL) dating, a technique that measures the amount of light energy trapped over thousands of years in minerals within the sediment surrounding artifacts. Professor Steven Forman of the University of Illinois at Chicago worked with Waters at the site, collecting 50 core samples from two sites at Buttermilk Creek for testing. “We found Buttermilk Creek to be about 15,500 years ago — a few thousand years before Clovis” said Forman. “We dated the sediments by a variety of optical methods. We also dated different mineral fractions as well, and we consistently got the same ages. We looked at the age structure of the sediment by many different ways and got the same answers.”  

In addition to providing compelling evidence for pushing the clock back on when the earliest Americans arrived, the Friedkin site findings have provided additional credence to the suggestion that the stone tool technology of the Clovis culture was not imported into the Americas via the Bering Land Bridge (“Beringia”) in accordance with the Clovis Model, but instead evolved in North America from an earlier technology. Given the nature and characteristics of the Buttermilk Creek Complex, Waters maintains that the Complex represents a “type of assemblage from which the Clovis assemblage could emerge” with the new dating providing “ample time for people to settle into the environments of North America, colonize South America by at least ~14.1 to 14.6 ka, develop the Clovis tool kit, and create a base population through which Clovis technology could spread”.[1]

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Some of the artifacts from the 15,500-year-old horizon. Image courtesy Michael R. Waters.

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The Mounting Evidence

The arguments against the traditional Clovis First perspective point to the fact that no Clovis-type artifacts have been found in Northeast Asia, from where the early Americans under the Clovis Model are suggested to have migrated, and fluted stone points that are iconic for Clovis and found in Alaska are all dated too late to be assigned to the Clovis horizon. Moreover, six major sites in South America with stratigraphic layers dated to the Clovis period are devoid of Clovis period artifacts. 

Nevertheless, comparing the evidence of Clovis technology dated to very early occupation of the Americas with what is available for the same time period for other technology forms has traditionally given Clovis the decided edge in the debate. But new evidence against Clovis has been mounting. The Friedkin site is not the only site that has been dated to the pre-Clovis time period. Pre-Clovis finds have been recorded at sites such as Pedra Furada in Brazil, Monte Verde in Chile, two mammoth kill sites in Wisconsin, Topper in South Carolina, Cactus Hill and Saltville in Virginia, and Meadowcroft in Pennsylvania, among others. The evidence at these sites, however, has been in dispute and is not as robust as that found at Friedkin.

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Excavators examine a cluster on the proposed pre-Clovis surface at the Topper site. Courtesy Center for the Study of the First Americans.

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Proposed pre-Clovis artifacts found at the Topper site.  Courtesy Center for the Study of the First Americans.

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Proposed pre-Clovis bend break tools found at the Topper site.  Courtesy Center for the Study of the First Americans.

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But new discoveries have emerged and joined Friedkin with stronger evidence of pre-Clovis beginnings…….

 

At the Paisley caves in south-central Oregon, a team of research scientists led by Dennis L. Jenkins of the University of Oregon’s Museum of Natural and Cultural History has found evidence that an early stone implement technology, known as “Western Stemmed” projectile points (darts or thrusting spearheads), were manufactured at least 11,070 to 11,340 radiocarbon years ago, making them concurrent with or possibly earlier than the Clovis culture (dated to 13,000 calendar years ago). The researchers obtained 190 radiocarbon dates on artifacts, human coprolites (dried feces), bones and sagebrush twigs within layers of silt deposited over thousands of years in the  caves. The broad, concave-based, fluted Clovis projectile points often associated with early Americans who lived about 12,000 – 13,000 years ago were not found in the caves. 

Past studies of the Paisley Caves have also reported very early dates from human coprolites with ancient DNA, but questions arose about whether those samples could have been contaminated, and whether they were found in true context with artifacts from the same era. So the researchers did an exhaustive examination of the stratigraphy, which is one of Davis’ specialties.

“We continued to excavate Paisley Caves from 2009 through 2011,” the authors wrote in Science. “To resolve the question of stratigraphic integrity, we acquired 121 new AMS [accelerator mass spectrometry] radiocarbon dates on samples of terrestrial plants, macrofossils from coprolites, bone collagen and water soluble extracts recovered from each of these categories. To date, a total of 190 radiocarbon dates have been produced from the Paisley Caves.”

Davis conducted microscopic analysis of the soil using a “petrographic” microscope, to eliminate any indications that liquid – such as water or urine from humans or animals –  may have moved down from higher layers into the lower layers, thus “contaminating” or compromising the integrity of the dating of the soil. They also analyzed the silt where the stem points were found and bracketed above and below those layers to determine if the radiocarbon dates synchronized.

The result: “The stemmed points were in great context,” Davis said. “There is no doubt that they were in primary context, associated with excellent radiocarbon dates.” The new dating was valid and few could now argue with the results.

The significance of the Paisley finds extends from the fact that Western Stemmed points and Clovis points differ fundamentally in terms of their hafting portions, the part of the stone point that connects to a shaft. Stemmed points are narrower or constricted at their bases, whereas the hafting portions of Clovis points are not narrow, but thinned width-wise through removal of large flakes from their bases. 

“These two approaches to making projectile points were really quite different,” Davis said, “and the fact that Western Stemmed point-makers fully overlap, or even pre-date Clovis point makers likely means that Clovis peoples were not the sole founding population of the Americas.”

Moreover, the dating of the Western Stemmed projectile points to possibly pre-Clovis times adds new data to digest in the ongoing debate about the starkly different production technologies overlapping in time and whether or not they developed separately. The results even suggest that the Clovis culture may have developed or originated in the Southeastern region of the United States and moved westward, while the Western Stemmed tradition originated, perhaps earlier than the Clovis, in the West and moved eastward.

“From our dating, it appears to be impossible to derive Western Stemmed points from a proto-Clovis tradition,” Jenkins said. “It suggests that we may have here in the Western United States a tradition that is at least as old as Clovis, and quite possibly older. We seem to have two different traditions co-existing in the United States that did not blend for a period of hundreds of years.”

It is interesting to note in this context that Clovis technology has only been found in the New World, whereas Western Stemmed technology is similar to stone technology seen in northeastern Asia.

At least three other Western sites, including Cooper’s Ferry in Idaho, Smith Creek Cave in Nevada, and Bonneville Estates Rockshelter, also in Nevada, also contain only Western Stemmed points in deposits of this early time period.

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Displayed in the hand of University of Oregon archaeologist Dennis Jenkins are three bases for Western Stemmed projectiles from the Paisley Caves in Oregon. The bases date to some 13,000 years ago. [Photo by Jim Barlow]

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Enter here another site, located in Manis, Washington, where the fossil remains of a mastodon were excavated by Dr. Carl Gustafson and a team from Washington State University in the 1970’s. He concluded from radiocarbon dating of charcoal deposits around the remains that it was about 14,000 years old. It was a conclusion that had been the subject of considerable debate among scholarly critics, particularly as he maintained that a bone point found embedded in the rib bone of the mastodon was an early projectile point, similar to other bone projectile points found at other Paleo-indian sites.

The case was revisited recently when Dr. Michael Waters of Texas A & M University, the excavator of the Firiedkin site who, along with a team of colleagues, used mass spectrometry to date carbon in samples of bone from the rib, a pair of tusks found at the same site, and the embedded point.  Results indicated that all of the fossils tested were about 13,800 years old. They also used high-resolution X-ray CT scanning of the embedded bone point to produce a three-dimensional visual study or image. Based on this, they determined that the point was likely at least 27 centimeters long, similar in length to those of later, Clovis-age projectile points that were used in throwing or thrusting weapons made by Paleolithic hunters of North America. Moreover, the team examined the specimen using DNA protein analysis of material from the bone point and the rib in which it was embedded. They concluded that the point itself was fashioned from mastodon bone.

Most significantly, the findings constitute more evidence that Paleo-Indians settled the Americas before 13,000 – 13,500 B.P.E., the earliest date range that has traditionally been assigned to the emergence of the “Clovis” cultural horizon.

Said Waters, “We’re looking at another pre-Clovis locality in North America where, in this case, bone weaponry was used to hunt mastodons 800 years before Clovis stone weaponry show up on the landscape.”

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This is a mastodon skeleton and outline of a mastodon. The location of the rib and approximate angle of the spear is indicated. The point had to penetrate 25-30 cm of hide, tissue, and muscle. [Image courtesy of Center for the Study of the First Americans, Texas A&M University] 

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Mastodon rib with the embedded bone projectile point. (A) Closeup view. (B) Reconstruction showing the bone point with the broken tip. The thin layer represents the exterior of the rib. (C) CT x-ray showing the long shaft of the point from the exterior to the interior of the rib. (D) The entire rib fragment with the embedded bone projectile point. [Image courtesy of Science/AAAS]

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But the archaeological finds are not the only body of evidence emerging in the changing picture related to who, when, and from where the first peopling of the Americas took place. New findings are developing with the application of genetic and paleoclimate studies…………

Following the DNA Trail

In a recent study published in the American Journal of Human Genetics, Theodore Schurr, an associate professor in the University of Pennsylvania’s Department of Anthropology, in collaboration with a research team that included Ludmila Osipova of the Institute of Cytology and Genetics in Novosibirsk, Russia and others, analyzed the genetics of individuals living in Russia’s Altai Republic for markers in both mitochondrial DNA and Y chromosome DNA. Mitochondrial DNA traces the maternal, or female line of descent, whereas Y chromosome DNA traces the paternal, or male, descent. They compared the samples to those that had previously been collected from individuals in southern Siberia, East Asia, Central Asia, Mongolia, and a number of different Native American groups.

After analyzing the Y chromosome DNA, the researchers found a unique mutation common to both the Native Americans and southern Altaians in a lineage dubbed as “Q”.  The Altai region is located at the four corners of what is today China, Russia, Mongolia, and Kazakhstan. Says Schurr, it “is a key area because it’s a place that people have been coming and going for thousands and thousands of years. Our goal in working in this area was to better define what those founding lineages or sister lineages are to Native American populations.”  

They found similar results when analyzing the mitochondrial DNA.  “We find forms of haplogroups C and D in southern Altaians and D in northern Altaians that look like some of the founder types that arose in North America, although the northern Altaians appeared more distantly related to Native Americans” says Schurr. 

Determining how long ago the mutations took place, the researchers concluded that the southern Altaian lineage diverged genetically from the Native American lineage about 13,000 to 14,000 years ago. This correlates with current theories that support the migration of peoples into the Americas from Siberia between roughly 15,000 and 20,000 years ago.

The large and diverse nature of the database ensured a relatively high degree of confidence among the researchers about the validity and precision of the findings. Says Schurr, “at this level of resolution we can see the connections more clearly”.

Moreover, the recently completed research at the Paisley caves has also confirmed, through additional DNA testing, that the early occupants of the caves had ancestral Siberia-East Asian origins, and that they were using the caves as far back as at least 12,450 radiocarbon years ago (about 13,500 calendar years ago). 

 

The results of another recent study (published in the July 11, 2012 issue of the journal Nature), while supporting Schurr’s analysis and conclusions, paints a dramatically more complex picture of early American origins.

Led by Professor Andres Ruiz-Linares from the University College London (UCL) and Professor David Reich of the Harvard Medical School, an international team of researchers analyzed data samples from 52 Native American and 17 Siberian groups, examining more than 300,000 DNA sequences to examine patterns of genetic similarities and differences between the population groups. The study was complicated by the fact that the Americas experienced an influx of European and African immigrants since 1492, with 500 years of genetic mixing. To address this, the researchers developed a methodology to isolate genomes that were of entirely Native American origin. “We developed a method to peel back this mixture to learn about the relationships among Native Americans before Europeans and Africans arrived,” Reich said, “allowing us to study the history of many more Native American populations than we could have done otherwise.”

What they found was eye-opening.

“For years it has been contentious whether the settlement of the Americas occurred by means of a single or multiple migrations from Siberia,” said Ruiz-Linares.  “But our research settles this debate: Native Americans do not stem from a single migration”. 

Their results showed that Native American populations originally arose, not from one single migration of people, but at least three. The majority descended from a single original group of First American migrants, but at least two subsequent migrations also made important genetic contributions. Moreover, their origins could be genetically traced to populations traversing across the ancient Beringia land bridge (pictured above, right) that existed during the ice ages over 15,000 years ago. The second and third migrations left their imprint only in Arctic populations that speak Eskimo-Aleut languages and in the Canadian Chipewyan who speak a Na-Dene language. But even these people inherited most of their genetic makeup from the first migration. Eskimo-Aleut speakers, for example, derive more than 50% of their DNA from the first migrants, and the Chipewyan even more, about 90%. This suggests that the two later migrant groups mixed with descendants of the first migrants after they arrived in North America.

Said co-author Reich, “the Asian lineage leading to First Americans is the most anciently diverged, whereas the Asian lineages [the second and third migrations] that contributed some of the DNA to Eskimo–Aleut speakers and the Na-Dene-speaking Chipewyan from Canada are more closely related to present-day East Asian populations.”

What is more, said Ruiz-Linares, “our study also begins to cast light on patterns of human dispersal within the Americas”.

They found that people expanded southward along a route that hugged the coast. As they went southward, population groups split off along the way. After the splitting, there was little gene flow among Native American groups, especially in South America.

But the dynamics were not always this simple. They found, for example, that the first, Central American Chibchan-speakers have ancestry from both North and South America, suggesting a back-migration from South America, and that the Naukan and coastal Chukchi from north-eastern Siberia carry ‘First American’ DNA: the Eskimo-Aleut speakers migrated back to Asia, bringing with them the Native American genetic material.

Clues from a Past Climate

The broadly accepted view about when and how the first Americans entered the Americas has revolved in part around the changes in the glacial periods associated with the last glacial period of the Ice Age. Since about 40,000 B.P., the Cordilleran and Laurentide ice sheets covered much of Canada. However, during the warmer interglacial periods they retreated to create ice-free corridors along the Pacific coast and areas east of the Rocky Mountains of Canada. Scientists have long suggested that it was through these corridors that humans were likely able to cross Beringia into the Americas. Beringia was a land bridge as much as 1,000 miles wide that joined present-day Alaska and eastern Siberia at various times 110,000 to 10,000 years ago. Exactly when and how this crossing may have occurred has been a matter of debate for decades, but the most widely accepted proposal advances the suggestion that it occurred around 15,000 years ago.

Now, a new study recently published in the professional journal, Quaternary Science Reviews, has resulted in findings that differ from this prevailing hypothesis by as much as 2,000 years.  Led by Nicole Misarti of Oregon State University, the study, known as the Sanak Island Biocomplexity Project and funded by the National Science Foundation, was intended to examine the abundance of ancient salmon runs in the Beringia region. They analyzed core samples taken from Sanak Island, a remote island about 700 miles from Anchorage, Alaska, and about 40 miles from the coast of the western Alaska Peninsula. As the researchers began examining core samples from Sanak Island lakes looking for evidence of salmon remains, they came up with radiocarbon dates much earlier than they had expected. The dates were based on organic material in the sediments, composed of terrestrial plant macrofossils that indicated the region was actually ice-free earlier than believed. Deglaciation there from the last Ice Age, it seemed, took place as much as 1,500 to 2,000 years earlier. Moreover, the researchers had also concluded that the maximum thickness of the ice sheet in the Sanak Island region during the last glacial maximum was actually only 70 meters – or about half that previously projected.  This suggested that deglaciation could have happened more rapidly than earlier models had predicted. Given the location, this opened the door for the possibility of earlier coastal migration models for the Americas.

“It is important to note that we did not find any archaeological evidence documenting earlier entrance into the continent,” said Misarti. “But we did collect cores from widespread places on the island and determined the lake’s age of origin based on 22 radiocarbon dates that clearly document that the retreat of the Alaska Peninsula Glacier Complex was earlier than previously thought. Glaciers would have retreated sufficiently so as to not hinder the movement of humans along the southern edge of the Bering land bridge as early as almost 17,000 years ago.” 

This shed new light on a long-standing question. If humans had not arrived in the Americas until about 15,000 B.P. as traditional models have suggested, then how could they have spread so quickly to inhabit areas thousands of miles southward, as evidenced archaeologically by their presence at sites such as Monte Verde, Chile, and Huaca Prieta, showing remains dating back to 14,000 to 14,200 years ago? The answer, based on the Sanak Island findings, was that they had actually arrived in the Americas up to 2,000 years earlier.

Another finding was related to the presence of pollen in the samples.

“We found a full contingent of pollen that indicated dry tundra vegetation by 16,300 years ago,” Misarti said. “That would have been a viable landscape for people to survive on, or move through. It wasn’t just bare ice and rock.”

Moreover, she added, based on the findings in the tested area, “the region wasn’t one big glacial complex. The ice was thinner and the glaciers retreated earlier.” Furthermore, previous studies have indicated warmer sea surface temperatures possibly preceding the retreat of the Alaska Peninsula Glacier Complex (APGC), creating conditions more favorable to supporting productive coastal ecosystems that humans could have exploited.

Thus, if the researchers are right, the stage for human entry into the Americas had been set earlier than long theorized. As they wrote in the published study: “While not proving that first Americans migrated along this corridor, these latest data from Sanak Island show that human migration across this portion of the coastal landscape was unimpeded by the APGC after 17 (thousand years before present), with a viable terrestrial landscape in place by 16.3 (thousand years before present), well before the earliest accepted sites in the Americas were inhabited.”

The Emerging Picture

Taken together, new discoveries and research results are thus beginning to paint a picture of a human beginning in the Americas that is considerably more complex and likely earlier than previously thought.

That genetic studies have shown that a single original population of modern humans dispersed from southern Siberia toward the Bering Land Bridge, or ancient Beringia, as early as about 30,000 years ago, and further dispersed from Beringia to the Americas by perhaps 16,500 years ago. But there was more than one migration event, and some of them traversed from the Americas back into Asia. From the paleoclimate evidence, we see indications that the environmental stage was set by at least 16,300 years ago for an accommodating passage for humans into the Americas. From archaeology, we know that humans appeared south of the Canadian ice sheets by at least 15,000 years ago, 2,000 or more years before the emergence and spread of the Clovis culture, and it is no longer clear that there is a clear linear evolutionary relationship between the Clovis culture and early technology discovered in the western regions of the North American continent.  Finally, from archaeology, evidence builds to support a suggested route along the deglaciated north Pacific coastline.

To be sure, new discoveries could significantly change or challenge this developing paradigm of the peopling of the American continents, but it could also continue to strengthen it. Time and continuing research will tell. Writes a researcher at the Center of the Study for First Americans at Texas A& M University: “This is an exciting time to be studying the peopling of the Americas. We are confident that through continued empirical research and active interdisciplinary dialog, we will soon know precisely when and how humans dispersed across the New World.”[1]

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[1] The Story of the First Americans, The Center for the Study of the First Americans.  http://csfa.tamu.edu/who.php

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