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North America’s first people may have arrived by sea ice highway

AMERICAN GEOPHYSICAL UNION—SAN FRANCISCO — One of the hottest debates in archeology is how and when humans first arrived in North America. Archaeologists have traditionally argued that people walked through an ice-free corridor that briefly opened between ice sheets an estimated 13,000 years ago.  

But a growing number of archeological and genetic finds — including human footprints in New Mexico dated to around 23,000 years old — suggests that people made their way onto the continent much earlier. These early Americans likely traveled along the Pacific coastline from Beringia, the land bridge between Asia and North America that emerged during the last glacial maximum when ice sheets bound up large amounts of water causing sea levels to fall.  

Now, in research to be presented Friday, 15 December at the American Geophysical Union Annual Meeting (AGU23) in San Franciso, paleoclimate reconstructions of the Pacific Northwest hint that sea ice may have been one way for people to move farther south.  

The idea that early Americans may have traveled along the Pacific Coast isn’t new. People were likely south of the massive ice sheets that once covered much of the continent by at least 16,000 years ago. Given that the ice-free corridor wouldn’t be open for thousands of years before these early arrivals, scientists instead proposed that people may have moved along a “kelp highway.” This theory holds that early Americans slowly traveled down into North America in boats, following the bountiful goods found in coastal waters.  

Archeologists have found evidence of coastal settlements in western Canada dating from as early as 14,000 years ago. But in 2020, researchers noted that freshwater from melting glaciers at the time may have created a strong current that would make it difficult for people to travel along the coast. 

Ice highway over dangerous water 

To get a fuller picture of ocean conditions during these crucial windows of human migration, Summer Praetorius of the US Geological Survey and her colleagues looked at climate proxies in ocean sediment from the coast. Most of the data came from tiny, fossilized plankton. The abundance and chemistry of these organisms help reconstruct ocean temperatures, salinity and sea ice cover.  

Praetorious’ presentation is part of a session on the climate history and geology of Beringia and the North Pacific during the Pleistocene, the current ice age, at AGU23. The week-long conference has brought 24,000 experts from across the spectrum of the Earth and space sciences to San Francisco this year and connected 3,000 online attendees.  

Praetorious’ team used climate models and found that ocean currents were more than twice the strength they are today during the height of the last glacial maximum around 20,000 years ago due to glacial winds and lower sea levels. While not impossible, to paddle against, these conditions would have made traveling by boat very difficult, Praetorius said. 

However, the records also showed that much of the area was home to winter sea ice until around 15,000 years ago. As a cold-adapted people, “rather than having to paddle against this horrible glacial current, maybe they were using the sea ice as a platform,” Praetorius said.  

Arctic people today travel along sea ice on dog sleds and snow mobiles. Early Americans may also have used the ‘sea ice highway’ to get around and hunt marine mammals, slowly making their way into North America in the process, Praetorius said. The climate data suggest conditions along the coastal route may have been conducive to migration between 24,500-22,000 years ago and 16,400-14,800 years ago, possibly aided by the presence of winter sea ice.  

While proving that people were using sea ice to travel will be tricky given most of the archeological sites are underwater, the theory provides a new framework for understanding how humans may have arrived in North America without a land bridge or easy ocean travel.  

And the sea ice highway isn’t mutually exclusive with other human migrations further down the line, says Praetorius. The team’s models show , the Alaskan current had calmed down by 14,000 years ago, making it easier for people to travel by boat along the coast.  

“Nothing is off the table,” she said. “We will always be surprised by ancient human ingenuity.” 

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Article Source: AMERICAN GEOPHYSICAL UNION news release

*PP51A-05 Did a “Sea-ice Highway” facilitate early human migration from Beringia into North America along the coastal route

Cover Image, Top Left: Pexels, Pixabay

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AGU (www.agu.org) is a global community supporting more than half a million advocates and professionals in Earth and space sciences. Through broad and inclusive partnerships, AGU aims to advance discovery and solution science that accelerate knowledge and create solutions that are ethical, unbiased and respectful of communities and their values. Our programs include serving as a scholarly publisher, convening virtual and in-person events and providing career support. We live our values in everything we do, such as our net zero energy renovated building in Washington, D.C. and our Ethics and Equity Center, which fosters a diverse and inclusive geoscience community to ensure responsible conduct. 

Were Neanderthals morning people ?

OXFORD UNIVERSITY PRESS USA—A new paper in Genome Biology and Evolution, published by Oxford University Press, finds that genetic material from Neanderthal ancestors may have contributed to the propensity of some people today to be “early risers,” the sort of people who are more comfortable getting up and going to bed earlier.

All anatomically modern humans trace their origin to Africa around 300 thousand years ago, where environmental factors shaped many of their biological features. Approximately seventy-thousand years ago, the ancestors of modern Eurasian humans began to migrate out to Eurasia, where they encountered diverse new environments, including higher latitudes with greater seasonal variation in daylight and temperature.

But other hominins, such as the Neanderthals and Denisovans, had lived in Eurasia for more than 400,000 years. These archaic hominins diverged from modern humans around 700,000 ago, and as a result, our ancestors and archaic hominins evolved under different environmental conditions. This resulted in the accumulation of lineage-specific genetic variation and phenotypes. When humans came to Eurasia, they interbred with the archaic hominins on the continent, and this created the potential for humans to gain genetic variants already adapted to these new environments.

Previous work has demonstrated that much of the archaic hominin ancestry in modern humans was not beneficial and removed by natural selection, but some of the archaic hominin variants remaining in human populations show evidence of adaptation. For example, archaic genetic variants have been associated with differences in hemoglobin levels at higher altitude in Tibetans, immune resistance to new pathogens, levels of skin pigmentation, and fat composition.

Changes in the pattern and level of light exposure have biological and behavioral consequences that can lead to evolutionary adaptations. Scientists have previously explored the evolution of circadian adaptation in insects, plants, and fishes extensively, but it is not well studied in humans. The Eurasian environments where Neanderthals and Denisovans lived for several hundred thousand years are located at higher latitudes with more variable daylight times than the landscape where modern humans evolved before leaving Africa. Thus, the researchers explored whether there was genetic evidence for differences in the circadian clocks of Neanderthals and modern humans.

The researchers defined a set of 246 circadian genes through a combination of literature search and expert knowledge. They found hundreds of genetic variants specific to each lineage with the potential to influence genes involved in the circadian clock. Using artificial intelligence methods, they highlighted 28 circadian genes containing variants with potential to alter splicing in archaic humans and 16 circadian genes likely divergently regulated between present-day humans and archaic hominins. This indicated that there were likely functional differences between in the circadian clocks in archaic hominins and modern humans. Since the ancestors of Eurasian modern humans and Neanderthals interbred, it was thus possible that some humans could have obtained circadian variants from Neanderthals.

To test this, the researchers explored whether introgressed genetic variants—variants that moved from Neanderthals into modern humans—have associations with the preferences of the body for wakefulness and sleep in large cohort of several hundred thousand people from the UK Biobank. They found many introgressed variants with effects on sleep preference, and most strikingly, they found that these variants consistently increase morningness, the propensity to wake up early. This suggests a directional effect on the trait and is consistent with adaptations to high latitude observed in other animals.

Increased morningness in humans is associated with a shortened period of the circadian clock. This is likely beneficial at higher latitudes, because it has been shown to enable faster alignment of sleep/wake with external timing cues. Shortened circadian periods are required for synchronization to the extended summer light periods of high latitudes in fruit flies, and selection for shorter circadian periods has resulted in latitudinal clines of decreasing period with increasing latitude in natural fruit fly populations. Therefore, the bias toward morningness in introgressed variants may indicate selection toward shortened circadian period in the populations living at high latitudes. The propensity to be a morning person could have been evolutionarily beneficial for our ancestors living in higher latitudes in Europe and thus would have been a Neanderthal genetic characteristic worth preserving.

“By combining ancient DNA, large-scale genetic studies in modern humans, and artificial intelligence, we discovered substantial genetic differences in the circadian systems of Neanderthals and modern humans,” said the paper’s lead author, John A. Capra. “Then by analyzing the bits of Neanderthal DNA that remain in modern human genomes we discovered a striking trend: many of them have effects on the control of circadian genes in modern humans and these effects are predominantly in a consistent direction of increasing propensity to be a morning person. This change is consistent with the effects of living at higher latitudes on the circadian clocks of animals and likely enables more rapid alignment of the circadian clock with changing seasonal light patterns. Our next steps include applying these analyses to more diverse modern human populations, exploring the effects of the Neanderthal variants we identified on the circadian clock in model systems, and applying similar analyses to other potentially adaptive traits.”

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Article Source: OXFORD UNIVERSITY PRESS USA news release.

Human brain’s high energy demands linked with more complex cognitive circuitry, not just bigger size

AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE (AAAS)—The human brain has exceptionally high metabolic demands compared with other species, accounting for roughly 20% of the body’s energy consumption. Now, brain scans from 30 people suggest that the neuromodulator activity involved in cognitive functions such as reading and memory formation may contribute most to these high energetic costs. The findings shed new light on brain evolution, indicating that human cognition may have emerged in part from the evolutionary expansion of specific brain networks – not just from a larger brain size. Common theories on human evolution propose that humans’ high cognitive capacity is largely due to an adaptive increase in brain size. However, research has shown that the scale of human brain structure is not unique among mammals, with some species having larger brains, higher brain-to-body mass ratios, or more neurons. Recent studies suggest that neuromodulator activity – dynamic regulation of neurons via chemicals such as dopamine and serotonin – may have influenced the evolution of human cognition and behavior over time. However, it has been unclear how these processes and their energy demands vary across the human brain. To investigate, Gabriel Castrillon and colleagues employed a correlative neuroimaging approach to analyze the distribution of energy usage and signaling in the brains of 30 participants, using data from positron emission tomography and functional magnetic resonance imaging. The researchers measured energetic costs for signaling activities across functional networks of the brain, finding that frontoparietal networks – which have expanded most in human brain evolution – demanded around 67% more energy than sensorimotor networks per gram of tissue. Regions that exhibited more regulation from neuromodulators, such as serotonin, dopamine, and noradrenaline, required the most energy. “Our findings suggest that the evolution of human cognition may have emerged not only from an overall larger brain but particularly by the development of slow-acting neuromodulator circuits,” Castrillon et al. write.

Article Source: AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE (AAAS) news release

Ancient yak and cattle remains provide evidence for domestication on Tibetan Plateau by 2,500 years ago

AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE (AAAS)—New archaeological analyses of the remains of 193 yak, cattle, and their hybrids from recent excavations on the southern Tibetan Plateau reveal that these animals were likely domesticated and crossbred in the high-altitude region by at least 2,500 years ago. Present-day Tibetan herders frequently crossbreed domestic yak with non-native taurine cattle – a long-standing practice known to produce hardy hybrids that combine yaks’ endurance in harsh environments with the meat- and milk-producing capabilities of cattle. Although this practice is thought to extend back thousands of years, researchers have found limited archaeological evidence to constrain its introduction on the Tibetan Plateau. Genetic studies have offered clues about yak lineages, but it’s been difficult to distinguish between wild and domestic ancient yak remains. Recent excavations at Bangga, located about 3,750 meters above sea level on the southern Tibetan Plateau, uncovered remains of more than 10,000 mammals dated to between 3,000 and 2,200 years ago. From these remains, Ningbo Chen and colleagues identified 193 Bos specimens – including bones from 31 taurine (Bos taurus) or indicine (Bos indicus) cattle, and 13 wild or domestic yak, dated to between around 2,700 and 2,350 years ago. The researchers compared the genomes of 5 of these Bos specimens against 11 new genomes of modern Tibetan cattle, as well as previously published genomes of ancient and modern cattle and yak from across the region. Yak remains found at Bangga were closely related to present-day domestic yak, but not today’s wild yak. Cattle DNA from Bangga resembled that of older, lower-altitude taurine cattle from western Asia, as well as present-day Tibetan taurine cattle. These findings suggest that taurine cattle were likely brought to the region at least 2,500 years ago and were bred with domestic yak, Chen et al. say.

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Excavation at Bangga during the 2017 field season. Zhengwei Zhang

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Yak in western Tibetan Plateau, 4,000 meters above sea level. Zhengwei Zhang

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Tibetan yak. Zhengwei Zhang

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Article Source: AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE (AAAS) news release

Archaeologists unearth one of earliest known frame saddles

UNIVERSITY OF COLORADO AT BOULDER—In April 2015, looters sacked an ancient cave burial at a site called Urd Ulaan Uneet high within the Altai Mountains of western Mongolia. When police apprehended the criminals, they uncovered, among other artifacts, an elegantly carved saddle made from several pieces of birch wood.

Now, in a new study*, researchers from Mongolia collaborating with University of Colorado Boulder archaeologist William Taylor have described the find. The team’s radiocarbon dating pins the artifact to roughly the 4th Century C.E., making it one of the earliest known frame saddles in the world. 

“It was a watershed moment in the technological history of people and horses,” said Taylor, corresponding author of the new study and curator of archaeology at the CU Museum of Natural History.

He and his colleagues, including scientists from 10 countries, published their findings Dec. 12 in the journal Antiquity.

The research reveals the underappreciated role that ancient Mongolians played in the spread of horse riding technology and culture around the globe. Those advances ushered in a new and sometimes brutal era of mounted warfare around the same time as the fall of the Roman Empire. 

The discovery also highlights the deep relationships between human and animals in Mongolia. For millennia, pastoral peoples have traveled between the vast grasslands of the Mongolian Steppe with their horses—which, in the region, tend to be short but sturdy, capable of surviving winter temperatures that can plummet far below freezing. Airag, a lightly alcoholic beverage made from fermented horse milk, remains a popular libation in Mongolia.

“Ultimately, technology emerging from Mongolia has, through a domino effect, ended up shaping the horse culture that we have in America today, especially our traditions of saddlery and stirrups,” Taylor said.

But these insights also come at a time when Mongolia’s horse culture is beginning to disappear, said study lead author Jamsranjav Bayarsaikhan. 

“Horses have not only influenced the history of the region but also left a deep mark on the art and worldview of the Nomadic Mongols,” said Bayarsaikhan, an archaeologist at the Max Planck Institute for the Science of Human History in Germany. “However, the age of technology is slowly erasing the culture and use of horses. Instead of herders riding horses, more and more people are riding motorcycles in the plains of Mongolia.”

Mounted combat

Bayarsaikhan was working as a curator at the National Museum of Mongolia when he and his colleagues got the call from police in Hovd Province. The team later excavated the Urd Ulaan Uneet cave and unearthed the mummified remains of a horse, which the group partially described in a 2018 paper.

The saddle itself was made from about six pieces of birch wood held together with wooden nails. It bears traces of red paint with black trim and includes two leather straps that likely once supported stirrups. (The researchers also reported an iron stirrup recently discovered from around the same time period in eastern Mongolia).

The group couldn’t definitively trace back where those materials came from. Birch trees, however, grow commonly in the Mongolian Altai, suggesting that locals had crafted the saddle themselves, not traded for it.

Taylor explained that humans had used pads, a form of proto-saddle, to keep their rear ends comfortable on horseback since the earliest days of mounted riding. Rigid wooden saddles, which were much sturdier, paired with stirrups opened a new range of things that people could do with horses. 

“One thing they very gave rise to was heavy cavalry and high-impact combat on horseback,” Taylor said. “Think of jousting in Medieval Europe.”

Traveling west

In the centuries after the Mongolian saddle was crafted, these types of tools spread rapidly west across Asia and into the early Islamic world. There, cavalry forces became key to conquest and trade across large portions of the Mediterranean region and northern Africa. 

Where it all began, however, is less clear. Archaeologists have typically considered modern-day China the birthplace of the first frame saddles and stirrups—with some finds dating back to the 5th to 6th Century C.E. or even earlier.

The new study, however, complicates that picture, Taylor said. 

“It’s not the only piece of information suggesting that Mongolia might have been either among the very first adopters of these new technologies—or could, in fact, be the place where they were first innovated,” he said.

He suspects that Mongolia’s place in that history may have gone underappreciated for so long in part because of the region’s geography. The population density in the country’s mountainous expanses is low, among the lowest on Earth, making it difficult to encounter and analyze important archaeological finds. 

Bayarsaikhan, for his part, calls for more archaeological research in the nation to better tell the story of horses in Mongolia. 

“Mongolia is one of the few nations that has preserved horse culture from ancient times to the present day,” he said. “But the scientific understanding of the origin of this culture is still incomplete.”

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Scientists uncovered a elegantly carved saddle made from several pieces of birch wood from an ancient cave in Mongolia. William Taylor/ CU Boulder

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Article Source: UNIVERSITY OF COLORADO AT BOULDER news release.

Ancient Balkan genomes trace the rise and fall of Roman Empire’s frontier, reveal Slavic migrations to southeastern Europe

UNIVERSITY OF OKLAHOMA—A multidisciplinary study* has reconstructed the genomic history of the Balkan Peninsula during the first millennium of the common era, a time and place of profound demographic, cultural and linguistic change. The team has recovered and analyzed whole genome data from 146 ancient people excavated primarily from Serbia and Croatia—more than a third of which came from the Roman military frontier at the massive archaeological site of Viminacium in Serbia—which they co-analyzed with data from the rest of the Balkans and nearby regions.

The work, published in the journal Cell, highlights the cosmopolitanism of the Roman frontier and the long-term consequences of migrations that accompanied the breakdown of Roman control, including the arrival of people speaking Slavic languages. Archaeological DNA reveals that despite nation-state boundaries that divide them, populations in the Balkans have been shaped by shared demographic processes.

“Archaeogenetics is an indispensable complement to archaeological and historical evidence. A new and much richer picture comes into view when we synthesize written records, archaeological remains like grave goods and human skeletons, and ancient genomes”, said co-author Kyle Harper, a historian of the ancient Roman world at the University of Oklahoma.

Massive demographic influx into the Balkans from the East during the Roman Empire – largely from the eastern Mediterranean and even from East Africa

After Rome occupied the Balkans, it turned this border region into a crossroads, one that would eventually give rise to 26 Roman Emperors, including Constantine the Great, who shifted the capital of the empire to the eastern Balkans when he founded the city of Constantinople.

The team’s analysis of ancient DNA shows that during the period of Roman control, there was a large demographic contribution of people of Anatolian descent that left a long-term genetic imprint in the Balkans. This ancestry shift is very similar to what a previous study showed happened in the megacity of Rome itself—the original core of the empire—but it is remarkable that this also occurred at the Roman Empire’s periphery.

A particular surprise is that there is no evidence of a genetic impact on the Balkans of migrants of Italic descent: “During the Imperial period, we detect an influx of Anatolian ancestry in the Balkans and not that of populations descending from the people of Italy,” said Íñigo Olalde, Ikerbasque researcher at the University of the Basque Country and co-lead author of the study. “These Anatolians were intensively integrated into local society. At Viminacium, for example, there is an exceptionally rich sarcophagus in which we find a man of local descent and a woman of Anatolian descent buried together.”

The team also discovered cases of sporadic long-distance mobility from far-away regions, such as an adolescent boy whose ancestral genetic signature most closely matches the region of Sudan in sub-Saharan Africa and whose childhood diet was very different from the rest of the individuals analyzed. He died in the 2nd century CE and was buried with an oil lamp representing an iconography of the eagle related to Jupiter, one of the most important gods for the Romans.

“We don’t know if he was a soldier, slave or merchant, but the genetic analysis of his burial reveals that he probably spent his early years in the region of present-day Sudan, outside the limits of the Empire, and then followed a long journey that ended with his death at Viminacium (present-day Serbia), on the northern frontier of the Empire,” said Carles Lalueza-Fox, principal investigator at the Institute of Evolutionary Biology and director of the Museum of Natural Sciences of Barcelona.

The Roman Empire incorporated “barbarian” peoples long before its collapse

The study identified individuals of mixed Northern European and Pontic steppe descent in the Balkans from the 3rd century, long predating the final breakdown of Roman imperial control. Anthropological analysis of their skulls shows that some of them were artificially deformed, a custom typical of some populations of the steppes, including groups labeled by ancient authors as “Huns.” These results reflect the integration of people from beyond the Danube into Balkan society centuries before the fall of the Empire.

“The borders of the Roman Empire differed from the borders of today’s nation-states. The Danube served as the geographic and military boundary of the Empire. But it also acted as a crucial communication corridor that was permeable to the movement of people attracted by the wealth Rome invested in its frontier zone,” said co-author Michael McCormick, Francis Goelet Professor of Medieval History at Harvard University.

Slavic populations changed the demographic composition of the Balkans

The Roman Empire permanently lost control of the Balkans in the sixth century, and the study reveals the subsequent large-scale arrival in the Balkans of individuals genetically similar to the modern Slavic-speaking populations of Eastern Europe. Their genetic fingerprint accounts for 30-60% of the ancestry of today’s Balkan peoples, representing one of the largest permanent demographic shifts anywhere in Europe in the early medieval period.

The study is the first to detect the sporadic arrival of individual migrants who long preceded later population movements, such as a woman of Eastern European descent buried in a high imperial cemetery. Then, from the 6th century onwards, migrants from Eastern Europe are observed in larger numbers; as in Anglo-Saxon England, the population changes in this region were at the extreme high end of what occurred in Europe and were accompanied by language shifts.

“According to our ancient DNA analysis, this arrival of Slavic-speaking populations in the Balkans took place over several generations and involved entire family groups, including both men and women,” explains Pablo Carrión, a researcher at the Institute of Evolutionary Biology and co-lead author of the study.

The establishment of Slavic populations in the Balkans was greatest in the north, with a genetic contribution of 50-60% in present-day Serbia, and gradually less towards the south, with 30-40% in mainland Greece and up to 20% in the Aegean islands. “The major genetic impact of Slavic migrations is visible not only in current Balkan Slavic-speaking populations, but also in places that today do not speak Slavic languages such as Romania and Greece,” said co-senior author David Reich, professor of genetics in the Blavatnik Institute at Harvard Medical School and professor of human evolutionary biology in Harvard’s Faculty of Arts and Sciences.

Bringing together historians, archaeologists, and geneticists

The study involved an interdisciplinary collaboration of over 70 researchers, including archaeologists who excavated the sites, anthropologists, historians and geneticists.

This work exemplifies how genomic data can be useful for getting beyond contentious debates around identity and ancestry that have been inspired by historical narratives rooted in nascent nineteenth-century nationalisms and that have contributed to conflict in the past,” Lalueza-Fox said.

The team also generated genomic data from diverse present-day Serbs that could be compared with ancient genomes and other present-day groups from the region.

“We found there was no genomic database of modern Serbs. We therefore sampled people who self-identified as Serbs on the basis of shared cultural traits, even if they lived in different countries such as Serbia, Croatia, Montenegro or North Macedonia”, said co-author Miodrag Grbic, a professor at the University of Western Ontario, Canada.

Co-analyzing the data with that of other modern people in the region, as well as the ancient individuals, shows that the genomes of the Croats and Serbs are very similar, reflecting shared heritage with similar proportions of Slavic and local Balkan ancestry.

“Ancient DNA analysis can contribute, when analyzed together with archaeological data and historical records, to a richer understanding of the history of Balkans history,” said Grbic. “The picture that emerges is not of division, but of shared history. The people of the Iron Age throughout the Balkans were similarly impacted by migration during the time of the Roman Empire, and by Slavic migration later on. Together, these influences resulted in the genetic profile of the modern Balkans—regardless of national boundaries.”

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Skull of an individual of East African ancestral origin found in Viminacium, with the oil lamp featuring an eagle found in his tomb. Photo credit: Miodrag (Mike) Grbic.

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Exceptionally rich sarcophagus found at Viminacium in which a man of local descent and a woman of Anatolian descent were buried. It features several gold and silver objects including two gold earrings, a silver mirror, a silver brooch and 151 gold beads. Photo credit: Ilija Mikić.

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Article Source: University of Oklahoma news release.

*Olalde & Carrión et al., 2023, Cell 186, 1-14; December 7, 2023; DOI: https://doi.org/10.1016/j.cell.2023.10.018

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Baboons in captivity in Ancient Egypt: insights from collection of mummies

PLOS—Baboons were raised in captivity before being mummified in Ancient Egyptian sites, according to a study published December 6, 2023 in the open-access journal PLOS ONE by Wim Van Neer of the Royal Belgian Institute of Natural Sciences, Belgium and colleagues.

For over a millennium, from the 9th Century BC to the 4th Century AD, ancient Egyptians venerated and mummified various animal species for religious purposes. Included among these animals were baboons, notably species not native to ancient Egypt, and not much is known about how these animals were acquired and kept. In this study, the researchers examined a collection of baboon mummies from the ancient Egyptian site of Gabbanat el-Qurud, the so-called Valley of the Monkeys on the west bank of Luxor.

The team examined skeletal remains representing at least 36 individual baboons of varying ages, dated to between 800-500 BC. Lesions, deformations, and other abnormalities on the bones indicate that most of the baboons suffered from poor nutrition and a lack of sunlight, most likely as a result of being born and raised in captivity. The authors note that similar conditions are seen in baboon remains from two other sites of similar age, Saqqara and Tuna el-Gebel, suggesting a fairly consistent mode of captive keeping in all three sites.

These results provide insights into how baboons were kept and treated in Ancient Egypt before their eventual mummification, although more details remain to be explored. The authors suggest, for example, that further examination of the animals’ teeth could provide more data on the diets they were fed, and if it is possible to extract DNA from these remains, genetic data might reveal information on where the animals were caught in the wild and what breeding practices their keepers were employing.

The authors add: “Life was not easy for Egypt’s sacred baboons. Scientific study shows they suffered from malnutrition and lack of sunlight.”

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Overview of some skulls available for study. Bea De Cupere, CC-BY 4.0 (https://creativecommons.org/licenses/by/4.0/)

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Article Source: PLOS news release

*Van Neer W, Udrescu M, Peters J, De Cupere B, Pasquali S, Porcier S (2023) Palaeopathological and demographic data reveal conditions of keeping of the ancient baboons at Gabbanat el-Qurud (Thebes, Egypt). PLoS ONE 18(12): e0294934. https://doi.org/10.1371/journal.pone.0294934

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Straight-tusked elephant exploitation by Neanderthals

PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES—Researchers report evidence of widespread butchering of straight-tusked elephants by Neanderthals during the Last Interglacial Period. Previous analysis of faunal materials excavated at Neumark-Nord, Germany revealed evidence that Neanderthals hunted and butchered straight-tusked elephants (Palaeoloxodon antiquus) at the site for at least 2,000 years during the Last Interglacial Period, 125,000 years ago. However, how widespread such practices were among Neanderthals is unclear due to a dearth of evidence from other sites. Sabine Gaudzinski-Windheuser, Lutz Kindler, and Wil Roebroeks documented evidence* of straight-tusked elephant exploitation at two additional, contemporary Neanderthal sites at Gröbern and Taubach in Germany. Fossil P. antiquus remains from all three sites displayed cut marks distributed across the animals’ skeletons, consistent with butchering of entire carcasses to remove all edible meat, fat, and other tissues. A high fraction of individuals among the fossil assemblages were adults, suggesting that prime-aged individuals were preferentially targeted. The authors note that processing an entire adult straight-tusked elephant, which could weigh up to 13 metric tons, could provide more than 2,500 portions of daily calories. The results suggest that Neanderthals may have possessed the means to store large quantities of meat and fat, may have temporarily gathered in larger groups than previously recognized, or a combination of both explanations. According to the authors, Neanderthals on the North European plain routinely exploited straight-tusked elephants during the Last Interglacial Period.

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Artist’s reconstruction of a group of Neanderthals butchering a straight-tusked elephant (Palaeoloxodon antiquus). (It is unknown whether Neanderthals wore any type of clothing, so the depiction reflects artistic license) Credit: Alex Boersma/PNAS

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Pelvis of Gröbern elephant remains during inspection for cut marks. Image credit: Lutz Kindler.

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Article Source: PNAS news release.

*“Widespread evidence for elephant exploitation by Last Interglacial Neanderthals on the North European plain,” by Sabine Gaudzinski-Windheuser, Lutz Kindler, and Wil Roebroeks. Proceedings of the National Academy of Sciences, 4-Dec-2023. https://www.pnas.org/cgi/doi/10.1073/pnas.2309427120

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Early humans hunted beavers 400,000 years ago

JOHANNES GUTENBERG UNIVERSITAET MAINZ—Around 400,000 years ago, early humans hunted beavers as a food resource and possibly also for their pelts. This is the conclusion of a team from Johannes Gutenberg University Mainz (JGU), the Leibniz Zentrum für Archäologie (LEIZA), also in Mainz, and Leiden University in the Netherlands. In their publication* in the journal Scientific Reports, the authors show that Middle Pleistocene humans systematically fed on these smaller animals and hence had a more varied diet than thus far known. Previously, the opinion was that that hominins of this age primarily subsisted on large mammals, such as bovids and rhinoceroses, for one simple reason: “The remains of large mammals from this period are generally much better preserved than those of small ones, not to mention plant remains,” says Sabine Gaudzinski-Windheuser, Professor in the Department of Ancient Studies/Section Pre- and Protohistoric Archaeology at JGU and Director of the Archaeological Research Centre and Museum for Human Behavioural Evolution, MONREPOS, in Neuwied, which is part of LEIZA. She authored the new study together with two colleagues, Lutz Kindler, also from JGU and MONREPOS, and Wil Roebroeks from Leiden University. “Until now, cut marks on Palaeolithic beaver bones had been identified very rarely and on isolated bones only. Dietrich Mania’s extensive and long-term excavations in Bilzingsleben yielded a large number of beaver remains. Their study has now revealed for the first time the long-term strategy behind the exploitation of these animals,” she explains.

Targeted hunting of young adults

The researchers used magnifying glasses and digital microscopes to examine the approximately 400,000-year-old bones of at least 94 beavers, excavated several decades ago in Bilzingsleben, Thuringia. This enabled them to identify cut marks from stone tools that indicate intensive use of the carcasses. “It is interesting that the remains in Bilzingsleben mainly represent young adult beavers,” says Gaudzinski-Windheuser. This indicates that hominins back then would have deliberately hunted inexperienced but fully grown and fat-rich animals. Fat was a very important food resource during the Pleistocene. “Until now, it was generally thought that people in Europe fed primarily on large game until around 50,000 years ago, and that this was an important difference to the more flexible dietary strategies of modern humans. We have now demonstrated that the hominin food spectrum was much broader much earlier,” says Gaudzinski-Windheuser.

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Article Source: JOHANNES GUTENBERG UNIVERSITAET MAINZ news release.

‘Woman the hunter’: Studies aim to correct history

UNIVERSITY OF NOTRE DAME—When Cara Ocobock was a young child, she often wondered at the images in movies, books, comics and cartoons portraying prehistoric men and women as such: “man the hunter” with spear in hand, accompanied by “woman the gatherer” with a baby strapped to her back and a basket of crop seeds in hand.

AI: Researchers develop automatic text recognition for ancient cuneiform tablets

MARTIN-LUTHER-UNIVERSITÄT HALLE-WITTENBERG—A new artificial intelligence (AI) software is now able to decipher difficult-to-read texts on cuneiform tablets. It was developed by a team from Martin Luther University Halle-Wittenberg (MLU), Johannes Gutenberg University Mainz, and Mainz University of Applied Sciences. Instead of photos, the AI system uses 3D models of the tablets, delivering significantly more reliable results than previous methods. This makes it possible to search through the contents of multiple tablets to compare them with each other. It also paves the way for entirely new research questions.

In their new approach, the researchers used 3D models of nearly 2,000 cuneiform tablets, including around 50 from a collection at MLU. According to estimates, around one million such tablets still exist worldwide. Many of them are over 5,000 years old and are thus among mankind’s oldest surviving written records. They cover an extremely wide range of topics: “Everything can be found on them: from shopping lists to court rulings. The tablets provide a glimpse into mankind’s past several millennia ago. However, they are heavily weathered and thus difficult to decipher even for trained eyes,” says Hubert Mara, an assistant professor at MLU.

This is because the cuneiform tablets are unfired chunks of clay into which writing has been pressed. To complicate matters, the writing system back then was very complex and encompassed several languages. Therefore, not only are optimal lighting conditions needed to recognize the symbols correctly, a lot of background knowledge is required as well. “Up until now it has been difficult to access the content of many cuneiform tablets at once – you sort of need to know exactly what you are looking for and where,” Mara adds. 

His lab came up with the idea of developing a system of artificial intelligence which is based on 3D models. The new system deciphers characters better than previous methods. In principle, the AI system works along the same lines as OCR software (optical character recognition), which converts the images of writing and text into machine-readable text. This has many advantages. Once converted into computer text, the writing can be more easily read or searched through. “OCR usually works with photographs or scans. This is no problem for ink on paper or parchment. In the case of cuneiform tablets, however, things are more difficult because the light and the viewing angle greatly influence how well certain characters can be identified,” explains Ernst Stötzner from MLU. He developed the new AI system as part of his master’s thesis under Hubert Mara. 

The team trained the new AI software using three-dimensional scans and additional data. Much of this data was provided by Mainz University of Applied Sciences, which is overseeing a large edition project for 3D models of clay tablets. The AI system subsequently did succeed in reliably recognising the symbols on the tablets. “We were surprised to find that our system even works well with photographs, which are actually a poorer source material,” says Stötzner. 

The work by the researchers from Halle and Mainz provides new access to what has hitherto been a relatively exclusive material and opens up many new lines of inquiry. Up until now it has only been a prototype which is able to reliably discern symbols from two languages. However, a total of twelve cuneiform languages are known to exist. In the future, the software could also help to decipher weathered inscriptions, for example in cemeteries, which are three-dimensional like the cuneiform script. 

The scientists have already presented their work at several internationally renowned conferences, most recently at the International Conference on Computer Vision. A few weeks ago, the team received the “Best Paper Award” at the Graphics and Cultural Heritage Conference. 

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Ernst Stötzner during scanning. Uni Halle / Maike Glöckner

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Some of the cuneiform tablets are only a few centimeters in size. Uni Halle / Maike Glöckner

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Article Source: MARTIN-LUTHER-UNIVERSITÄT HALLE-WITTENBERG news release

*Stötzner E., Homburg T., Bullenkamp J.P. & Mara H. R-CNN based Polygonal Wedge Detection Learned from Annotated 3D Renderings and Mapped Photographs of Open Data Cuneiform Tablets. GCH 2023 – Eurographics Workshop on Graphics and Cultural Heritage. doi: 10.2312/gch.20231157

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Radiocarbon dating meets Egyptology and Biblical accounts in the city of Gezer

PLOS—New dates provide detailed insights into the timing of events in the ancient city of Gezer, according to a study published November 15, 2023 in the open-access journal PLOS ONE by Lyndelle Webster of the Austrian Academy of Sciences and colleagues.

Gezer is an ancient southern Levantine city, well known from Egyptian, Assyrian, and Biblical texts and associated with stories of power struggles and significant historical figures. It is also a rich archaeological site with abundant Bronze Age and Iron Age remains and with great potential for research into the daily lives of its denizens. Recent excavations at the site have uncovered a continuous stratigraphic sequence that allows for detailed dating and the establishment of an absolute chronology for events at the site.

In this study, Webster and colleagues obtained 35 radiocarbon dates on organic materials (mostly seeds) from seven distinct stratigraphic layers at Gezer. These dates range from the 13th to the 9th centuries, a time period that covers numerous significant changes in the city, including multiple destructive events, rebuilding episodes, and the fortification of the city. Some of these events have been proposed to be linked to certain stories from ancient texts.

This study provides a detailed dataset that can be used to test proposed correlations between the archaeological record and ancient texts. These dates suggest, for example, that the correlation of a certain destructive episode with the actions of the pharaoh Merneptah is plausible, while the proposed link between another such episode and the campaign of Hazael is not. Ultimately, this new dataset provides an independent source of absolute dates that will allow researchers to better understand the events at Gezer and to place them in a regional perspective.

The authors add: “The development of a radiocarbon-based chronology at Tel Gezer – a site with uniquely rich historical connections – illustrates the crucial role radiocarbon dating can and must play in reconstructing individual site histories, resolving long-running debates and testing possible correlations between archaeological remains and written sources.”

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Aerial image of the excavations. Image courtesy of the Tandy archaeological expedition to Tel Gezer, CC-BY 4.0 (https://creativecommons.org/licenses/by/4.0/)

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Article Source: PLoS ONE news release.

*Webster LC, Wolff SR, Ortiz SM, Barbosa M, Coyle C, Arbino GP, et al. (2023) The chronology of Gezer from the end of the late bronze age to iron age II: A meeting point for radiocarbon, archaeology egyptology and the Bible. PLoS ONE 18(11): e0293119. https://doi.org/10.1371/journal.pone.0293119

Giant Stone Hand Axe May Rewrite Prehistory in a Region of Saudi Arabia

AlUla, Saudi Arabia: A team of researchers working in AlUla, north-west Saudi Arabia, has discovered what is likely to be the largest stone ‘hand axe’ artifact found anywhere in the world. Initial field assessment suggests that this giant artifact dates to the Lower-Middle Palaeolithic period and is over 200,000 years old.

The hand axe was discovered by an international team of archaeologists working with The Royal Commission for AlUla (RCU), directed by Dr Ömer ‘Can’ Aksoy and Dr Gizem Kahraman Aksoy of TEOS Heritage. The team has been surveying a desert landscape to the south of AlUla, called the Qurh Plain, looking for evidence of human activity in antiquity.

The team has already been successful in discovering archaeological artifacts showing this forbidding land supported a vibrant community from the early Islamic period, and now the discovery of this rare and unique object promises to write a new chapter of human history in Arabia and beyond.

Made of fine-grained basalt, the stone tool measures 51.3cm long and has been worked on both sides to produce a robust tool with useable cutting or chopping edges. At this stage a function can only be guessed, but despite its size the tool fits comfortably in two hands.

The survey is still ongoing, and this find is only one of more than a dozen similar, though somewhat smaller, Palaeolithic hand axes that it has discovered. It is hoped that further scientific research will reveal more details about the origins and function of these objects and the people who made them, hundreds of thousands of years ago.

Dr Ömer Aksoy, Project Director, said: “This hand axe is one of the most important finds from our ongoing survey of the Qurh Plain. This amazing stone tool is more than a half a meter long (length: 51.3 cm, width: 9.5 cm, thickness: 5.7 cm) and is the largest example of a series of stone tools discovered on the site. An ongoing search for comparisons from across the world has not come up with a hand axe of equal size. As such this may well be one of the largest hand axes ever discovered.”

In addition to this Qurh Plain Survey, RCU currently oversees 11 other archaeological specialist projects conducting fieldwork in AlUla and nearby Khaybar. This ambitious research program is being conducted with the aim to further unlock the mysteries of antiquity in this region. This extraordinary discovery highlights how much there is still to learn about the human history of Saudi Arabia.

Archaeology is a vital element in RCU’s comprehensive regeneration of AlUla County as a leading global destination for cultural and natural heritage. The 12 archaeological missions underway during the fall 2023 season, from October to December, constitute one of the world’s largest concentrations of archaeological research and conservation. The fall 2023 season boasts a remarkable international gathering of more than 200 archaeologists and related cultural heritage specialists, representing experts from countries including Australia, France, Germany, Italy, the Netherlands, Saudi Arabia, Switzerland, Syria, Tunisia, Turkey and the UK. Many of the projects are a continuation of ongoing research, which has involved the training and mentoring of more than 100 archaeology students from Saudi Arabia. The work will continue with additional missions planned in winter and spring 2024.

In September, the inaugural AlUla World Archaeology Summit showcased AlUla’s position as a hub of archaeological activity. The summit attracted more than 300 delegates from 39 countries and generated interdisciplinary conversations with the goal of connecting archaeology to wider communities. 

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Dr. Omer Aksoy, Project Director and Giulia Edmond, RCU Care and Conservation Manager, measuring the hand axe. Courtesy Royal Commission for AlUla (RCU).

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Hand axe in situ — Qurh Plain AlUla. Courtesy RCU.

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Three hand axe artifacts from Qurh Plain AlUla. Courtesy RCU.

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Article Source: Royal Commission for AlUla news release.

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About the Royal Commission for AlUla

The Royal Commission for AlUla (RCU) was established by royal decree in July 2017 to preserve and develop AlUla, a region of outstanding natural and cultural significance in north-west Saudi Arabia. RCU’s long-term plan outlines a responsible, sustainable, and sensitive approach to urban and economic development that preserves the area’s natural and historic heritage while establishing AlUla as a desirable location to live, work, and visit. This encompasses a broad range of initiatives across archaeology, tourism, culture, education, and the arts, reflecting a commitment to meeting the economic diversification, local community empowerment, and heritage preservation priorities of the Kingdom of Saudi Arabia’s Vision 2030 programme.

About TEOS Heritage

Based in Izmir, Turkey, Teos is an independent heritage consultancy specialising in Western Asia. TEOS provides archaeological and architectural advice and guidance, along with a wide range of heritage assessment work and site surveys. Its particular skills are in archaeological fieldwork, recording of heritage sites, preparation of reports and publications, and heritage management strategies.

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Long-distance weaponry identified at the 31,000-year-old archaeological site of Maisières-Canal

UNIVERSITY OF LIÈGE

The hunter-gatherers who settled on the banks of the Haine, a river in southern Belgium, 31,000 years ago were already using spearthrowers to hunt their game. This is the finding of a new study conducted at TraceoLab at the University of Liège. The material found at the archaeological site of Maisières-Canal permits establishing the use of this hunting technique 10,000 years earlier than the oldest currently known preserved spearthrowers. This discovery, published in the journal Nature Scientific Reports, is prompting archaeologists to reconsider the age of this important technological innovation.

The spearthrower is a weapon designed for throwing darts, which are large projectiles resembling arrows that generally measure over two meters long. Spearthrowers can propel darts over a distance of up to eighty meters. The invention of long-range hunting weapons has had significant consequences for human evolution, as it changed hunting practices and the dynamics between humans and their prey, as well as the diet and social organization of prehistoric hunter-gatherer groups. The date of invention and spread of these weapons has therefore long been the subject of lively debate within the scientific community.

“Until now, the early weapons have been infamously hard to detect at archaeological sites because they were made of organic components that preserve rarely, explains Justin Coppe, researcher at TraceoLab. Stone points that armed ancient projectiles and that are much more frequently encountered at archaeological excavations have been difficult to connect to particular weapons reliably.” Most recently published claims for early use of spearthrowers and bows in Europe and Africa have relied exclusively on projectile point size to link them to these weapon systems. However, ethnographic reviews and experimental testing have cast serious doubt on this line of reasoning by showing that arrow, dart, and spear tips can be highly variable in size, with overlapping ranges.

The innovative approach developed by the archaeologists at TraceoLab combines ballistic analysis and fracture mechanics to gain a better understanding of the traces preserved on the flint points. “We carried out a large-scale experiment in which we fired replicas of Palaeolithic projectiles using different weapons such as spears, bows and spearthrowers,” explains Noora Taipale, FNRS research fellow at TraceoLab. By carefully examining the fractures on these stone points, we were able to understand how each weapon affected the fracturing of the points when they impacted the target”. Each weapon left distinct marks on the stone points, enabling archaeologists to match these marks to archaeological finds. In a way, it’s like identifying a gun from the marks the barrel leaves on a bullet, a practice known from forensic science.

The excellent match between the experimental spearthrower sample and the Maisières-Canal projectiles confirmed that the hunters occupying the site used these weapons. This finding encourages archaeologists to apply the method further to find out how ancient long-range weaponry really is. Future work at TraceoLab will focus on adjusting the analytical approach to other archaeological contexts to help reach this goal.

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Examples of experimental thrusting spears and javelins armed with replicas of the archaeological flint points.  ©TraceoLab/ULiège

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Article Source: UNIVERSITY OF LIÈGE news release.

Larger-scale warfare may have occurred in Europe 1,000 years earlier

SCIENTIFIC REPORTS—A re-analysis of more than 300 sets of 5,000-year-old skeletal remains excavated from a site in Spain suggests that many of the individuals may have been casualties of the earliest period of warfare in Europe, occurring over 1,000 years before the previous earliest known larger-scale conflict in the region. The study, published in Scientific Reports, indicates that both the number of injured individuals and the disproportionately high percentage of males affected suggest that the injuries resulted from a period of conflict, potentially lasting at least months.

Conflict during the European Neolithic period (approximately 9,000 to 4,000 years ago) remains poorly understood. Previous research has suggested that conflicts consisted of short raids lasting no more than a few days and involving small groups of up to 20–30 individuals, and it was therefore assumed that early societies lacked the logistical capabilities to support longer, larger-scale conflicts. The earliest such conflict in Europe was previously thought to have occurred during the Bronze Age (approximately 4,000 to 2,800 years ago).

Teresa Fernández‑Crespo and colleagues re-examined the skeletal remains of 338 individuals for evidence of healed and unhealed injuries. All the remains were from a single mass burial site in a shallow cave in the Rioja Alavesa region of northern Spain, radiocarbon dated to between 5,400 and 5,000 years ago. 52 flint arrowheads had also been discovered at the same site, with previous research finding that 36 of these had minor damage associated with hitting a target. The authors found that 23.1% of the individuals had skeletal injuries, with 10.1% having unhealed injuries, substantially higher than estimated injury rates for the time (7–17% and 2–5%, respectively). They also found that 74.1% of the unhealed injuries and 70.0% of the healed injuries had occurred in adolescent or adult males, a significantly higher rate than in females, and a difference not seen in other European Neolithic mass-fatality sites.

The overall injury rate, the higher injury rate for males, and the previously observed damage to the arrowheads suggest that many of the individuals at the burial site were exposed to violence and may have been casualties of conflict. The relatively high rate of healed injuries suggests that the conflict continued over several months, according to the authors. The reasons for the conflict are unclear, but the authors speculate on several possible causes, including tension between different cultural groups in the region during the Late Neolithic.

Article Source: Scientific Reports news release.

Cold War spy satellite imagery reveals Ancient Roman forts

DARTMOUTH COLLEGE—Two-thousand years ago, forts were constructed by the Roman Empire across the northern Fertile Crescent, spanning from what is now western Syria to northwestern Iraq.

In the 1920s, 116 forts were documented in the region by Father Antoine Poidebard, who conducted one of the world’s first aerial surveys using a WWI-era biplane. Poidebard reported that the forts were constructed from north to south to establish an eastern boundary of the Roman Empire.

A new Dartmouth study analyzing declassified Cold War satellite imagery reveals 396 previously undocumented Roman forts and reports that these forts were constructed from east to west. The analysis refutes Poidebard’s claim that the forts were located along a north-south axis by showing that the forts spanned from Mosul on the Tigris River to Aleppo in western Syria.

The results are published in Antiquity.

“I was surprised to find that there were so many forts and that they were distributed in this way because the conventional wisdom was that these forts formed the border between Rome and its enemies in the east, Persia or Arab armies,” says lead author Jesse Casana, a professor in the Department of Anthropology and director of the Spatial Archaeometry Lab at Dartmouth. “While there’s been a lot of historical debate about this, it had been mostly assumed that this distribution was real, that Poidebard’s map showed that the forts were demarcating the border and served to prevent movement across it in some way.”

For the study, the team drew on declassified Cold-War era CORONA and HEXAGON satellite imagery collected between 1960 and 1986. Most of the imagery is part of the open-access CORONA Atlas Project through which Casana and colleagues developed better methods for correcting the data and made it available online.

The researchers examined satellite imagery of approximately 300,000 square kilometers (115,831 square miles) of the northern Fertile Cresent. It is a place where sites show up particularly well and is archaeologically significant, according to Casana. The team mapped 4,500 known sites and then systematically documented every other site-like feature in each of the nearly 5 by 5 kilometer (3.1 mile by 3.1 mile) survey grids, which resulted in the addition of 10,000 undiscovered sites to the database.

When the database was originally developed, Casana had created morphological categories based on the different features evident in the imagery, which allows researchers to run queries. One of the categories was Poidebard’s forts—distinctive squares measuring approximately 50 by 100 meters (.03 x .06 miles), comparable in size to about half a soccer field.

The forts would have been large enough to accommodate soldiers, horses, and/or camels. Based on the satellite imagery, some of the forts had lookout towers in the corners or sides. They would have been made of stone and mud-brick or entirely of the latter, so eventually, these non-permanent structures would have melted into the ground.

While most of the forts that Poidebard documented were probably destroyed or obscured by agriculture, land use, or other activities between the 1920s and 1960s, the team was able to find 38 of 116 of Poidebard’s forts, in addition to identifying 396 others.

Of those 396 forts, 290 were located in the study region and 106 were found in western Syria, in Jazireh. In addition to identifying forts similar to the walled fortresses Poidebard found, the team identified forts with interior architecture features and ones built around a mounded citadel.

“Our observations are pretty exciting and are just a fraction of what probably existed in the past,” says Casana. “But our analysis further supports that forts were likely used to support the movement of troops, supplies, and trade goods across the region.”

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CORONA images showing major sites: A) Sura (NASA1401); B) Resafa (NASA1398); and C) Ain Sinu (CRN999). Figure by J.Casana et al.; CORONA imagery courtesy U.S. Geological Survey.

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Article Source: DARTMOUTH COLLEGE news release

In Prehispanic Cancun, immigrants were treated just like Maya locals

PLOS—Ancient people immigrated to Cancun Island and were treated just like locals, according to a study published October 25, 2023 in the open-access journal PLOS ONE by Andrea Cucina of the Autonomous University of Yucatan, Mexico and colleagues.

The Late Postclassic (AD 1200-1500) in the northern Maya lowlands was a period of major changes, including the development of many settlements along the east coast of the Yucatan Peninsula, influenced in part by expanded trade routes. Previous research has found that these settlements were home to many non-local individuals, but it remains unclear whether these people were treated as “foreigners” or if they were integrated into local society.

In this study, Cucina and colleagues analyzed the remains of 50 individuals from two archaeological sites on Cancun Island dating to the Late Postclassic. Investigating strontium isotope signatures in teeth, the team determined that seven of these individuals appear to have been born elsewhere in the Maya lowlands, not local to these sites. However, examination of carbon isotopes (as a proxy for diet) and the construction of the graves of these individuals found no significant difference between locals and non-locals, suggesting that they were all treated similarly in terms of the food they ate and how they were buried.

These results suggest that these non-local individuals had integrated into local culture despite being from other regions. The fact that the non-local people included adults and children suggests that whole families, not just individuals, were in the habit of moving residence. One notable limitation of this study is that these techniques cannot detect “second generation immigrants”, a potentially valuable source of information that will have to be investigated using different methods. Analyzing patterns of mobility in Prehispanic Mesoamerica is essential for a thorough understanding of cultural networks of the time.

The authors add: “In the Postclassic period (AD 1200-1520) the east coast of Mexico’s Yucatan Peninsula saw the arrival of foreign people, who were assumed, based on archaeological and architectural records, to come from several locations in central Mexico. However, the current research shows migration from within the Maya cultural region (from what is now Belize, Peten, Guatemala and other parts of the Yucatan Peninsula). Migration for economic, environmental, political or kinship considerations is a familiar part of the human experience, and the current study documents the past movement and integration of individuals, and possibly entire families, into new communities. People may have relocated for similar reasons as they do today—for economic, environmental, political or kinship considerations.”

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El Rey Archaeological Structure type palace with columns. This kind of structure was common in the east coast of the peninsula of Yucatan during AD 1200-1520. Allan Ortega-Muñoz, CC0 (https://creativecommons.org/publicdomain/zero/1.0/)

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Article Source: PLOS news release

*Cucina A, Thornton EK, Ortega-Muñoz A (2023) Human mobility on Cancun Island during the Late Postclassic: Intra- and inter-site demographic interactions. PLoS ONE 18(10): e0292022. https://doi.org/10.1371/journal.pone.0292022

On the trail of a great mystery

UNIVERSITY OF KONSTANZ—In ancient Egypt, various deities were portrayed as animals. Thoth, the god of learning and wisdom was represented by a hamadryas baboon. Baboons, probably held in captivity in Egypt, were mummified as votive offerings after their deaths. Today, no wild baboons live in Egypt, and there is no evidence to suggest that these primates did so in the past. In an interdisciplinary project involving biologists, Egyptologists and anthropologists, Gisela Kopp, a biologist from Konstanz who conducts research on non-human primates, pursued the question of how and from where baboons came to Egypt. The results have been published in the current issue of the journal eLife.

Baboons were imported
To pay homage to the deity Thoth, baboons were probably imported from distant regions and kept in captivity in ancient Egypt. As studies of skeletons show, they had their dangerous canine teeth removed. To determine the geographic origin of the baboons, Gisela Kopp and her team used genetic analyses. The region from which the animals originate can be determined with the help of the mitochondrial genome of the animal mummies. The distribution of baboons across the African continent and their genetic diversity is well studied.

“We have comparative samples from almost all regions where baboons live today,” Gisela Kopp says. These were supplemented with approximately 100 to 150-year-old specimens from museum collections. Comparisons of samples from the widely separated time periods are possible because the location of the different genetic variants of the baboon populations is very consistent over time.

Comparative sample points to Adulis
One of the study’s collaborators, anthropologist Nathaniel Dominy from Dartmouth College in the United States, had already used stable isotopes to identify the respective geographic locations of mummified baboons. This method of using chemical signatures can be employed to distinguish between where animals were born and where they grew up. The study*, published in 2020, was able to identify the Horn of Africa as the baboons’ region of origin. Using genetic analysis, which has higher geographic precision and can also determine where the animals and their ancestors came from originally, the location was narrowed down to a well-defined area in Eritrea and neighboring regions. A comparative sample that was most similar to the genetic variant of the mummy specimen originates from the coastal region in Eritrea, where, in ancient times, the port of Adulis was probably located. Ancient texts refer to Adulis as a trading place for luxury goods and animals.

The mummy specimen used by Gisela Kopp and her team was excavated in 1905 in the “Valley of the Monkeys” and is now held in the Musée des Confluences in Lyon. The mummy is estimated to date back to between 800 and 500 BCE in the Late Period of ancient Egypt. This is long before Adulis flourished as an important trading centre and port.

Early historical texts mention Punt as the baboons’ place of origin, a legendary region from which Egypt imported luxury goods for centuries until early in the first millennium BCE. However, the exact location of Punt is unknown. “Egyptologists have long puzzled over Punt, since some scholars have seen it as a location in early global maritime trade networks, and thus the starting point for economic globalization”, says Gisela Kopp.

Egyptology provides the link between Punt and Adulis
Punt is documented in ancient illustrations and texts from the same period as the mummy specimens. The Egyptological expertise in the project made it possible to link Punt to Adulis. “The specimen we studied fits chronologically with the last known expeditions to Punt. Geographically, however, it fits Adulis, a location that, centuries later, was known as a trading place, also for primates. We hypothesize that Punt and Adulis are two different names for the same place that were used at different points in time”, Gisela Kopp says. And: “It was only after we put our biological findings in the context of historical research that the story really came together.”

In the field of biology itself the findings are a scientific breakthrough, because it was the first time that ancient DNA from mummified non-human primates was analyzed successfully. This opens up opportunities to study, for example, the impact of human-wildlife interactions on genetic diversity and their role in the transmission of diseases. The contact ancient Egyptians had with exotic animals is evidence for early intensive interactions between wild animals and humans. The mass mummification of different animal species and primates is a very extraordinary cultural practice.

The representation of baboons in images and artwork since antiquity is only found in Egypt. We do not know what made these primates special to people at that time and why they were elevated to the role of representing the deity Thoth. People that share an environment with baboons usually do not hold the animals in high regard. For these people, baboons were and are considered a nuisance and pest for damaging crops.

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The first sequenced mitogenome of a mummified non-human primate connects an Egyptian baboon dated to ca. 800-540 BCE to modern baboon populations in Eritrea, Ethiopia and eastern Sudan, providing evidence for Egyptian-Adulite trade centuries earlier than current archaeological evidence.
Copyright: Illustration © 2023 by Mike Costelloe is licensed under CC BY-NC-ND 4.0.

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An ancient Egyptian canopic jar with head of Thoth, represented by the babboon. In the process of mummification, the liver, lungs, stomach, and intestines were removed, separately embalmed, and stored in specialized jars known as canopic jars (after a sailor in Greek mythology, who died at the town of Canopus in the Nile Delta and was worshipped there in the form of a human-headed jar). Each organ was identified with one of four funerary deities collectively known as the Sons of Horus: the liver with Imsety (man’s head), the lungs with Hapy (baboon’s head), the stomach with Duamutef (jackal’s head), and the intestines with Qebehsenuef (falcon’s head). It was their duty to protect the deceased and restore to him his body parts in the hereafter. The Charles W. Harkness Endowment Fund, Creative Commons CC0 1.0 Universal Public Domain Dedication, Wikimedia Commons

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Article Source: UNIVERSITY OF KONSTANZ news release.

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Who were the first modern humans to settle in Europe?

CNRS—Before modern humans settled definitively in Europe, other human populations left Africa for Europe beginning approximately 60,000 years ago, albeit without settling for the long term. This was due to a major climatic crisis 40,000 years ago, combined with a super-eruption originating from the Phlegraean Fields volcanic area near current-day Naples, subsequently precipitating a decline in ancient European populations. To determine who the first modern humans to settle definitively in Europe were, a team led by CNRS scientists 1  analyzed the genome of two skull fragments from the Buran Kaya III site in Crimea dating to 36,000 and 37,000 years ago. By comparing them to DNA sequences from human genome databases, they revealed the genetic proximity between these individuals and both current and ancient Europeans, especially those associated with the Gravettian culture, known for producing female figurines referred to as “Venuses”, whose apogee in Europe came between 31,000 and 23,000 years ago. The stone tools found at Buran Kaya III also resemble some Gravettian assemblages. The individuals studied here therefore contributed both genetically and technologically to the population that gave rise to this civilisation around 5,000 years later. This research*, which was published in Nature Ecology & Evolution on 23 October, documents the first arrival of the ancestors of Europeans.

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Skull fragment found at Buran Kaya III in Crimea, belonging to an individual dating back to approximately 37,000 years ago. © Eva-Maria Geigl/IJM/CNRS

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Article Source: CNRS press release.

1- From the Institute Jacques Monod (CNRS/Université Paris Cité), in collaboration with archaeologists from the Natural History of Prehistoric Humans laboratory (CNRS/MNHN/UPVD) working at the Musée de l’homme and at the Institute of Human Palaeontology, in addition to The National Academy of Sciences of Ukraine.

*Genome sequences of 36-37,000 year-old modern humans at Buran-Kaya III in Crimea. E. Andrew Bennett, Oğuzhan Parasayan, Sandrine Prat, Stéphane Péan, Laurent, Alexandr Yanevich, Thierry Grange and Eva-Maria Geigl. Nature Ecology & Evolution, 23 October 2023.

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Digging at Jamestown

Editor’s Note: The following is a collection of three previously published feature articles bearing on the important archaeological discoveries related to the first fully successful British colony in North America—Jamestown. Founded in 1607 with James Fort, it defined the foundational kernel of what eventually became the United States. This collection is published in celebration of International Archaeology Day.

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Ground-Truthing History at Jamestown

It was an instance of serendipity when, one day in late October, 2017, I happened to cross paths with William Kelso. We had no plans to meet, but I recognized him as I was snapping some photos of the most recent excavations within the vicinity of the old Memorial Church at the Jamestown Island, Virginia, archaeological site. Kelso is best known for his pioneering work discovering and uncovering the remains of the long-lost James Fort, thought for decades, until 1994, to have vanished into the water of the James River long ago as the river eroded its way into the island over the centuries. That discovery, and the hundreds of thousands of artifacts that have since come to light about America’s first permanent English colony, have arguably for many defined one of the great archaeological discovery stories of the past century. 

We spoke only briefly, but it was enough to generate the distinct impression that Kelso, currently Head Archaeologist for the Jamestown Rediscovery Project and veteran of decades of research, had no plans to retire soon. His legacy, however, has already been made. Standing to witness were the manifestations of evidence for America’s first permanent English colony surrounding us as we talked, from sections of the reconstructed post-in-ground palisade walls of the original 1607 James Fort to the partial reconstruction overlying the footprint of the first-ever church structure built at the site, where Pocahontas and John Rolfe exchanged their marriage vows in 1614. This is aside from the more than two million total artifact haul accumulated since Kelso’s excavations at the site began, most of which is unseen by the public eye but some of which, over 4,000 strong, can be seen in the Archaerium museum only steps away from where we stood to talk.  

For most people it would be enough to walk about the site. It is certainly impressive enough. But for other members of the public, like me, curiosity can only be sufficiently quenched by thoroughly reading about the details of the groundbreaking (pun intended) discoveries that have been made here over the past 20+ years. Kelso has made this possible with the publication of his most recent book, Jamestown,The Truth Revealed. 

Kelso qualifies by making no secret of the fact that fully 60 percent of the book constitutes a re-publication of his previous book, The Buried Truth, to provide a fuller context or precursor to the discoveries made in more recent years, equally compellingly documented in the book’s second part, “More Buried Truth”. 

It is the book’s second part, and more, that is the focus here. I relate it by way of the chapter headings assigned within the book itself: 

Holy Ground 

As the title of Part II’s first chapter suggests, excavation work at the site has uncovered some tantalizing evidence of the central role the English, or Anglican, Church played in the culture of Jamestown’s first colonists. Wasting little time after their arrival in 1607, the colonists, under the direction of its leadership, constructed one of America’s first English ecclesiastical buildings — a simple post-in-ground structure that saw several renovations or revisions in very short order. William Strachey, writer and Secretary of the Colony in 1610, wrote this first-hand account of the structure, in which Pocahontas and John Rolfe were famously married in 1614. It describes the church as it appeared during his tenure:

In the middest [of the fort]…is a pretty chapel…It is in length threescore foot, in breadth twenty-four…a chancel in it of cedar and a communion table of black walnut, and all the pews of cedar, with fair broad windows to shut and open…and the same wood, a pulpit of the same, with a front hewn hollow, like a canoe, with two bells at the west end. (1)

It was Strachey’s account of the structure, clues from other sources, and excavations in the southeastern sector of the James Fort that turned up the tell-tale signs of the building, revealing deep post-holes all in alignment very close to the dimensions Strachey described, and four burials located in what would be the chancel area of the church. 

Although the traces of the church structure was big news when archaeologists first revealed the remaining soil stains left by the structure’s long-decayed post architecture, it was the burial discoveries that eventually commanded the most attention from the press and public. That is because, consistent with the long-held burial practice of English society at that time, high-status individuals were found to be buried beneath church chancels — and, in this case, it would be individuals who had played essential leadership roles in the founding and settlement development of Jamestown in its very earliest years. Forensic analysis of the skeletal remains, other archaeological evidence, chemical analysis, and historical documents confirmed with a confident degree of certainty that the individuals buried within the chancel space were likely Reverend Robert Hunt, Sir Ferdinando Wenman, Captain Gabriel Archer, and Captain William West, all known “movers and shakers” of the Jamestown settlement. Kelso, without getting the reader lost in what could have been a mind-numbing technical report, nonetheless goes into meticulous and satisfying detail about the discoveries in the text of the chapter. 

Identifying the big names was sensational, without question. But how did the early church finds add to what we already knew about the first years of the Jamestown settlement? 

Kelso emphasizes at least several major takeaways. First, that “the biographies of four practically anonymous Jamestown leaders have come to life,” and that “Wenman and West, both relatives of De La Warre [the Jamestown leader best known for having commanded the supply fleet that arrived in Jamestown in June 1610 after the ‘starving time’, in time to save the colony from a final collapse], were held in high esteem at Jamestown.” Second, it suggested how the established system of English hierarchy was transported to the New World, with the Anglican Church as the “center of the James Fort’s society, spiritual and secular.” And third, the excavation results confirmed that the first, 1608 – 1616 church structure stood apart and separate, although only yards away, from the later church built upon a brick-on-cobble foundation, the one initially built in 1617 and in which America’s first democratic assembly met in 1619. The church where Pocahontas was married was not the same church in which the seeds of the U.S. American government were planted. (2)

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Aerial view of the excavated features of the 1608 church. Photographed detail of an informational placard at the Jamestown historic site. Jamestown Rediscovery project, Preservation Virginia

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Excavated burials in the 1608 church chancel area. Photographed detail of an informational placard at the Jamestown historic site. Jamestown Rediscovery project, Preservation Virginia

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Above: Archaeologists unearthed a small silver box, placed at the time of his burial on top of Gabriel Archer’s coffin. Micro CT scanning analysis revealed it to be a reliquary, which is a container for holy relics. Although corrosion has precluded analysts from opening the box, scanning revealed that it contained fragments of bone, likely human, and fragments of a lead ampulla. Ampullae were small flasks used to carry blood, holy water, or oil. Why it was placed on Gabriel Archer’s coffin remains a mystery.

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Artist’s illustration depicting the form and dimensions of the 1608 church as it would have appeared in its day. Photographed detail of an informational placard at the Jamestown historic site. Jamestown Rediscovery project, Preservation Virginia

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Above and below: Views of the partially reconstructed 1608 church, after excavations.

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Jane

Although Jamestown’s claim to fame has rested primarily on its mantle as America’s first successful English colony, a darker side to its story tells how close the fledgling colony came to failure. That close call, as most people who have followed the Jamestown story know, was due most acutely to the horrendous period of starvation the colonists faced during the winter of 1609 – 1610. Brought on by a combination of concurrent factors, such as crumbling relations with the local Powhatan resulting in hostility and siege of James Fort, a drought, and dwindling food supplies and sources, it became known to history as the “starving time”. The written record has recounted this episode with some startling narrative:

Wee cannot for this our scarsitie blame our Comanders here, in respect that our sustenance was to come from England…soe lamentable was our scarsitie that we were constrayned to eat Doggs, Catts, rats, Snakes, Toadstooles, horse hides and wt nott, one man out of the mystery that he endured, killinge his wiefe powdered her app to eate her, for wch he was burned. Many besides fedd on the Corps of dead men…and one who had gotten unsatiable, out of custome to that foode could not be restrayned, untill such tyme as he was executed for it.(3) 

The historical narrative is powerful and excruciatingly detailed, but generations of scholars and the public had to rely on the truthfulness and accuracy of the written word for these events — the physical evidence was absent. Until, that is, Kelso and his team began uncovering artifacts and bones that indicated something terrible was happening at Jamestown during this period. Excavations yielded burials, bones, artifacts and contexts that, after analysis, provided plausible evidence that the “starving time” did indeed occur and was likely as horrific and severe as documented. The one discovery that captured the imagination of scholars and the public alike, however, was the recovery of the remains of a 14-year old girl. Kelso relates the details of this story in the chapter, Jane. Reading almost like a detective mystery, Kelso does not scrimp on the thorough telling of how the researchers, through archaeological and forensic anthropological analysis, determined that the skeletal remains, consisting of more than a dozen specimens including a female human skull, jaw with teeth, and shin bone — all found with discarded “starving time” trash in a cellar/kitchen fill — had been butchered in an act of cannibalism. Doug Owsley, the Smithsonian Institution’s renowned forensic anthropologist and a consultant to the Jamestown excavations, was key to making the determination:

Owsley determined that the skull and leg bone had undergone sustained blows, chops, and cuts from several sharp, metal implements, reflecting a concerted effort to separate the brain and soft tissue from bone. Months of intensive scientific testing — including high-magnification technology, stable isotopic tests for oxygen, carbon, and nitrogen, and tests for lead — determined that the bones were the remains of a fourteen-year-old English girl of lower status, probably raised in southern England. Owsley concluded that the rigorous postmortem cuts to the skull and jaw, and the way the leg was severed, were clear evidence of cannibalism.(4)

Researchers have been unable to pinpoint the girl among the roster of settlers, and thus she remains unidentified. She is known simply by the name, for lack of any other, assigned to her: “Jane”.  

Researchers have since created a believably lifelike and, by professional standards, accurate forensic sculptural reconstruction of Jane’s face and skull using a digital resin copy of her skull based on the skeletal finds. In addition to reading about the Jane story in Kelso’s book, it is well worth the visit to the Archaerium museum at the Jamestown site to view the reconstruction. 

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The cannibalized remains of Jane, all constituting parts of the (1) skull; (2) shin bone; and (3) jaw. Photographed from a public display illustration in the Archaerium.

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Jane’s skull. Smithsonian image

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Forensic sculpture reconstruction of Jane’s face. Studio EIS

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Company Town

Archaeologists get very excited about finding middens (old refuse dumps) and wells. There is good reason for that. Like treasure chests for archaeologists, they often contain the greatest concentration of the bits and pieces of past civilizations. This has been particularly true for Jamestown. In the book’s final chapter Kelso covers a lot of ground, but his discussion of what Jamestown excavators have recovered from the historic James Fort wells dominates the narrative. And rightly so. The wells, particularly the two described in “Company Town”, have yielded some of Jamestown’s most intriguing artifacts. Although thousands of artifacts were recovered, one of the wells, associated with an excavated storehouse and its cellar, constructed inside the James Fort palisade triangle, gave up two objects worth noting here:  A 5” by 8” slate tablet featuring inscriptions of words, symbols, numbers, and drawings of people, animals and plants; and fragments of 8 curiously marked Robert Cotton* clay tobacco pipes. The slate tablet discovery, which Kelso described as “not unlike finding the proverbial lost letters in an attic trunk,” had the distinction of being “both an archaeological find and a historical document.”(5) But accurately reading and interpreting the inscriptions on its face have been challenging, to say the least. Nonetheless, Kelso devotes fully 8 pages to describing the inscriptions, the efforts to understand them, and what they mean in terms of understanding what was happening at Jamestown. A close second in terms of the chapter content is the 7-page description of the pipe finds. These pipe fragments were interpreted to bear the names of 8 well-known English gentlemen: Sir Walter Raleigh, Lord De La Warre, Captain Samuel Argall, Sir Charles Howard, Henry Wriothesley, (the Earl of Southampton), Captain Francis Nelson, Sir Walter Cope, and Robert Cecil (Lord Salisbury) — all gentlemen associated with the Jamestown venture in different ways. “Why Cotton had to name them remains one of the most intriguing mysteries of the abandoned cellar/well finds,” Kelso writes. “Like the writing slate, however, the names on the pipes are examples of some of the surprisingly literal messages left to us by Jamestown’s past.”(6)

The second of the two wells, described by Strachey as intended to replace the old storehouse/cellar well, was discovered about 80 feet further north of the old well, but still within the James Fort palisade triangle. Its story is as much about its original construction as the artifacts found within. As the archaeologists excavated, they discovered that “at a depth of eight feet, six inches, the soil became moist, and remnants of timber lining appeared. Digging below that revealed more and more intact remnants of the lining until the timber was completely preserved to the bottom, fourteen feet below grade.”(7) The latter part of the excavation had to be conducted in water — a difficult situation — but in addition to the timber, the conditions produced by the water in the bottom portion of the well helped to preserve some other tantalizing finds, such as the remains of a child’s leather shoe and what is thought to have been Lord De La Warre’s ceremonial halberd, intact and remarkably preserved. An elegant loaded pistol, of a type that was likely considered state-of-the-art for its day (apparently finding its way into the well between 1610 and 1617), was also found, as well as a lead “Yames Towne” shipping tag. 

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The slate tablet, as exhibited in the Archaerium

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A selecion of the pipe stems, as exhibited in the Archaerium

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Detail of a lead Jamestown shipping tag, dated to 1611, found in the timber-lined well. As exhibited in the Archaerium

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 Holy Ground, Again

The book notwithstanding, it does not tell the end of the Jamestown excavations story. Indeed, the ink had barely dried with the book’s publication as excavations progressed full swing within the 1906 Memorial Church, today the most prominent architectural feature at the James Fort site. One of the excavation’s objectives, as with the first post-in-ground church dig to its northeast, is to uncover and hopefully identify who was buried in the church chancel — likely, as English tradition held in the early 17th century, burial remains of some of Jamestown’s most notable citizens. 

Could the burials include Lord De La Warre, otherwise known as Thomas West, the leader who rescued the Jamestown colony from collapse with new supplies after the starving time, John Rolfe, the first successful tobacco planter and husband of Pocahontas, and George Yeardley, one of colonial Virginia’s early governors? 

Intriguing new evidence unearthed within the chancel area of the church might possibly provide some clues. Archaeologists have already revealed evidence of burials, the presence of which were known from previous excavations conducted soon after the turn of the 20th century. Examination of recovered bones from the recent excavations by Smithsonian scientists in the lab are beginning to yield new information about who the bones represent, but nothing yet definitive in terms of identifying the buried. One set of bones, however, exhibited signs that the individual was robust, a man in his forties, and had tell-tale signs of having been a horseman. At least two out of the three findings thus far are consistent with what is known about Lord De La Warre.  

It will take some time to ferret out the findings at the site and in the lab. For one thing, previous excavations and disturbances have vastly complicated the process.  “We have not uncovered any more bones in place as of yet,” Kelso told Popular Archaeology. “We are still trying to sort out which graves came before which graves by the disturbed soil above the actual buried skeletal remains.”

One additional recent discovery is worth noting — a small metal box containing what has been detected by x-ray examination to be a piece of folded paper was unearthed in the northeast corner of the church foundation. A written note? “The paper is unreadable so far and probably never will be,” said Kelso. “Of course there is no doubt that the tin container was purposely buried [by the early excavators] under the north corner of the 1640s church during the 1901 digging.” The find exemplifies the many limitations and mysteries that may always remain about historic Jamestown, even through to the 20th century.

One thing should be emphasized — there is much more to the Memorial Church excavations than unearthing burials, (all of which, once recovered and researched, will be re-buried in accordance with the requirements of the Virginia Department of Historic Resources). The current structure, after all, lies above the foundation of the original 1617 structure, the church in which the first English governing representative assembly in America met. It was, among other things, the birthplace of the kind of government that eventually became the United States as we know it today and the center of the religious culture that helped to define a nation. Archaeologists are, at this writing, exploring the old foundations and recovering artifacts that will help to develop a deeper understanding of that historic site and its place in the American heritage.

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Excavation in progress within the Memorial Church

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Interested readers may obtain a copy of Kelso’s latest book, Jamestown, The Truth Revealed, by going to the University of Virginia Press website. The book is, in this writer’s opinion, a must-read for those who want an in-depth, engaging, and easily understood source for the story of how archaeology is both affirming and revealing important beginnings of the American experience.

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Notes: 

  1. Strachey, in Wright, Voyage to Virginia, 80.
  2. Kelso, William M., Jamestown: The Truth Revealed, 2017 University of Virginia Press, pp. 182 – 184.
  3. A True Declaration of the estate of the Colonie in Virginia, 1610, and The Tragical Relation of the Virginia Assembly, 1624, in Tracts and Other Papers, ed. Peter Force, 4 vols. (Washington, D.C., 1836 – 46), 3:16.
  4. Kelso, William M., Jamestown: The Truth Revealed, 2017 University of Virginia Press, p. 189.
  5. Kelso, William M., Jamestown: The Truth Revealed, 2017 University of Virginia Press, pp. 210 – 211.
  6. Kelso, William M., Jamestown: The Truth Revealed, 2017 University of Virginia Press, p. 226.
  7. Kelso, William M., Jamestown: The Truth Revealed, 2017 University of Virginia Press, p. 228. 

*Robert Cotton was a pipe-maker sent to Jamestown as part of a re-supply in 1608, and is responsible for the making of a number of pipes found at the Jamestown excavations.

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1619: Archaeology and the Seeds of a Nation

July 30, 1619 — It must have been a very auspicious occasion for the newly established land-owning settlers when Governor George Yeardley stepped into the church for the very first meeting of the Virginia General Assembly at Jamestown. Months before, while still in England, he was appointed by the King to succeed Lord De La Warr who, to everyone’s surprise, had died at sea on a return voyage to the young but burgeoning Virginia colony. For extra measure, the King knighted Yeardley, had him provisioned to set sail, and ensured him detailed instructions from the Virginia Company to institute a comprehensive body of reforms. Those reforms would establish the rule of law based on English precedent in the home country, protect the individual rights and private property of the new Virginia landowners, and establish a General Assembly of representatives (consisting of his four councilors and 22 burgesses selected from the settlements along the James River) who would look out for the interests of the colonists. 

For the untested frontier of Virginia and the New World, this was akin to a grand experiment in democracy, and deemed necessary to ensure the continuing development and prosperity of a fledgling colony that, just nine years before, was on the brink of collapse. By 1619, however, Jamestown had expanded well beyond its original Fort, even sporting well-appointed homes of gentlemen planters, surrounded by new plantations that defined the foundations of Virginia’s embryonic economic prowess as a tobacco-exporting powerhouse. Although Yeardley and his Virginia Company instructors were not fully aware at the time of the import of the first assembly, it was unique, constituting the seed of democracy in the Western Hemisphere.

It was appropriate that the first assembly convened in an early church structure built by the colonists. It was a comparatively spacious, single-room public structure, a 50-ft. by 20-ft. timber frame constructed over a brick and cobblestone foundation in 1617 when Deputy Governor Samuel Argall was still in control of the colony. This is small by today’s standards, but back then it was enough room for the first representatives to sit themselves comfortably into the “quire” (choir) space for six days during a hot summer.

The original church structure no longer exists. It was replaced over its remaining footprint by another church, this time constructed of brick beginning in 1639 and completed at the end of the 1640’s. Overall, the site has seen a succession of four different iterations, obscuring from sight all traces of the original timber frame structure of 1617, the building in which America’s first General Assembly convened. 

Uncovering Lost Walls, and a Sensational Burial Find

It wasn’t until archaeologists began excavating within the church (now the Memorial Church, built in 1907 at the same location) in November of 2016 that excavators eventually uncovered the evidence defining the complete original dimensions and foundational features of the 1617 church. This included, among other discoveries, remnants of a clay and cobblestone wall foundation while excavating the northeast corner of the chancel area of the church, and a narrow line of a brick-capped clay and cobblestone wall foundation running north-south through the center of a unit being excavated in the old church tower at the south end of the currently standing Memorial Church. Given the excavations and research conducted to this point, and the historical record of the original 1617 church at this location, archaeologists concluded that they had finally discovered the eastern and western wall foundations of the 1617 church. Material evidence of all four walls of the church in which America’s first representative assembly had met in 1619 had not been completely destroyed.

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The brick, mortar and cobblestone foundation of the south wall of the 1617 church exposed.

 

But perhaps the most sensational find emerged while archaeologists were excavating within the area of the church that once featured the central east-west running aisle of the 1617 church. Here, evidence of a relatively large grave shaft was uncovered. Soil stain and multiple nails indicated that a hexagonal-shaped coffin running east-west had decayed away in this place long ago. Its shape was similar in style to those uncovered a few years before in the excavated footprint of the earlier, 1608 church (where John Rolfe and Pocahontas were married) discovered only a few yards away. In that excavation, the remains of Reverend Robert Hunt, Sir Ferdinando Wenman, Captain Gabriel Archer, and Captain William West, all known “movers and shakers” of the Jamestown settlement, were identified. They had been buried in the chancel area of the church. And like those earlier burials, the burial in what would have been the aisle of the 1617 church would have been a prime location for a prominent individual. Then, before excavating any further, the use of high-frequency GPR and the resulting data indicated the presence of bones and the orientation of a skeleton within the grave — something that had never been done before through GPR applications.

The aisle burial excavation was executed quickly, from Friday, July 21st, through Sunday, July 23rd. This was necessary because they had arranged to have Doug Owsley, renowned forensic anthropologist with the Smithsonian Institution’s Skeletal Biology Program, and his crew, participate in the examination and exhumation of the bones on Monday the 24th.

But the skeletal remains uncovered in the grave shaft were missing one critical element — the cranium. This was essential to identifying sex, origin, and facial characteristics. The cranium also contains two bones that are key to acquiring DNA samples: the petrous temporal. Understanding the evolution of the church’s material history (burial disturbance being common in 17th century churches due to space limitations), the archaeological team searched for a cranium among the church excavation finds of the past year. As it happened, there were three crania candidates, one of which had already been found in articulation with other skeletal remains, and two others. By successfully matching disarticulated teeth uncovered in the aisle burial with one of the remaining two skulls, the archaeologists were able to identify the skull that originally belonged to the skeleton in the aisle burial. They now had a skull to complete the forensic analysis, along with genomic (DNA) analysis, important for a definitive identification of the remains.

Who was this individual?

David Givens, Director of Archaeology with the Jamestown Rediscovery Historic Jamestowne Project, and his colleagues suggest this might be the remains of Governor Sir George Yeardley himself.

What are the clues that back them up? 

Givens and his team point to several things. First, the remains were found in a grave shaft located in the central aisle, near the chancel area of the 1617 church footprint — a burial location that would be reserved for a very prominent individual during that time. Second, forensic analysis of the skeletal remains revealed that this individual was male, around 40 years old, was accustomed to light work (not heavy work as would be typical for a common laborer), likely spent considerable time on horseback and/or wearing armor, and consumed foodstuffs indigenous to this New World area, indicating considerable time spent in the New World. These characteristics would have been consistent with the historical profile of George Yeardley. Thirdly, a 32″ by 68″ distinctive Belgian black limestone tombstone (dubbed the “Knight’s Tombstone”, discovered years earlier at what would have been the southern entrance to the later 1640’s brick church that was constructed over the same site ), now thought to have been originally located where the center aisle burial of the 1617 church was discovered, features engraved depressions depicting a gentleman in armor typically for that of a knight. As noted earlier, Yeardley was knighted before he left England again for the Americas. But Yeardley was one of two knights who died during the time period of the second church (c.1617 to c.1639), the other being Lord Delaware, or Sir Thomas West, the colony’s first governor. Nonetheless, researchers suggest that the tombstone was likely Yeardley’s, as the will of his step-grandson, Adam Thorowgood II, notes a request that his tombstone be engraved similarly to that depicted on the Knight’s Tombstone.

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The Knight’s Tombstone

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The Knight’s Tombstone undergoing tedious restoration.

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None of this, however, would prove to be definitive evidence attesting to the identification of the remains of George Yeardley without corroborating results from genomic, or DNA, testing. To this end, Givens and his team began collaborating with Dr. Turi King of the University of Leicester, the geneticist who previously directed genomic research to identify the remains of King Richard III in 2013. Teamed with experts from the FBI’s DNA Support Unit (DSU) laboratory, King and colleagues were able to extract enough DNA material from the remains to achieve a 75% recovery rate, which led to building a full DN sequence on the individual. While research and analysis continues, researchers suggest the possibility that the results could yield information about the individual as detailed as hair and eye color. But while the genomic research under her direction has progressed satisfactorily, the genealogical search needed to find the right living relative for the comparative DNA analysis has thus far proven to be a “sticky wicket”, as Givens phrased it. This is in part due to the fact that Yeardley’s mother was adopted, so tracing the lineage forward from her using mitochondrial DNA (a proven method long used by geneticists for such endeavors) would lead them nowhere. But tracing through his natural grandmother (mitochondrial), or his father or grandfather through Y-chromosome analysis could produce results once the right living relative could be identified through genealogical research. Enter here University of Leicester’s Kevin Schürer who, like King, was involved in the investigations to identify the remains of King Richard III. Brought in by Given’s team for his expertise in genealogical research, Schürer is endeavoring to test the recovered DNA against DNA from at least one relative in the direct line of descent from Yeardley. Thus far, Schürer has identified 26 female lines of descent four generations deep, and work continues.  

Meanwhile, forensic analysis of the bones continued to reveal new results. Owsley and his Smithsonian team have been busy developing a full forensic profile of the remains, which will tell us more about the life that belonged to the bones before death. Moreover, Dr. Peter Quinn and Dr. Greg Maslow of the University of Pennsylvania, along with others from Penn Medical, the Penn Museum and Penn Dental, have examined the remains, resulting in observations that could reveal new facts that, if the bones prove definitively to be those of Yeardley, will tell us personal medical details untold by historical documents. According to these researchers, this man suffered from a crippling ailment: osteomyelitis—a severe and painfully worsening bone infection that paints a profile of a person in declining health at the end of his life.  

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Panoramic view of the aisle burial excavation area. A sealed structure was built over the excavation area to reduce DNA contamination. The “tent” was positively charged with filtered air conditioning and all tools and equipment were sterilized prior to the dig. Excavators were donned in special suits for the same purpose. Courtesy Jamestown Rediscovery

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Director of Archaeology David Givens and Senior Staff Archaeologist Mary Anna Hartley carefully excavate maxillary incisors adhered to the first cervical vertebra of the skeleton.Using fine tools and techniques, excavating the delicate remains was a slow and meticulous process. Courtesy Jamestown Rediscovery

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A tooth recovered from the individual (adhered to the first cervical vertebra). Teeth are critical for DNA analysis. Courtesy Jamestown Rediscovery

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Overhead view of excavators hard at work on the skeletal remains. Courtesy Jamestown Rediscovery

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Overhead view of the completely excavated skeletal remains. Notice the missing skull. Courtesy Jamestown Rediscovery

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Yeardley, Slavery, and More Burials

While Yeardley played a key role in establishing the first seeds of freedom and democratic governance in the New World, some irony or incongruity is not lost on the fact that he was also among the first ‘slaveholders’ in America. Ships arrived at Point Comfort (on the coast of present-day Virginia) in 1619, the very same year of the First General Assembly, unloading a human cargo of Africans for sale to early English planters who transported them to the newly founded English colony and its surrounding developing plantations (see the article, Digging the Roots of American Slavery). Yeardley, also a prominent Virginia planter, likely became the recipient of some of these new servants.

But were these first Africans actually slaves or something more akin to indentured servants who, after a period of time, were permitted to acquire their freedom and live independent lives? The probability is high that this may have been their status, as slavery as it was codified into law in the colonies decades later did not exist at that time in the form most familiar to American history. The first Africans’ experience nonetheless arguably laid the foundation upon which the institution of slavery was born and flourished through the subsequent decades. Thus began the story of the great American paradox, a reality that has haunted American society since its inception.

Beginning in 2017, Givens and his team began excavating an area within easy walking distance east of the original James Fort location in Jamestown. Historically, it is thought to contain evidence for the property of Captain William Pierce, among those of other wealthy planters. Like his peers, Pierce was an influential planter and merchant who built an impressive house within the newly developed town east of the James Fort area (known as New Towne) in the wealthy section known as ‘Back Street’. He was also the owner of a servant known from a 1624 muster (census) that recorded the presence of 21 Africans. One of them, a female African servant referred to as ‘Angela”, was documented as being connected to the Pierce household.  Based on other historical documents, Angela is presumed to have been among the first group of Africans to arrive in Jamestown in 1619. The excavation has thus acquired the nick-name as the “Angela site”, and has been a focus of Givens’ research and investigations to define the greater James City that sprawled east of the original James Fort location. He has been working in collaboration with the National Park Service to this end.

What have they uncovered?

“A lot of people think we’re looking for Angela,” said Givens. “But that’s not what we’re doing. We’re looking at the contextual — the world in which Pierce was an actor [and by extension Angela].” And that context is slowly coming to light. Artifacts and other structural evidence of early 17th century occupation has emerged. Evidence of early 17th century posts have been uncovered at the site. Archaeologists interpret the finds as features of a gable end or addition to a house structure. But archaeology is a slow, painstakingly deliberate process, and the footprint of Jamestown in this area is exceedingly complex, given the continuous building, construction destruction and re-building, and turnover of occupants in succeeding generations of early Virginians who made their lives here. Moreover, the application of remote sensing techniques, such as LiDAR, is beginning to present some surprises, causing archaeologists to question the precise location of some town elements, such as the colonial road and other town structures that may potentially be found, possibly shifting the long-standing interpretation of the James City landscape.

GPR applications have also revealed another head-scratching development. Several burials were discovered. But these burials did not fit the pattern seen elsewhere at Jamestown — disparate, scattered in a corner lot, they defied the placement normally observed with families, lineages, or other groups on the historical landscape of Jamestown. Givens knew they had to be early burials, as no materials datable to later time periods were present at the burial locations.

This was something the archaeologists had not previously encountered. “We can’t ignore the fact that, spatially, we’re seeing something new and unique,” says Givens.

Popular Archaeology asked Givens if he had any thoughts about who these people may have been.  “Indentured servants, perhaps,” he said. This could explain the nature of the burials.

Could they be some of the first Africans? It would be difficult to know without actually excavating the burials, and that would likely not happen soon, if at all, as permissions and approvals must be obtained before initiating any excavation of skeletal remains discovered in a grave site.

For now, they remain points on a newly emerging archaeological landscape.

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Above and below: Features emerging in the excavations at the ‘Angela site’ as of late April, 2019.

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Cowrie shells had monetary and spiritual value to enslaved Africans during the 17th and 18th century in the British colonies. This cowrie shell was excavated at the ‘Angela site’ at Jamestown.

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Digging the Roots of American Slavery

April, 2018 — For early April, archaeologists couldn’t ask for better weather. A gentle breeze, low humidity and comfortably cool shirt-sleeve temperatures were ideal for wielding a trowel and shovel.  As I walked with camera in hand along a path through a grassy flat of land that was once graced with early 17th century structures, I spied a small team of archaeologists swarming about a single excavation unit — a shallow hole in the ground, squared off with near-perfect vertical walls defining its perimeter. They were digging up, with carefully managed precision, an old excavation unit completed in part in the 1930’s by a previous excavation team. They were going over old ground, but with new techniques and new objectives, digging deeper into a stratigraphy that began to yield artifacts — including early 17th century objects — not reached and recovered by the old excavation. Towering above them just a few yards away were the imposing ruins of the 18th century plantation mansion of Richard Ambler, one of  Jamestown’s prominent and wealthiest citizens. I couldn’t resist snapping a few photos of this old house. It commanded the view of the landscape, drowning out, with its great architectural shout, everything else on the surface within its vicinity. But a far more compelling story was beginning to emerge as these archaeologists dug beneath the grassy yard in which the old ruin stood. It was far less noticeable to the visitor’s eye — but much more intriguing……….  

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Ruins of the Ambler Mansion, built about 1750.

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Archaeologists at work on the lone excavation unit near the foot of the Ambler Mansion.

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The Back Street Boys

Leading the dig project was David Givens, a senior archaeologist with the Jamestown Rediscovery Historic Jamestowne project, under the auspices of the Association for the Preservation of Virginia Antiquities (or APVA/Preservation Virginia). The excavations at Jamestown have been best known in recent decades for the discovery of remains connected to the original 1607 James Fort under William Kelso, which have thus far yielded hundreds of thousands of artifacts and archaeological features that define the very first ‘footprint’ for successful permanent English settlement in the Americas. Excavations at the site of the Fort are ongoing. But beginning in 2017, Givens and his team began excavating an area within easy walking distance east of the original fort location. It contained evidence of occupation known historically as the property of Captain William Pierce*, a wealthy and influential planter and merchant who built an impressive house within the newly developed town east of the James Fort area (known as New Towne) in the wealthy section known as ‘Back Street’. His home was described as “one of the fairest in Virginia”, set in a neighborhood that housed the likes of the city’s most prominent and wealthiest citizens, such as Dr. John Pott, Governor Sir Francis Wyatt and Governor John Harvey. Future years saw the construction of even finer brick homes in this section by society notables like Richard Kemp, William Sherwood, Henry Hartwell and William May. It was here, also, where the before-mentioned planter Richard Ambler built his mansion in the 1750’s, the ruins of which still visibly mark the landscape today.

For its time, Back Street represented some of the finest physical fruits of colonial America’s richly bequeathed and successfully enterprising gentlemen visionaries, planters and merchants. But their high level of 17th century upscale living involved, among other things, the employment of labor through the servitude of others to do the work that the landed gentry would not do to support their privileged lifestyles. In early 17th century America, this meant the importation of human servants. Among them were the first Africans to land on American English colonial soil — the embryo of what would become slavery — and the households along New Towne’s illustrious Back Street were the first to take in African servants. For Givens and his team, the archaeology of the William Pierce property thus presented a unique opportunity to reveal the material and cultural context in which the first Africans, and thus the rudiments of the beginning of slavery, emerged. A mandate supported by initial funding from the National Park Service under a civil rights initiative grant during the Obama Administration made this possible.

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The “Cotter”map showing some of the previous archaeology done in New Towne, the 17th- century town that grew up east of James Fort. The grid system used 100′ blocks with trenching every 50′. Larger open areas were excavated around some sites and buildings. Archaeological excavations were last conducted in New Towne in the 1990’s. Archaeologists today are using the same grid system to tie in their excavations with the previous work. Image and text photographed from a plaque display near the site of excavations at the Pierce property site.

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The project area is on the Pierce property in New Towne, located just past the 18th-century Ambler mansion ruins, about 325 yards east of the tercentary obelisk monument. Image and text photographed from an informational plaque near the Pierce property excavation site.

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The targeted Pierce property excavation area near the Ambler Mansion. Courtesy David Givens and the Jamestown Rediscovery Historic Jamestown Project, Preservation of Virginia Antiquities

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Angela and the Beginnings of Slavery

Written history has not been generous to posterity about revealing the lives of English colonial America’s first Africans. But in early 17th century Jamestown, a 1624 muster (census) indicated the presence of 21 Africans. One of them, a female African servant referred to as ‘Angela”, was connected to the household of Captain William Pierce. Based on other historical documents, Angela is presumed to have been among the first group of Africans to arrive in Jamestown in 1619.

Interestingly enough, the historical context of her journey and arrival in America was actually defined by the intersection of the early 17th century world slave trade and high seas piracy.

Between 1618 and 1619, the Portuguese nobleman and colonial Governor Luis Mendes de Vasconçelos of Angola (in West Central Africa) led a series of campaigns that resulted in the capture of thousands of Kimbundu-speaking people —men, women and children — to populate six slave ships bound for Mexico. Well before the slave trade began to have any impact on the fledgling English colonies in America, the Spanish and Portuguese were funneling new slave power into the developing colonial economies of their realms in the New World — in this case, the rising economy of Vera Cruz in New Spain (present-day Mexico). Little did Vasconcelos know, however, that some of his cargo would ultimately end up at Jamestown, via pirating by the English in 1619. The ship São João Bautista, carrying about 350 enslaved Africans after departure from the port of São Paulo de Loanda, a Portuguese military outpost in West Africa, found itself about 50 slaves lighter after being intercepted by the White Lion and the Treasurer off the coast of Campeche (in present-day Mexico), both ships having sailed out of the Netherlands. The ships arrived at Point Comfort (on the coast of present-day Virginia) in 1619, unloading their human cargo for sale to early English planters who transported them to the newly founded English colony and its surrounding developing plantations. Angela was likely among them. 

Were these first Africans, including Angela, actually slaves or something more akin to indentured servants who, after a period of time, were permitted to acquire their freedom and live independent lives? The probability is high that this may have been their status, as slavery as it was codified into law in the colonies decades later did not exist at that time in the form most familiar to American history. But these first Africans nonetheless arguably laid the foundation upon which the institution of slavery was born and flourished through the subsequent decades. 

The Excavations

Contrary to what the popular perception might be about the newly opened dig, these excavators are not looking for the human remains of slaves.

“A lot of people think we’re looking for Angela,” said Givens. “But that’s not what we’re doing. We’re looking at the contextual — the world in which Pierce was an actor [and by extension Angela].”

It will be a long and tedious task. “There are 243 years of slavery under your feet,” Givens told me as we stood together next to the excavation unit as the archaeologists worked. “Here, folks came and went in fairly quick succession in the 17th century. And Pierce’s property was extensive, including two storehouses and planting areas.” It was located in a city, so this is “like searching for a needle in a stack of needles.” Givens showed me a selected sampling of artifacts unearthed from the unit.  This assemblage included fragments of ceramic ware produced by a Jamestown potter during the 1st quarter of the 17th century. They were taken from three bulging paper bags of objects excavated only within the last week and a half from the single unit.

Givens leads me to a much larger excavated area only steps away from the smaller unit. He points out some exposed features at the location of the early 17th century Pierce residency. We were looking at what he described as possibly a “half cellar” space, tentatively and roughly dated, based on the finds within the cellar and its context, to no later than the 1630’s. Excavations have continued since my visit to the site. Since then, says Givens, “we are now finding artifacts that date prior to 1625. We are very near a component of the Pierce holdings”.

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A view of the excavation unit near the Ambler Mansion as it appeared in early April, 2018.

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A small sampling of the assortment of artifacts unearthed from the excavation unit during a single week and a half of work at the site.

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A view of the main excavation site at the location of the Pierce property as it appeared in early April, 2018.

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David Givens examines some recently excavated features at the site.

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This excavation is only in its beginning stages. There is a long way to go. The project could require, in Givens’ estimation, at least 10 years, “if not a career” to bring everything to a conclusion. More funding will be sought. The biggest takeaway will revolve around helping to elucidate the world in which Angela and her other First African contemporaries lived, and, if the archaeologists and historians are so fortunate, even add to our knowledge of specifically how Angela lived, what she ate, how she may have been treated, and what she may have seen or witnessed about early 17th century Jamestown.

“We will find the empirical evidence and test it against the historical record — a record that was produced primarily by rich, white, educated males,” said Givens. But, he added, “I think the archaeology and history is showing (at this early stage) how diverse the emerging colonial landscape was. Our modern notions of race and how folks negotiated their lives has been generalized (and perhaps white-washed) over the centuries. At Jamestown, archaeology can play a key role in reorienting our understanding of how First Africans impacted the material record of a very complex world of colonial entanglement. By unpacking this history, we are addressing the integral role individuals, like Angela, played in the growth of our Nation and how we view that past.”

Popular Archaeology will be covering new developments in the future as they emerge from the excavations.

Stay tuned.

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Members of the public visiting the excavation site. One of the reasons for selecting the site for excavation was because of its visibility and accessibility to the public. Courtesy David Givens and the Jamestown Rediscovery Historic Jamestown Project, Preservation of Virginia Antiquities

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Read more about the exciting archaeological work and latest discoveries on Virginia’s Jamestown Island by visiting this site.

Did you like this article? See George Washington’s Forgotten Slaves, published in a previous issue.

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*”A wealthy, influential planter and merchant who had arrived in Virginia in 1610, Peirce also owned a store in Jamestown. A “beloved friend” of Governor Francis Wyatt, Captain Peirce was the colony’s cape merchant and also served as lieutenant governor and commander of Jamestown Island. He was responsible for the island’s two blockhouses and appointed captain of the governor’s guard.” https://www.findagrave.com/memorial/103843198/william-pierce

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