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Yin, The Lost City of Kings

Anyang, located in China’s great North Plain, is a modern industrial city of almost 5.5 million people. It is known economically for the production of iron and steelcoal coking, and clothing production. But long before the modern city arose, the city landscape hosted an ancient urban presence that in time ranked among the world’s great Bronze Age centers. Clues to its remains first began to emerge over a hundred years ago….. 

Written on Bone

For hundreds of years, farmers dug them up in their fields near the village of Xiaotun, a small village near Anyang and about 500 kilometers south of Beijing. They were fragments of ox scapula and turtle shell. The farmers sold them to apothecaries, where they were ground into powder for use as tonics or medicines for curing malaria and treating wounds.

But there was another peculiar thing about these bone fragments.

Many of them featured mysterious inscribed markings. In 1899, several of them fell into the hands of Wang Yirong, who was the chancellor of the Imperial Academy in Beijing at the time. Wang collected Chinese bronzes, some of which were Zhou dynasty bronzes inscribed with what he believed to be ancient Chinese writing. The markings on the bone fragments were tantalizingly similar. So similar, in fact, that it wasn’t long before the bone artifacts hit the antiquities trade with a storm and eventually came to the attention of James Mellon Menzies, who conducted the first scientific excavations of the bones, including decipherment. He published the first scientific study of the bones in 1917, which included 2,369 drawings and inscriptions, and eventually amassed a collection of as many as 35,000 objects related to what became known as the “oracle bones”. 

Excavation and Discovery of the Lost City

More important than the oracle bones was the drive to find answers to the questions of who made them and why. Scholars were keen to know their context, so in 1928 an excavation team led by Li Ji of China’s Academia Sinica began work near the village of Xiaotun close to modern Anyang, with the initial financial backing and support of the Freer Gallery of Art of the Smithsonian Institution in Washington, D.C. Excavations under Li Ji’s directorship continued with seasons over a 9-year period, recovering more oracle bone artifacts, the decipherment of which showed that the bone inscriptions represented divinations performed by an ancient royal household. Further excavation revealed the remains of a major Bronze Age city, eventually identified by archaeologists as Yinxu, the last capital city of the Shang Dynasty. It was a remarkable discovery, as before the excavation, even the very existence of the Shang Dynasty was in question. Clues to the Shang Dynasty were known only through historical documents. This dynasty was more than a myth.

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Pompeii skeleton discovery shows another natural disaster may have made Vesuvius eruption even more deadly

FRONTIERS—Almost 2,000 years ago, Pliny the Younger wrote letters describing a shaking ground as Vesuvius erupted. Now, a collaborative study* led by researchers from the Istituto Nazionale di Geofisica e Vulcanologia (INGV) and Pompeii Archaeological Park has shed light on the effects of seismicity associated with the 79CE eruption.

The study is the first to tackle the complex task of reporting on the effects of co-occurring earthquakes. This is tricky due to the possibility of volcanic and seismic effects happening concurrently or in quick succession, meaning volcanic effects can overshadow effects caused by earthquakes and vice versa.

“These complexities are like a jigsaw puzzle in which all the pieces must fit together to unravel the complete picture,” said Dr Domenico Sparice, a volcanologist at INGV-Osservatorio Vesuviano and first author of the Frontiers in Earth Science study. “We proved that seismicity during the eruption played a significant role in the destruction of Pompeii and, possibly, influenced the choices of the Pompeiians who faced an inevitable death.”

Clues to a deadly collapse

“Correctly recognizing the cause-effect relationship is essential to reconstruct the interplay between volcanic and seismic phenomena, and their effects on buildings and humans,” added co-author Dr Fabrizio Galadini, a geologist and senior researcher at INGV.

During excavations in the ‘Casa dei Pittori al Lavoro’, the researchers noticed something off about the collapsed buildings. “We found peculiar characteristics that were inconsistent with the effects of volcanic phenomena described in the volcanological literature devoted to Pompeii. There had to be a different explanation,” said co-author Dr Mauro Di Vito, a volcanologist and director of INGV-Osservatorio Vesuviano.

When the researchers found two skeletons with severe fracture and trauma injuries, they were even more motivated to figure out the reason.

Painters at work

The eruption caught Pompeiians in the midst of daily life. For about 18 hours, pumice lapilli – small rock and ash particles– fell on the city, causing people to seek shelter. When the eruption paused, inhabitants who’d survived may have thought themselves safe – until strong earthquakes started.

“The people who did not flee their shelters were possibly overwhelmed by earthquake-induced collapses of already overburdened buildings. This was the fate of the two individuals we recovered,” said co-author Dr Valeria Amoretti, an anthropologist who heads the Applied Research Laboratory of Pompeii Archaeological Park.

The researchers found two male skeletons, both around 50 years of age. Their positioning suggests that ‘individual 1’ was suddenly crushed by the collapse of a large wall fragment, resulting in severe traumas causing immediate death. ‘Individual 2’, however, may have been aware of the danger and tried to protect himself with a round wooden object of which the researchers found faint traces in the volcanic deposits.

There are several hints that these individuals did not die from inhaling ash or extreme heat, such as their positioning on the pumice lapilli, rather than under it. This suggests both survived to first phase of the eruption and then were overwhelmed by collapsing walls during the temporary decline of the eruptive phenomena and before the arrival of the pyroclastic currents, the researchers said.

Difficult choices

While not everybody could make it into temporary safety, the numbers of victims recovered in the ash deposits makes people fleeing to the outside a plausible, albeit hopeless, scenario, the researchers said. There are no reliable estimations about how many people died from volcanic-related causes or due to damage caused by earthquakes.

“New insight into the destruction of Pompeii gets us very close to the experience of the people who lived here 2,000 years ago. The choices they made as well as the dynamics of the events, which remain a focus of our research, decided over life and death in the last hours of the city’s existence,” concluded co-author Dr Gabriel Zuchtriegel, director of the Pompeii Archaeological Park.

The AlUla Approach to Archaeology

Dr Abdulrahman Alsuhaibani is the Vice President of Culture at the Royal Commission for AlUla, where he works on executing in-depth archeological studies, unique in both geographic size and scale, and assessing the rich and complex past of the AlUla region of Northwest Saudi Arabia. He is also Associate Professor at King Saud University in the Archeology Department.

Our past is at risk. Its tangible remains are fragile, a non-renewable resource that, globally, is disappearing daily at the hands of urban development, natural disasters, climate change, and illicit trade in antiquities.

The risk to our past makes preservation work all the more critical. That’s why AlUla is proud to have documented 30,000 archaeological sites in the region, including Hegra, the Nabataean’s ancient southern capital in modern-day Saudi Arabia. The archaeological wonder sits among AlUla’s breathtaking landscape, rich history, and local hospitality, making it an attractive destination for visitors. But the importance of preservation means that, in reality, beyond Hegra, only seven of those 30,000 sites are open to the public. Protecting our past means we must keep a laser focus on balancing visitor accessibility with preservation.

My life’s work is dedicated to archaeological preservation of sites like Hegra because protecting our past is the key to securing our shared future. Only by understanding the past— by understanding who we are and where we came from —and applying this knowledge to our present——can we effectively shape our future.

The continued relevance of archaeology was a prominent theme at the inaugural AlUla World Archaeology in September 2023. The global archaeological community agrees that we must, with urgency and focus, re-double our efforts to ensure the preservation of our past and, thereby, secure our shared future. The question is: How?

Local communities are the answer. Local communities are the frontlines of preserving the past and the most critical factor in determining the sustainable success of an archaeological site. As Vice President of Culture at the Royal Commission for AlUla (RCU), it is my privilege to work toward the RCU’s top priority: that the people of AlUla—those who first created and now preserve its rich cultural heritage—remain at the heart of AlUla’s development. If any archaeology project in AlUla is not oriented towards the local community, it is not a project for us.

With local community empowerment and development as our North Star, three supporting principles drive AlUla’s approach to archaeology.

First, we will not undertake any projects without the participation of Saudi archaeological students. In Saudi Arabia, archaeology is still an emerging field. At Dadan, for example, one of the earliest kingdoms on the Arabian Peninsula, we have excavated only 6% of the entire site because we lack the human resources to move forward at a faster pace while ensuring proper preservation. We need to train a new generation of Saudi archaeologists to manage excavations—a task only accomplished by giving them hands-on experience with ongoing work. With greater local expertise, we will be able to discover the depths of the rich cultural heritage of AlUla and beyond.

Second, we facilitate local students to visit the sites. Students ranging from 6 to 12 years old come from local schools to learn about the history of their land. With that comes heightened self-understanding and a deepened sense of pride. These students carry themselves differently when they leave. But we also have greater hopes for our students in AlUla: We want to expose them to the field of archaeology. As they watch the excavations, learn about their history, and experience the richness of the landscape, we hope to inspire the next generation of archaeological students.

Finally, we prioritize training and working with local guides—or Rawis, as we call them. The Rawi, or storyteller, has a special place in Arabic culture. Historically, Rawis were entrusted with preserving the past through oral traditions—recounting history, poems, and literature—that were passed down over generations. Today, AlUla is working with local Rawis—tapping into their cultural expertise as guides, translators, and cultural ambassadors for visitors to AlUla—to ensure that the local people remain in control of their own narrative as they pass on the history of their community.

We work closely with Rawis each season to update their site knowledge based on the latest discoveries and to enhance their skills—from communication, planning, and logistics to actual archaeological preservation—all while further equipping them for intercultural dialogue with visitors from around the world. As our local Rawis gain a deeper understanding of the archaeological process, local ownership of the site increases exponentially, driving sustainable preservation efforts by and for the local community. 

What happens ultimately when we successfully integrate the local community and these three principles into every dimension of our work? Our local communities gain much more than jobs. While economic opportunity is important, our people also gain an awareness of the historic value of their land and culture; they swell with pride about the people they come from and those they’ve become; and they develop a sense of ownership in their cultural assets. They become the frontline advocates of archaeology, the first protectors of their history.

The people of AlUla themselves are those who guarantee that the rich cultural heritage of AlUla will be around to the thousandth generation. They have served as guardians of their cultural heritage already for millennia, and the RCU remains committed to ensuring that the people of AlUla remain at the heart of its preservation. After all, the past doesn’t belong to academics, historians, or archaeologists. It belongs instead to the people whose past it is—and to their children’s children. Only by engaging them in the past and entrusting them in the present can we ensure the preservation of their heritage into the future.

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Khaybar is a major oasis in northwest Arabia, characterised by fertile spring-fed wadis, filled with date gardens, cutting through the basalt geology, with ongoing archaeological investigations of its Islamic past. Credit Royal Commission for AlUla

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Laser Graffiti Removal Workshop programme training for Royal Commission for AlUla personnel at Hegra, in collaboration with Centro Conservazione e Restauro La Ventaria Reale. Credit Royal Commission for AlUla

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School children visit the active archaeological site at Dadan, the ancient Kingdom of the Lihyanite and Dadanite civilisations. Credit Royal Commission for AlUla

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The largest tomb at the UNESCO World Heritage Site of Hegra, the monolithic Tomb of Lihyan Son of Kuza. Credit Royal Commission for AlUla

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Dadan is one of the most active archaeological sites in AlUla, with excavations ongoing in several key areas. Credit Royal Commission for AlUla

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Student award ceremony for completion of the Conservation Science Workshops programme run by the Centro Conservazione e Restauro La Ventaria Reale in collaboration with the Royal Commission for AlUla. Credit Royal Commission for AlUla

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Article Source: Royal Commission for AlUla news release

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Evidence for butchery of giant armadillo-like mammals in Argentina 21,000 years ago

PLOS—Cut marks on fossils could be evidence of humans exploiting large mammals in Argentina more than 20,000 years ago, according to a study* published July 17, 2024 in the open-access journal PLOS ONE by Mariano Del Papa of National University of La Plata, Argentina and colleagues.

The timing of early human occupation of South America is a topic of intense debate, highly relevant to a study of early human dispersal across the Americas and of humans’ potential role in the extinction of large mammals at the end of the Pleistocene Epoch. This discussion is hampered by a general scarcity of direct archaeological evidence of early human presence and human-animal interactions.

In this study, researchers present evidence of butchery on Pleistocene mammal fossils from the banks of the Reconquista River, northeast of the Pampean region in Argentina. The fossils are those of a glyptodont, a giant relative of armadillos, named Neosclerocalyptus. Statistical analysis finds that cut marks on parts of the pelvis, tail, and body armor are consistent with known marks made by stone tools, and the placement of these marks is consistent with a butchering sequence targeting areas of dense flesh. Radiocarbon dating indicates these fossils are around 21,000 years old, nearly six thousand years older than other known archaeological evidence in southern South America.

These results fit with other recent findings that indicate early human presence in the Americas over 20,000 years ago. These fossils are also among the oldest evidence of human interaction with large mammals shortly before many of those mammals became extinct. The authors suggest that these findings might be further supported by additional excavation at this site, further analysis of the cut marks, and more extensive radiocarbon dating of the fossils.

Miguel Delgado, the corresponding author, adds: “The study’s evidence puts into question the time frame for the first human peopling of the Americas 16,000 years ago”

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3D rendering of the probable butchery event according to a paleoartistic reconstruction. The illustration was made by modeling three-dimensional meshes, 3D digital scanning, and texturing by projection, based on the proportions of the excavated fossil materials and the results obtained in the study. Damián Voglino, Museo de Ciencias Naturales A. Scasso (Colegio Don Bosco), San Nicolás de los Arroyos, Provincia de Buenos Aires, CC-BY 4.0 (https://creativecommons.org/licenses/by/4.0/)

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Drawing of a Neosclerocalyptus skeleton highlighting cut-marked skeletal elements in light blue found at the CRS-10 specimen. Del Papa et al., 2024, PLOS ONE, CC-BY 4.0 (https://creativecommons.org/licenses/by/4.0/)

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Article Source: PLOS news release

*Del Papa M, De Los Reyes M, Poiré DG, Rascovan N, Jofré G, Delgado M (2024) Anthropic cut marks in extinct megafauna bones from the Pampean region (Argentina) at the last glacial maximum. PLoS ONE 19(7): e0304956. https://doi.org/10.1371/journal.pone.0304956

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Traveling Upright: Humanity’s First Global Ancestor

For most people, the Turkana Basin in northwestern Kenya is a fiercely inhospitable place. It is hot and dry — an arid, desert-like scrubland. At its center lies Lake Turkana, an enormous, expansive, alkaline body of water that has gained the apt description as the world’s largest permanent desert lake. There are no major resorts along its shores. Though rich as a source of fishing for the local economy, it’s flats team with Nile crocodiles and its shores are abundant with scorpions and carpet vipers. But this lake lies front-and-center within a region the geology of which has yielded one of the world’s great treasure-house landscapes of exposed beds teaming with fossils extending as far back as the Cretaceous period. The unforgiving environment was thus no barrier to the teams of paleontologists, geologists and paleoanthropologists that found their way here over the decades to explore and survey the landscape. And it was along the dried up Nariokotome river bed not far from the lake when, in 1984, eagle-eyed goat herder and fossil hunter, Kamoya Kimeu, spied a peculiar skull fragment. Kamoya honed his skills and reputation over the years in the employ of the renowned fossil hunting paleoanthropologist team of Mary and Richard Leakey. Kimeu knew what he was doing.

In time, through survey and careful excavation, the skull fragment turned out to be just one of 107 other bones, all members of the skeletal remains of a single individual animal….

A hominin.

Turkana Boy

The remains represented an almost complete skeleton. Once pieced together, it revealed what for its time was a startling new hominin discovery. The cranium was small, indicating a brain that was only two thirds the capacity of modern humans. The interior of the cranium featured asymmetry of a longer left brain over the right, suggesting the possible beginnings of the physiological capacity for speech.

Full Turkana Boy skeleton, as exhibited at the American Museum of Natural History, New York. Mike Peel , CC BY-SA 4.0, Wikimedia Commons

The post-cranial skeletal features featured shoulders, arms, torso with a barrel-shaped chest, a tucked-in pelvis, and legs that more closely resembled those of modern humans, as opposed to modern apes, though the feet were missing. Assembled and stretched lengthwise, the body frame and skull measured about 5’3”, with a breadth that suggested about 103 pounds at the time the individual was alive. Analysis of the bones indicated that this was a male youth around 8 or 9 years old. Perhaps most significant about the boy was that he likely moved with an erect gate — he was fully bipedal. The body structure and full bipedality contrasted sharply with most hominin fossil discoveries previously discovered, such as the famous ‘Lucy’ australopithecine fossil skeleton unearthed at Hadar, Ethiopia by Donald Johnson 10 years earlier in 1974. The discovery team named him, for ease of popular reference, Nariokotome Boy, after the location of the discovery. Alternatively, he was nicknamed Turkana Boy, and this has been the name most used by the popular media.

The Significance of the Discovery

All in all, it was a remarkable discovery. Now scientists had unearthed an almost complete individual (the most complete early human skeleton ever found) that was clearly not like the more ape-like front-page-making australopithecine discoveries recovered previously from various sites in East Africa and South Africa. This was, according to the discoverers, a member of the genus Homo, and more specifically, a Homo erectus — a hominin species generally thought to exhibit characteristics more closely resembling those of, and suggesting a functionality more like, Homo sapiens.

Perhaps most significant was the date of the find. At 1.5 millions ago, it was among the oldest Homo erectus discoveries. Moreover, this was important in developing paradigms for human evolution because Lucy, as a partially complete specimen discovered at Hadar, Ethiopia and dated to 3.2 million years ago, was an australopithecine ( a different and more ancient genus) that exhibited a starkly different morphology. Though much smaller than Turkana Boy, she sported longer (relative to the body) arms, curved fingers, suggesting the adaptation to climbing trees like other primates, and a funnel-shaped chest much like a chimpanzee’s. However, her feet, knees, hips, and the position of her head upon her neck were, like Turkana Boy, adapted for at least some bipedal movement. In contrast to Turkana Boy, her brain case was only one-third the size of the modern human brain.

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Turkana Boy skull. BAHN, Paul G, Public Domain, Wikimedia Commons

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View of Lake Turkana. wfeiden, CC BY-SA 4.0, Wikimedia Commons. The landscape around Lake Turkana at the time of Turkana Boy was much wetter than it is today. A larger ancient paleolake existed instead of the current lake, surrounded by a savannah-like landscape of grasslands and scattered trees. Many scientists suggest that it was the transition from an environment thick with vegetation to that of a savannah that presented new challenges and impacted, in part, the course of human evolution, from the more ape-like ancestral predecessors to the bipedal, tool-making-and-using hominins that adopted a more varied diet of meat-eating, selective plant foraging, and more sophisticated scavenging and hunting strategies.

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Other Finds

Astonishing as the Turkana Boy discovery was, it was certainly not the only Homo erectus fossil find emerging from East Africa. Most notable historically among the discoveries were three specimens; one, a nearly complete cranium designated with catalogue number KNM ER 3733; another, a partially complete cranium, designated KNM ER 3883, and the third, KNM ER 42700, also a partial cranium.  KNM ER 3733 was discovered in 1975 at Koobi Fora, just east of Lake Turkana by Richard Leakey and his field worker Bernard Ngeneo. This cranium, dated to 1.78–1.48 million years ago, was determined to be an adult female based on the comparatively less robustness, the extensive teeth-wear, the presence of third molars, and fused cranial sutures — all tell-tale signs of adulthood. The KNM ER 3733 cranium is considered among the oldest Homo erectus fossils ever found. KNM ER 3883, discovered in 1976 also by Richard Leakey at Koobi Fora, has been dated to 1.6 million years ago. Larger and more robust than KNMR 3773, it is thought to represent an adult male. Notably, it shows a cranial capacity greater than 804 ml, suggesting a brain comparatively larger than most Homo erectus finds. Finally, KNM ER 42700, a cranium of a young adult individual, was discovered in northern Kenya, notably not far from where fossils of late-dated Homo habilis were found. Dated to about 1.55 million years ago, this fossil find has shifted thinking about hominins among scientists, suggesting that individuals or groups of Homo erectus and Homo habilis coexisted or overlapped in the same region at the same time.

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KNM-ER 3733 discovered by Bernard Ngeneo in 1975. CC BY-SA 4.0, Wikimedia Commons

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Homo erectus KNM-ER 3883 (replica, Senckenberg Museum, Frankfurt am Main, Germany). Gerbil, CC BY-SA 4.0, Wikimedia Commons

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KNM-ER 42700. Cast exhibited at the David H. Koch Hall of Human Origins at the Smithsonian Natural History Museum. Ryan Somma, CC BY-SA 4.0, Wikimedia Commons

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East Africa has long been thought to be the exclusive African domain for the earliest emergence of Homo erectus. But a remarkable discovery made in 2016 suggested otherwise….

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Cover Image, Top Left: Facial reconstruction of Homo erectusWerner UstorfCC BY-SA 4.0, Wikimedia Commons

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New geological datings place the first European hominids in the south of the Iberian Peninsula 1.3 million years ago

UNIVERSITY OF BARCELONA—One of the most important controversies about human evolution and expansion is when and by what route the first hominids arrived in Europe from the African continent. Now, geological dating techniques at the Orce sites (Baza basin, Granada, Spain) place the human remains found in this area as the oldest in Europe, at approximately 1.3 million years old. These results reinforce the hypothesis that humans arrived in Europe through the south of the Iberian Peninsula, through the Strait of Gibraltar, instead of returning to the Mediterranean via the Asian route. The study*, led by Lluís Gibert, researcher and lecturer at the University of Barcelona’s Faculty of Earth Sciences, has involved the participation of researchers from the Berkeley Geochronology Centre and Murray State University (United States).

Analysis of a new sampling area

The new dating has been based on the analysis of the paleomagnetism of an area of the Orce region, which has never been sampled before and which has been protected from the erosion that this basin has suffered over the years. This technique is a relative dating method based on the study of the inversion of the magnetic poles of the planet due to the internal dynamics of the Earth. These changes do not have a specific periodicity, but they are recorded in the minerals and make it possible to establish time periods from the different magnetic events.

These new data are very precise thanks to the long sedimentary sequence that outcrops in Orce. “The uniqueness of these sites is that they are stratified and within a very long sedimentary sequence, more than eighty metres long. Normally, the sites are found in caves or within very short stratigraphic sequences, which do not allow you to develop long palaeomagnetic sequences in which you can find different magnetic reversals”, says Lluís Gibert.

The researchers have been able to identify a magnetic polarity sequence “with five magnetic events that allow them to place the three Orce sites with human presence between the Olduvai and Jaramillo subchron, that is, between 1.77 and 1.07 million years ago (Ma)”, says the researcher. Subsequently, they have applied a statistical age model to accurately refine the chronology of the different stratigraphic levels with a margin of error of only 70,000 years. The result of this innovative methodology is that the oldest site with human presence in Europe would be Venta Micena with an age of 1.32 Ma, followed by Barranco León, with an age of 1.28 and finally Fuente Nueva 3, with an age of 1.23 Ma. “With these data, the other major site on the peninsula, the Sima del Elefante in Atapuerca, would be relegated to second place, far behind Orce, between 0.2 and 0.4 Ma more modern”, adds the researcher.

Fauna underpins the antiquity of the site

To complete the dating, the study has also analyzed the fauna found at the different sites in Orce, as this is different depending on the period, and compared it with that found at other Early Pleistocene sites in other parts of Europe.

In this sense, the paper presents a detailed analysis of the micromammals and large mammals from all the Orce sites, carried out by the expert Robert Martin, based on the palaeontological collections stored at the Museum of the Catalan Institute of Palaeontology Miguel Crusafont (IPS) in Sabadell. “The results indicate that the small and large fauna of Orce is more primitive than, for example, that of the Sima del Elefante, where the evidence shows that the rodent Allophaiomys lavocati is more evolved than the Allophaiomys recovered from the Orce sites”, Gibert explains.

Another relevant indicator of the age of the Orce sites is the absence of the ancestors of the pigs. “These animals are considered to be Asian immigrants and have not been found in any European site between 1 and 1.5 Ma, while they have been found in the Sima del Elefante, supporting that the Orce fauna is older”, explains the researcher.

Evidence pointing to passage through Gibraltar

This new dating would be added, according to the researcher, to other evidence that would tip the balance in favor of the colonization of Europe through the Strait of Gibraltar, rather than the alternative route: the return to the Mediterranean via Asia, such as “the existence of a lithic industry with similarities to that found in the north of the African continent and also the presence of remains of African fauna in the south of the peninsula, such as those of Hippopotamus, found in the sites of Orce, and those of Theropithecus oswaldi, an African primate similar to a baboon, found in the Victoria cave, a site near Cartagena (Murcia), non-existent anywhere else in Europe”.

“We also defend the hypothesis — adds the researcher — that they arrived from Gibraltar because no older evidence has been found at any other site along the alternative route”.

These new data are very precise thanks to the long sedimentary sequence that outcrops in Orce.

Similarity with hominids from the island of Flores

With these results, the researchers point to a “diachronism” between the oldest occupation of Asia, measuring 1.8 Ma, and the oldest occupation of Europe, which would be 1.3 Ma ago, so that African hominids would have arrived in southwestern Europe more than 0.5 Ma after leaving Africa for the first time about 2 Ma ago. “These differences in human expansion can be explained by the fact that Europe is isolated from Asia and Africa by biogeographical barriers that are difficult to overcome, both to the east (Bosphorus Strait, Dardanelles, Sea of Marmara) and to the west (Strait of Gibraltar). Humanity arrived in Europe when it had the necessary technology to cross maritime barriers, as happened before a million years ago on the island of Flores (Indonesia)”, says Gibert. In this sense, the researcher adds that the Gibraltar route currently requires crossing up to fourteen kilometers of sea route, but “perhaps in the past this distance was shorter at certain times due to the high tectonic activity in this region and the fluctuations in sea level that favored migrations”.

“As cited in the paper [he adds], we have identified other migrations of African fauna through Gibraltar at earlier times, 6.2 and 5.5 Ma ago when the Strait of Gibraltar was very narrow”.

Human remains in Orce

A total of five human remains were found at the Orce sites since excavations began in 1982 by the palaeoanthropologist Josep Gibert. Firstly, two fragments of humerus bitten by hyenas were found at Venta Micena, as well as parts of a cranial fragment consisting of two parietals and an occipital, associated with an abundant Early Pleistocene fauna. The human provenance of these remains generated great controversy for years, although independent palaeoproteomic studies by the universities of Granada and San Francisco identified human proteins in the remains.

The subsequent discovery at the nearby sites of Barranco León and Fuente Nueva 3 of two human molar teeth and thousands of Olduvayan lithic tools — one of the first human lithic industries — as well as cut marks on bones “served to consolidate the evidence of the presence of hominids in the Early Pleistocene at Orce”, concludes Lluís Gibert.

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Image of the last excavation carried out in the site of Venta Micena 3 in Orce (Granada, Spain), where the first human remains were discovered. LLUÍS GIBERT – UNIVERSITY OF BARCELONA

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This new dating would be added to other evidence that would tip the balance in favour of the colonization of Europe through the Strait of Gibraltar. Earth-Science Reviews

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Article Source: UNIVERSITY OF BARCELONA news release.

Ancient temple and theater discovered in Peru

FIELD MUSEUM—A team of archaeologists, led by Field Museum scientist Luis Muro Ynoñán, has unearthed the remains of what appears to be a four-thousand-year-old temple and theater in coastal Peru. 

Archaeologists publish first comprehensive description of long-term occupation sites in north-west Arabia during Neolithic period

AlUla, Saudi Arabia, 9 July 2024: Ground-breaking archaeological research in AlUla County in north-west Saudi Arabia has published the first comprehensive description and analysis of a long-term dwelling type identified in the region during the Neolithic period.
This research suggests that the region’s inhabitants during the 6th and 5th millennia BCE were more settled than previously thought. They also had a diverse assemblage of cultural material: they herded livestock, made jewelry, and conducted trade along a cultural horizon that extended through the Levant and into eastern Jordan and the Red Sea.
In a report published 2 July in the peer-reviewed Levant journal, the research led by the University of Sydney archaeologist Jane McMahon describes the latest conclusions and observations of archaeological investigations of structures known as Standing Stone Circles, a unique type of dwelling in which a double row of upright stone slabs was placed in a circle four to eight meters in diameter. The slabs appear to have been used as foundations for timber posts (possibly acacia) wedged between the two rows to support the dwelling’s roof, with another slab in the middle also supporting a central timber post lashed to it. While the researchers emphasize that further study is needed, tools and animal remains found at the site suggest that the roofs might have been made of animal skins.
In all, the team studied 431 Standing Stone Circles in the Harrat Uwayrid, a basalt-covered volcanic plateau in AlUla County, with 52 of the structures surveyed and 11 excavated.
Jane McMahon said: “This research is testing assumptions about how the early inhabitants of north-west Arabia lived. They were not just nomadic pastoralists eking out a utilitarian existence. They had distinctive architecture and houses, large quantities of domestic animals, and jewelry and tools with an unexpected and exceptional level of diversity. And based on the number and size of the Standing Stone Circles, they also appear to have been far greater in number than previously thought.”
Rebecca Foote, Director of Archaeology and Cultural Heritage Research for RCU, said: “RCU’s sponsorship of one of the world’s largest archaeological research programs is deepening our understanding of the region’s Neolithic inhabitants. Our earlier studies have shown how they hunted and gathered for ritual, and now we have fresh insight into the fabric of their daily lives. With 12 current surveys, excavations and specialist projects and nine completed, RCU looks forward to learning more about north-west Arabia’s rich cultural landscape as we create a global hub of archaeological research and conservation.”
The team’s analysis of animal remains found at the Standing Stone Circles indicates a mixed subsistence economy, dominated by domestic species, such as goats and sheep, but supplemented by wild species, such as gazelles and birds. The significant reliance on herding would have given inhabitants the flexibility and resilience to respond to environmental and resource variability including weather, water and vegetation.
Arrowheads analyzed by the team are of a type and form analogous with the arrowhead types found in southern and eastern Jordan. Among other evidence, this provides the clearest evidence that the populations of the two areas interacted, though the nature of this interaction is not yet apparent.
Smaller items found at the sites also provide clues to a more interconnected region during this period. For example, the team found gastropod and bivalve shells, which were often pierced with a single hole and possibly used as beads. The genus of the shells matches those in the Red Sea, 120 kilometers to the west, suggesting a connection with the coast during the Neolithic.
Other discoveries include jewelry items such as sandstone and limestone rings or bracelets, as well as pendants. The team also unearthed an ochre-red sandstone crayon, which could have been used for drawing.
“The connected but discrete nature of the Neolithic in AlUla is becoming apparent,” the researchers write. 
The study’s co-authors include Yousef AlBalawi, an AlUla community member who provided ethnographic insights. Students from Saudi universities including King Saud University and the University of Hail also assisted.
The full report can be read HERE
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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 program.

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The team excavating two spaces within a single Standing Stone Circle. In the background you can see the walls of neighboring dwellings. Courtesy RCU

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An example of a single Standing Stone Circle, a small structure, 4m across with upright stone walls and single standing stone in the center. A small doorway with threshold stone is located in the centre of the image, inside is a roughly paved surface. Courtesy RCU

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Examples of the small jewellery items found in Standing Stone Circles. A. carved stone ring, and carved stone pendants. Courtesy RCU

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Artists’ impression of a small cluster of Standing Stone Circle dwellings during the Neolithic period. A male figure shepherding goats back into the camp, another sits outside, knapping stone tools. The animal skin walls of their dwelling are thrown up while a number of small hearth fires sit cold. (Artist: Thalia Nitz) Courtesy RCU

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Popular Archaeology collaborates with Wayfaring Walks to visit ancient Etruscan sites in Italy

Far from the crunch of the madding crowd one typically encounters with the big Italian tourist sites in places like Rome, Florence, Venice, and Naples, a small group of travelers will have the opportunity to explore spectacular off-the-beaten-path sites scattered across the Italian provinces of Umbria and Tuscany. The sites, mostly situated at or near aesthetically scenic and historic Medieval and Etruscan hilltop towns and villages, will define a picture of the Etruscans, the ancient civilization that preceded the Romans. The Etruscans dominated most of the Italian peninsula for centuries, and heavily influenced the culture and character of the civilization that eventually became the Roman Empire.

What distinguishes this tour from most other tours revolves around one human activity — walking. Rather than shuttling large groups of tourists from one congested site after another in chartered buses or vans, this comparatively smaller group will spend the majority of its time hiking across the countryside, taking ancient paths, roads and trails in between up-close-and-personal historic, cultural and archaeological sites that tell the story of the ancient Etruscans as well as the later Medieval and Roman periods.

“Unlike the typical tourist-type experience, this group will be hiking through country that most people, other than the local population, do not see. It will be a more intimate encounter with the landscape and people of ancient and historic Italy,” says Dan McLerran, founder and editor of Popular Archaeology Magazine. “Along with this, the mere act of walking has a profound impact on personal health, both physically and mentally/emotionally. In our mad dash in life to tick off the tasks we have created for ourselves in this life, we forget to ‘smell the flowers’ and nurture closer relationships with others along the way — the very things that make life worth living.”

The trip plan, created and operated by Wayfaring Walks, will take participants to towns that feature ancient and Medieval architecture set high atop rocky, cliff-like formations, as well as anciently-carved and constructed tombs and underground habitations beneath.

“Along with developing new relationships with like-minded people participating in the walk, this will be a photographer’s paradise, so if you are into creating distinctive and artistic images with your camera, this will be an excellent opportunity to do so,” added McLerran.

The towns the group will encounter are among the most scenically picturesque in Italy, affording views not encountered by most vacationing visitors. Moreover, the experience promises to focus on education as well, expanding the participant’s understanding of the ancient and historic cultures encountered.

The walk is open to anyone interested, although individuals who are premium subscribers to Popular Archaeology Magazine will be offered a $500 discount on the trip price (for the first 4 who register). Participants should know that the walking/hiking element of this tour is NOT mandatory. If for any reason a person cannot or does not wish to do some or all of the walk aspect of the tour, arrangements can be made with the tour leader and manager to do limited independent explorations of the towns and sites on the travel itinerary. 

For more information about this, and how to register, go to Etruscan Hilltop Towns at https://www.wayfaringwalks.com/tour/etruscan-hilltop-towns/. For current premium subscribers to Popular Archaeology Magazine, go to https://www.wayfaringwalks.com/welcome-popular-archaeology-subscribers/

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View of Civita Bagnoregio, one of the towns to be visited. Orlando Paride, Creative Commons Attribution-Share Alike 4.0 International license, Wikimedia Commons

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Orvieto. Courtesy Wayfaring Walks

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Pozzo di San Patrizio, Orvieto. Courtesy Wayfaring Walks

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Sorano. Courtesy Wayfaring Walks

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The Citta del Tufo Archaeological Park. Courtesy Wayfaring Walks

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Sorano Castle stairs. Courtesy Wayfaring Walks

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Pitigliano, illuminated. Courtesy Wayfaring Walks

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Intensive economic growth in Roman Britain suggests ancient economies were more complex than thought

AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE (AAAS)—Ancient economies in the preindustrial world were more dynamic than previously thought, driven by factors beyond simple population growth (or “extensive growth”), according to a new archaeological study* of classical Roman Britain. The analysis suggests that levels of per capita productivity in this province rose over a 400-year period, in part because of complex changes in transportation costs and societal exchanges. This suggests the society also experienced “intensive growth,” which arises from technological innovation or social change and has been considered a hallmark of modern, post-industrial economies. “The identification of a preindustrial society in which both intensive and extensive economic growth occurred is important because it suggests the differences between the economic systems of preindustrial and contemporary societies are more a matter of degree than of kind,” Scott Ortman and colleagues write. Researchers have theorized that preindustrial economies primarily relied on extensive growth, while modern economies also display intensive growth. This raises the question of whether ancient economies could generate sustained increases in per capita productivity, or whether the observed differences are due to limitations with current archaeological methods. To understand economic dynamism in the ancient world, Ortman et al. examined archaeological data from settlements in Roman Britain, which was incorporated into the empire as a province by the emperor Claudius in 43 AD. The scientists analyzed the relationship between the sizes of Roman settlements in Britain and three socioeconomic measures: the loss of coins, the consumption of fine wares, and the expansion of housing. All three measures increasingly scaled as the settlements grew in population and showed consistent patterns of intensive, per capita economic growth from the Late Iron Age (200 BC to 50 AD) through to the end of the Late Roman period in 400 AD. The calculations also linked the rise in productivity to a two-fold reduction in transportation costs gleaned from pottery excavations. The team speculates these costs decreased as the Romano-British inhabitants adopted a more Roman identity, built towns with standardized layouts, and gained access to more powerful draft animals and advanced food preparation technologies.

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Remains of Bath, an iconic ancient Roman settlement in Britain. eduardovieiraphoto, Pixabay

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Article Source: AAAS news release

*Identification and Measurement of Intensive Economic Growth in a Roman Imperial Province, Science Advances, 5-Jul-2024. 10.1126/sciadv.adk5517 

New study adds to mystery of Cahokia exodus

WASHINGTON UNIVERSITY IN ST. LOUIS—Nine hundred years ago, the Cahokia Mounds settlement just across the Mississippi River from present-day St. Louis bustled with roughly 50,000 people in the metropolitan area, making it one of the largest communities in the world. By 1400, however, the once-popular site was practically deserted, a mass departure that remains shrouded in mystery.

One popular theory is that the Cahokia residents abandoned the settlement after a massive crop failure brought on by a prolonged drought. But a new study* in the journal The Holocene by Natalie Mueller, assistant professor of archaeology in Arts & Sciences at Washington University in St. Louis, and Caitlin Rankin, PhD ’20, suggests the Cahokians likely had other reasons to leave town.

Rankin dug deep into the soil at the historic Cahokia site to collect isotopes of carbon, atoms left behind by the plants growing when the human population collapsed and drought was common across the Midwest.

All plants use one of two types of carbon, Carbon 12 and Carbon 13, for photosynthesis, but not all plants do photosynthesis the same way. Plants adapted to dry climates — including prairie grasses and maize, an important new crop during the Cahokia period — incorporate carbon into their bodies at rates that leave behind a tell-tale signature when the plants die and decay.

Most of the other plants that the Cahokians would have harvested for food — including squash, goosefoot and sumpweed — will leave a different signature, one they share with plants from wetlands and native forests.

Rankin’s samples showed that ratios of Carbon 12 and Carbon 13 stayed relatively consistent during that crucial period — a sign there was no radical shift in the types of plants growing in the area. “We saw no evidence that prairie grasses were taking over, which we would expect in a scenario where widespread crop failure was occurring,” Mueller said.

The Cahokians are known for their ingenuity, and Rankin said they may have had the engineering and irrigation skills to keep crops flourishing under difficult conditions. “It’s possible that they weren’t really feeling the impacts of the drought,” said Rankin, now an archaeologist with the Bureau of Land Management in Nevada.

Mueller added that the sophisticated society that blossomed at Cahokia almost certainly included a storage system for grains and other foods. Residents also enjoyed a varied and diverse diet — including fish, birds, deer, bear and forest fruits and nuts — that would have kept them nourished even if a few food sources disappeared.

To get a better grasp of the diets and agricultural practices of Indigenous people of the Midwest, Mueller hopes to build a database that collects paleo-botanical evidence from across the region. “Gathering that information would help us see if people switched to different crops in response to climate change,” she said. She’s also planning to grow certain food crops in controlled conditions on campus to understand how they might have responded to ancient droughts and other challenges.

So, why did the Cahokians leave their land of plenty? Mueller suspects it was a gradual process. “I don’t envision a scene where thousands of people were suddenly streaming out of town,” she said. “People probably just spread out to be near kin or to find different opportunities.”

“They put a lot of effort into building these mounds, but there were probably external pressures that caused them to leave,” Rankin said. “The picture is likely complicated.”

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The remains of the most sophisticated prehistoric native civilization north of Mexico are preserved at Cahokia Mounds State Historic Site in Illinois. Archaeologist Natalie Mueller’s new study casts doubt on a popular theory about why the ancient city was abandoned. Photo: Joe Angeles / Washington University

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Artist’s conception of the Cahokia Mounds site in its day. Michael Hampshire for the Cahokia Mounds State Historic Site. CC BY-SA 4.0, Wikimedia Commons

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This story was originally published on the Ampersand website.

Extinct humans survived on the Tibetan plateau for 160,000 years

UNIVERSITY OF READING—Bone remains found in a Tibetan cave 3,280 m above sea level indicate an ancient group of humans survived here for many millennia, according to a new study* published in Nature.  

The Denisovans are an extinct species of ancient human that lived at the same time and in the same places as Neanderthals and Homo sapiens. Only a handful of Denisovan remains have ever been discovered by archaeologists. Little is known about the group, including when they became extinct, but evidence exists to suggest they interbred with both Neanderthals and Homo sapiens. 

A research team led by Lanzhou University, China, the University of Copenhagen, Denmark, the Institute of Tibetan Plateau Research, CAS, China, and involving the University of Reading studied more than 2,500 bones from the Baishiya Karst Cave on the high-altitude Tibetan Plateau, one of the only two places where Denisovans are known to have lived.  

Their new analysis, published today (Wednesday, 3 July) in Nature, has identified a new Denisovan fossil and shed light on the species’ ability to survive in fluctuating climatic conditions — including the ice age — on the Tibetan plateau from around 200,000 to 40,000 years ago. 

Dr Geoff Smith, a zooarchaeologist at the University of Reading, is a co-author of the study. He said: “We were able to identify that Denisovans hunted, butchered and ate a range of animal species. Our study reveals new information about the behaviour and adaptation of Denisovans both to high altitude conditions and shifting climates. We are only just beginning to understand the behaviour of this extraordinary human species.” 

Dietary diversity 

Bone remains from Baishya Karst Cave were broken into numerous fragments, preventing identification. The team used a novel scientific method that exploits differences in bone collagen between animals to determine which species the bone remains came from.  

Dr Huan Xia, of Lanzhou University, said: “Zooarchaeology by Mass Spectrometry (ZooMS) allows us to extract valuable information from often overlooked bone fragments, providing deeper insight into human activities.”  

The research team determined that most of the bones were from blue sheep, known as the bharal, as well as wild yaks, equids, the extinct woolly rhino, and the spotted hyena. The researchers also identified bone fragments from small mammals, such as marmots, and birds.  

Dr Jian Wang, of Lanzhou University, said: “Current evidence suggests that it was Denisovans, not any other human groups, who occupied the cave and made efficient use of all the animal resources available to them throughout their occupation.”  

Detailed analysis of the fragmented bone surfaces shows the Denisovans removed meat and bone marrow from the bones, but also indicate the humans used them as raw material to produce tools.  

A new Denisovan fossil 

The scientists also identified one rib bone as belonging to a new Denisovan individual. The layer where the rib was found was dated to between 48,000 and 32,000 years ago, implying that this Denisovan individual lived at a time when modern humans were dispersing across the Eurasian continent. The results indicate that Denisovans lived through two cold periods, but also during a warmer interglacial period between the Middle and Late Pleistocene eras.   

Dr Frido Welker, of the University of Copenhagen, said: “Together, the fossil and molecular evidence indicates that Ganjia Basin, where Baishiya Karst Cave is located, provided a relatively stable environment for Denisovans, despite its high-altitude. 

“The question now arises when and why these Denisovans on the Tibetan Plateau went extinct.” 

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Baishiya Karst Cave. Dongju Zhang, CC BY-SA 4.0. Wikimedia Commons

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Article Source: UNIVERSITY OF READING news release.

Finding the Roots of Religion in Human Prehistory

Deborah Barsky is a writing fellow for the Human Bridges, a researcher at the Catalan Institute of Human Paleoecology and Social Evolution, and an associate professor at the Rovira i Virgili University in Tarragona, Spain, with the Open University of Catalonia (UOC). She is the author of Human Prehistory: Exploring the Past to Understand the Future (Cambridge University Press, 2022).

A glance at recorded history shows us that humans have “always” felt a need to explain phenomena perceived to exist beyond our comprehension. Today, we turn to science to seek answers to our questions about the universe. But in the past, preliterate people developed spirituality to deal with their deepest metaphysical queries.

But when exactly did this conceptual revelation evolve and why did it take root so strongly?

In all regions of the world where writing has evolved, we find documents that corroborate humanity’s long history of creating stories to fill in the gaps, defining the limits of our understanding. In many cases, such stories provide deeply symbolic narratives intended to unite people and help them deal with themes that are difficult to explain, like the emergence of life and the paradoxes surrounding the inevitability and permanence of death.

In many parts of the world, uncannily similar cosmological stories appeared soon after the founding of the first urbanized civilizations (i.e., creation myths) These stories serve to address metaphysical issues, and often (anthropocentrically) provide anecdotal accounts to explain how humans fit into the overall scheme of things. Some stories evolved into myths and were steeped in moral reckonings that served to model and control individual conduct in response to the growing population density, which followed the establishment of production-consumption economies.

Cultural convergence is, however, not just commonly observed in creation myths. The Acheulian techno-behavioral revolution; Upper Paleolithic blade technologies; Holocene farming and megalithic structures; and the invention of writing are all examples of landmark techno-social developments that occurred in similar timeframes in vastly different areas of the globe where cultural transmission through direct contact was unlikely to have occurred.

Before science, our ancestors dealt with the unknown by inventing stories that they incorporated into their lives as reasonable replacements for truth. Even though they shared a lack of scientific grounding, some of these stories were passed on over the centuries and eventually became enduring religious beliefs that continue to be embraced by many people.

The ancient mythical stories inscribed on Bronze Age monuments or incised into clay tablets recount exhaustive stories that imply an older origin or perhaps a long history of oral transmission. The question arises: without written accounts, how can we discern when prehistoric humans began to replace real-life situations with abstract ideas as a way to rationalize what they could not understand?

Myths are stories that provide alternative interpretations of real-life events and are socialized through specific ritual behaviors. They are as distinct and diverse as the cultural entities that created them. Cyclicity is a common feature of these stories that are often ritualized in specific calendrical phases, with strong ties to celestial events associated with seasonal changes. The ritualized narration involves role-playing and specific attire and takes place within family units or in large communal gatherings. Such periodic get-togethers strengthen social ties, while their predictability provides reassuring stability that people can count on, especially during uncertain times.

History is replete with more recent examples of religion being used as a means of controlling large masses of people by manipulating their fears of cosmic reprisal or other non-verifiable retribution. In modern society, this strategy remains an incredibly powerful tool that has been effectively exercised by just a handful of individuals highly placed within a social hierarchy. But religious practices and spiritualism are essential social mechanisms in the many thousands of hunter-gatherer lifestyles we have emerged from.

Early forms of spiritualism can be defined as expressions of a belief in unseen cosmic forces thought to be guiding the universe. In archeological records, evidence of spiritual behavior is very difficult to identify before the invention of writing. In fact, we know very little about how early Homo sapiens and other forms of the genus Homo they encountered (like Neandertals and Denisovans), dealt with the disturbing emotional void caused, for example, by untimely death, or other kinds of trauma originating from uncontrollable or unknown sources.

The human brain is programmed to use reason to process what is seen and experienced to be able to comprehend situations and react to them in ways that are optimal for self-preservation. While we turn to science today to understand the world that surrounds us, our ancestors were left to wonder and question their universe. Prehistoric people would have experienced natural disasters (flooding, volcanic eruptions, earthquakes, and periods of intense weather deregulation) the true causes for which would have been beyond their grasp. Creating stories to explain such events would have permitted them to remember and learn from them, as well as to deal with them emotionally.

Assigning reasoning to catastrophic or cosmological events by transforming them into myth is an effective survival strategy that allows humans to share and process significant occurrences. This approach fatalistically transfers these events to an imaginary force beyond human control. Unlike science, spiritual or religious claims cannot be proven or tested, nor do they provide empirical knowledge allowing us to intervene or change the situation.

Among the existential predicaments troubling human consciousness, death stands out as a singularly problematic theme that has long been a source of human angst; we simply cannot conceptually grasp the idea of termination of self; of infinite nothingness following our demise. Archeologists concede that intentional burials could represent the first concrete evidence of a spiritual act performed by our ancestors, one that could imply that they were experiencing a new awareness or discomfort in dealing with the concept of death.

During the Lower Paleolithic (a cultural period dating globally to between around 2.6 million and 350,000 years ago), hominins left abundant evidence of their passing in open-air contexts, rock shelters, and caves in Africa and Eurasia. So far, none of these discoveries suggest that the H. erectus (or other related species) carried out special handling of the remains of their dead, whose bones have been found discarded alongside those of the animals they consumed and the tools they used to butcher them.

Identifying sepulchers in ancient prehistoric contexts is difficult for archeologists because natural erosive forces tend to erase the evidence over time. Intentional burial may, however, be identified by the presence of human remains (one or more individuals) found in anatomic connection (indicating rapid or careful inhumation); corpses arranged in particular postures (fetal position); or intentionally modified (disarticulation and displacement of body parts); or in specific orientations (facing in a particular cardinal direction); or intentional modification of the substratum (digging of a pit); or by the presence of grave goods (red ocher, shells, beads, antlers, ivory, etc.).

Intentional displacement of the dead is evidenced at the 430,000-year-old site of the Sima de los Huesos, where the skeletal remains of some 29 pre-Neandertal individuals were found at the bottom of a deep pit within a karst cave system at the Sierra de Atapuerca, in Spain. A single, carefully crafted handaxe discovered among the human fossils makes this exceptional accumulation of pre-Neandertals even more intriguing because the tool has been interpreted as some kind of offering.”

The oldest burials presently documented are from the Levant and date to around 100,000 years ago. They were found in cave sites attributed to the Neandertals and anatomically modern humans that coexisted in the area during the Middle Paleolithic (the period dated roughly between 350,000 and 40,000 years ago). Meanwhile, the discovery of an intentional burial of a modern human infant in Panga ya Saidi, Kenya, dating back 78,000 years, is the earliest burial found in Africa.

Cases of intentional burial have long been recognized at Neandertal sites across Eurasia, underpinning the growing body of evidence suggesting that these hominins had developed complex symbolic behaviors previously thought to be reserved only for our species. These burials, alongside evidence of aesthetic concerns in the fabrication of their tools and even body ornaments, and art demonstrate that the Neandertals possessed some form of spiritual awareness and perhaps even primitive forms of coded symbolic behavior. Sometimes exogenous materials like rare or unusual rocks, carnivore teeth, or even flowers (in the case of Shanidar cave, in Iran) were deposited in these burials, further strengthening this hypothesis.

Intentional human inhumations associated with grave goods are also known from the Eurasian Upper Paleolithic (especially the Gravettian cultural period; 32,000 to 26,000 years ago). During this phase of human evolution, spectacular cave paintings conveyed stylized animals, abstract signs and symbols, and even shamanistic figures, indicating perhaps that these ancient people possessed animist spiritual visions.

During the Neolithic Period (roughly 10,000–8,000 years ago, depending on the region), people developed more sedentary lifestyles, strengthening their ties with the lands they adopted and within which they buried their dead. Depending on the region, this practice eventually developed into various forms of ancestor veneration, fortifying societal links and regional identities. Strong social ties gave individuals a sense of “belonging” that was consolidated on the spiritual level by creating rituals that were woven into the stories they told.

New compartmentalized arrangements were established, and societies that produced, accumulated, and traded goods needed to find ways to protect them. The reinforcement of religious belief codified behavioral norms that sharpened differences and reinforced the frontiers separating people based on culture. Civilizations were thus established within imaginary frontiers that were endlessly redrawn through successive battles based on imagined interpopulation differences.

In the modern world, religion continues to be a powerful influential force shaping the lives of millions of people. It is easy to understand why so many people still cling to the security provided by ritualized participative behaviors. The hope afforded by spiritual belief helps fight the feeling of alienation in a globalized and digitalized world dominated by technologies beyond our understanding.

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This article was produced by Human Bridges.

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Cover Image, Top Left: Shaman. Lisaleo, Pixabay

The Mystery of the Missing Apes Who Came Before Humans

Marjorie Hecht is a longtime magazine editor and writer with a specialty in science topics. She is a freelance writer and community activist living on Cape Cod.

The fossil record of our ape ancestors in Africa is almost nonexistent for a period of about 8 or 9 million years. This long gap lasted from about 16.5 million to 7 to 9 million years ago, during the Miocene geological epoch.

Yet fossil remains in Europe and Asia show an abundance of ape species flourishing and evolving new traits during that gap period for African apes.

The unanswered question is: How did the current ape species found in Africa evolve? The ape species now living in Africa are the closest living evolutionary relatives that humans have. For this reason, it is important to know where they came from. Are they the descendants of those apes that migrated to Eurasia during the Miocene and then returned to Africa? Or is the lack of African fossil remains from that period simply a result of local conditions, such as wet acidic soils, that might have destroyed them?

Paleoanthropologists have approached the puzzle from different angles. One hypothesis for the missing ape fossil record in Africa is that apes originated in Africa and then migrated to Eurasia in the mid-Miocene, where they evolved the preconditions for evolving into humans. In this scenario, the better-adapted ape species that weathered the late Miocene climate change, then returned to Africa where the human lineage then evolved.

Reconstructing Ape Lineages

Another approach is to infer the missing ape evolution that might have occurred in Africa, but without leaving any fossil remains, by using genomic evidence from living ape species to reconstruct the missing lineages. University of Cambridge paleontologists Robert A. Foley and Marta Mirazón Lahr proposed a model of what this possible ape evolution might look like in a January 2024 article in Trends in Ecology & Evolution.

Foley and Mirazón Lahr refer to the inferred evolutionary tree of extinct apes as “ghost lineages.” “Ghost lineages are species or groups of species that have not been observed directly, either in fossils or living species, but which have been inferred from gene sequences,” the authors said in an interview.

Tracing these ghosts is made possible by modern genomics, especially DNA analysis.

“We know about these ghosts by building phylogenetic or evolutionary trees of known species––such as apes, humans, Neanderthals, and so on––and looking for points in the trees that can only be explained if there were other, unknown species involved,” they said. “These are the hypothetical ghost lineages. Research has shown ghost lineages in hominin, chimpanzee, and gorilla lineages, as well as in many other taxa.” (Taxa is the technical term for divisions of species.)

“In hominin evolution they are ‘ghosts’ in the sense that we think they must have existed and been part of our history, leaving only traces in our DNA.” (Hominins is the term for humans and our fossil relatives.)

African Ape Ghosts

Foley and Mirazón Lahr discuss two plausible ghost models for extinct African apes based on the existing genomic evidence: a low-divergence and a high-extinction model.

In the low-divergence model, the Gorilla lineage branched off from the last common ancestor of Pan (ape ancestor) and Homo (human ancestor) between about 7.2 and 11 million years ago. Then both Pan and Gorilla ancestors of today’s existing ape species branched off from their ghost lineages. This view holds that the ancestors of the living ape species had only two periods of species growth, about 3 to 3.5 million years ago, and later, less than 2 million years ago.

As Foley and Mirazón Lahr point out, this rate of divergence “contrasts strongly with that of the hominins,” but it is still possible. “It seems unlikely given the geographical range, environmental diversity, and time involved, that so little divergence occurred.”

The other hypothesis is the high-extinction ghost model, which holds that the African ape evolution followed a similar trajectory to that of hominins. The apes diversified and dispersed into new regions, but earlier lineages became extinct. This is a scenario that Foley and Mirazón Lahr find “more probable.” This high-extinction pattern follows what is known about the hominin fossil record from fossil finds in the last 50 years.

Foley and Mirazón Lahr stressed the importance of knowing more about the missing ape evolutionary evidence in the interview. “Chimpanzees and bonobos are the closest living relatives of humans, having a last common ancestor about 7 million years ago. Humans and their ancestors must have evolved in parallel to the African apes. However, with no fossil record, we know virtually nothing about African ape evolution.”

“There is a general tendency to think that unlike us, they have changed little since the last common ancestor,” they said. “However, this is almost certainly not true, and we need an ape fossil record to tell us when, where, and how the living apes evolved. Similarities and differences from the evolutionary history of humans will be ground-breaking discoveries.”

Pieces of the Puzzle

Paleoanthropologists have proposed possible explanations for the puzzle of the missing Late Miocene ape fossils. For one, the climate and geography changes in Africa may have not allowed the preservation of ape remains in this period. It’s also possible that the forest soil of ape habitats was too acidic for fossils to survive. Another factor may be that paleontologists have not looked in the right places for ape fossils.

But Late Miocene ape fossils are not entirely missing from Africa. A partial lower jaw and 11 teeth from a now-extinct ape species that lived about 10 million years ago was discovered in Nakali, Kenya in 2005 by an international team of paleontologists, which named it Nakalipithecus nakayamai.

The authors of an article describing this find write that it “suggests that it is highly probable that large-bodied hominoids survived through the Middle to Late Miocene in Africa, giving rise to the last common ancestor of African great apes and humans.” (Hominoids are humans, their fossil ancestors, and the anthropoid apes, which include chimpanzees, bonobos, gorillas, and orangutans.)

Another ape fossil find by a different international team, is from the Chorora Formation near the southern part of the Afar rift, named Chororapithecus abyssinicus. The fossil is dated about 8 million years ago, and as the journal Nature reports, “The attribution to the gorilla lineage looks all the more important as it helps constrain the split between gorillas and the lineage leading to hominins and chimpanzees, and suggests that this split occurred in Africa.”

A Hot Debate

The paleoanthropology community is not unified in its solutions to the missing ape evolutionary puzzle, and some think that it’s likely that apes made a round-trip, prompted by climate changes in the Miocene. In this view, apes originated in Africa and some dispersed to Eurasia for a few million years, where they evolved some proto-human characteristics, and then returned to Africa about 7 to 9 million years ago.

Asked about the Eurasian scenario, Foley and Mirazón Lahr replied: “This is a tricky one! The idea that the last common ancestor of the African apes and hominins was recent (in the geological sense, about 9 million years ago) is hotly debated. On the one hand, it is tempting to see a long line of ape evolution in Africa––there is a very rich fossil record of them. But on the other hand, fossils most similar to the African apes are found in Western Asia and the eastern Mediterranean.”

And here, the views of the collaborators diverged: Robert A. Foley felt that “this makes the ‘into Africa’ hypothesis more probable,” but co-author Marta Mirazón Lahr said, “the absence of later Miocene fossils in Africa––a big blank space––leaves the question open.”

Future fossil discoveries are likely to shed more light on some of the ghost apes and help solve the puzzle.

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This article was produced by Human Bridges.

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Cover Image, Top Left: Alexas_Fotos, Pixabay

Human colonization of the Canary Islands

PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES—A study* uncovers the timeline of human colonization of the Canary Islands. Indigenous people of the Canary Islands are descended from the North African Berber population, and the region was also visited and explored by Romans. Previous studies using radiocarbon data have failed to unambiguously establish the timing of arrival of human groups and colonization of the Canary Islands. Jonathan Santana and colleagues developed Bayesian models of colonization from reliable radiocarbon data, correcting for a phenomenon termed the marine reservoir effect. The effect is produced when atmospheric CO2 slowly mixes with the ocean surface, resulting in inaccurate radiocarbon data. Further, the authors focused on radiocarbon-dated objects that were clearly related to human activities. The analysis revealed that Romans first arrived on the Canary Islands during the 1st century BCE and that North African Berber groups arrived later and permanently settled the region between the 1st and 4th centuries CE. The earliest Berber settlement was on the island of Lanzarote. The Roman and Berber peoples likely did not inhabit the islands simultaneously, and Berber groups colonized the islands rapidly. According to the authors, the study suggests that Berbers traveled to the Canary Islands independently and were not moved to the archipelago by the Romans, as previously thought.

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View of the Canary Islands coast. Guillaume Baviere, CC BY-SA 4.0, Wikimedia Commons

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Article Source: PROCEEDINGS OF THE NATIONAL ACADEMY OF SCIENCES news release.

Occupational hazards for ancient Egyptian scribes

SCIENTIFIC REPORTS—Repetitive tasks carried out by ancient Egyptian scribes — high status men with the ability to write who performed administrative tasks — and the positions they sat in while working may have led to degenerative skeletal changes, according to a study* published in Scientific Reports.

Petra Brukner Havelková and colleagues examined the skeletal remains of 69 adult males — 30 of whom were scribes — who were buried in the necropolis at Abusir, Egypt between 2700 and 2180 BCE. They identified degenerative joint changes that were more common among scribes compared to men with other occupations. These were in the joints connecting the lower jaw to the skull, the right collarbone, the top of the right humerus (where it meets the shoulder), the first metacarpal bone in the right thumb, the bottom of the thigh (where it meets the knee), and throughout the spine, but particularly at the top. The authors also identified bone changes that could be indicative of physical stress caused by repeated use in the humerus and left hip bone, which were more common among scribes than men with other occupations. Other skeletal features that were more common among scribes were an indentation on both kneecaps and a flattened surface on a bone in the lower part of the right ankle.

The authors suggest that the degenerative changes observed in the spines and shoulders of scribes could result from them sitting for prolonged periods in a cross-legged position with the head bent forwards, the spine flexed, and their arms unsupported. However, changes to knees, hips, and ankles could indicate that scribes may have preferred to sit with the left leg in a kneeling or cross-legged position and the right leg bent with the knee pointing upwards (in a squatting or crouching position). The authors note that statues and wall decorations in tombs have depicted scribes sitting in both positions, in addition to standing, while working. Degeneration to the jaw joints could have resulted from scribes chewing the ends of rush stems to form brush-like heads they could write with, while degeneration to the right thumb could have been caused by repeatedly pinching their pens.

The findings provide greater insight into the lives of scribes in ancient Egypt during the third millennium BCE.

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The “Abusir papyrus”, created in Egypt about 2454 to 2311 BC. Found in Abusir. This papyrus is one of the most important administative documents yet found. It describes daily life in a funerary temple during the reign of Pharaoh Neferirkare. It describes administrative procedures, financial procedures, a list of priests’ duties, a calendar of rituals and ceremonies, a list of offerings to be made, reports of temple income, and a list of temple objects (including notations on which were damaged or missing). Image and text: Tim Evanson, CC BY-SA 4.0, Wikimedia Commons

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Article Source: SCIENTIFIC REPORTS news release.

*Ancient Egyptian scribes and specific skeletal occupational risk markers (Abusir, Old Kingdom), Scientific Reports, 27-Jun-2024. 10.1038/s41598-024-63549-z 

A Neanderthal child who may have had Down Syndrome survived to age 6, indicating Paleolithic communal caregiving

AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE (AAAS)—Fossilized fragments from a Neanderthal child’s ear bear congenital malformations that are consistent with Down Syndrome, according to a new study*. The child lived past six years of age – a lifespan likely made possible by communal caregiving and collaborative parenting within the child’s Paleolithic community. Ancient humans and Neanderthals are known to have cared for their sick. One theory argues that caregiving emerged as a self-interested pact between participants who could reciprocate the behavior, while another hypothesis dictates that hominin caregiving was born out of altruism with no expectation for reciprocity. Prehistoric children with congenital diseases and/or injuries, whose survival to adulthood was uncertain at best, could not be counted on for reciprocation. Their lifespans can reveal how respective hominin communities perceived caregiving. Now, Mercedes Conde-Valverde and colleagues share evidence that suggests hominin caregiving emerged due to compassion rather than reciprocation. They describe fossilized inner ear bones from a child with a severe congenital ear pathology that is closely linked to Down Syndrome today. Excavated in 1989 from the Cova Negra archaeological site in the province of Valencia, Spain, these remains had traits associated with Neanderthals and developmental structures found in hominins over six years of age. They also contained signs of pathology, including a smaller cochlea and abnormalities specific to the shortest ear canal called the Lateral Semicircular Canal (LSC), which, together, cause hearing loss and disabling vertigo. “The only syndrome that is compatible with the entire set of malformations present in [the remains] is Down Syndrome,” Conde-Valverde et al. write. They explain that the child’s mother would have struggled to provide care while simultaneously keeping up with the daily challenges of a foraging lifeway in the Paleolithic. This, they conclude, suggests that “caregiving and collaborative parenting occurred together in Neanderthals and that both prosocial behaviors were part of a broader social adaptation of high selective value that must have been very similar to that of our species.”

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Original temporal bone fossil and 3D reconstruction of Cova Negra fossil CN-46700 in anterior view. Julia Diez-Valero

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3D models of the inner ear of Cova Negra fossil showing the dilatation of the lateral semicircular canal compared with Kebara 1, a Neanderthal that do not show the pathology. Julia Diez-Valero

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Archaeological site proves central Iberia had human inhabitants during the Upper Paleolithic

AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE (AAAS)—A new analysis* of artifacts and fossils from a prehistoric rock shelter in central Iberia challenges the idea that the region housed no humans from 42,000 to 19,000 years ago. Instead, the shelter holds traces of ongoing occupation in the Upper Paleolithic, including tools associated with Early European modern humans called Aurignacians. Hominins are known to have occupied the Iberian Peninsula for most of the Paleolithic, save for a period between Neanderthals’ extinction roughly 42,000 years ago and the Last Glacial Maximum’s thaw 19,000 years ago. It was thought that mountainous central Iberia’s cold and harsh climate during this time rendered it an uninhabitable “nobody’s land” and established a geographic boundary between early human populations. Recently though, research has indicated that some humans actually lived in this area as early as 26,000 years ago. Yet, a period of 16,000 years remains where the region’s history of habitation is unknown. Now, Nohemi Sala and colleagues fill in this temporal gap with the discovery of an Upper Paleolithic rock shelter called the Abrigo de la Malia found in 2017 in Guadalajara, Spain. They employed techniques, including radiocarbon dating, to examine sediment, fossilized teeth and bone, and charcoal fragments at Malia. This work indicated the shelter had continuous human activity 36,200 – 31,760 years ago and frequent re-settlement up to 26,260 years ago. Other artifacts from the site, such as shaped flint and bone blades, resemble those found at Aurignacian sites. This Upper Paleolithic culture prevailed in Europe from around 43,000 to 28,000 years ago. The shelter occupants’ ties to the Aurignacians imply that harsh conditions in central Iberia at the time did not prevent cultural exchange.

Rapa Nui community had fewer members than thought, making overpopulation and ecological collapse unlikely

AMERICAN ASSOCIATION FOR THE ADVANCEMENT OF SCIENCE (AAAS)—The population of Rapa Nui before European contact was far smaller than thought, a new analysis* of historic subsistence farming practices on the island finds. Results indicate the agricultural system could sustain less than 4,000 people – a number well below the 17,000 proposed by earlier research. The work challenges the theory that pre-contact Rapa Nui communities outgrew their resources and suffered ecological and social collapse. “Contrary to popularized narratives about a runaway population size that overexploited natural resources, our results suggest that significant demographic increases (“overshoot”) did not occur in the past,” Dylan Davis and colleagues write. Rapa Nui is a little under 164 square kilometers (km2) and, as such, has finite natural resources. Before European contact in the early 1700s, communities on the island used rock gardening to increase soil productivity. This strategy layered fist-sized rocks, broken rocks, and bigger boulder rocks on soil to prevent moisture loss and reduce nutrient leaching. Past work estimated that rock gardens took up 4.9 to 21.1 km2 of the island, sustaining up to 17,000 people. These estimates boosted the idea that people drained Rapa Nui’s limited resources through exploitative farming and overshot its carrying capacity. However, Davis et al.’s new study argues that the maximum number of people on Rapa Nui was only ever near 3,901. Using 5 years of high-resolution shortwave infrared and near-infrared data obtained by satellite, the team searched for archaeological sites of rock gardening, identifiable by distinct patterns of vegetation and soil composition. Their machine learning-based analyses showed that rock gardens took up only 0.76 kmof land and that the practice alone could have supported just around 2,000 people. If accounting for marine food sourcing and foraging, the island could have held a little under 4,000. “Prior estimates were between 5 and 20 times too high,” the authors conclude. “The extent of rock gardening cultivation found in the occupied coastal areas comports with estimates of the population from observations made by early European visitors.”

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Visual comparison between true color imagery (what humans can see by eye), near-infrared imagery (commonly used for vegetation mapping), and short-wave infared (which can identify moisture content variation and minerals in soil). Rock gardens are most visible when looking at the short-wave infared imagery. Satellite imagery courtesy of Maxar. Map created by Dylan Davis

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

The world’s oldest wine discovered

UNIVERSITY OF CÓRDOBA—Hispana, Senicio and the other four inhabitants (two men and two women, their names unknown) of a Roman tomb in Carmona, discovered in 2019, probably never imagined that what for them was a funerary ritual would end up being momentous 2,000 years later, for an entirely different reason. As part of that ritual, the skeletal remains of one of the men were immersed in a liquid inside a glass funerary urn. This liquid, which over time has acquired a reddish hue, has been preserved since the first century AD, and a team with the Department of Organic Chemistry at the University of Cordoba, led by Professor José Rafael Ruiz Arrebola, in collaboration with the City of Carmona, has identified it as the oldest wine ever discovered, thus topping the Speyer wine bottle discovered in 1867 and dated to the fourth century AD, preserved in the Historical Museum of Pfalz (Germany).

“At first we were very surprised that liquid was preserved in one of the funerary urns,” explains the City of Carmona’s municipal archaeologist Juan Manuel Román. After all, 2,000 years had passed, but the tomb’s conservation conditions were extraordinary; fully intact and well-sealed ever since, the tomb allowed the wine to maintain its natural state, ruling out other causes such as floods, leaks inside the chamber, or condensation processes.

The challenge was to dispel the research team’s suspicions and confirm that the reddish liquid really was wine rather than a liquid that was once wine but had lost many of its essential characteristics. To do this they ran a series of chemical analyses at the UCO’s Central Research Support Service (SCAI) and published them in the Journal of Archaeological Science: Reports*. They studied its pH, absence of organic matter, mineral salts, the presence of certain chemical compounds that could be related to the glass of the urn, or the bones of the deceased; and compared it to current Montilla-Moriles, Jerez and Sanlúcar wines. Thanks to all this they had their first evidence that the liquid was, in fact, wine.

But the key to its identification hinged on polyphenols, biomarkers present in all wines. Thanks to a technique capable of identifying these compounds in very low quantities, the team found seven specific polyphenols also present in wines from Montilla-Moriles, Jerez and Sanlúcar. The absence of a specific polyphenol, syringic acid, served to identify the wine as white. Despite this, and the fact that this type of wine accords with bibliographic, archaeological and iconographic sources, the team clarifies that the fact that this acid is not present may be due to degradation over time.

Most difficult to determine was the origin of the wine, as there are no samples from the same period with which to compare it. Even so, the mineral salts present in the tomb’s liquid are consistent with the white wines currently produced in the territory, which belonged to the former province of Betis, especially Montilla-Moriles wines.

A question of gender

The fact that the man’s skeletal remains were immersed in the wine is no coincidence. Women in ancient Rome were long prohibited from drinking wine. It was a man’s drink. And the two glass urns in the Carmona tomb are elements illustrating Roman society’s gender divisions in its funerary rituals. While the bones of the man were immersed in wine, along with a gold ring and other bone remains from the funeral bed on which he had been cremated, the urn containing the remains of the woman did not contain a drop of wine, but rather three amber jewels, a bottle ofperfume with a patchouli scent, and the remains of fabrics, with initial analyses seeming to indicate that they were of silk.

The wine, as well as the rings, the perfume and the other elements were part of a funerary trousseau that was to accompany the deceased in their voyage into the afterlife. In ancient Rome, as in other societies, death had a special meaning and people wanted to be remembered so as to remain alive in some way. This tomb, actually a circular mausoleum that probably housed a wealthy family, was located next to the important road that connected Carmo with Hispalis (Seville). It was formerly marked with a tower, which has since disappeared. Two thousand years later, and after a long time in oblivion, Hispana, Senicio and their four companions have not only been remembered, but have also shed a lot of light on the funerary rituals of ancient Rome while making it possible to identify the liquid in the glass urn as the oldest wine in the world.

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The wine in the glass urn. Image of Juan Manuel Román
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