Jōmon pottery from the Kanagawa Prefecture, Japan. Credit: Nara National Research Institute for Cultural Properties.[/caption]
Examined over a course of three years by researchers from Japan, the Netherlands, Sweden and the University of York’s BioArCh, the findings indicate that ceramics were used by our gatherer-hunter ancestors to initially store and process fish. As fishing techniques evolved and intensified, the range extended to include shellfish, freshwater and marine fish and even mammals.
Until recently, ceramic vessels were associated with the arrival of farming. This study, however, debunks that theory. We now know that pottery was a much earlier gatherer-hunter innovation, and was used for the consumption of fish.
Professor Oliver Craig, from the Department of Archaeology and Director of the BioArCh research centre at York, who led the study, said: “Our results demonstrate that pottery had a strong association with the processing of fish, irrespective of the ecological setting.”
Some of the pottery dates from the end of the Late Pleistocene period: a time when our ancestors were navigating glacial conditions. Other ceramics included in the study are from the post-glacial period, when the climate reached a level close to our current temperature, allowing pottery to be produced in a much greater quantity.
Craig continues: “Contrary to expectations, this association remained stable even after the onset of warming, including in more southerly areas, where expanding forests provided new opportunities for hunting and gathering.
“The results indicate that a broad array of fish was processed in the pottery after the end of the last Ice Age, corresponding to a period when hunter-gatherers began to settle in one place for longer periods and develop more intensive fishing strategies.
[caption id="attachment_8832" align="aligncenter" width="634"]
A reconstructed early pottery vessel from Torihama, Japan, dating to the end of the Late Pleistocene (ca 12,000 years old). Chemical analysis revealed that such vessels were used to process fish during the late Glacial period. Credit: Wakasa History and Folklore Museum, Fukui, Japan[/caption]
“We suggest this marks a significant change in the role of pottery of hunter-gatherers, corresponding massively increased volume of production, greater variation in forms and sizes and the onset of shellfish exploitation.”
Researchers used advanced technologies to recover diagnostic lipids from the charred surface deposits of the vessels. Most of the compounds derive from the processing of freshwater or marine organisms. Because of findings like this, we now know that ceramics played a key role in the ways pre-historic gatherer-hunters consumed fish.
Lead author, Dr Alex Lucquin, from BioArCh, Department of Archaeology, University of York, said: “Thanks to the exceptional preservation of traces of animal fat, we now know that pottery changed from a rare and special object to an every-day tool for preparing fish.
“I think that our study not only reveals the subsistence of the ancient Jomon people of Japan but also its resilience to a dramatic change in climate.”
Dr Simon Kaner, from the University of East Anglia, who was also involved in the study, added: “The research highlights the benefits of this kind of international collaboration for unlocking some of the big questions about the human past, and the potential of engaging with established research networks as created by the Sainsbury Institute over the years.”]]>
One of the tools from the discovery site in Shangchen, China. Credit: Professor Zhaoyu Zhu[/caption]
Prior to this discovery, the earliest evidence of humanity outside Africa was a collection of skeletal remains and stone tools found in Dmanisi, Georgia, which have been dated to 1.85 million years ago – 270,000 years after the new discovery in Shangchen in the southern Chinese Loess Plateau.
The research, published in the journal Nature, also suggests that the ancient humans returned to the same site repeatedly, possibly for hunting.
The collection includes a notch, scrapers, cobble, hammer stones and pointed pieces. Each item shows sign of human use. The hammer stones, for instance, had been intentionally flaked. Fragments of animal bones that would have been contemporaneous with the items were also found.
Most of the artefacts were made of quartzite and quartz, suggesting that the materials were sourced from the foothills and streams of the Qinling Mountains around 5 to 10 kilometres from the site.
[caption id="attachment_8815" align="aligncenter" width="425"]
Horse Evolution Mystery Solved?
The genetic ancestors of the modern horse were animals with five toes. Generally, it is believed that horses evolved to have fewer digits, but new research is challenging that theory and arguing that remnants of the five toes are still present in modern hooves.
Humans and horses actually evolved from the same common ancestor, a creature with five digits. As a consequence of living on open grassland, horses adapted to move across these plains. Scientist’s widely believe that this adaption saw horses evolve to have fewer digits. The first horse only had four digits, its later descendant had three, while modern horses have just a central digit, known as the metacarpal.
In research published in a recent issue of Royal Society Open Science, a team of scientists are proposing that rather than horses simply losing four digits, all five merged to form the compacted forelimbs with hooves seen today.
Currently, scientists accept that splints, small bones found along the outer sides of the metacarpal in modern horses, are partially formed remnants of second and fourth digits. Tapering mid-way down the metacarpal, these fragments were inherited from an earlier ancestor, but ceased to develop into fully formed digits in modern horses. The authors of the new paper claim that this theory is incomplete, failing to account for the animals’ first and fifth digits.
“With a distinct surface from the metacarpal, we know the splints on today’s horses to be the remnants of the second and fourth digits,” said Nikos Solounias, a paleontologist from New York Institute of Technology (NYITCOM) and an author on the study. “However, these partially formed digits also appear to contain their own elevated surfaces which hold additional evolutionary clues. We find these ridges, located on the posterior of each splint, to be the partially formed remains of the first and fifth digits, which were once connected to the cartilages of the hoof.”
Key to the research are the famous Laetoil footrprints in Tanzania, which show that the famous, eight-million-year-old horse known as Hipparion primigenium walked alongside early humans and had three digits. According to a NYITCOM statement, Solounias analysed the footprints and came to the conclusion that Hipparion actually had five compacted toes, the forelimb divided into five sections – suggesting the small toes had binded together.
“Interestingly, we not only find hints of the missing digits on the modern horse, but also its ancestors, such as Hipparion and Mesohippus, two species believed to have three toes,” said Solounias.
Neurovascular evidence has provided further support to the NYITCOM researchers’ theory, with dissections of modern equine foetus forelimbs revealing a greater number of arteries and nerves than would be expected in a single digit.
“If today’s horse does indeed have one digit per forelimb, we would expect each forelimb to have a total of two veins, two arteries, and two nerve bundles,” said Melinda Danowitz, a recent NYITCOM graduate who worked with Solounias on the study. “However, our dissections found between five and seven neurovascular bundles per forelimb, suggesting that additional toes begin to develop, but do not become fully differentiated.”
King Ramses Statue Moved to New Home
A colossal, 83 tonne, 3,200 year old statue of the Ancient Egyptian King Ramses II has been moved to a new home, according to Reuters. The complex operation, which saw the statue moved 400m to Cairo’s new Grand Egyptian Museum, required army engineers and specialist contractors.
Reuters reports that the statue was put inside a cage, mounted on a truck and suspended from a steel beam to help reduce the impact of any jolts during the journey. Road surfaces on the route were treated with special materials to ensure they could adequately take the massive weight of the statue.
The entire operation cost 13.6 million Egyptian pounds ($770,000).
The statue was first discovered at the Mit Rahina archaeological site in 1820. Brought to Ramses Square in Cairo in 1955, it was moved again in 2006 due to pollution and congestion, according to Reuters. It was placed in a storage area away from public view, until now.
It will be the first site visitors to the Grand Egyptian Museum will see. The museum is set to partially open this year, before its full launch in 2022.
Featured image: Reconstruced maxilla from microCT images of the jawbone discovered in Israel. Image credit: Gerhard Weber, University of Vienna, Austria]]> 
