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Pompeii excavation reveals ancient construction techniques

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Archaeologists have uncovered a Roman construction site during excavations of Regio IX at Pompeii.

Pompeii was a Roman city, located in the modern commune of Pompeii near Naples, Italy. Pompeii, along with the Roman town of Herculaneum, were buried under 4 to 6 metres of volcanic ash and pumice during the eruption of Mount Vesuvius in AD 79.

The excavation area is focused on Insula 10 of Regio IX, which occupies the central part of Pompeii bounded to the north by the Via di Nola, to the west by the Via Stabiana, and to the south by the Via dell’Abbondanza.

According to a recent press statement by the Pompeii Archaeological Park, archaeologists have found a Roman construction site, accompanied with tools, tiles, piles of lime, and stacked tuff bricks. The site was likely active during the day of the eruption, providing the researchers a “time capsule” of ancient construction techniques from the Roman period.

Image Credit : POMPEII

The team suggest that the site served the building and maintenance of the entire block. This is apparent in the recently uncovered house with the Rustio Vero bakery, where materials for a renovation of the building were piled on the ground and on a door of the tablinum (reception area). Further evidence can be found in an adjacent building that housed a lararium, where construction tools were found in various rooms.

In an article published in the E-Journal of the Pompeii Excavations, the authors explain that the discovery will provide the opportunity to experiment with the materials and reveal new insights into construction methods, such as the mixing of lime and Roman cement.

Gabriel Zuchtriegel, Director of the Pompeii Archaeological Park, said: “Excavations underway in Pompeii offer the possibility of observing almost directly how an ancient construction site functioned.”

Header Image Credit : POMPEII

Sources : Pompeii Archaeological Park

This content was originally published on www.heritagedaily.com – © 2023 – HeritageDaily

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Archaeology

Underwater scans reveal lost submerged landscape

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Researchers from the Life on the Edge project, a collaboration between the University of Bradford and the University of Split, has revealed a lost submerged landscape off the coast of Croatia using underwater scans.

Using state-of-the-art underwater 3D seismic sensors, the researchers have identified a network of ancient streams, rivers, hills, and geological features in the Adriatic Sea off the coast of Split, the second-largest city in Croatia.

Between 10,000 and 24,000 years ago, the sea levels were around 100 metres lower than present day, meaning vast areas of the Adriatic Sea were likely inhabited by people during the Mesolithic period.

Even today, parts of the North Adriatic basin rarely exceeds a depth of 100 metres, while the stretch of water between Venice and Trieste – towards a line connecting Ancona and Zadar, is only 15 metres deep.

Principal investigator Dr Simon Fitch, said: “It’s a more diverse landscape and it’s better preserved than we expected. There are beautifully preserved rivers and estuaries buried beneath what is now the seafloor.”

These features are often indications of where ancient humans lived, as Mesolithic people lived in temporary camps along rivers and lakes for the natural resources.

Vedran Barbarić, Associate professor, from the Faculty of Humanities and Social Sciences of the University of Split, said: “I am certain that the project results will become a landmark in our knowledge on dramatic environmental changes and the human reaction in this part of the world.”

“We have the potential now to begin asking some really fascinating questions, to understanding the archaeology and the culture – in a much more holistic way. Our ultimate goal is to find human artefacts,” added Barbarić.

The team plans to send divers down to several of the identified sites in the hope of finding evidence of human activity.

Header Image Credit : Submerged Landscape Research Centre

Sources : University of Bradford

This content was originally published on www.heritagedaily.com – © 2023 – HeritageDaily

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Archaeology

Buried L-shaped structure and anomalies detected near Giza Pyramids

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A geophysical study by archaeologists from the Higashi Nippon International University, Tohoku University, and the National Research Institute of Astronomy and Geophysics (NRIAG), have detected an L-shaped structure and several anomalies near the Giza Pyramids using geophysics.

Archaeologists detected the structure using a combination of ground-penetrating radar (GPR) and electrical resistivity tomography (ERT) during a survey of the Western Cemetery.

The Western Cemetery, also known as the Giza West Field, is located on the Giza Plateau to the west of the Great Pyramid of Giza. It is divided into smaller cemeteries, consisting of linear alignments of mastabas and subsurface structures.

Mastabas served as a burial structure for the royal family and high-class officers, characterised by its flat roof and rectangular design constructed using limestone or mudbricks. Central to its construction is a vertical shaft that links to an underground chamber.

According to the researchers, the L-shaped structure was located at a depth of 2 metres directly south from mastaba G4000. The structure appears to have been filled with sand and may have served as an entrance tunnel to a deeper structure.

This is supported by the detection of deeper anomalies beneath the L-shaped structure, concentrated at a depth of  3.5 to 5 metres, with two features persisting down to a depth of 11 metres.

According to a paper published in the journal Archaeological Prospection: “The data show clear anomalies that could be attributed to an archaeological potentiality (high-resistivity contour spots) at the surveyed region. The features have shown a further extension, up to 3–5 m more than the depth screened by the GPR survey. We conclude from these results that the structure causing the anomalies could be vertical walls of limestone or shafts leading to a tomb structure.”

“We believe that the continuity of the shallow structure and the deep large structure is important. From the survey results, we cannot determine the material causing the anomaly, but it may be a large subsurface archaeological structure,” said the study authors.

Header Image Credit : Archaeological Prospection

Sources : GPR and ERT Exploration in the Western Cemetery in Giza, Egypt. https://doi.org/10.1002/arp.1940

This content was originally published on www.heritagedaily.com – © 2023 – HeritageDaily

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