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Radiocarbon dating reveals new insights into Tel Gezer

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Archaeologists have conducted radiocarbon dating of Tel Gezer, one of the most important Bronze and Iron Age sites in Israel.

Tel Gezer is located in the foothills of the Judaean Mountains at the border of the Shfela region.

The site was first occupied towards the end of the 4th millennium BC, when large caves were cut into the rock to be used as dwellings.

Major settlement occurred during the first half of the 2nd millennium BC, with the construction of a fortified Canaanite city surrounded by a massive stone wall and towers.

The city evolved into a significant religious centre, characterised by the presence of prominent standing stones named massebot. These massbot stones were erected alongside an altar-style construction and a substantial stone basin, possibly used for ceremonies involving libations (a ritual pouring of a liquid, or grains such as rice, as an offering to a deity).

The Canaanite city was devastated by a fire, likely resulting from a military expedition led by the Egyptian pharaoh Thutmose III (reigning from 1479 to 1425 BC). The earliest documented mention of the city dates back to an inscription listing conquered territories found at Thutmose’s temple in Karnak.

The city continued to hold significant strategic importance until the Roman period due in thanks to the advantageous location at the intersection of the ancient coastal trade route connecting Egypt to Syria, Anatolia, and Mesopotamia, as well as the pathway leading to Jerusalem and Jericho.

In a new study published in the journal PLOS ONE, archaeologists have used radiocarbon dating to investigate what extent of archaeological findings correspond to historical events from written sources.

The chronology of each phase of Tel Gezer has been based primarily on the comparison of ceramic styles and their connection to the political history of Egypt and Assyria.

Lyndelle Webster, an archaeologist from the Austrian Archaeological Institute of the ÖAW, said: “We took more than 75 measurements on charred seeds from several layers of settlement and destruction. The results of the 35 measurements from the Late Bronze Age and Iron Age strata published in our study date from the 13th to 9th centuries BC. “This allows us for the first time to place the history of Gezer on a fixed timeline.”

The results have been cross-referenced with historical events, such as instances of destruction, construction of new buildings, or fortification development, providing additional context.

The radiocarbon dates indicate that the city saw a period of destruction around 1200 BC, possibly in relation to a campaign of conquest by the Egyptian pharaoh Merenptah, or as a result of the Late Bronze Age collapse that brought a sharp economic decline to regional powers.

The study also contributes to the dating of the “Philistine” culture, which arose in the nearby coastal plain and is now believed to influence the region around Tel Gez in the middle of the 12th century BC.

According to the study authors: “Another discussion covers the transition to monumental public architecture and centralised administration at Tel Gezer. This change can now be dated to the first half of the 10th century BC and not just the 9th century BC as previously thought.”

OAW

Header Image Credit : Lanier Center for Archaeology

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

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Archaeology

Egypt’s first pyramid was constructed using hydraulic lift

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A recent study, published in the journal ResearchGate, proposes that the Pyramid of Djoser could have been constructed using hydraulic lift.

The Pyramid of Djoser, also known as the Step Pyramid, is a proto-pyramid built as the final resting place of Djoser, the first or second pharaoh of Egypt’s 3rd Dynasty (2670–2650 BC) during the Old Kingdom period.

The pyramid rises from the Saqqara plateau in six steps to a height of around 60 to 62 metres, serving as the centre of a vast mortuary complex.

Due to the absence of authentic sources from the pyramid architects’ working sphere, there is currently no confirmed comprehensive model for the method used in the pyramid construction.

The prevailing theory suggests that the heavy stone blocks were transported on apparatuses such as rollers, and raised to height using a series of ramps.

In the study, a survey of watersheds near to the pyramid indicate that the Gisr el-Mudir (enclosure) has features of a check dam for trapping sediment and water. Furthermore, the topography beyond the “dam” shows a possible ephemeral lake west of the Djoser complex, and water flow inside the moat surrounding it.

The study authors explain: “In the southern section of the moat, we show that the monumental linear rock-cut structure consisting of successive, deep compartments, combines the technical requirements of a water treatment facility: a settling basin, a retention basin, and a purification system.”

Based on this finding, the study proposes that the Gisr el-Mudir and moat’s inner south section worked as a unified hydraulic system for regulating flow and improving water quality. In addition, the pyramid’s internal architecture is consistent with a hydraulic elevation mechanism never reported before.

“The ancient architects likely raised the stones from the pyramid centre in a volcano fashion using the sediment-free water from the Dry Moat’s south section. Ancient Egyptians are famous for their pioneering and mastery of hydraulics through canals for irrigation purposes and barges to transport huge stones. This work opens a new line of research: the use of hydraulic force to erect the massive structures built by Pharaohs,” said the study authors.

Please note: This study was submitted to PLOS ONE on December 7, 2023. After two rounds of review by peers, the paper was formally accepted by PLOS ONE on June 27, 2024. Since July 23, 2024, it has been the subject of new consultations and review by the PLOS ONE Editorial Board.

Header Image Credit : Shutterstock

Sources : ResearchGate | Piton, Guillaume. (2024). On the possible use of hydraulic force to assist with building the Step Pyramid of Saqqara. PLOS ONE.

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

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Archaeology

Lost splendour of the Great Synagogue of Vilna rediscovered

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Constructed between 1630 and 1633 in a Renaissance-Baroque style, the Great Synagogue of Vilnius served as the religious centre of a complex of synagogues, mikvahs, and community institutions devoted to Torah study in Vilnius, Lithuania.

According to a press statement by the Israel Antiquities Authority (IAA): “The Great Synagogue of Vilna was the beating heart of the Lithuanian Jewry, which included 12 synagogues and study houses, the community council building, the home of Rabbi Eliyahu – the Vilna Gaon, Kosher meat stalls, the famous ‘Strashun’ library, a bathhouse and more.”

During World War II, the synagogue was looted, burned, and partially destroyed by the Nazis in the holocaust. Soviet authorities completely demolished the remaining structure to build a school, intending to prevent any future restoration of Jewish worship.

Only three original pieces of the synagogue survived the destruction: a door of the Holy Ark, a reader’s desk, and a bas-relief with the Ten Commandments, which are now on display at the Vilna Gaon Jewish Museum.

Image Credit : Israel Antiquities Authority

In a recent study conducted by the IAA, the Association of Lithuanian Archaeology, the Good Will Foundation, and the Jewish Community of Lithuania, archaeologists have rediscovered traces of the synagogue’s decorated walls and remnants of flooring with red, black, and white floral patterns that paved the main hall.

Excavations also uncovered huge water reservoirs to feed halachically pure water to the mikva’ot, and one of the giant pillars that surrounded the Bimah (prayer platform).

Dr. Jon Seligman from the IAA and Justinas Rakas from the Lithuanian Archaeological Society, said: “The magnificent remains we are rediscovering bring back moments in the life of a lost vibrant community.”

Header Image Credit : Israel Antiquities Authority

Sources : IAA

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

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