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The yršlm stamp impressions are the final link in a long chain of a Judahite-Yehudite-Judean administrative tradition of stamping handles or bodies of storage jars. With its cessation, the system that functioned for 600 years under Assyrian, Babylonian, Persian, Ptolemaic and Seleucid rule from the 8th century BCe through to the establishment of the Hasmonean kingdom, fell into obsolescence. This paper presents an updated corpus of the yršlm stamped jar handles. The authors discuss the following issues: distribution and chronology of the finds; their connection to the late yhwd stamp impressions; the reason why the administrative system in Judea began using iconographic symbols hundreds of years after employing only script on the stamped jar system; the meaning of the pentagram symbol utilized in these seals; and the function of the stamping system in the Hasmonean kingdom in the 2nd century BCe. [ABSTRACT FROM AUTHOR]

The article discusses the study on the conventional solutions to the problem with Jerusalem that is documented with textual material but lacks archaelogical data for several periods in the first and second millenium before the Christian era. It suggests ato look into the original mound of Jerusalem located on the Temple Mount. The mound represents the sole location of the town in the Middle Bronze, Late Bronze, Iron I, Iron IIA, Persian and early Hellenistic periods The periods cited presents meager and restricted activities in the City of David.

The article analyzes archaeological finds from the Persian and Early Hellenistic periods in Jerusalem, and examine the scope of the built-up area of the city to provide an estimate of the city's population during the two periods. It is reported that, political independence marked the history of Jerusalem during the periods, and the built-up area of the city expanded to the Western Hill of Jerusalem and was enclosed by strong fortifications. It is reported that, occupation levels of the Persian and early Hellenistic periods were severely damaged by intensive building activities conducted in the late Hellenistic period, and during the future periods.

The article looks at the 27 volute capitals discovered within the Kingdom of Israel and considered to be the main architectural features which evolved during the Omride dynasty. The incorporation of the aesthetic of these capitals into Assyrian tradition is discussed, noting that King Sargon II had placed them in his palace as well as in the construction of the city Dur-Sharrukin. The origins and dates of the volute capitals are reviewed for the cities of Judah, Moab, and Ammon. The ability of the Assyrians to adopt artistic and architectural elements into their own designs is discussed.

The article discusses the lion stamp impressions that were found on jars or jar handles at the archaeological excavation site in Ramat Raḥel, Israel, focusing on the petrographic analysis and their resemblance to Iron Age patterns which indicate Babylonian origins.

The article discusses the discovery of an ivory seal found at the archaeological excavation in Ramat Raḥel, Israel in 2010, focusing on the seal's Hebrew name inscription of šlm klkl.

Earth’s magnetic field, one of the most enigmatic physical phenomena of the planet, is constantly changing on various time scales, from decades to millennia and longer. The reconstruction of geomagnetic field behavior in periods predating direct observations with modern instrumentation is based on geological and archaeological materials and has the twin challenges of (i) the accuracy of ancient paleomagnetic estimates and (ii) the dating of the archaeological material. Here we address the latter by using a set of storage jar handles (fired clay) stamped by royal seals as part of the ancient administrative system in Judah (Jerusalem and its vicinity). The typology of the stamp impressions, which corresponds to changes in the political entities ruling this area, provides excellent age constraints for the firing event of these artifacts. Together with rigorous paleomagnetic experimental procedures, this study yielded an unparalleled record of the geomagnetic field intensity during the eighth to second centuries BCE. The new record constitutes a substantial advance in our knowledge of past geomagnetic field variations in the southern Levant. Although it demonstrates a relatively stable and gradually declining field during the sixth to second centuries BCE, the new record provides further support for a short interval of extreme high values during the late eighth century BCE. The rate of change during this “geomagnetic spike” [defined as virtual axial dipole moment > 160 ZAm2 (1021 Am2)] is further constrained by the new data, which indicate an extremely rapid weakening of the field (losing ∼27% of its strength over ca. 30 y). [ABSTRACT FROM AUTHOR]

The ancient tell (mound) of Ramat Rahel sits on the outskirts of Jerusalem. It features an impressive residency and palatial garden that flourished during the seventh to fourth centuries BCE, when biblical Judah was under the hegemony of the Assyrian, Babylonian and Persian empires. Until recently, the garden’s flora has been a mystery, as standard archaeological procedures were unable to retrieve secure archaeobotanical remains. A unique method of extracting fossil pollen from ancient plaster has now enabled researchers to reconstruct the exact vegetation components of this royal Persian garden and for the first time to shed light on the cultural world of the inhabitants of the residence. The plaster layers and garden are dated archaeologically and by Optically Stimulated Luminescence (OSL) methods to the Persian period (fifth to fourth centuries BCE), and produced evidence of importation by the ruling Persian authorities of special and highly valued trees to the garden from remote parts of the empire. The most surprising find, and marking its earliest appearance in the southern Levant, was the citron (Citrus medica), which later acquired a symbolic-religious role in Judaism. Other imported trees found to have been grown in the garden are the cedar, birch and Persian walnut. The pollen evidence of these exotic trees in the Ramat Rahel palatial garden suggests that they were probably brought to flaunt the power of the imperial Persian administration. Native fruit trees and ornamentals that were also grown there include the fig, grape, olive, willow, poplar, myrtle and water lily. The identification of the ancient garden’s plant life opens a course for future research into the symbolic role of flora in palatial gardens. It also offers new opportunities for studying the mechanism by which native flora was adopted in a particular geographical area and proliferated by humans across the world. [ABSTRACT FROM PUBLISHER]

Dating terraces, the most prominent feature of the agricultural landscape in many parts of the world, is a problem for archaeologists. This study presents an interdisciplinary approach that combines archaeological survey and excavations with direct sediment dating of terrace fill using Optically Stimulated Luminescence (OSL). The study focuses on Ramat Rahel, a multi-period site located in the southern outskirts of modern Jerusalem, Israel, where, on a defined terraced slope chosen for a small-scale landscape archaeology project, three main phases of terrace construction and use were identified. The earliest phase dates to the Late Byzantine/Early Islamic period, the second to medieval times, and the last to the Ottoman period. The results enable a comprehensive reconstruction of the changing local landscape through time and demonstrate the validity of OSL, when combined with archaeological investigations, as a reliable method for terrace dating. [ABSTRACT FROM AUTHOR]

In this study, the shape of socketed bronze arrowheads is analysed and expressed as a series of mathematical trends which are then compared to chemical and lead isotope composition, as well as to the categorization of traditional non-computerized typology. It is shown that while traditional typology has statistical validation, additional important information can be gleaned from 3-D geometric morphometric shape analysis (3DGM), particularly when combined with material analyses. For example, arrowheads that are traditionally categorized as a single type demonstrate minute shape differences that correlate with the sites where they were found. This micro-variability, detected only through 3DGM, has potential cultural, chronological and regional implications. Most importantly, this pilot study shows that chemical and isotopic composition is correlated to a specific shape trend, revealed through computerized analysis, rather than to the traditional typological classification. This opens up new vistas for a more advanced analysis of archaeological finds. [ABSTRACT FROM AUTHOR]

The fortifications of Lachish, a key site in archaeology of the Iron Age Southern Levant, are the focus of ongoing debate. The Outer Revetment Wall, encircling nearly the entire site, was traditionally associated with Levels IV-III and was thought to have been in use during the Assyrian campaign in 701 BCE. It has recently been suggested that it was built a millennium earlier. Here we present archaeomagnetic dating of a mudbrick tower incorporated in this wall, indicating that it was burnt during the Iron Age and was most likely built during this period. Combining archaeological, historical and archaeomagnetic data reveals the intense fire that occurred during the 701 BCE Assyrian siege. This fire could have been set by the people of Lachish, in a desperate attempt to damage the Assyrian siege engines or siege ramp, as depicted in the well-known Lachish relief, or by the Assyrians as part of their siege tactics., Competing Interests: The authors report that there are no competing interests to declare., (© 2024 The Author(s). Published by Informa UK Limited, trading as Taylor & Francis Group.)

Burnt materials are very common in the archaeological record. Their identification and the reconstruction of their firing history are crucial for reliable archaeological interpretations. Commonly used methods are limited in their ability to identify and estimate heating temperatures below ~500⁰C and cannot reconstruct the orientation in which these materials were burnt. Stepwise thermal demagnetization is widely used in archaeomagnetism, but its use for identifying burnt materials and reconstructing paleotemperatures requires further experimental verification. Here we present an experimental test that has indicated that this method is useful for identifying the firing of mud bricks to 190⁰C or higher. Application of the method to oriented samples also enables reconstruction of the position in which they cooled down. Our algorithm for interpreting thermal demagnetization results was tested on 49 miniature sun-dried "mud bricks", 46 of which were heated to a range of temperatures between 100⁰C to 700⁰C under a controlled magnetic field and three "bricks" which were not heated and used as a control group. The results enabled distinguishing between unheated material and material heated to at least 190⁰C and accurately recovering the minimum heating temperature of the latter. Fourier-Transform Infrared Spectroscopy (FTIR) on the same materials demonstrated how the two methods complement each other. We implemented the thermal demagnetization method on burnt materials from an Iron Age structure at Tell es-Safi/Gath (central Israel), which led to a revision of the previously published understanding of this archaeological context. We demonstrated that the conflagration occurred within the structure, and not only in its vicinity as previously suggested. We also showed that a previously published hypothesis that bricks were fired in a kiln prior to construction is very unlikely. Finally, we conclude that the destruction of the structure occurred in a single event and not in stages over several decades., Competing Interests: The authors have declared that no competing interests exist., (Copyright: © 2023 Vaknin et al. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.)

The Hebrew Bible and other ancient Near Eastern texts describe Egyptian, Aramean, Assyrian, and Babylonian military campaigns to the Southern Levant during the 10th to sixth centuries BCE. Indeed, many destruction layers dated to this period have been unearthed in archaeological excavations. Several of these layers are securely linked to specific campaigns and are widely accepted as chronological anchors. However, the dating of many other destruction layers is often debated, challenging the ability to accurately reconstruct the different military campaigns and raising questions regarding the historicity of the biblical narrative. Here, we present a synchronization of the historically dated chronological anchors and other destruction layers and artifacts using the direction and/or intensity of the ancient geomagnetic field recorded in mud bricks from 20 burnt destruction layers and in two ceramic assemblages. During the period in question, the geomagnetic field in this region was extremely anomalous with rapid changes and high-intensity values, including spikes of more than twice the intensity of today's field. The data are useful in the effort to pinpoint these short-term variations on the timescale, and they resolve chronological debates regarding the campaigns against the kingdoms of Israel and Judah, the relationship between the two kingdoms, and their administrations.