Israel's Stonehenge Is No Longer Alone: Numerous Stone Circles Found

A significant reevaluation of Rujm el-Hiri, a massive prehistoric stone complex in the Golan Heights commonly referred to as the "Israeli Stonehenge," has been provided by a recent archaeological study.

Instead of viewing the site as a singular, isolated monument, recent research suggests that it is the most ornate example of a larger regional history of circular stone-built architecture, and that dozens of such buildings have been concealed in plain sight for decades.

Within a 25-kilometer radius of Rujm el-Hiri, the study by Michal Birkenfeld, Olga Khabarova, Lev V. Eppelbaum, and Uri Berger records more than 30 huge circular basalt structures, including 28 previously undiscovered specimens. The methodological limitations of traditional ground-based survey methods are the main reason why these traits were previously absent from the archaeological record, according to the authors.

The study finds a uniform building typology throughout the region by utilising an integrated methodological framework that combines high-resolution satellite photography, artificial intelligence, geophysical modelling, and spatial analysis.

Methodological Developments Uncover Hidden Structures

Significant outside walls made of basalt fieldstones, usually placed in concentric shapes and frequently joined by radial or orthogonal internal divisions, are what define the recently found buildings. These recurrent design features imply a cohesive cultural or technological tradition during the protohistoric era and show a common constructional logic.

The actual Rujm el-Hiri, which was initially discovered in 1968 by aerial observation, consists of a center cairn surrounded by several concentric stone rings. Its total circumference is more than 150 meters, and it contains about 40,000 tonnes of stone.

Its purpose has long been disputed; theories range from defensive or astronomical functions to burial and ceremonial ones. However, interpretative certainty has always been hampered by the absence of conclusive stratified material and related settlement evidence. By revealing a dense and yet unidentified distribution of similar structures throughout the basalt plateaus of the Golan Heights and surrounding areas, the current study casts doubt on the long-held belief that the location is isolated.

"Gilgal Refaim is, of course, a very well-known site, and it was always considered to be a very unique site in the area," stated Michal Birkenfeld, the principal investigator. "Most [of the sites we discovered] were not as elaborate and were of different sizes and levels of preservation, but they still have the same type of logic," he stated.

Satellite imagery and artificial intelligence Discover the Past

These features, many of which are still poorly preserved, partially disassembled, or hidden by later land-use changes, were identified through the analysis of multi-temporal satellite datasets from 2004 to 2024. In order to identify features that had not been seen in traditional surveys, researchers scanned archives from several satellite platforms, such as Google Earth Pro and CNES/Airbus, and used AI algorithms to lessen interference from shadows and seasonal vegetation.

Despite being smaller and more deteriorated than Rujm el-Hiri, the recently discovered circles, which range in diameter from roughly 50 to 250 feet, have the same basic architectural logic.

The clusters show areas that have been used often or for a long time. The majority of these constructions are situated on high plateau sites, on gently sloping ground, and in close proximity to seasonal water sources.

These monuments' frequent closeness to dolmens, tumuli, and field-wall networks indicates that they were a part of a vast cultural landscape and may have had several functions related to ritual, territorial, and socioeconomic matters. Interestingly, comparable-looking locations have also been found in Galilee and Lebanon, indicating that the custom may have spread well beyond the Golan region.

Reevaluating Alignments in Astronomy

Long-standing theories about celestial alignments at the location are further examined in this study. The area has undergone modest but detectable tectonic rotation over millennial timeframes, according to emerging geophysical and palaeomagnetic evidence.

Because of this, it is doubtful that the current orientation of architectural parts reflects their original spatial configuration. This raises serious doubts about previous assertions of intentional celestial alignment and calls for a more cautious approach to interpretation.

The astronomical observatory theory was already undermined by a 2025 study co-authored by Birkenfeld, which calculated an average rotational movement of 8 to 15 millimetres every year, indicating that the stones have probably moved several meters from their initial placements.

The research's methodological advancement, especially in showcasing the analytical potential of remote sensing for archaeological prospection, is one of its main contributions. The study effectively detects subtle and deteriorated features that have gone unnoticed in conventional ground surveys by integrating multi-temporal, high-resolution satellite photos.

In addition to significantly increasing the size of the regional archaeological dataset, this method calls for a critical reevaluation of current interpretive models that have been influenced by biased or inadequate observational records. "If this is not a unique structure, I find more leverage in the idea that this was an area to get together," Birkenfeld stated.

The authors contend that Rujm el-Hiri should now be seen as a crucial location within a larger, previously overlooked architectural tradition in the protohistoric southern Levant rather than as an unusual or isolated building.

Large circular stone buildings are viewed within this paradigm as essential elements of a complex cultural environment, probably ingrained in the economic strategies, social structures, and symbolic practices of agro-pastoral societies during the Chalcolithic and Early Bronze Age periods.

The study represents a significant conceptual shift in how researchers view protohistoric landscape usage and spatial organization, but further research is needed to build a more solid historical framework and to elucidate the functional diversity of these monuments.