Buto’s mysterious structure
Archaeologists in Egypt’s Nile Delta at the Buto site uncovered a mysterious structure being interpreted as either a secondary temple or a large tomb dated to the 7th century BCE. (x.com) The find could reshape understanding of Buto’s Late Period ritual architecture and its role in Delta religious networks. (x.com)
A multinational team led by Mohamed A. R. Abouarab and colleagues published an integrated survey of the Buto (Tell el‑Fara'in, Kom C) site in Acta Geophysica on March 10, 2026, reporting new subsurface maps for the northwestern Nile Delta (link.springer.com). (link.springer.com) The researchers began with Sentinel‑1 C‑band radar imagery (a May 5, 2018 acquisition) to identify large‑scale anomalies and then deployed quasi‑3D electrical resistivity tomography (ERT) profiles to image buried features. (link.springer.com). (link.springer.com) ERT results show a distinct high‑resistivity anomaly between roughly 3 and 6 meters depth interpreted in the paper as a Saite‑period mudbrick construction sitting on an artificial sand layer identified at 6–7 meters. (link.springer.com). (link.springer.com) Targeted boreholes and small excavations into that anomaly produced dozens of religious finds: a Wadjet limestone amulet, an Isis‑nursing‑Horus amulet, a hybrid baboon‑falcon‑Pataikos amulet, a Hathor relief, an offering basin, erotic statuettes, and a steatite scarab stamped with the name of Thutmose III. (news.yahoo.com). (yahoo.com) The paper records the buried feature’s footprint at about 65 by 80 feet and notes that the upper 0–3 meters are dominated by displaced Ptolemaic and Roman material, a stratigraphic package that makes conventional trenching difficult in the waterlogged delta. (news.yahoo.com) (link.springer.com). (yahoo.com) Authors present the workflow—Sentinel‑1 → ERT → pinpointed boreholes—as a proof‑of‑concept for detecting deep, multilayered Saite‑era architecture in complex Delta tells, a claim summarized in a Phys.org story about the study’s use of the combined remote‑sensing and geophysical approach. (phys.org) (link.springer.com). (phys.org)
