The study, published in the 2023 volume of the Journal of Archaeological Science: Reports, provides a detailed and comprehensive understanding of the siege system, its components, and its functionality. **Key Findings:**
* **Siege System Complexity:** The researchers found that the Roman siege system at Masada was far more complex than previously thought. It involved a sophisticated network of ramps, towers, and other structures, designed to withstand prolonged siege warfare. * **Ramp Design:** The study revealed that the ramps were not just simple structures but were meticulously designed with specific angles and slopes, optimized for efficient siege operations.
The Masada excavations in 2017 were focused on the lower levels of the fortress, specifically the area known as the “Lower City.” This area was largely unexplored, and the 2017 expedition aimed to shed light on the daily life of the people who lived there. The team focused on understanding the social dynamics, economic activities, and cultural practices of the inhabitants of the Lower City. The team’s research focused on the following key areas:
This allowed them to create a detailed 3D model of the Masada fortress and its surrounding area. The study’s findings revealed that the siege of Masada was likely a much shorter affair, lasting only a few weeks. This finding challenges the traditional narrative of a grueling three-year siege, which has been widely accepted for centuries.
Stiebel argues that the siege of Masada was likely shorter than three years, possibly lasting only a few months. He bases his argument on a combination of archaeological evidence and historical analysis. Stiebel’s research focuses on the archaeological evidence of Masada, particularly the remains of the fortress walls and the city’s infrastructure. He argues that the archaeological evidence suggests that the fortress was not built to withstand a prolonged siege.