Research Areas

This research focuses on the archaeological and architectural analysis of the Giza Plateau, with particular attention to structural systems, underground contexts, and non-invasive field methodologies.

  • Osiris Shaft and underground structures
  • Khafre Causeway and architectural systems
  • Western Escarpment rock-cut features
  • Non-invasive field observation and analysis
Selected Publications

Open-Access Archaeological Research

Architectural Constraints and Interface Anomalies in the Osiris Shaft Complex

Osiris Shaft · Non-invasive documentary assessment

A non-invasive archaeological–architectural assessment focused on wall–floor junctions, interface discontinuities, and localized moisture signatures within the Osiris Shaft complex.

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Reconsidering the Osiris Shaft: Evidence for a Connected Subterranean Network

Giza Plateau · Subterranean architecture

Study exploring the Osiris Shaft within a broader subsurface architectural framework through photographic documentation and limited tomographic correlation.

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A Rock-Cut Cavity in the Western Escarpment of the Giza Plateau

Western Escarpment · Preliminary observational study

Preliminary documentation and contextual analysis of an isolated rock-cut cavity within the western escarpment of the Giza Plateau.

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Field Work

Ongoing field research conducted directly on the Giza Plateau, focused on structural observation, architectural analysis, and documentation of anomalies within complex archaeological contexts.

The work is based on direct, non-invasive observation and aims to identify architectural constraints, discontinuities, and contextual patterns often overlooked in conventional interpretations.

Contact & Collaboration

For research collaborations, institutional dialogue, or project-related inquiries, please get in touch directly.

Email: dott.armandomei@gmail.com

All research is conducted within a non-invasive, evidence-based framework grounded in direct field observation.

Support the Foundation

Support the development of the Egyptian Heritage Research Foundation – Preparatory Initiative, an independent project focused on non-invasive archaeological research, field documentation, and heritage preservation in Egypt.

Contributions help sustain:

  • Field documentation and on-site research
  • Open-access publications and reports
  • Non-invasive methodological development
  • Institutional preparation and legal structuring in Egypt
  • Long-term archaeological continuity

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Forest clearances sealed ancient civilisation's downfall

Archaeologists examining the remains of the Nasca, who once flourished in the valleys of south coastal Peru, have uncovered a sequence of human-induced events which led to their "catastrophic" collapse around 500 AD.

The Nasca are probably best known for the famous "Nazca Lines", giant geoglyphs which they left etched into the surface of the vast, empty desert plain that lies between the Peruvian towns of Nazca and Palpa.

The depictions have spawned various wild theories, including that they were created by aliens. Most scholars now believe that they were sacred pathways which Nasca people followed during the course of their ancient rituals.

Other aspects of Nasca history and culture remain less clearly understood, however. In particular, experts have struggled to explain why a society which clearly prospered during the first half of the first Millennium AD then collapsed into a bloody resource war and eventually vanished.

Some have argued that a mega-El Niño, which hit the region at around that time, may have been the cause. Writing in the journal Latin American Antiquity, however, a team of researchers led by Dr. David Beresford-Jones from the McDonald Institute for Archaeological Research at Cambridge University, suggest that the Nasca inadvertently wrought their own demise.

Using plant remains gathered in the lower Ica Valley, the team found evidence that over the course of many generations, the Nasca cleared areas of forest to make way for their own agriculture. Studies of pollen samples taken by co-researcher Alex Chepstow-Lusty, of the French Institute of Andean Studies in Lima, showed that the huarango tree, which once covered what is now a desert area, was gradually replaced by crops such as cotton and maize.

As the paper explains, however, the huarango was more than just a tree - it was a crucial part of the desert's fragile ecosystem, which enhanced soil fertility and moisture and helped to hold the Nasca's narrow, vulnerable irrigation channels in place.

Eventually, they cut down so many trees that they reached a tipping point at which the arid ecosystem was irreversibly damaged. The authors do not dispute that a major, El Niño-style event then occurred - finding hard evidence for this for the first time. But they also find that the impact of this flood would have been far less devastating had the forests which protected the delicate desert ecology still been there.