Abstract
Scientific research is sometimes subjected to go through field study in places that are difficult to access. Where man has not managed to reach through traditional techniques, work at height systems offer new possibilities, provide safety in exploration and represent an excellent tool that allows a new insight of spaces object of scientific research. For more than 20 years, the Ukhupacha team has been studying, analyzing and selecting the teams, techniques and rope progression systems that best adapt to archaeological works in vertical environments. The projects studied are developed in Pre-Columbian cultures of the Andean mountain range, the high Amazon jungle and its surroundings. As a result, a new working methodology called Vertical Archaeology has been developed. It prioritizes user’s safety by means of ropes when accessing archaeological research areas. The recommended and safest systems, techniques and personal protective equipment (PPE) are presented for each of the phases in which it is proposed to divide archaeological investigations: exploration, training and expedition. Using rope access techniques has allowed the safe study of new artistic and heritage aspects in ancient civilizations, as well as the approach of the scientific community to places that until now had remained hidden.
Funder
Universidad de Alicante
Centro de Innovación Vertical S.A.C.
Subject
Health, Toxicology and Mutagenesis,Public Health, Environmental and Occupational Health
Reference129 articles.
1. Los Pinchudos, arquitectura funeraria en Río Abiseo, San Martín;Gamarra;Parte I Arkinka,2002
2. Los Pinchudos: Un estudio preliminar de su población;Gamarra;Sian,2002
3. Chachapoya Eschatology: Spaces of Death in the Northern Andes;Crandall;Baessler-Arch.,2012
4. Los Chachapoya (s). Moradores Ancestrales de Los Andes Amazónicos Peruanos;Doig,2003
5. CHACHAPOYA MORTUARY BEHAVIOR: A CONSIDERARON OF METHOD AND MEANING
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