Problems of preservation of prehistoric cultural heritage objects in the Arctic

Author:

Marsadolov L S,Paranina A N,Grigoryev A A,Sukhorukov V D

Abstract

Abstract Problems of preservation and research of prehistoric cultural heritage objects in the Arctic are reviewed in the article. To determine the priority tasks in the field of preserving the heritage of this region, the most probable risks of physical loss and loss of quality of objects associated with natural and anthropogenic factors are analyzed. A special feature of the Arctic is its increased sensitivity to anthropogenic influence and climate change. Therefore, in the context of global warming, the risks of losing the cultural wealth of a region and a planet increase substantially. An important role in the preservation of heritage sites can be played by measures to ensure conservation status, involvement in tourism and recreation development projects. One of the aspects of the conservation problem is that the cultural heritage objects of the Arctic region are still poorly understood as a valuable resource of information about nature and society. New methods developed by the authors of the article allow us to consider prehistoric heritage sites as functional elements of the ancient life support system and the modern geocultural space. The use of these methods allows us to zone the territory with the allocation of sustainable areas, which have been performing environmental and informational social functions for thousands of years. It is on these sites that ancient heritage objects are located. Correctly holding the boundaries of prehistoric cultural heritage objects (in the natural boundaries of natural systems) allows us to save information about the functional relationships in the socio-natural system. The article shows that the application of the methodology and research methods developed by the authors of the article will significantly reduce the risks of losing cultural heritage in the Arctic and other regions

Publisher

IOP Publishing

Subject

General Engineering

Reference23 articles.

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