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 los… Show more
“…The concept was confirmed and developed in studies of rock carvings of the labyrinths located in the Caucasus. The navigational concept is consistent with the characteristics of earlier objects -the location of natural/man-made zoo-and anthropomorphic sculptures on ancient routes and the orientation of megalithic complexes [3,4,5].…”
The article presents the scientific rationale for the project of creating a geographic database on northern labyrinths ancient stone structures and petroglyphs located on the coasts and islands of Northern Europe. The aim of the project is to conduct interdisciplinary research of labyrinths-gnomons (tools for orientation in space and time according to the Sun) as a source of information about ancient marine communications, development of navigation technologies, as well as coastal changes in the Arctic region and climatic rhythms of our planet. The research algorithm includes standard methods of complex geographical descriptions; solution of the equation based on the main trigonometric function; analysis of stable relationships in the system “object - landscape - geographic space - Earth - Universe”. The relationship of the structure of labyrinths performing instrumental functions with the geographical latitude, as well as with the long-period rhythms of the planet, which are most clearly manifested in the Arctic region, is considered. The influence of navigation technologies on the physical development of geographic space and its modeling at the local (toponyms), regional (territorial systems and communications) and global levels (modern scientific picture of the world and ancient information models preserved in mythopoetic form) is shown. It is concluded that the creation of a regional geographic database on labyrinths will contribute to the preservation of cultural heritage sites, replenishment of the resources of international tourism in the Arctic region, the development of scientific communications uniting scientists from the northern countries.
“…The concept was confirmed and developed in studies of rock carvings of the labyrinths located in the Caucasus. The navigational concept is consistent with the characteristics of earlier objects -the location of natural/man-made zoo-and anthropomorphic sculptures on ancient routes and the orientation of megalithic complexes [3,4,5].…”
The article presents the scientific rationale for the project of creating a geographic database on northern labyrinths ancient stone structures and petroglyphs located on the coasts and islands of Northern Europe. The aim of the project is to conduct interdisciplinary research of labyrinths-gnomons (tools for orientation in space and time according to the Sun) as a source of information about ancient marine communications, development of navigation technologies, as well as coastal changes in the Arctic region and climatic rhythms of our planet. The research algorithm includes standard methods of complex geographical descriptions; solution of the equation based on the main trigonometric function; analysis of stable relationships in the system “object - landscape - geographic space - Earth - Universe”. The relationship of the structure of labyrinths performing instrumental functions with the geographical latitude, as well as with the long-period rhythms of the planet, which are most clearly manifested in the Arctic region, is considered. The influence of navigation technologies on the physical development of geographic space and its modeling at the local (toponyms), regional (territorial systems and communications) and global levels (modern scientific picture of the world and ancient information models preserved in mythopoetic form) is shown. It is concluded that the creation of a regional geographic database on labyrinths will contribute to the preservation of cultural heritage sites, replenishment of the resources of international tourism in the Arctic region, the development of scientific communications uniting scientists from the northern countries.
“…sea-level rise, erosion, permafrost thaw) and other human impacts (e.g. development, extractive industries) (Amand et al, 2020;Anderson et al, 2017;Blankholm, 2009;Bourgeois et al, 2007;Hilton 2018;Hollesen et al, 2016Hollesen et al, , 2017Hollesen et al, , 2018Marsadolov et al, 2019). Archaeological sites are important for many reasons.…”
Section: Archaeological Sitesmentioning
confidence: 99%
“…Archaeological sites are important for many reasons. For example, they can be used as proxy records for accurately reconstructing past environments (Amand et al, 2020), for understanding historical social and cultural relations (Andrews et al, 2016; Hollesen et al, 2016; Marsadolov et al, 2019), and they are part of the rich tapestry of cultures’ history and continuity, identity, knowledge and sense of place (Carmichael et al, 2018; Fotoric and Seekamp, 2017, 2019; Hollesen et al, 2018). Anderson et al (2017) suggested that a one metre rise in sea level will result in the loss of >13,000 recorded archaeological sites in the south-eastern part of the United States of America (USA) alone.…”
Anthropogenic climate change is leading to widespread losses around the world. While the focus of research over the last decade has largely been on economic or tangible losses, researchers have begun to shift their focus to understanding the non-economic or intangible dimensions of loss more deeply. Loss of life, biodiversity and social cohesion are some of the losses that are beginning to be explored, along with Indigenous and local knowledge (ILK) and cultural heritage. These latter two form the basis of this systematic review of 100 studies to take stock of what we know about climate-driven losses to ILK and cultural heritage, how such losses manifest and how they are overcome, revealing gaps in our knowledge and carving a path for future research.
“…These driving forces are critical in determining the rate, amount, and direction of growth. Similar research in other developing countries, [30,32,33,34] yielded an initial tentative list of 11 driving forces forming US and LULC change.…”
In 2021, reporting trends of World Heritage Committee indicate urban development is one of the challenges threatening theintegrity of Egypt's cultural heritage sites (CHS). Urban sprawl (US) is one of the concerns affecting the integrity of Egypt's cultural heritage monuments. The aim of this research is to identify the main driving forces (DFs) in three locations (Giza zone, Sakkara zone and Thebes zone). The amount of US growth was measured and a survey was conducted to identify the main DFs affecting US in the vicinity of CHS in Egypt. Responses were weighted using AHP method to achieve the impact ranking of DFs. To measure the US, three images for each case study were used from Google Earth in 2003-2013-2022. The results showed that from 11 DFs, availability of basic services in the vicinity of US areas has the highest impact ranking DF with 15.85%, while flat land nature, free of topographic variations has the lowest impact factor DF with 0.38%. The amount of growth from 2003-2022 in Giza, Sakkara and Thebes zones was 96.80%, 164.63%, and 81.23%, respectively. This research can be used by decision-makers as a decision support system in managing the development areas in the vicinity of CHS in Egypt.
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