Abstract
For the first time, a new concept of digital structuring of landscape space of mountainous territories is considered. It is proposed to carry out structuring and classification of landscape systems, with the distribution of high-altitude landscape complexes. When finding the boundaries of these complexes, the high-altitude selection criterion prevailed, as well as quantitative and qualitative changes in their internal content. According to these criteria, it is possible to distinguish between plain, low-slope, low-mountain, dissected-middle-mountain, massive-medium-mountain, altitude-landscape complexes. Structuring and classification are presented for further study of structures as objects of industry indications and possibilities of using high-growing complexes as development areas.
Highlights
The development of mountainous areas of the landscape sphere, such as the Pacific landscape belt of Russia, with its Sikhote-Alinskaya, Low-Amurskaya, Priokhotskaya, Kolymskaya, Anadyrskaya, Chukotskaya, Koryakskaya, Kamchatskaya, Sakhalinskaya regions sets the task of landscape science digital mapping and the development of scientific classifications of landscape creators, and the structuring of landscape spaces in terms of the possibilities of using digital materials in practice
It is proposed to carry out structuring and classification of landscape systems, with the distribution of high-altitude landscape complexes
Structuring and classification are presented for further study of structures as objects of industry indications and possibilities of using high-growing complexes as development areas
Summary
The development of mountainous areas of the landscape sphere, such as the Pacific landscape belt of Russia, with its Sikhote-Alinskaya, Low-Amurskaya, Priokhotskaya, Kolymskaya, Anadyrskaya, Chukotskaya, Koryakskaya, Kamchatskaya, Sakhalinskaya regions (structures) sets the task of landscape science digital mapping and the development of scientific classifications of landscape creators, and the structuring of landscape spaces in terms of the possibilities of using digital materials in practice. For the first time it is proposed to structure and classify mountain territories with the distribution of high-altitude. When identifying medium-scale high-altitude landscape complexes, the high-altitude criterion and quantitative and qualitative changes in their internal content are dominant, taking into account the state of erosion-denudation lowland and mountain landscape systems formed under the influence of the Earth’s real energy flows and first of all gravitational energy. According to these criteria, landscape territories are classified and distinguished as plain, low-slope, low-mountain, dissected-middle-mountain, massive-medium-mountain, altitude-landscape complexes. This study was carried out for the first time and aimed at the practical implementation of the landscape approach for the development of the territory, which determines the relevance of the work performed
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