Features of the urban development model of integrated planning and design of coastal areas of small rivers in large cities
Abstract
Features of the urban development model of integrated planning and design of coastal areas of small rivers in large cities
Incoming article date: 01.08.2025The article is devoted to the development of an urban development model for the integrated planning and design of small riverside areas in large cities, which would include groups of environmental, economic, social and functional factors and their interrelationships, elements of the basic model of the structural organization of components and types of development of settlements in the region, as well as environmental, economic, social and functional criteria planned for calculation. It is noted that the issue of integrated planning and design of small riverside areas in the general structure of the urban environment is due to the fact that, unlike other territorial zones, they are simultaneously part of the natural and ecological framework and an integral element of the transport and planning one, which is graphically presented in the article. As a result, the authors developed an urban development model in which various groups of factors are graphically linked to elements of the natural and ecological and transport and planning frameworks, as well as engineering support systems and functional zones of the city. The model also displays the unification of factors into environmental, functional and socio-economic groups. The relationship between groups of factors and elements of the functional structure of the city is based on the basic model of the structural organization of components and types of development of settlements in the region. At the next stage, the authors plan to develop a methodology for integrated territorial planning and design of coastal areas of urban (small) rivers based on multi-criteria analysis.
Keywords: water-green framework, urban environment, urban planning model, coastal areas, small rivers, urbanized areas