"Вестник МГСУ"

Subject: the aeration mode of the sloping territories of different terrain, for which engineering adaptation measures are needed. Objectives: analyze the patterns of airflow over the sloping areas, affecting the bioclimatic comfort and wind erosion of the landscape. Materials and methods: flow patterns of sloping areas with different characteristics are given and an assessment of the bioclimatic comfort for a person is presented. Geotechnical methods are presented in the solution of problems of wind erosion and stability of slopes of hills and complex relief in the city. Results: the relationship between the relief and the aeration regime of the territory, the dependence of the aerodynamic roughness on their height, the features of the aeration of the slope and hilly relief, the factors influencing the direction and speed of the wind and the methods for studying the aeration mode of the sloping territories are considered. The results of complex studies on slope territories and recommendations for improving design solutions are presented. The issue of wind erosion and bioclimatic comfort of the territory on the slope is considered, regardingthe aeration regime. Conclusions: the possibilities of using geotechnical structures for strengthening slopes using biopositive structures that affect the parameters of aeration and bioclimatic comfort of the environment are demonstrated, which increases the health indicators of the population.

The article discusses the interaction between the wind regime and the landscape. Examples of objects of landscape architecture in high-tech and science-intensive spheres, such as the launch pad of a spacecraft, are given. Wind protection is represented as a result of work on wind power engineering and a means of increasing bioclimatic comfort. The terms of landscape architecture are disclosed and mutual influence on the climate and impact on woody-shrub vegetation and field crops are analyzed. The phenomenon of air permeability for optimal operation of windproof structures and orientations of geoplastics and dendroplastics is described. In this paper, a classification of terrain types is described with a description of their elemental composition, as well as various categories of landscape. The proposal to consider the landscape as a territorial complex, and landscape buildings, landscape-architectural structures as objects of landscape architecture possessing properties of wind protection and air permeability was introduced. Thus, the concept of a landscape-architectural complex as a single group of landscape-architectural objects located on the territory and connected by a common system of communications, functions, technical elements and a visual image is formulated. Further research is based on the rationale for the use of the term ensemble in relation to the objects of the landscape and architectural complex and the identification of their design and planning features that can affect the parameters of wind protection and air permeability. The paper concludes that frequent coincidence of favorable for the fauna wind regime and mimicry of landscape architecture objects. The combination in the landscape of functions for wind protection and aesthetics is analyzed with analysis of such elements of landscape architecture as hedges and windproof properties of green plantations. In the work examples of wind engineering small architectural forms are shown in the form of sculptures moving from air streams, which also change the speed and direction of the wind. All this is generalized in further directions of research within the framework of the designated terrain theme, bioclimatic comfort and wind protection.