Study On Urban Space Ecological Landscape Recreation Facilities Based On Microclimate

With the continuous development and utilization of urban space,the ecological landscape of public space directly affects people’s mood and experience of living and participating in social activities.In the process of urban development centered on economic construction,the construction of ecological environment has attracted more and more attention.As an important human-computer interaction part of modern urban transportation system,public facilities play an important role in promoting the development of urban green economy.A correct understanding of the relationship between urban public transport facilities and the development of green economy can effectively guide the development of various public transport facilities and promote the low-carbon sustainability of urban development.The innovation of this paper is to combine urban space public facilities with ecological landscape,and use the concept of low-carbon design to form unique microclimate characteristics.It expands the scope of the relationship between urban public space,ecological landscape construction and low-carbon sustainability.This study takes the recreational facilities in the square in front of the railway station as the main research object.Public facilities undertake very important functional requirements in urban space,and the user experience is mainly reflected in the close contact of users in the process of using recreational public facilities.The design practice site is the square in front of the railway station.In these scenes,the functional requirements are typical,the user behavior is clear,the information carrier is rich and dense,and the ecological environment construction potential is huge.The concept of green design and low-carbon sustainability is integrated into the design process of public facilities.Through the qualitative and quantitative analysis of microclimate,an ecological landscape system integrating recreational facilities is formed,which solves the problems of ecological landscape construction such as single plant landscape and vegetation withering in winter in North China.The questionnaire survey method is used to combine the users’ pursuit of natural ecology,the concept of low-carbon sustainable development and the satisfaction with public facilities,and comprehensively analyze the needs of users to choose public facilities for rest,which provides a useful reference for formulating relevant policies for urban public transport development in the future.Finally,the design scheme of the combination of ecological landscape and recreational facilities is produced.Through the establishment of experimental prototype and comparative experiment,it is verified that the plant maintenance system is effective for the improvement of urban environment.As a basic service and use function closely related to people’s production and life,urban leisure facilities play an important role in urban development.Compared with the traditional public space infrastructure based on functional attributes,this thesis puts forward the design idea of niche landscape public facilities based on microclimate characteristics,uses Lim information model management,and studies the factors affecting urban space microclimate.At the same time,the use of intelligent technology for plant conservation has greatly broken through the restrictions of regional climate on vegetation types,and provided more possibilities for the growth of different varieties of plants by providing conditions such as light,rain and temperature,so that the regional,environmental and climate differences will no longer become an obstacle to limiting the ecological landscape,enhance the practicability,ornamental and coordination,and further enhance the green and human functions of public rest facilities,Make the microclimate environment plants and recreational facilities coordinated and unified.It not only meets the personalized and practical needs of users,but also provides possibilities for conceptual and technological innovation.