Practise Research And Construction Method On The Low-Carbon Adaptability Of Spatial Form In Rural Community

"Push" the urbanization squeeze boundary of rural communities and spatial organization which lead to light-weight scale structure and light-weight construction management has become the new norm.The morphological structure of rural space of the scale growth and structural remodeling,manifested as a symbiotic relationship with the external environment built area of unknown relevance to reduce internal group layout,monomer house built with hyperplasia of frequent order language confusion,the subject is not clear.The land resource elements under the spatial shape mapping are no longer closely related and mutually dependent,but gradually becomes simpler,mechanized and inferior."Nostalgia","depression" is not only the local cultural customs of the past memories.It is the problems faced by rural settlements in the process of urbanization concerning the resource utilization,its development status and the urban areas’ need for low-carbon constrain guide.This study is the vital condition of rural living environment based on the development of low-carbon demands and the National Natural Science Foundation key project,"the Yangtze River Delta region low-carbon rural citizen settlements construction system research"(Project No.51238011 academic background according to the research origin,problem identification,theoretical framework,path derivation,morphology.The conclusion of the study model and logical order involves a total of seven chapters as the main body of this paper.The research deals with the theoretic analysis and empirical analysis.In the first two chapters,analysis and multi-dimensional structure connotation of low carbon,ecological,sustainable and the identification of the similarities and differences of the concepts associated with outstanding low carbon dynamic process characteristics and complexity attributes,and limited quantitative indicators and far from static constraints.At the same time,it is one of the main causes that leads to the development of non-low carbonization in the present,causing the one-sided dependence of artificial technology that may lead to the lack of a rebound effect.Secondly,reviews and sort out hidden in traditional rural settlements in the "heaven and earth","Yin and Yang","music and" living "and" wisdom,low carbon are definitely not out of the thin air,it is the natural product.Therefore,the research on the construction of low-carbon rural communities need rural communities’ own development as a starting point,combined with the identification of carbon pulse structures and characteristics,analysis of spatial patterns of association effect of carbon emissions in order to obtain the practical path of carbon transfer and carbon control.Based on the preliminary interpretation analysis and research of the second chapter,the third chapter of this study by means of typology,morphology,spatial pattern of rural communities’long-term intrinsic layers,explicit and implicit structure elements of organizational relationship analysis and depth analysis.In addition to summing up the basic spatial form germinal prototype and model,also reveals the adaptability of space form association rules hidden behind the internal order and form development and determine the initial spatial structure of carbon targeted function to identify the current fundamental problem,in order to benefit from subsequent research.In order to further explain the adaptability and low-carbonization,the third chapter introduces the theory of complex adaptive system,which is based on the recognition of the common law and the general form of "formal structure" and "wisdom." The concept of low carbon adaptability of space form is put forward in the view of adaptability and framework;which further clarifies the adaptable object,research idea,theoretical foundation and realization path,intend to combine chapter three,five,six and seven,with the aid of the space form of the adaptive process and low carbon to achieve the same purpose,to establish an association as to form the spatial form of "quadratic adaptation of "cognitive leap and practice to prepare.Therefore,in the fourth chapter,the paper based on the field investigation and study selected 15 villages in the north Zhejiang province as a sample case involving three different spatial form dynamic types,and further discusses the theoretical framework of the fourth chapter.In the sample reading and comparative analysis subject to the morphology and structure of the relationship between the structure of land-use-related factors are summed up,involving eight indicators of measurement parameters to represent a certain degree of different types of spatial form of adaptive performance advantages and disadvantages.At the same time,a carbon measurement method and model based on spatial morphology is proposed as a possible quantification method to assist in analyzing the correlation between the composition of spatial form elements and the carbon pulse.Chapter 5 contains two parts:low-carbon key influencing factor grading and process mechanism construction.Firstly,by referring to the existing data of relevant disciplines and empirical carbon measurement data according to the quantitative analysis of the correlation between the structural elements of spatial structure and the factors of carbon emission:(Size structure),type(degree structure)and shape(rate structure)under the morphological element mapping to optimize the organization and selection of the factors affecting the scale,efficiency and intensity of carbon emissions,and initially completed the spatial form measurement parameters characteristic elements and carbon emissions components of the correlation between the law of quantitative analysis of the "translation",access to key elements of low-carbon control.While building space form carbon associated control elements of a framework to complete the form on the spatial dimensions of space to build the prototype model.Secondly,on the basis of this study,the change mechanism of carbon emissions in the course of adaptability of rural community spatial scale and structure evolution is studied.In the role of adaptive spatial form of the law based on the use of identification mechanism "Optional re-identify" low-carbon related critical control element selection while adding regulation subjective random causal factors in blocks Mechanism "stack integration".Achieving the new composition and the iterative reorganization of the structure from the short-range communication,information sharing,collaborative competition until the emergence of clustering,and then complete the "space morphology-carbon behavior of the environment-role of carbon emissions" and low-carbon adaptive process mechanism regulation of construction improving the formation and guidance on the temporal dimension of spatial pattern modes.The "low-carbon adaptability of spacial form" is put forward in the field of adaptation,which is based on spatial and temporal dimension of land-use control and capacity control of the integrated expression which forms the prototype basis of morphological pattern strategy,which can be transformed into a low-carbon structure order,humanized and diversified ecological environment,energy planning and construction with structural method to achieve a low carbon adaptation model in different scale space form "Language Effect".At the community level,paying attention to the location and shape control;neighborhood level,adjusting the layout and routing;house level control and energy saving of building body.At the same time,the low carbon spatial pattern is evaluated.With the help of modern perspective and complex thinking,the space form of construction will be reconsidered and convert to a low-carbon construction in an organizational level to generate spatial morphology,and not just in the two-dimensional space of land use layout adjustment.This paper puts forward some suggestions and strategies on low carbonization demand of rural future living environment in the context of adaptability,which is based on the development of the mechanism of low carbonization in the time dimension.