Research on the Regional Characteristics of Marine Coastal Architecture from the Perspective of Ecological Development

Guo, Shiyun; Wang, Shuxin; Liao, Can

doi:10.2112/jcr-si108-043.1

Cited by 2 publications

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“…The seasonal water balance of the small Temernik River consists of the inflow, discharge, and accumulation (change in stock) of water, taking into account atmospheric precipitation, moisture condensation, horizontal transport and deposition of snow, surface and underground runoff, surface and underground inflows, evaporation, changes and moisture reserves in soils and others [10,11,16]. The water balance diagram within the city is shown in Fig.…”

Section: Resultsmentioning

confidence: 99%

Bioclimatic design as a large city urban structure reorganization factor

2021

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The modern landscape of a large city is a complex, dynamically changing environment with a constant influence of environmental, social and economic factors. The gradual historical development of the territory and the change in urban processes led to the formation of a city containing mixed-type areas, i.e. border territories and separate zones - industrial, residential, intermediate. In Russia, the improvement of coastal zones in large cities has become an urgent task when adjusting master plans for the development of territories [1-5]. The main component of such projects is the development of a concept for the renovation of coastal zones into generally accessible natural and recreational recreation areas based on water bodies within the urban planning. The creation of recreations, recreation areas, the formation of a system of pedestrian communications, the opening of residential complexes to the water, the integration of water into public urban spaces [2-6]. A comprehensive analysis of theoretical studies and design experience made it possible to highlight the properties of water used in architecture and urban planning. Thus, the development of a promising bioclimatic model of urban settlements of the third millennium will be based on ecological design, which includes part of the processes of the circulation of substances and energy, as well as harmony in the environment [6-9].

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Section: Resultsmentioning

confidence: 99%

Bioclimatic design as a large city urban structure reorganization factor

2021

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“…Based on SS theory, this study undertook a rational analysis of the characteristics of current OC spaces, guided the layout of various OC design elements, guaranteed the rationality of OC design, discussed the compatibility between OC design and OC planning systems, and ensured the enforceability of OC design. The significance of this research is that it summarized strategies for an OC design framework during the transition period through qualitative and quantitative analysis, which can help to shape a good OC living atmosphere; i.e., an environment where humans and nature can coexist in harmony in a vibrant OC space [7]. Most importantly, using the current spatial form of Shenzhen Bay, our study analyzed the prominent problems existing in the current spatial development of Shenzhen Bay and put forward targeted development proposals for these problems, to promote the economic development of Shenzhen Bay and provide experience to draw from for the development of other regions.…”

Section: Research Significancementioning

confidence: 99%

Sustainable Planning and Design of Ocean City Spatial Forms Based on Space Syntax

2022

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The form of an ocean city, as a physical space, has an important impact on the city’s social economy, environment, etc. Whether the internal composition of an ocean city is well organized determines whether its form is sustainable and whether it can better carry out a variety of functions. Considering this context, in this study, we adopted the theory of space syntax (SS) to interpret the sustainability of the ocean city form. This was carried out from the perspective of the composition relationship of the internal organization of the ocean city (OC) physical space. We judged whether the composition relationship of internal space could effectively support the sustainable and healthy functioning of different features of ocean cities through the interpretation of SS-related theories. It is extremely hard to give an accurate definition of the form of a sustainable city. At the same time, it is impossible to make conclusions about which urban form is sustainable. However, combined with the concept of sustainable development, we argue that urban forms that continue to facilitate the virtuous cycle of the society, economy, and environment of a given city and also to be highly habitable for urban residents are sustainable. Thus, based on the above viewpoint, the research object and scope in this study only involved the ontology of the physical space form and whether urban physical space could effectively support the sound and sustainable development of three core elements: urban society, the economy, and the environment. This was comprehensively evaluated through our exploration of the form of urban physical space. Here, space syntax was taken as an analytical theoretical and practical tool to summarize the problems that existed in Shenzhen Bay through data analysis, and corresponding development proposals were put forward. The concept and method behind the strategy analysis of the ocean city (OC) design framework based on SS-related theories were presented and applied to practical cases to perform an objective and rational analysis, guide the design of actual projects, and promote ocean city (OC) design in the transition period in a judicious way. In addition, we discuss how design and planning can promote sustainable urban development.

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Research on the Regional Characteristics of Marine Coastal Architecture from the Perspective of Ecological Development

Cited by 2 publications

References 0 publications

Bioclimatic design as a large city urban structure reorganization factor

Bioclimatic design as a large city urban structure reorganization factor

Sustainable Planning and Design of Ocean City Spatial Forms Based on Space Syntax

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