Exploring the spatial coupling relationship between cultural relics and historic sites and their surroundings can provide reasonable suggestions for the layout and development of commercial facilities and hold crucial significance for improving the management and maintenance of cultural relics and historical sites, as well as enhancing their attractiveness to the public. We chose District III of Shaoxing City as the research area based on the point of interest and road network data. This study analyzed the scale and accessibility of cultural relics and historic sites (CRHSs) as well as their surrounding commercial facilities, and then objectively evaluated their spatial layout and coupling relationship by employing kernel density estimation, standard deviation ellipse, network analysis, inverse distance weight and the spatial correlation analysis method. The results show that: (1) from the perspective of spatial layout, the distribution of CRHSs has a positive and strong correlation with the distribution of road networks; (2) there are noticeable variations in the number of industrial facilities surrounding various CRHSs, closely related to the protection grade of CRHSs; (3) the accessibility of commercial facilities surrounding CRHS varies significantly—commercial facilities surrounding CRHSs located within central District III of Shaoxing City have good accessibility, whereas those of the peripheral areas have comparatively poor accessibility; and (4) the accessibility of commercial facilities surrounding CRHSs in different administrative districts varies, showing an extremely uneven pattern.

These years China's cities faced urban water security problem caused by natural disaster, man-made disaster, and water shortage.

Abstract. This paper aims to elaborate the Chinese Belt and Road Initiative, through a SWOT analysis of the China-Indonesia relation and investment conditions and a descriptive analysis of the impact of the development of

Xu Fu Village Ningbo LID Intensive Rural Construction Planning is a cooperation project between Zhejiang University and Ningbo Institute of Technology which named "12th Five-Year National Science and Technology support program-the comprehensive demonstration of the key technology of the beautiful rural construction in the rapid urbanization area of the Yangtze River Delta". This plan focuses on intensive rural construction as part of rural development and construction project that applies the principles of low impact development. Xu Fu Village located in the Yangtze River Delta Region. Currently, the rural growth brings the high impact of development, as a result of rapid urbanization growth arising several issues, such as low land use efficiency, dispersed rural residence, homestead occupies more, rural roads covering over, etc. Meanwhile, Xu Fu village wishes to develop its tourism potential. Thus, the intensive rural construction should be done to avoid the severe effect. The project result hopefully can improve the quality and level of rural residential planning, design, and construction; improve their living environment; save construction land and water use; and improve energy efficiency. The aim of this study is to review the Low Impact Development (LID) Intensive Rural Construction in Xu Fu Village, Ningbo City through the rural resilience perspective. This paper will describe the project plan first, then review it through rural resilience perspective. This paper will elaborate the rural resilience theory and then review the rural resiliency through two parts; the first part is identifying rural resilience in rural infrastructure development based on the criteria created by Ayyob S. and Yoshiki Y. (2014), about urban resiliency criteria, and then the second part is reviewing Xu Fu Village resilience through Arup Resilience Qualities (2012), considering three rural resilience domain (economy, ecology, and cultural).

Since the COVID-19 pandemic strikes the global world, our cities are facing severe damage that affects all sectors of human life and their living environment, and it brings severe harm to humans physical and damaging impact on the urban economy and the operation of the urban system. With higher population density, dense space, and polluted urban areas as the main battlefield for pandemics and becoming the epidemic epicenter, a greater risk of virus transmission is more significant, especially person-to-person infection. A living environment is an essential place for people to devour and change nature and entails the physical attributes and the reconciliation of human exercise, which has essential roles in preventing and controlling pandemics. Thus, this study proposes pandemic resilience and a healthy urban living environment as the suitable future urban living environment concept. Reviewing available published literature related to resilient and healthy urban living environment studies during COVID-19 pandemic becomes the only method applied in this study. Starts by reviewing the concept of the healthy and resilient urban living environment, presenting the experience of Chinese cities facing the pandemic, and providing the urban living environment's potential strategies reflecting healthy and resilience comprehensively through evaluating recent ideas and trends. It aims to answer the research question to find the potential strategies to create pandemic resilience and a healthy urban living environment.