Titlebook: Resilient Urban Environments; Planning for Livable Runming Yao Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusive l

Nonflammable

Range-Of-Motion

Wellbeing and Social Health in the Built Environment,e’s use of buildings and urban spaces, this chapter looks beyond well-recognised factors like thermal quality, addressing life style and balance, and social influences on ‘wellbeing in use’, including: location, spatial scale, biophilia, ‘a(chǎn)ctive by design’, community and social memory.

蕨類

2520-8306 g environment.Connection of urban environment and buildings.This book aims to provide evidence of the impact of climate change and urbanization on cities’ urban environments thus on human health and wellbeing; and principles and methods for the improvement of the resilience of a city to extreme weat

Acquired

Introduction, the impact of climate change on the living environment, thus affecting people’s health and well-being. Interventions to mitigate the impact through instruments of policy and technical solutions are provided. Computer modelling and simulations provide tools for scenario analysis to assist risk forec

刺耳

Outdoor Thermal Comfort and Heat Exposure Risks,me heatwave events are threats to pedestrians’ health and well-being. Good urban planning and design can provide a high-quality urban living environment by meeting the need for outdoor thermal comfort and thermal resilience. People’s thermal sensations and perceptions are greatly affected by the loc

粘

Liveable, Joyful and Soulful Cities, basic human need for a social dynamic, and cities provide this whether people are living or working. Cities are like organisms pulsing with life bounded by economic, ecological, health and wellbeing requirements. This Chapter reviews how cities can function in a climate change respectful way but al

Seminar

Mortality Risks and Burden of Heatwaves and High Temperature,ep rising in the future. With a nationwide disease surveillance point system in 272 cities in China, this study estimated city-specific and nationwide mortality risks of heatwaves and high temperatures using distributed lag nonlinear models and predicted the mortality burden in the future with globa

Anticlimax

NOCT

弄臟