Fr. 158.00

Densification as a Design Tool for Sustainable Urban Regeneration - Towards Socio-spatially Integrated Residential Communities

Inglese · Copertina rigida

Spedizione di solito entro 6 a 7 settimane

Descrizione

Ulteriori informazioni

This book explores the intersection of densification and urban renewal in the context of China s new urbanization, with a particular focus on social sustainability. It shifts the discussion from a citywide perspective to the community level, emphasizing a people-centred approach to regeneration. The approach is novel in its emphasis on social sustainability within densification and regeneration processes. It critiques traditional regeneration methods dominated by local government and spatial design, and advocates a systematic framework to support people-centred decision-making. The intended readership is likely to include urban planners, policy makers, researchers and academics interested in urban regeneration, sustainable development and Chinese urbanization. The content level is likely to be academic, aimed at readers with a background in urban studies, architecture, or related fields.

Sommario

Chapter 1: The Relevance of the Research.- Chapter 2: Urban Regeneration in China.- Chapter 3: Density and Densification: An Evergreen Issue.- Chapter 4: Social Sustainable Regeneration: An Overview and Conceptual Framework.- Chapter 5: Research Design and Methodology.- Chapter 6: Densification Assessment Through Residents Satisfaction Evaluation in Nanhuan Community, Suzhou.- Chapter 7: Comparative Residents' Satisfaction Evaluation for Social Sustainable Regeneration.- Chapter 8: Densification Testing Via Vitality Measurement Based on 5D Model Assessment with Multi-source Data in Nanhuan.- Chapter 9: Densification Research by Design with A Pilot Case.- Chapter 10: Densification through Non-Demolition: Case Study of Building Addition on Existing Structures.- Chapter 11: Urban Regeneration through Demolition and Densification: Case Studies from Suzhou Taohuawu and Luzhi Communities.- Chapter 12: Conclusion and Future Work.

Info autore

Jinliu Chen
received his master’s degree in Urban Design from The University of Hong Kong in 2016 and a Ph.D. in Environmental Sciences, Geography, and Planning from the University of Liverpool in 2023 based on XJTLU. He is a lecturer at Suzhou City University. His research interests mainly focus on urban design and regeneration, GIS, quantitative spatial analysis, and sustainable urbanization.

Riassunto

This book explores the intersection of densification and urban renewal in the context of China’s new urbanization, with a particular focus on social sustainability. It shifts the discussion from a citywide perspective to the community level, emphasizing a people-centred approach to regeneration. The approach is novel in its emphasis on social sustainability within densification and regeneration processes. It critiques traditional regeneration methods dominated by local government and spatial design, and advocates a systematic framework to support people-centred decision-making. The intended readership is likely to include urban planners, policy makers, researchers and academics interested in urban regeneration, sustainable development and Chinese urbanization. The content level is likely to be academic, aimed at readers with a background in urban studies, architecture, or related fields.

Dettagli sul prodotto

Autori Jinliu Chen, Paola Pellegrini
Editore Springer, Berlin
 
Lingue Inglese
Formato Copertina rigida
Pubblicazione 17.12.2025
 
EAN 9789819516520
ISBN 978-981-9516-52-0
Pagine 247
Dimensioni 155 mm x 18 mm x 235 mm
Peso 526 g
Illustrazioni XXVI, 247 p. 107 illus., 79 illus. in color.
Serie Urban Sustainability
Categorie Scienze naturali, medicina, informatica, tecnica > Geoscienze > Geografia

Nachhaltigkeit, Sustainability, Soziale Arbeit, Economic Geography, GIS, densification, Social Work and Community Development, residential community, Urban Regeneration, Image Semantic Segmentation, Multi-Source Big Data, Quantitative Urban Analysis, Research by Design, Structure Equation Model

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