The Pearl River Delta (PRD), as one of the fastest developing deltas in terms of land expansion and urban development in the world, is facing serious challenges related to Urban expansion & densification, urban flooding, and identity crisis. The objective of this research is to design a landscape framework and explore adaptive design principles for water resilient urban development of Pazhou. Applying a layered and landscape-based approach, the design uses a method of building up a fundamentally water resilient landscape structure, following with adaptive development structured by TOD principles and high-quality urban space principles.Architecture, Urbanism and Building Science
Can water resilience in dense urban environment act as catalyst in urban regeneration? How does it p...
The Pearl River Delta (PRD) is a the watershed consisting Xi (west), Bei (north) and Dong (east) riv...
As one of the essential elements in the ecosystem, water often plays a key role in the formation pro...
Faced with the highly overlapping factors of the external disturbances -- natural disasters caused b...
The Pearl River Delta (PRD) is a river dominated floodplain in southeast China. Long known as one of...
The Pearl River Delta (PRD) is currently one of the world's fastest-growing city clusters. However, ...
This publication presents the results of a design lab that explores landscape-based design approache...
Seeking a sustainable future for regions like Jinsha Island will become a common topic in the near f...
Deltaic areas are among the most promising regions in the world. Theirstrategic location and superio...
This open access book provides a cross-sectoral, integrative and multi-scale design and planning app...
Deltaic areas are amidst the most favourable territories around the globe. Their strategic location ...
The Pearl River Delta region, where the author of this project grew up, has been a source of inspira...
Adaptive urban transformations employ landscape-based regional design as an integrative and multisca...
The Pearl River Delta (PRD) is a river dominated floodplain in southeast China. Decreasing space for...
Pearl river delta is undoubtedly the most promising area and a very dynamic tidal zone, especially i...
Can water resilience in dense urban environment act as catalyst in urban regeneration? How does it p...
The Pearl River Delta (PRD) is a the watershed consisting Xi (west), Bei (north) and Dong (east) riv...
As one of the essential elements in the ecosystem, water often plays a key role in the formation pro...
Faced with the highly overlapping factors of the external disturbances -- natural disasters caused b...
The Pearl River Delta (PRD) is a river dominated floodplain in southeast China. Long known as one of...
The Pearl River Delta (PRD) is currently one of the world's fastest-growing city clusters. However, ...
This publication presents the results of a design lab that explores landscape-based design approache...
Seeking a sustainable future for regions like Jinsha Island will become a common topic in the near f...
Deltaic areas are among the most promising regions in the world. Theirstrategic location and superio...
This open access book provides a cross-sectoral, integrative and multi-scale design and planning app...
Deltaic areas are amidst the most favourable territories around the globe. Their strategic location ...
The Pearl River Delta region, where the author of this project grew up, has been a source of inspira...
Adaptive urban transformations employ landscape-based regional design as an integrative and multisca...
The Pearl River Delta (PRD) is a river dominated floodplain in southeast China. Decreasing space for...
Pearl river delta is undoubtedly the most promising area and a very dynamic tidal zone, especially i...
Can water resilience in dense urban environment act as catalyst in urban regeneration? How does it p...
The Pearl River Delta (PRD) is a the watershed consisting Xi (west), Bei (north) and Dong (east) riv...
As one of the essential elements in the ecosystem, water often plays a key role in the formation pro...