Over many decades, public agencies in China have sought to solve growing flooding issues in a defensive way: fortifying and hardening river edges, raising levee heights, and ultimately separating the people from historical connections to the water. With an understanding of river flow processes and volumes and of wetland and native forest ecology, this separation can be assuaged, reconnecting communities to their waterfronts while responding to periodic flooding.
Located on the Xiang River in China’s Hunan Province, the 63.3-hectare Baxizhou Island is a private refuge covered with poplar trees and structures no longer in use. The conceptual design plan created a network of berm-buttressed paths, with terraced edges that create multi-level wetland system around the island: islands to the south, and small peninsulas, linked by a meandering boardwalk network. These peninsulas’ grass-lined channels lie beneath shallow water the majority of the year; however, during the flood season, the entire system is completely submerged.
At the island’s highest grades, private villas and a tennis facility are proposed. These are designed to be self-sustaining and integrated within the landscape, hidden within a forest wall. The island itself provides various opportunities for visitors to enjoy its natural beauty and newly thriving ecology.
Hangzhou Grand Canal
For centuries, the Beijing-Hangzhou’s Grand Canal – a staggering 1,000 linear miles which remain the world’s longest man-made waterway – was a lifeline for commerce and communication. The water’s edge was necessary for trade, a logical place to live, and often a driver of innovation. However, as with many waterfronts globally, it eventually fell victim to the...
Shunde Guipan River Waterfront
SWA participated in a competition reimagining 19-kilometers of the Guipan River waterfront in Shunde, China. While the Pearl River Delta is one of the fastest growing regions of Southern China, one of the many casualties of this growth was the delta itself. Presently, Shunde has a growing flooding problem enhanced by channelizing, condensing, and containing th...
Longgang River Blueway System
The Shenzhen Longgang River Blueway System is envisioned to unlock the tremendous land value of this 13-mile-long suburban watershed and galvanize the city’s future growth. SWA’s proposal addresses urbanization issues pertaining to water, the environment, and open space shortage, while also activating industrial and cultural revitalization in the surrounding d...
Xinyang Suo River
SWA recently completed a master plan for a 36 km length of the Xingyang Suo River located in Xinyang, China. Located on a site at the confluence of an elaborate network of waterways, the River has served as a transportation system for the movement of goods, services and people between Xingyang, Beijing and the coastal cities to the Southeast. This has transfor...