The Aquatic Park and Pier Vision Study is a community-led effort examining new possibilities along San Francisco’s northern waterfront. Prompted by the need to replace the disintegrating Aquatic Park Pier — a historic, curvilinear structure that shelters shoreside water for swimmers and boaters — the Vision Study looks beyond the immediate boundaries of the Maritime National Park to envision ways in which the park and pier can better connect to the rest of the city and to its waterfront neighbor, Fort Mason. The study’s goals are to remediate infrastructure, improve accessibility and connectivity, and enhance visitors’ experience of this special waterfront site.
In partnership with National Parks agencies and community groups, the Vision Study process utilized a wide variety of outreach tools, including a video that employed “cartoon” renderings to encourage engagement from diverse participants. The resulting vision for Aquatic Park is documented in the study and will be used to secure funding, support future partnerships, and guide implementation of the vision.
Shenzhen Bay
Situated just across the bay from Hong Kong, the city of Shenzhen has transformed from a small fishing town of 30,000 to a booming city of over 10 million people in 40 years – and has grown over 200 times its original size since 1980. Along the way, the character of Shenzhen’s bayfront was radically altered. Over 65 km2 of marsh and shallow bay were filled to ...
Kaohsiung Waterfront Renovation
SWA, in association with Morphosis Architecture and CHNW, developed a vision for the future of Kaohsiung Harbor Wharfs, which includes 114 hectares of prime waterfront property formerly used for cargo shipping. The site, located in the shipping heart of Kaohsiung, Taiwan, was historically subjected to environmental neglect and rampant uncontrolled development....
Changsha Baxizhou Island
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 separati...
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...