SWA provided planning and design services for the 3.3km long, 250-acre metropolitan Ningbo Eco-Corridor, which transforms a former agricultural plain that had been taken over by industrial use into urban green infrastructure. Located in the heart of the Yangtze River Delta on China’s coastline, Ningbo is one of China’s oldest cities, with an area of 3,616 square miles and a population of 5.43 million. Ningbo, which translates to “tranquil waters,” has been a well-known key port for foreign trade since ancient times. The development of this area inspired a strategy to establish Ningbo as a larger metropolitan area of economic and environmental importance and has set the stage for an ecological approach to the re-development of the city. Acting as a living filter, the design utilizes ecological strategies of hydrology, vegetation and topography, providing recreational, educational and cultural facilities for the Ningbo Eastern New City. Each area of development exemplifies a sustainable ecological approach by treating and recycling surface run-off water, harvesting solar energy, and reducing the urban heat-island effect. SWA additionally implemented a sustainable hydrological design that allows water to be filtered and aerated effectively and retained for aquifer recharge. The design seeks to offer a link between humans and their environment, fostering a community relationship to water and opportunities for environmental and ecological education. By linking together the ecological network in this region, the Ningbo Eco-Corridor enhances public health, quality of life, and property values of local and neighboring communities, and encourages other cities in the region to support ecological components in their respective developments.
Sands Bethworks
One of the most prominent examples of redirecting the environmental legacy of a post-industrial landscape can be traced to the south banks of the Lehigh Canal, in the city of Bethlehem, Pennsylvania. Comprising 1,800 acres (20 of which belong to this project) and 20 percent of Bethlehem’s total land mass is the former headquarters of Bethlehem Steel Corporatio...
Stanford University Terman Park
The removal of an existing building adjacent to the center of Stanford’s campus provided a unique opportunity to fashion an interim park space. The project emphasizes reuse and seeks to utilize salvaged materials as well as the existing grading and fountain as key features of the park. As a multifunctional performance and recreational space, the project ...
Martin Luther King Jr. Square Water Quality Demonstration Park
The City of Conway received both local and federal grants to create a water quality demonstration park in a flood-prone, one-block area of its downtown to educate the public about Low Impact Development (LID) and Green Infrastructure (GI) methods and how they can enhance water quality. The project will transform this remediated brownf...
South Waterfront Greenway
A bold new plan for the area along the Willamette River includes a 1-1/2 mile extension of the City’s downtown’s parks and the reclamation of the river’s edge for public recreation. Working closely with the City of Portland, developers, and natural resource advocates, the design team devised a rational plan that places access and activity in targeted nodes wit...