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 also seeks to preserve the land for higher future uses.
As the most significant project intended to realize a master plan vision for Stanford’s Panama Mall, the Terman Park program offers an inviting, casual recreational amenity that may also be used for classes, performances, or special events when required. As an interim land use with a limited budget, reuse and redevelopment were major design themes. With the four-story building out of the way, a substantial fountain screened by the L-shaped structure was revealed, creating a natural focal point for the design. Through a set of paths, the park is accessible from opposite ends of the site. An existing patio with trees was reused as a landing for the ramp system. Along the upper path, a low wall provides seating while helping to retain an existing steep slope. Adjacent to the park is a flat field intended for more active recreation. The fill used was generated from another campus project, saving money and creating less environmental impact for both projects. Demolished concrete from the building was crushed into gravel and was used as fill within the existing building footprint. Long redwood planks were salvaged from the building exterior to become the seating surface for the custom benches. In addition to the campus standard lighting for safety, three existing 1970s fixtures were restored to reference the site history and add light and visual interest around the fountain. The updated blue-grey tile color made the fountain more inviting while also reducing water temperature and consumption. A simple planting concept divided the site into two distinct regions, the lawn and steeper slopes with groundcover and mulch. Over fifty new trees were planted in groups to provide shade on the lawn and fill the voids left from the building demolition. Evergreen tree clusters are used to establish a framework and deciduous trees provide seasonal interest and shade throughout the summer. The project is irrigated with recycled storm water.
Dongguan Central Park Area
This new 32-hectare park is envisioned as a “livability magnet” in the ongoing renewal of the Dongguan’s Central Business District, intended to attract new talent to the reputed “world’s factory.” SWA conceptualized the park as a living system, inspired by the durable, growing roots of a banyan tree. The design leverages thoughtful soil, water, and planting st...
Baton Rouge Lakes
The 275-acre Baton Rouges Lakes system is a series of six lakes in central Baton Rouge adjacent to Louisiana State University, three major parks, and a diverse mix of neighborhoods. Recognizing opportunity in crisis, a newly funded master plan provides sound ecological restoration methods that will heal a dying lake system while reconnecting the region to its ...
Bend of the River Botanic Garden
The Bend of the River Botanic Garden Master Plan reimagines an 88-acre site in Temple, Texas, into a regional attraction. Situated at the intersection of I-35 and the Leon River, the site comprises two donated parcels, consolidated to serve Temple’s growing population of over 96,000.
SWA led a comprehensive public engagement process, facilitating conver...
CyFair College
The CyFair College Campus is a model for environmentally responsible development and restoration of a sensitive ecosystem. Located on the suburban fringe of northwest Houston, it is surrounded by the Katy Prairie, an endangered ecosystem of coastal prairie grass meadows marked by groves of trees and connected to a system of wetlands, bayous, and ponds.
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