The Salmon Bone Bridge over Longfellow Creek near Dragonfly Park in West Seattle.
Photo courtesy of Seattle Public Utilities
A beloved piece of public art and a vital community connector, the Salmon Bone Bridge in West Seattle has reopened to the public following a thoughtful and comprehensive restoration project led by Seattle Public Utilities (SPU). The project focused on enhancing the bridge's safety, durability, and accessibility while carefully preserving its unique artistic vision.
The Salmon Bone Bridge, also known as the Adams Fish Bridge, was created in 1999 by Seattle artist Lorna Jordan as a key feature of the Longfellow Creek Habitat Improvement Project. Located near the Dragonfly Garden and Pavilion, the bridge's design features tubular metal elements that resemble fish bones, reflecting its connection to the surrounding environment.
The restoration addressed several key areas to ensure the bridge's longevity and improve the user experience. One of the most significant upgrades was the replacement of the original cedar deck, which featured a distinctive herringbone pattern. The new deck is made of Corten steel, a durable material that has already developed a rich, wood-toned patina, complementing the bridge's natural setting.
To further protect the structure, the underlying framework was coated with marine-grade paint for enhanced longevity. The iconic metal "bones" that give the bridge its name were stripped and repainted, and new safety cables were installed to improve pedestrian safety. The project also included environmental enhancements, such as the planting of two new trees near the bridge to support the local habitat.
Community benefits were at the forefront of the project's goals. The restoration has improved accessibility, particularly for those who are sight-impaired, and is expected to reduce the need for future maintenance and closures. SPU also coordinated the work carefully with environmental factors, scheduling the project around fish migration windows to minimize impact on local wildlife