Shoreline armoring is a pressure on the nearshore ecosystem altering a variety of sediment and biological processes which in turn alter the structure and function of the nearshore ecosystem. It is also a subject that elicits an emotional response from landowners concerned about the stability of their shoreline property in the face of sea level rise and increasing storm surge. The Northwest Straits Foundation and its partners have been engaging with shoreline landowners to encourage behavior change through education, outreach, and incentives that remove or reduce the barriers for consideration of alternatives to hard armor. This presentation will highlight the tools and methods used to identify landowners willing to consider alternatives to ...
Shore armor, such as bulkheads, rock revetments, and seawalls, can negatively impact and impair the ...
Removal of shoreline bulkheads (also called shore armor, hardening, seawalls, and revetments) has be...
Shoreline armoring is recognized as a major stressor on the nearshore environments of the Salish Sea...
Recovery efforts for Puget Sound have focused on improving shoreline function by reducing seawalls (...
This poster discusses the merits of the Shoreline Armor Reduction Program (SHARP) in the southern Sa...
Shore armor, such as bulkheads, rock revetments, and seawalls can negatively impact ecological funct...
San Juan County’s 400+ miles of marine shoreline provide forage fish spawning sites, eelgrass meadow...
Since 2011, the EPA-supported Marine and Nearshore Grant Program has funded more than 45 projects re...
Puget Sound recovery is guided by regional and local strategies developed and implemented by a diver...
This oral presentation will present three recently constructed shore armor removal projects. These p...
Across the Salish Sea, the restoration of shoreline processes and habitats will depend in large part...
In contrast to other coastal communities in the United States and Canada, Washington State discusses...
Hard armor structures, including bulkheads, seawalls, soldier piles, and other structures are presen...
The net reduction of shoreline armor along the marine nearshore of Puget Sound is a key goal for eco...
San Juan County’s 410 miles of saltwater shorelines support regional marine food webs and ecological...
Shore armor, such as bulkheads, rock revetments, and seawalls, can negatively impact and impair the ...
Removal of shoreline bulkheads (also called shore armor, hardening, seawalls, and revetments) has be...
Shoreline armoring is recognized as a major stressor on the nearshore environments of the Salish Sea...
Recovery efforts for Puget Sound have focused on improving shoreline function by reducing seawalls (...
This poster discusses the merits of the Shoreline Armor Reduction Program (SHARP) in the southern Sa...
Shore armor, such as bulkheads, rock revetments, and seawalls can negatively impact ecological funct...
San Juan County’s 400+ miles of marine shoreline provide forage fish spawning sites, eelgrass meadow...
Since 2011, the EPA-supported Marine and Nearshore Grant Program has funded more than 45 projects re...
Puget Sound recovery is guided by regional and local strategies developed and implemented by a diver...
This oral presentation will present three recently constructed shore armor removal projects. These p...
Across the Salish Sea, the restoration of shoreline processes and habitats will depend in large part...
In contrast to other coastal communities in the United States and Canada, Washington State discusses...
Hard armor structures, including bulkheads, seawalls, soldier piles, and other structures are presen...
The net reduction of shoreline armor along the marine nearshore of Puget Sound is a key goal for eco...
San Juan County’s 410 miles of saltwater shorelines support regional marine food webs and ecological...
Shore armor, such as bulkheads, rock revetments, and seawalls, can negatively impact and impair the ...
Removal of shoreline bulkheads (also called shore armor, hardening, seawalls, and revetments) has be...
Shoreline armoring is recognized as a major stressor on the nearshore environments of the Salish Sea...