Shore armor, such as bulkheads, rock revetments, and seawalls, can negatively impact and impair the ecological functioning of coastal systems. When functioning as nature intended, Salish Sea shores provide vital foraging, cover, and quiet waters for juvenile salmonids during the smoltification process. The proliferation of shore armor from the development of Salish Sea has resulted in the reduction of ecological and physical complexity of shores utilized by salmonids and other valuable nearshore species. In many cases shore armor has been found to be unnecessary and alternatives to hard structures do exist; under these circumstances shore armor can be removed and the beaches and bluffs of the coastal system returned to their natural, functi...
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 (...
The world\u27s population is disproportionately located near water. As a result, many nearshore ecos...
Shore armor, such as bulkheads, rock revetments, and seawalls can negatively impact ecological funct...
This poster discusses the merits of the Shoreline Armor Reduction Program (SHARP) in the southern Sa...
This oral presentation will present three recently constructed shore armor removal projects. These p...
San Juan County’s 400+ miles of marine shoreline provide forage fish spawning sites, eelgrass meadow...
Shoreline armoring is a pressure on the nearshore ecosystem altering a variety of sediment and biolo...
Shoreline armoring can impact a variety of “goods and services” provided by beaches and nearshore ec...
Removal of shoreline bulkheads (also called shore armor, hardening, seawalls, and revetments) has be...
Shoreline armoring is widespread in the Salish Sea, but few data have documented actual impacts on p...
Hard armor structures, including bulkheads, seawalls, soldier piles, and other structures are presen...
Across the Salish Sea, the restoration of shoreline processes and habitats will depend in large part...
Nearshore habitats are critical habitat for fish and a wide variety of other organisms in the Salish...
Shoreline armoring removal is becoming a common restoration technique in the nearshore of the Salish...
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 (...
The world\u27s population is disproportionately located near water. As a result, many nearshore ecos...
Shore armor, such as bulkheads, rock revetments, and seawalls can negatively impact ecological funct...
This poster discusses the merits of the Shoreline Armor Reduction Program (SHARP) in the southern Sa...
This oral presentation will present three recently constructed shore armor removal projects. These p...
San Juan County’s 400+ miles of marine shoreline provide forage fish spawning sites, eelgrass meadow...
Shoreline armoring is a pressure on the nearshore ecosystem altering a variety of sediment and biolo...
Shoreline armoring can impact a variety of “goods and services” provided by beaches and nearshore ec...
Removal of shoreline bulkheads (also called shore armor, hardening, seawalls, and revetments) has be...
Shoreline armoring is widespread in the Salish Sea, but few data have documented actual impacts on p...
Hard armor structures, including bulkheads, seawalls, soldier piles, and other structures are presen...
Across the Salish Sea, the restoration of shoreline processes and habitats will depend in large part...
Nearshore habitats are critical habitat for fish and a wide variety of other organisms in the Salish...
Shoreline armoring removal is becoming a common restoration technique in the nearshore of the Salish...
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 (...
The world\u27s population is disproportionately located near water. As a result, many nearshore ecos...