Shore armor, such as bulkheads, rock revetments, and seawalls can negatively impact ecological function and impair nearshore processes in coastal systems. Natural Salish Sea shores provide vital foraging, refuge, and rearing habitat for juvenile salmonids. Negative impacts of shore armor include reduced sediment input from bluffs needed to sustain down-drift beaches and spits, increased wave reflection, direct burial of the backshore, and sometimes intertidal beach. Together these impacts result in a simplification of the shoreline, reduced beach width, and loss of habitats. The Puget Sound Partnership has made reduction of armor part of its Action Agenda. Shore armor is sometimes unnecessary and alternatives exist; under these circumstance...
Hard armor structures, including bulkheads, seawalls, soldier piles, and other structures are presen...
Nearly one third of Puget Sound’s shorelines are armored (e.g., seawall, bulkhead, riprap). Armoring...
Thesis (Master's)--University of Washington, 2017-06Shoreline armoring is prevalent around the world...
Shore armor, such as bulkheads, rock revetments, and seawalls, can negatively impact and impair the ...
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...
Recovery efforts for Puget Sound have focused on improving shoreline function by reducing seawalls (...
Removal of shoreline bulkheads (also called shore armor, hardening, seawalls, and revetments) has be...
The net reduction of shoreline armor along the marine nearshore of Puget Sound is a key goal for eco...
Across the Salish Sea, the restoration of shoreline processes and habitats will depend in large part...
Shoreline armoring can impact a variety of “goods and services” provided by beaches and nearshore ec...
Puget Sound recovery is guided by regional and local strategies developed and implemented by a diver...
Since 2011, the EPA-supported Marine and Nearshore Grant Program has funded more than 45 projects re...
Hard armor structures, including bulkheads, seawalls, soldier piles, and other structures are presen...
Nearly one third of Puget Sound’s shorelines are armored (e.g., seawall, bulkhead, riprap). Armoring...
Thesis (Master's)--University of Washington, 2017-06Shoreline armoring is prevalent around the world...
Shore armor, such as bulkheads, rock revetments, and seawalls, can negatively impact and impair the ...
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...
Recovery efforts for Puget Sound have focused on improving shoreline function by reducing seawalls (...
Removal of shoreline bulkheads (also called shore armor, hardening, seawalls, and revetments) has be...
The net reduction of shoreline armor along the marine nearshore of Puget Sound is a key goal for eco...
Across the Salish Sea, the restoration of shoreline processes and habitats will depend in large part...
Shoreline armoring can impact a variety of “goods and services” provided by beaches and nearshore ec...
Puget Sound recovery is guided by regional and local strategies developed and implemented by a diver...
Since 2011, the EPA-supported Marine and Nearshore Grant Program has funded more than 45 projects re...
Hard armor structures, including bulkheads, seawalls, soldier piles, and other structures are presen...
Nearly one third of Puget Sound’s shorelines are armored (e.g., seawall, bulkhead, riprap). Armoring...
Thesis (Master's)--University of Washington, 2017-06Shoreline armoring is prevalent around the world...