In 1972, Washington enacted the Shoreline Management Act (“SMA”) to protect the state’s shoreline resources as fully as possible by thoughtfully managing shoreline development and providing public access to public waters. Or perhaps to promote shoreline residential development while protecting shoreline resources if it does not interfere with property owner expectations. Depending on the context, and given the SMA’s multifaceted purpose statement, it can mean many things to many people. To the extent that its primary purpose is to protect shorelines while supporting reasonable use, the SMA has yet to achieve complete success; shoreline resources and natural functions continue to be lost to shoreline development such as bulkheads. However, t...
Shore armor, such as bulkheads, rock revetments, and seawalls can negatively impact ecological funct...
Shoreline stabilization is a significant management challenge within the Puget Sound region. Alterna...
Armoring is an important stressor along margins of the Salish Sea and found on nearly 30% of Puget S...
With approval of the Shoreline Management Act of 1971 (SMA), Washington has joined the increasing ra...
The Shoreline Management Act (SMA) guidelines (Washington Administrative Code [WAC] 173 26, Part III...
The state of knowledge about coastal processes, nearshore ecology, and land management along the mar...
The guidelines issued to implement the Shoreline Management Act of 1971 require that eight elements,...
In Washington State, the Hydraulic Code is one of the core intended mechanisms for protecting habita...
In contrast to other coastal communities in the United States and Canada, Washington State discusses...
This poster will identify mechanisms for limiting the impacts of residential development on the natu...
Washington State Department of Fish and Wildlife regulates development of marine shorelines, includi...
The permitting of shoreline projects is often seen by private property owners as a complicated, time...
Shoreline modification poses one of the most significant threats to the long-term health of shorelin...
For private property owners, permitting shoreline projects is often seen as a complicated, time cons...
Wake wash from high-speed vessels such as the Chinook passenger ferry accelerates erosion, destroys ...
Shore armor, such as bulkheads, rock revetments, and seawalls can negatively impact ecological funct...
Shoreline stabilization is a significant management challenge within the Puget Sound region. Alterna...
Armoring is an important stressor along margins of the Salish Sea and found on nearly 30% of Puget S...
With approval of the Shoreline Management Act of 1971 (SMA), Washington has joined the increasing ra...
The Shoreline Management Act (SMA) guidelines (Washington Administrative Code [WAC] 173 26, Part III...
The state of knowledge about coastal processes, nearshore ecology, and land management along the mar...
The guidelines issued to implement the Shoreline Management Act of 1971 require that eight elements,...
In Washington State, the Hydraulic Code is one of the core intended mechanisms for protecting habita...
In contrast to other coastal communities in the United States and Canada, Washington State discusses...
This poster will identify mechanisms for limiting the impacts of residential development on the natu...
Washington State Department of Fish and Wildlife regulates development of marine shorelines, includi...
The permitting of shoreline projects is often seen by private property owners as a complicated, time...
Shoreline modification poses one of the most significant threats to the long-term health of shorelin...
For private property owners, permitting shoreline projects is often seen as a complicated, time cons...
Wake wash from high-speed vessels such as the Chinook passenger ferry accelerates erosion, destroys ...
Shore armor, such as bulkheads, rock revetments, and seawalls can negatively impact ecological funct...
Shoreline stabilization is a significant management challenge within the Puget Sound region. Alterna...
Armoring is an important stressor along margins of the Salish Sea and found on nearly 30% of Puget S...