Coastal geologic processes create and maintain the nearshore habitats upon which forage fish and many other Puget Sound species of concern rely. Shoreline modifications, like bulkheads, disrupt and damage sediment supply and transport processes that form beaches and provide appropriate spawning substrate for surf smelt and Pacific sand lance (Penttila 2007, Carrasquero-Verde et al 2005, Johannessen and MacLennan 2007). Shoreline modifications have been identified as one of the greatest threats to our nearshore ecosystems (Thom et al. 1994) and are ranked as one of the top three threats to the marine ecosystem in the San Juan County Marine Stewardship Area Plan adopted by the San Juan County Council in 2007 and by the Puget Sound Partnership...
Shoreline armoring is a pressure on the nearshore ecosystem altering a variety of sediment and biolo...
Throughout Puget Sound, long-term funding and investment in recovery actions have resulted in measur...
Coastal geomorphic processes create and maintain the nearshore habitats upon which many Puget Sound ...
As intertidal spawners, surf smelt and Pacific sand lance are vulnerable to the effects of shoreline...
This presentation will describe a large-scale shoreline restoration and enhancement project to addre...
Community engagement builds both social and ecological resilience of restoration projects. This is p...
It is well recognized by scientists and natural resource agencies, that restoration and protection o...
San Juan County’s 400+ miles of marine shoreline provide forage fish spawning sites, eelgrass meadow...
Across the Salish Sea, the restoration of shoreline processes and habitats will depend in large part...
As our aging shoreline infrastructure fails and new goals to enhance habitats are implemented, a new...
Along the central Strait of Juan de Fuca, a century of sediment disruption associated with two large...
Puget Sound recovery is guided by regional and local strategies developed and implemented by a diver...
The Puget Sound Nearshore Ecosystem Restoration Project (PSNERP) is a partnership between the state ...
The U.S. Army Corps of Engineers (Corps) and the City of Burien completed construction and restorati...
San Juan County’s 410 miles of saltwater shorelines support regional marine food webs and ecological...
Shoreline armoring is a pressure on the nearshore ecosystem altering a variety of sediment and biolo...
Throughout Puget Sound, long-term funding and investment in recovery actions have resulted in measur...
Coastal geomorphic processes create and maintain the nearshore habitats upon which many Puget Sound ...
As intertidal spawners, surf smelt and Pacific sand lance are vulnerable to the effects of shoreline...
This presentation will describe a large-scale shoreline restoration and enhancement project to addre...
Community engagement builds both social and ecological resilience of restoration projects. This is p...
It is well recognized by scientists and natural resource agencies, that restoration and protection o...
San Juan County’s 400+ miles of marine shoreline provide forage fish spawning sites, eelgrass meadow...
Across the Salish Sea, the restoration of shoreline processes and habitats will depend in large part...
As our aging shoreline infrastructure fails and new goals to enhance habitats are implemented, a new...
Along the central Strait of Juan de Fuca, a century of sediment disruption associated with two large...
Puget Sound recovery is guided by regional and local strategies developed and implemented by a diver...
The Puget Sound Nearshore Ecosystem Restoration Project (PSNERP) is a partnership between the state ...
The U.S. Army Corps of Engineers (Corps) and the City of Burien completed construction and restorati...
San Juan County’s 410 miles of saltwater shorelines support regional marine food webs and ecological...
Shoreline armoring is a pressure on the nearshore ecosystem altering a variety of sediment and biolo...
Throughout Puget Sound, long-term funding and investment in recovery actions have resulted in measur...
Coastal geomorphic processes create and maintain the nearshore habitats upon which many Puget Sound ...