Along the central Strait of Juan de Fuca, a century of sediment disruption associated with two large dams resulted in high rates of shoreline erosion and subsequent shoreline armor placement along the Elwha River nearshore. The Elwha River Dam Removal and Ecosystem Restoration Project, completed in 2014, was the largest intentional dam removal and ecosystem restoration project undertaken in the U.S. to date. In 2016-017, using state and federal conservation funding, Coastal Watershed Institute (CWI) purchased a 26 acre parcel adjacent to the river delta and began to restore the shoreline, floodplain and uplands at the site of a former mouth of the Elwha River at the eastern extent of the historic Elwha River delta to link nearsore ecosystem...
On the 15th of September 2011, officials in Olympic National Park, Washington, in the USA, began the...
As intertidal spawners, surf smelt and Pacific sand lance are vulnerable to the effects of shoreline...
Coastal geologic processes create and maintain the nearshore habitats upon which forage fish and man...
After decades of debate, planning, and environmental impact studies, the largest planned dam removal...
The removal of Elwha and Glines Canyon dams on the Elwha River is the largest existing dam removal p...
Removal of two dams on the Elwha River between 2011 and 2014 delivered more than 5 million tons of s...
Located on the north Olympic Peninsula of Washington State, the Elwha River nearshore includes appro...
Intertidal beaches within the Elwha nearshore are documented habitat for forage fish migration and s...
On September 17 of 2011, a 2.5 year deconstruction of two long-standing, head dams will begin on the...
The ongoing removal of the Elwha and Glines Canyon dams on the Elwha River have mobilized a massive ...
Shoreline armoring removal is becoming a common restoration technique in the nearshore of the Salish...
Shoreline armoring is a pressure on the nearshore ecosystem altering a variety of sediment and biolo...
Nearshore monitoring of benthic habitats and the coastal environment following the Elwha River Resto...
The Skokomish River ecosystem, including critical salmon habitat, in the Skokomish Valley has been d...
Dam removal on the Elwha River exposed over 280 hectares of valley slope, terrace, and floodplain la...
On the 15th of September 2011, officials in Olympic National Park, Washington, in the USA, began the...
As intertidal spawners, surf smelt and Pacific sand lance are vulnerable to the effects of shoreline...
Coastal geologic processes create and maintain the nearshore habitats upon which forage fish and man...
After decades of debate, planning, and environmental impact studies, the largest planned dam removal...
The removal of Elwha and Glines Canyon dams on the Elwha River is the largest existing dam removal p...
Removal of two dams on the Elwha River between 2011 and 2014 delivered more than 5 million tons of s...
Located on the north Olympic Peninsula of Washington State, the Elwha River nearshore includes appro...
Intertidal beaches within the Elwha nearshore are documented habitat for forage fish migration and s...
On September 17 of 2011, a 2.5 year deconstruction of two long-standing, head dams will begin on the...
The ongoing removal of the Elwha and Glines Canyon dams on the Elwha River have mobilized a massive ...
Shoreline armoring removal is becoming a common restoration technique in the nearshore of the Salish...
Shoreline armoring is a pressure on the nearshore ecosystem altering a variety of sediment and biolo...
Nearshore monitoring of benthic habitats and the coastal environment following the Elwha River Resto...
The Skokomish River ecosystem, including critical salmon habitat, in the Skokomish Valley has been d...
Dam removal on the Elwha River exposed over 280 hectares of valley slope, terrace, and floodplain la...
On the 15th of September 2011, officials in Olympic National Park, Washington, in the USA, began the...
As intertidal spawners, surf smelt and Pacific sand lance are vulnerable to the effects of shoreline...
Coastal geologic processes create and maintain the nearshore habitats upon which forage fish and man...