The majority of the Town of La Conner sits at an elevation (MLLW) of 8-13 feet where over the last number of years Town staff have gone from seeing the baseboards of their overwater business district being reached once or twice every four to five years to being reached four to five times a year. These high water events come at great expense to the Town and leave the Town regularly just shy of a major disaster. The Town of La Conner partnered with the Skagit Climate Science Consortium (including USGS, UW Climate Impacts Group and Western Washington University) and CollinsWoerman to use state of the art modeling of tides, storm surge and sea level rise coupled with an innovative design charrette approach to begin a conversation with the Plann...
Many agencies, organizations, and communities across Puget Sound are working to restore nearshore ha...
As part of a comprehensive assessment of community vulnerability to climate change by the Jamestown ...
Sea level rise (SLR) due to anthropogenic global warming will affect coastlines throughout the Salis...
Planning for climate change impacts including sea level rise is a daunting management task that is f...
As communities grapple with rising seas and more frequent flooding events, they need improved projec...
Historically, the main causes of coastal flooding have been due to astronomical (tides) and meteorol...
Increased population growth in our region coupled with the flood and erosion hazards posed by a chan...
Sea level rise is a new challenge facing coastal communities in British Columbia. Uncertainty around...
127 pages. Examining committee chair: Robert RibeUsing a study site in rural coastal Oregon (within ...
Sea level rise (SLR) in the Salish Sea, a large inland waterway shared between Canada and the United...
San Juan County’s 410 miles of saltwater shorelines support regional marine food webs and ecological...
Global warming poses an increasingly relevant risk across the globe. Among one of these risks is sea...
In 2010, Olympia City Council directed staff to investigate the implications of 50-inches of sea ris...
The purpose of this presentation is to explore the range of planning tools, other than shoreline mas...
Shoreline modification poses one of the most significant threats to the long-term health of shorelin...
Many agencies, organizations, and communities across Puget Sound are working to restore nearshore ha...
As part of a comprehensive assessment of community vulnerability to climate change by the Jamestown ...
Sea level rise (SLR) due to anthropogenic global warming will affect coastlines throughout the Salis...
Planning for climate change impacts including sea level rise is a daunting management task that is f...
As communities grapple with rising seas and more frequent flooding events, they need improved projec...
Historically, the main causes of coastal flooding have been due to astronomical (tides) and meteorol...
Increased population growth in our region coupled with the flood and erosion hazards posed by a chan...
Sea level rise is a new challenge facing coastal communities in British Columbia. Uncertainty around...
127 pages. Examining committee chair: Robert RibeUsing a study site in rural coastal Oregon (within ...
Sea level rise (SLR) in the Salish Sea, a large inland waterway shared between Canada and the United...
San Juan County’s 410 miles of saltwater shorelines support regional marine food webs and ecological...
Global warming poses an increasingly relevant risk across the globe. Among one of these risks is sea...
In 2010, Olympia City Council directed staff to investigate the implications of 50-inches of sea ris...
The purpose of this presentation is to explore the range of planning tools, other than shoreline mas...
Shoreline modification poses one of the most significant threats to the long-term health of shorelin...
Many agencies, organizations, and communities across Puget Sound are working to restore nearshore ha...
As part of a comprehensive assessment of community vulnerability to climate change by the Jamestown ...
Sea level rise (SLR) due to anthropogenic global warming will affect coastlines throughout the Salis...