Salish Sea Kelp Restoration Enhancing Habitat Connectivity
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Kus-kus-sum Restoration Forum June 17, 2021
Project Watershed held a community forum via Zoom to explain the restoration process that we are embarking on at Kus-kus-sum beginning June 21st, 2021. This is recording of that Zoom meeting.
Salt Marsh Restoration in the K’ómoks Estuary at Dyke Slough
This restoration built up a new marsh platform to replace lost, historic tidal marsh. The newly build platform is then planted, all to help support wildlife and coastal resiliency in our thriving estuary.
Project Watershed Plans for Spring Eelgrass Transplants
Spring – a great time for planting in your garden and in the intertidal/subtidal zones. Once again Project Watershed will be working to restore eelgrass (Zostera marina) habitats by undertaking transplants in areas where the eelgrass is sparse or missing as determined by our coastal nearshore habitat mapping work.
Coastal Restoration Update August 2020
Nikki Wright from Seachange Marine Conservation Society and Maria Cantazaro from the Pacific Salmon Foundation (PSF) visited our kelp research site at Oyster River and our saltmarsh projects. Maria is a researcher working for the PSF on a report looking at the importance of nearshore, habitat connectivity and estuarine habitat to Pacific salmon.
Purchasing and Restoring Kus-kus-sum is Reconciliation in Action
The Kus-kus-sum project that Project Watershed is spearheading will not only create habitat for fish and wildlife, help mitigate climate, and increase green space, it will also help our community put reconciliation into action.
Coastline Restoration in Fanny Bay
On June 17-19, 2020 Project Watershed organized a planting session to restore the vulnerable coastline in the Fanny Bay area. During the three days, our staff and 19 volunteers helped plant almost 2500 individual plants, comprised of Salicornia, Distichilis and dune grass species. This planting compliments another coastal restoration project where the shoreline was revegetated to protect the area from erosion.