In July, our technician team ventured into Hollyhock Flats to conduct a plant survey. The goal was to understand the current plant community structures throughout the saltmarsh. This data can be used for restoration efforts at Kus-kus-sum. We also learned about invasive plant presence and range within Hollyhock for future removal efforts.
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.
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.
A kelp forest is a type of nearshore aquatic habitat, found along rocky coasts with wave action or strong currents in depths of 4 to 20 meters.
Back in February, Project Watershed and volunteers from Aecon Water Infrastructure Inc. planted over 100 native species along a section of Mallard Creek.
Comox Valley Project Watershed is focusing on the restoration of three marine habitats – kelp, eelgrass and saltmarsh – to facilitate connectivity between the subtidal, intertidal and foreshore zones in the estuary.
Comox Valley Project Watershed Society is working with partners to restore kelp forests using two methods: planting seeded kelp lines and reducing grazing pressure by sea urchins.
A kelp forest is a type of nearshore vegetative habitat, found along rocky coasts with wave action or strong currents in depths of 4 to 20 metres.
Project Watershed in cooperation with the The Estuary Working Group is doing research to learn more about how salt marsh and eelgrass beds in our local Estuary contribute to the uptake and storage of carbon from the atmosphere.
Blue Carbon refers to coastal vegetation such as salt marsh grasses, eelgrass and other seagrass that sequesters or takes in carbon dioxide (CO2). This reduces the amount of CO2 in the atmostphere and helps to limit global climate change.
Learn more about our groundbreaking international blue carbon initiative
[av_textblock size='' font_color='' color='' admin_preview_bg=''] [av_font_icon icon='ue841' font='entypo-fontello' style='' caption='' link='' linktarget='' size='40px' position='left' color='' admin_preview_bg=''][/av_font_icon] Signs of Abundance Tour - The...