Near the Waters Edge; A Green Infrastructure Tour
Participants visited areas where green infrastructure was already in place or where it could be implemented in the future. It was an invite only event with invitations to our regional elected officials from the City of Courtenay, Town of Comox, Village of Cumberland, K’omoks First Nations, school district #71 trustees, Member of Legislature and Members of Parliament as well as ‘neighbours of the river’ and other land use decision-makers such as engineers, architects and developers.
The aim of the tours was to encourage politicians, engineers and school trustees to work together with biologists and ecologists to develop an overall green infrastructure vision for the Comox Valley to deal with issues such as flooding and rainwater management.
Green floodplain infrastructure focuses on flood resiliency not flood protection – it is not about preventing the flood (the damming solution) but about allowing it to occur naturally without causing dangerous or expensive damage. Allowing for infiltration and allowing the waters to recede quickly when flooding does occur. What this type of green infrastructure doesn’t do is prevent all flooding from occurring or protect all existing development from being flooded (development built in natural floodplains). Natural flood relief relies on the ecosystem rather than built infrastructure meaning lower costs and maintenance. Grey and green infrastructure can work together to protect build features and a variety of flooding scenarios.
What is a Floodplain?
A floodplain is the lowland area adjacent to a river, lake, creek or ocean. When floods occur water flows onto these nearby low-lying areas. When floodplains are preserved in their natural state, or restored to it, they provide many benefits to both human and natural systems.
What is Green Infrastructure?
Green infrastructure is a term for the natural vegetative systems and green technologies that collectively provide society with a multitude of economic, environmental and social benefits. They are also called natural assets, eco-assets or blue-green infrastructure. Most importantly green infrastructure sustainably manages our rainwater. Green infrastructure includes: urban forests, wetlands, bio-swales, engineered wetlands and storm water ponds, waterways and riparian areas, meadows and agricultural lands, green roofs and green walls, parks, gardens and grassed areas, it can also include technologies like porous pavements, rain barrels and cisterns. In a natural environment, rain is absorbed and filtered by pants and soils. In urban landscapes, this natural water cycle is disrupted and rainwater flows across pavement and rooftops. Traditional development alters natural systems to fit into engineered infrastructure and water is conveyed away as quickly as possible. This water picks up pollutants, speed, and volume as it runs across these impervious surfaces and into the nearest waterbody. This is not ideal for the local environment or its associated species. Green infrastructure brings nature into the City, to capture and clean our rainwater before returning it to the surround oceans and rivers. Green infrastructure requires a new decentralized, site-specific approach, and a reliance on a team with expertise beyond engineering. It will require clear community and political support or a change in provincial policy to move beyond the status quo.
The Importance of Estuarine Environments for Pacific Salmon
Fish monitoring at Hollyhock flats will be starting this summer! We’ve summarized a scientific article explaining what kinds of habitat are important to salmonids.
Kus-kus-sum Site History
Pre-European Contact there was a First Nation village located roughly where the present-day Courtenay Airpark is now. The village was called Kus-kus-sum and is the namesake for the present day Kus-kus-sum site. The term Kus-sum means slippery and Kus-kus-sum, means...
Forage Fish Surveying Summary
Wow 40 plus amazing, citizen scientists supported the forage fish project this season. They covered almost 30 beaches between Hornby Island, the Comox Valley, Campbell River, and Cortes Island.
Kus-kus-sum Project History
Below is an interactive timeline of the events regarding the gensis of Project Watershed's Kus-kus-sum Project. Hover over each salmon icon to learn more about what happened that year.Related Posts
Citizen Science Seal Monitoring for Kus-kus-sum
Your contribution is greatly appreciated, thank you for participating!Make a donation to celebrate a special someone and they receive a gift card.Welcome to our pinniped observation guide and data submission page! "Pinniped" is a Latin word meaning "fin-footed," and...
We got a first look at how a restored Kus-kus-sum will operate during storms and king tides this winter. It was exciting to see the high tides move over the steel wall and inundate the site.