Restoration Methods Development
Project Lead: Dr. Lauren Dykman
Project Location: Victoria, BC
About the Project
Kelp forests face growing challenges from climate change and the loss of key predators that help keep ecosystems in balance. When these pressures can’t be removed, or when kelp populations need support to recover, restoration through outplanting becomes an important tool.
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This project focuses on improving how kelp is grown and returned to the seafloor. While the process is straightforward, scaling it successfully takes care and precision. We’re refining nursery, transport and outplanting methods to help kelp thrive once it’s back in the ocean, building practical science-backed solutions that support long-term recovery.

Project Goals
This project aims to develop reliable, scalable methods for kelp restoration across BC, contributing towards the Roadmap to BC Kelp Forest Recovery. Our goals are:
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Identify practical techniques that can be adapted for different kelp species and coastal conditions
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Understand how environmental factors like temperature and grazing pressure influence restoration success
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Contribute findings to the Roadmap to BC Kelp Forest Recovery so results can guide future restoration efforts
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Support collaboration and shared learning among researchers, practitioners and communities working to restore kelp forests
Our Approach

To advance these goals, our researchers work in both the lab and the field. We operate two kelp nurseries, one at the Bamfield Marine Sciences Centre and another at the Deep Bay Marine Field Station. In these nurseries, we study how to create the best growing conditions for bull kelp and giant kelp, including the right substrates and seeding densities.
Once the young kelp are ready, they are carefully moved from the nursery to the ocean. This step requires precise planning and equipment to keep the kelp secure during transport and placement. Each year, we refine and scale up these processes to improve efficiency and success rates. We also test a range of outplanting techniques, including those that rely on divers and others that use boat-based methods to place kelp on the seafloor.
February 2024
Collection Of Sori For Comparison Of Methods Study
Project Timeline
2023
September
2024
January
2024
February
2024
April
2024
Summer
2024
Fall
Collection Of Sori For The Comparison Of Methods Study
Construction Of Urchin Fence At Denman Island + First Trials Of Direct Seeding
Out-planting Bull Kelp In Urchin Fence For Comparison Of Methods Study
First
monitoring
Monitoring Every 6 Weeks, Healthy Kelp Producing Sori
Study Concluded And Analyses Underway
This work was made possible through funding from:

