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The K’omoks and Squamish Estuaries: A blue carbon pilot project Christine Hodgson North Island CollegeChristine Hodgson North Island College & Comox Valley.

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Presentation on theme: "The K’omoks and Squamish Estuaries: A blue carbon pilot project Christine Hodgson North Island CollegeChristine Hodgson North Island College & Comox Valley."— Presentation transcript:

1 The K’omoks and Squamish Estuaries: A blue carbon pilot project Christine Hodgson North Island CollegeChristine Hodgson North Island College & Comox Valley Project WatershedComox Valley Project Watershed

2 K’omoks Estuary, British Columbia, Canada

3 Goals for NAPECA Grant Develop a simple protocol for estimating stored carbon in eelgrass and salt marsh habitatsDevelop a simple protocol for estimating stored carbon in eelgrass and salt marsh habitats Quantify the amount of carbon stored in these habitats as a measure per square area.Quantify the amount of carbon stored in these habitats as a measure per square area. Develop a protocol suitable for NGO’s in other localities to quantify existing stored carbon and opportunities for increasing carbon storage through eelgrass and salt marsh restoration.Develop a protocol suitable for NGO’s in other localities to quantify existing stored carbon and opportunities for increasing carbon storage through eelgrass and salt marsh restoration.

4 Study Sites

5 Collect Sediment Cores Collect Sediment Cores Is there a difference in amount of carbon stored in sediments below a barren or vegetated area?Is there a difference in amount of carbon stored in sediments below a barren or vegetated area? Coring with IOS team, May 21, 2014Coring with IOS team, May 21, 2014

6 Collect Sediment Cores

7

8 Sediment Analysis Below Ground C sequestrationBelow Ground C sequestration Total Carbon – TOC, TIC, sediment size, organic matterTotal Carbon – TOC, TIC, sediment size, organic matter Burial rate – use 210 PbBurial rate – use 210 Pb Accumulation of C due to vegetation and associated fauna – use stable isotopes 13 C and 15 NAccumulation of C due to vegetation and associated fauna – use stable isotopes 13 C and 15 N Extrapolate C deposition based on eelgrass cover densityExtrapolate C deposition based on eelgrass cover density

9 Sediment Analysis Shallow Cores (about 50 cm)Shallow Cores (about 50 cm) Total of 32 additional cores collectedTotal of 32 additional cores collected Replicate samples – Carbon below SMLReplicate samples – Carbon below SML May be used for stable isotope analysisMay be used for stable isotope analysis

10 Habitat Restoration

11 - 95% survival rate - Increase in number of shoots per group Habitat Restoration

12 Projectwatershed.ca Projectwatershed@gmail.com


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