Various studies have highlighted the importance of kelp forest ecosystems in terms of biodiversity, stability, resilience, and future prospects, with global estimates emphasizing their value in providing ecosystem services. The world map of laminarian kelp has been updated to include more Arctic data, solidifying its status as the largest marine biome. Research is being conducted on the potential use of seaweeds for carbon removal offsets to help address climate change, including the use of macroalgae for carbon sequestration and the potential of ocean afforestation using the Great Atlantic Sargassum Belt. The focus on blue carbon and the importance of human actions for carbon credit in kelp forest conservation are also highlighted, along with the method of aquatic eddy covariance for defining oxygen and carbon fluxes in marine environments.
Author: Kelpforestalliance
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Kelp Restoration Guidebook
This chapter highlights the significance of incorporating social, cultural, and economic factors into kelp restoration projects, stressing the importance of collaboration with communities and partners for successful outcomes. It underscores the need to consider human elements in ecological restoration efforts, emphasizing the interconnectedness of environmental and societal factors in climate solutions.
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Converting a PhD into a global community, key learnings and roadmap – Shapeable interview
Aaron Eger's PhD thesis chapter on Global Kelp Forest Restoration provides a comprehensive analysis of 259 restoration attempts in 16 countries over 60 years, laying the groundwork for the Kelp Forest Alliance. Founded by Eger, this alliance serves as a platform for scientific citations, member collaboration, and geo-mapping to support global efforts in kelp forest restoration. This research is crucial for climate solutions experts looking to address the decline of kelp forests and their role in carbon sequestration and marine biodiversity.