Titlebook: Blue Carbon; Coastal Sequestratio Daniel M. Alongi Book 2018 The Author(s) 2018 Blue carbon management.Blue Carbon field project.Climate Ad

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https://doi.org/10.1007/978-1-4612-0697-2y equivalent to production in seagrass beds. As much as 173?Tg C. year. of kelp carbon can be sequestered globally with about 90% of this sequestration occurring through export to the deep-sea and the rest through burial in coastal sediments.

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Salt Marshes,82.2 Mg C. ha. and a total global estimate of 1.2 Pg C.. On average, 99.2% of carbon is vested in soils and roots. The loss of carbon shifts marshes from net sinks to net sources of carbon for the atmosphere. Losses of salt marsh equate to 1.1 Pg CO. equivalents returned to the atmosphere or coastal ocean since the 1800s.

AND

Kelp Forests,y equivalent to production in seagrass beds. As much as 173?Tg C. year. of kelp carbon can be sequestered globally with about 90% of this sequestration occurring through export to the deep-sea and the rest through burial in coastal sediments.

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Summary and Conclusions,.52–$1.04 for salt marshes, $3.51–$7.67 for mangroves and $7.02–$14.04 for seagrasses. Salt marshes, mangrove forests and seagrass meadows sequester and store more carbon than all other marine ecosystems and clearly are prime sites to retain carbon as any losses back to the atmosphere or coastal ocean are disproportionate to their small area.

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Ebct207

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