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KMID : 0613820220320070578
Journal of Life Science
2022 Volume.32 No. 7 p.578 ~ p.587
Blue Carbon Resources in the East Sea of Korea and Their Values and Potential Applications
Yoon Ho-Sung

Do Jeong-Mi
Jeon Byung-Hee
Yeo Hee-Tae
Jang Hyeong-Seok
Yang Hee-Wook
Suh Ho-Seong
Hong Ji-Won
Abstract
Korea, as the world¡¯s 7th largest emitter of greenhouse gases, has raised the national greenhouse gas reduction target as international regulations have been strengthened. As it is possible to utilize coastal and marine ecosystems as important nature-based solutions (NbS) for implementing climate change mitigation or adaptation plans, the blue carbon ecosystem is now receiving attention. Blue carbon refers to carbon that is deposited and stored for a long period after carbon dioxide (CO2) is absorbed as biomass by coastal ecosystems or oceanic ecosystems through photosynthesis. Currently, there are only three blue carbon ecosystems officially recognized by the Intergovernmental Panel on Climate Change (IPCC): mangroves, salt marshes, and seagrasses. However, the results of new research on the high CO2 sequestration and storage capacity of various new blue carbon sinks, such as seaweeds, microalgae, coral reefs, and non-vegetated tidal flats, have been continuously reported to the academic community recently. The possibility of IPCC international accreditation is gradually increasing through scientific verification related to calculations. In this review, the current status and potential value of seaweeds, seagrass fields, and non-vegetated tidal flats, which are sources of blue carbon on the east coast, are discussed. This paper confirms that seaweed resources are the most effective NbS in the East Sea of Korea. In addition, we would like to suggest the direction of research and development (R&D) and utilization so that new blue carbon sinks can obtain international IPCC certification in the near future.
KEYWORD
Blue carbon, East Sea of Korea, greenhouse gas reduction, new carbon sinks, seaweeds
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