蓝碳食物:碳汇功能引领海水养殖业高质量转型的逻辑与路径

Blue Carbon Food: the logic and pathways of carbon sink function leading the high-quality transformation of mariculture

  • 摘要: 在“双碳”目标引领下,推动经济增长与气候治理协同发展,除了坚持传统减排,积极培育新型碳汇产业也将成为一个重要的战略补充。为破解海洋经济价值与渔业生态效益协同发展的瓶颈,本文在系统梳理渔业碳汇理论及贝藻养殖碳汇贡献研究进展的基础上,创新性地提出以增汇(促进沉积惰性有机碳埋藏)为导向的“蓝碳食物(Blue Carbon Food, BCF)”概念,并以可测量、可报告、可核查、可交易的“MRVT”原则为核心构建了蓝碳食物的评价框架,将碳汇功能嵌入食品消费链条,打通从生态功能到市场价值的闭环路径。针对蓝碳食物发展过程中面临的碳汇评价共识缺乏、计量标准不完善、增汇技术匮乏、市场认知不足以及复合型人才短缺等关键挑战,提出了深化碳汇机理研究并推动纳入国际蓝碳体系、构建动态化全链条碳汇计量标准体系、实施“良种-生态-计量”三位一体技术攻关、构建多元联动价值转化机制以及培养跨域协同专业人才等五大实施路径。本研究为拓展蓝碳发展边界、推动海洋生态产品价值实现以及促进海水养殖业绿色低碳转型提供了理论支撑与实践指引。

     

    Abstract: Under the guidance of the "dual carbon" goals, promoting the synergistic development of economic growth and climate governance requires not only adhering to traditional emission reduction but also actively fostering emerging carbon sink industries as a vital strategic complement. To overcome the bottleneck hindering the synergistic realization of marine economic value and fishery ecological benefits, this study systematically reviews the theoretical framework of fishery carbon sinks and recent advances in understanding the carbon sink contributions of shellfish and macroalgae aquaculture. On this basis, this study propose an innovative concept-"Blue Carbon Food (BCF)"-oriented toward carbon sink enhancement, specifically the promotion of sedimentary recalcitrant organic carbon burial. Guided by the "MRVT" principles (Measurable, Reportable, Verifiable, and Tradable), this study further construct an evaluation framework for BCF that embeds carbon sink functions into the food consumption chain, thereby establishing a closed-loop pathway from ecological function to market value. In response to the major challenges confronting the development of BCF, including the lack of a broad consensus on carbon sink assessment, incomplete measurement standards, insufficient technologies for carbon sink enhancement, low market awareness, and a shortage of interdisciplinary professionals. There are five implementation pathways that deepening fundamental research on carbon sink mechanisms while promoting the inclusion of shellfish and macroalgae aquaculture into the international blue carbon system; establishing a dynamic, full-chain carbon sink measurement standard system; implementing a "Fine Breed-Ecology-Measurement" trinity technological breakthrough; establishing a multi-party synergistic value realization mechanism; and fostering the cultivation of interdisciplinary talent. Collectively, this study provides both theoretical underpinnings and practical guidance for expanding the frontiers of blue carbon development, realizing the value of marine ecological products, and facilitating the green and low-carbon transition of mariculture.

     

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