首页|我国贝藻养殖对海水富营养化的影响及其与海上新能源融合发展路径研究综述

我国贝藻养殖对海水富营养化的影响及其与海上新能源融合发展路径研究综述

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随着我国工业和养殖业快速发展,陆源污染物排放和近海养殖尾水排放日益增加,对近海海水水质产生了负面影响.文章介绍了贝类和大型藻类对海水水质的影响及其净化海水水质的机理,并在此基础上研究了开放式贝藻养殖与海水水质治理融合发展的路径,一是通过利用贝藻养殖的特性在构建海洋生态产品实现路径,促进海洋生态产品价值实现的同时,也能达到净化近岸海水水质的目的;二是探索贝藻类养殖与海上光伏和海上风电立体确权,充分利用风电和光伏确权海域空间资源,利用其净化海水水质的特性在提升近岸海域海水水质的同时,还可以带来一定的经济收益,降低海上风电和光伏的投资回报周期.
A Review of the Impact of China's Kelp Aquaculture on Marine Eutrophication and the Research on the Integrated Development Path with Offshore New Energy
With the rapid development of industry and aquaculture in China,the discharge of land-based pollutants and effluents from nearshore aquaculture is increasing,negatively impac-ting the water quality of coastal waters.This paper introduces the impact of shellfish and mac-roalgae on seawater quality and the mechanisms by which they purify seawater quality.Based on this,the paper explores the integrated development path of open-shellfish and seaweed aquacul-ture with seawater quality management.Firstly,by utilizing the characteristics of shellfish and seaweed aquaculture in constructing a pathway for marine ecological product realization,it not only promotes the value realization of marine ecological products but also achieves the goal of purifying coastal seawater quality.Secondly,it explores the integration of shellfish and seaweed aquaculture with offshore photovoltaics and offshore wind power,fully utilizing the spatial re-sources of wind power and photovoltaic rights in the sea,and leveraging their ability to purify seawater quality to improve the water quality of coastal waters,while also bringing certain eco-nomic benefits to reduce the investment payback period of offshore wind power and photovoltaics.

Shellfish aquaculture,Macroalgae aquaculture,Eutrophication of seawater manage-ment,Realization of ecological product value,Offshore photovoltaicsOffshore wind power

刘书锦、荆俊平、赵亚娟、桑新春、王东亮、李锋、张婧怡

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国家海洋技术中心 天津 300112

河北省水文工程地质勘查院 石家庄 050000

河北省海洋岸线生态修复与智慧海洋监测工程研究中心 秦皇岛 066000

烟台市海洋环境监测预报中心 烟台 264000

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贝类养殖 大型藻类养殖 富营养化海水治理 生态产品价值实现 海上光伏 海上风电

2024

海洋开发与管理
中国海洋工程咨询协会 海洋出版社

海洋开发与管理

影响因子:0.583
ISSN:1005-9857
年,卷(期):2024.41(8)