首页|Study of Hot Issues on the Scientific Foundation and Utilization of Wetland Carbon Sinks

Study of Hot Issues on the Scientific Foundation and Utilization of Wetland Carbon Sinks

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On the scientific basis,the carbon sink estimation of wetland was summarized up,that is stock-difference method and gain-loss method as a fundamental approach.The major issues when those methods were applied in that estimation had been raised up for attention to be paid.Based upon the science achievements,the research approaches and policy foundation for market trading about the wetland carbon sink had been analyzed for that sink sustainability.It was concluded that the decomposition reduction of wetland plant material and rewetting and suitable restoration of wetland are essential for its sink conservation.Nowadays,China has already set the wetland conservation for its carbon sink sustainability as a part of the national goal in the carbon peaking road-map,further elaboration on the policymaking should be taken for the wetland sink con-clusive into the voluntary market and as an offset of the partly compulsory reduction of emission.

Wetland carbon sinkwetland restorationcarbon market

ZHANG Chengyi、YU Hongmin、LI Guicai、DENG Zhengmiao、XIE Yonghong、CHAO Qingchen、YUAN Jiashuang、WANG Shikun

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National Climate Centre China Meteorological Administration No.46,Zhongguancun South Avenue,Haidian District Beijing 100081,P.R.China

Institute of Meteorological Sciences of Heilongjiang Province No.71,Diantan Road,Xiangfang District,Harbin Heilongjiang Province 150030,P.R.China

National Satellite Meteorological Centre China Meteorological Administration No.46,Zhongguancun South Avenue Haidian District,Beijing 100081,P.R.China

Dongting Lake Station for Wetland Ecosystem Research Institute of Subtropical Agriculture The Chinese Academy of Sciences Changsha 410125,P.R.China

Meteorological Bureau of Daxing'anling Prefecture No.125,Landscape Road,Jiagedaqi District,Daxing'anling Prefecture Heilongjiang Province 165099,P.R.China

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2023

10.1142/S2345748123500100

中国城市与环境研究(英文版)

中国城市与环境研究(英文版)

ISSN：2345-7481
年,卷(期)：2023.11(2)