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Global climate damage in 2℃ and 1.5℃ scenarios based on BCC_SESM model in IAM framework

Advances in climate Change Research 2020年第3期11卷 261-272页

作者： ZHAO Zi-Jian CHEN Xiao-Tong LIU Chang-Yi YANG Fang TAN Xin ZHAO Yang HUANG Han WEI Chao SHI Xue-Li ZHAI Wen GUO Fei Bas J.VAN RUIJVEN Global Energy Interconnection Development and Cooperation Organization Beijing100031China National climate Center China Meteorological AdministrationBeijing100081China Beijing City University Beijing100083China International Institute for Applied Systems Analysis(II ASA) Laxenburg2361Austria

The quantitative functions for climate damages provide theoretical ground for the cost-benefit analysis in climate change economics,and they are also critical for linking climate module with economic module in the Integrated Assessment Models(IAMs).Nevertheless,it is necessary for IAMs to update sectoral climate impacts in order to catch up the advance in climate change *** study updates the sectoral climate damage function at global scale from climate Framework for Uncertainty,Negotiation and Distribution(FUND)model and develops the aggregate climate damage function in a bottom-up *** conventional sectors such as agriculture,forestry,water resources,energy consumption and ecosystems,this study expands climate disaster types,assesses human health impacts caused by various air pollutants,and updates coastal damage by sea level *** Beijing climate Center Simple Earth System Model(BCC_SESM)is used to project climate system based on Business-as-Usual(BAU)scenario,and the 2℃ and 1.5℃ scenarios based on RCPs and SSP2 *** results show that the agricultural sector is projected to suffer 63% of the total damage,followed by water resources(16%)and human health(12%)sectors in *** regression results indicate that the aggregate climate damage function is in positive quadratic form for zero *** BAU scenario,the aggregate climate damage is projected to be 517.7 trillion USD during *** to that,the 2℃ and 1.5℃ scenarios are projected to respectively reduce climate damages by 215.6 trillion USD(approximately 41.6%)and 263.5 trillion USD(50.9%)in 2011-2100.

关键词： climate change climate impact climate damage function Integrated assessment model(IAM) Earth system model(ESM)

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