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• W4379013806 endingPage "120612" @default.
• W4379013806 startingPage "120612" @default.
• W4379013806 abstract "Forest carbon sink project (FCSP) has received growing attention for its outstanding advantages in carbon emission reduction, environment protection, and achieving the carbon neutrality objective. Using a government-social capital cooperation model, FCSP helps to revitalize the ecological and economic benefits of the forest with standard and efficient management. However, the management and operation barriers of FCSP implementation are complex, multiple and indefinite in the long run, which requires a comprehensive barrier evaluation framework. Hence, this paper is devoted to constructing a barrier evaluation framework for FCSP implementation in China with an integrated multi-criteria decision-making (MCDM) method. To this end, critical barriers are identified and the criteria system is constructed with a two-stage systematic literature review and interaction with the experts. Later, an applicable and comprehensive barrier evaluation framework is built, wherein the interval type-2 fuzzy set (IT2FS) is used to process fuzziness and uncertain information, the best-worst method (BWM) is adopted to determine the criteria weight, and the Preference Ranking Organization Method for Enrichment Evaluations II (PROMETHEE II) is introduced for comprehensive barrier evaluation. The criteria weighting results indicate that FCSP implementation encounters challenges taking into account institutional and governance barriers (criteria weight: 0.3592), management barriers (0.2384), economic and market barriers (0.1637), knowledge barriers (0.0747), technical and infrastructure barriers (0.1639), C1 “Lack of clear leadership and policies” and C5 “Forest management performance” were determined the most significant criteria, A5 and A4 respectively performed the lowest and the highest barrier level. In sensitivity analysis, the ranking results were stable when the criteria changed, and Spearman’s rank correlations of B2, B4, and B5 are significant. The results were validated by a comparative analysis with other methods with the help of Spearman’s rank correlation coefficient, which reflects accepted high correlations (Spearman’s pro values of BWM-IT2F-PROMETHEE II (Gaussian rule), BWM-IT2F-TOPSIS, and BWM-TFN-VIKOR are 1.00, 1.00, 1.00). The findings of the paper help the decision makers to develop more rational strategies and successfully implement the FCSP." @default.
• W4379013806 created "2023-06-02" @default.
• W4379013806 creator A5012301761 @default.
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• W4379013806 creator A5066377143 @default.
• W4379013806 date "2023-11-01" @default.
• W4379013806 modified "2023-10-15" @default.
• W4379013806 title "A barrier evaluation framework for forest carbon sink project implementation in China using an integrated BWM-IT2F-PROMETHEE II method" @default.
• W4379013806 cites W1975593923 @default.
• W4379013806 cites W2013516207 @default.
• W4379013806 cites W2033401964 @default.
• W4379013806 cites W2064328476 @default.
• W4379013806 cites W2071321154 @default.
• W4379013806 cites W2109631166 @default.
• W4379013806 cites W2169922273 @default.
• W4379013806 cites W2598894278 @default.
• W4379013806 cites W2618741967 @default.
• W4379013806 cites W2745046572 @default.
• W4379013806 cites W2769736425 @default.
• W4379013806 cites W2782118841 @default.
• W4379013806 cites W2809767373 @default.
• W4379013806 cites W2895788967 @default.
• W4379013806 cites W2898043096 @default.
• W4379013806 cites W2920733043 @default.
• W4379013806 cites W2932183390 @default.
• W4379013806 cites W2940996875 @default.
• W4379013806 cites W2948836082 @default.
• W4379013806 cites W2955316307 @default.
• W4379013806 cites W2979502508 @default.
• W4379013806 cites W2995921960 @default.
• W4379013806 cites W2995991409 @default.
• W4379013806 cites W3005436918 @default.
• W4379013806 cites W3005902236 @default.
• W4379013806 cites W3005934842 @default.
• W4379013806 cites W3010171526 @default.
• W4379013806 cites W3012658984 @default.
• W4379013806 cites W3019604015 @default.
• W4379013806 cites W3023356333 @default.
• W4379013806 cites W3027474149 @default.
• W4379013806 cites W3030186970 @default.
• W4379013806 cites W3031758827 @default.
• W4379013806 cites W3035162958 @default.
• W4379013806 cites W3040917626 @default.
• W4379013806 cites W3040925648 @default.
• W4379013806 cites W3044182348 @default.
• W4379013806 cites W3047398405 @default.
• W4379013806 cites W3047627239 @default.
• W4379013806 cites W3080328185 @default.
• W4379013806 cites W3080402934 @default.
• W4379013806 cites W3090114780 @default.
• W4379013806 cites W3107072952 @default.
• W4379013806 cites W3107102593 @default.
• W4379013806 cites W3108524179 @default.
• W4379013806 cites W3110544309 @default.
• W4379013806 cites W3112515481 @default.
• W4379013806 cites W3122745434 @default.
• W4379013806 cites W3134695373 @default.
• W4379013806 cites W3136987169 @default.
• W4379013806 cites W3140241721 @default.
• W4379013806 cites W3156743365 @default.
• W4379013806 cites W3162573363 @default.
• W4379013806 cites W3164883709 @default.
• W4379013806 cites W3183750913 @default.
• W4379013806 cites W3187552529 @default.
• W4379013806 cites W3198403167 @default.
• W4379013806 cites W3204232442 @default.
• W4379013806 cites W3204549504 @default.
• W4379013806 cites W3208576925 @default.
• W4379013806 cites W3215721903 @default.
• W4379013806 cites W4205627267 @default.
• W4379013806 cites W4206038849 @default.
• W4379013806 cites W4210508553 @default.
• W4379013806 cites W4210883430 @default.
• W4379013806 cites W4214748963 @default.
• W4379013806 cites W4220711759 @default.
• W4379013806 cites W4220743147 @default.
• W4379013806 cites W4220887482 @default.
• W4379013806 cites W4225596866 @default.
• W4379013806 cites W4229039555 @default.
• W4379013806 cites W4280493250 @default.
• W4379013806 cites W4280573314 @default.
• W4379013806 cites W4281255667 @default.
• W4379013806 cites W4281259789 @default.
• W4379013806 cites W4281691046 @default.
• W4379013806 cites W4282840206 @default.
• W4379013806 cites W4283771172 @default.
• W4379013806 cites W4284957900 @default.
• W4379013806 cites W4292171383 @default.
• W4379013806 cites W4293371351 @default.
• W4379013806 cites W4295078076 @default.
• W4379013806 cites W4321604027 @default.
• W4379013806 cites W4324335401 @default.
• W4379013806 doi "https://doi.org/10.1016/j.eswa.2023.120612" @default.
• W4379013806 hasPublicationYear "2023" @default.
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