在国际ssci/sci和国内cssci期刊发表论文近50篇，主要论文如下： l 第一作者发表论著： [1] ding tao, song manlin. natural resource regulation in china. . isbn: 978-981-99-5592-3. springer, 英文专著（276页）. [2] 丁涛，宋马林，中国推进“双碳”目标：效率评价、影响机制与实现路径. 《经济科学出版社》，2022年6月，中文专著. [3] 丁涛, 梁樑. 基于方案占优和排序稳健性的多属性决策方法[j]. 中国管理科学, 2016(8):132-138. [4] 丁涛, 吴华清*, 梁樑. 360度评估体系中权重调整方法研究[j]. 中国管理科学, 2016(7):149-154. [5] 丁涛, 杨洁, 宋平凡* (2022). 中国八大经济区碳排放驱动因素研究—基于时空技术异质性视角[j]. 软科学.第7期. [6] 丁涛，黄宇菲，冯奎，吴华清*(2023). 中国区域低碳发展水平测度、区域差距与空间收敛性研究—来自八大综合经济区的证据[j]. 经济问题探索. 第2期. [7] ding tao, zhang yueqi, zhou peng*, zhao xin. local government competition, decision-making behavior and green land use total factor productivity: evidence from cities in china. managerial and decision economics. [8] ding tao, li hao, tan ruipeng*, zhao xin*. (2023). how does geopolitical risk affect carbon emissions?: an empirical study from the perspective of mineral resources extraction in oecd countries. resources policy, 85, 103983(ssci一区). [9] ding tao, li jiangyuan, shi xing, li xuhui, chen ya*. (2023). is artificial intelligence associated with carbon emissions reduction? case of china. resources policy, 85, 103892. (ssci一区). [10] ding tao, zhang yun, zhang danlu*, li feng*. (2023). performance evaluation of chinese research universities: a parallel interactive network dea approach with shared and fixed sum inputs. socio-economic planning sciences, 87, 101582. (ssci一区). [11] ding tao, yang jie, wu huaqing*, liang liang. (2022). land use efficiency and technology gaps of urban agglomerations in china: an extended non-radial meta-frontier approach. socio-economic planning sciences, 79, 101090. (ssci一区). [12] ding tao, li jiangyuan, shi xing*, wu huaqing. (2021). driving forces of water intensity in china’s industrial sector: a global meta-frontier production-theoretical decomposition analysis. , 7(3), 1-25. [13] ding tao, huang yufei, he weijun, zhuang delin*. (2021). spatial-temporal heterogeneity and driving factors of carbon emissions in china. environmental science and pollution research, 28(27), 35830-35843. [14] ding tao, zhou zhixiang*, dai qianzhi, liang liang. (2020). analysis of china’s regional economic environmental performance: a non-radial multi-objective dea approach. computational economics, 55(4), 1209-1231. [15] ding tao, yang jie, wu huaqing, wen yao*, tan changchun, liang liang. (2021). research performance evaluation of chinese university: a non-homogeneous network dea approach. journal of management science and engineering (管理科学报英文版), https://doi.org/10.1016/j.jmse.2020.10.003. [16] ding tao, wu huaqing, jia junjun, wei yuqi*, liang liang. (2020). regional assessment of water-energy nexus in china’s industrial sector: an interactive meta-frontier dea approach. journal of cleaner production, 244, 118797. [17] ding tao, wu huaqing, dai qianzhi*, zhou zhixiang, tan changchun. (2020). environmental efficiency analysis of urban agglomerations in china: a non-parametric meta-frontier approach. emerging markets finance and trade, 56(13), 2977-2992. [18] ding tao, liang liang, zhou kaile, yang min, wei yuqi*. (2020). water-energy nexus: the origin, development and prospect. ecological modelling, 419, 108943. [19] ding tao, li feng, liang liang. fixed cost and resource allocation considering technology heterogeneity in two-stage network production systems. in: charles v., aparicio j., zhu j. (eds) data science and productivity analytics. international series in operations research & management science, 2020, vol 290. springer, cham. [20] ding tao, chen ya, wu huaqing*, wei yuqi. centralized fixed cost and resource allocation considering technology heterogeneity. annals of operations research,2018,268(1-2):497-511.(abs3星). [21] ding tao, zhu qingyuan*, zhang baofeng liang liang. centralized fixed cost allocation for generalized two-stage network dea. information systems and operational research,2019,57(2):123-140. [22] ding tao, liang liang, yang min*, wu huaqing. multiple attribute decision making based on cross-evaluation with uncertain decision parameters. mathematical problems in engineering, 2016, 2016(2):1-10. l 通讯作者发表论著： [23] song malin, ding tao*, chen jiandong. natural resources utilization in china evaluation, coordination, and effects. . isbn: 978-981-99-4980-9. springer, 英文专著（315页）. [24] jin feifei, cai yuhang, zhou ligang, ding tao*. regret-rejoice two-stage multiplicative dea models-driven cross-efficiency evaluation with probabilistic linguistic information. omega, 2023,117,102839.（abs3星，ssci一区）. [25]李大海，丁涛*，梁樑，杨敏，胡婉婷. 基于多代理人竞争的连续时间风险投资激励机制研究 . 系统科学与数学，2023, 43(9), 2232-2251. [26] peng fei, zhou shibiao, ding tao*, wu huaqing. (2023). impact of fiscal expenditure stress on green transformation risk: evidence from china education authority reform. economic change and restructuring, accepted. [27] li jiangyuan, ding tao*, liang liang. (2023). does water resource fee to tax policy help reduce water pollution in china? water economics and policy. [28] li qianqian, deng guangwei, wu huaqing, ding tao*, chen ya*(2023). exploring water use in mildly water-scarce regions: a structural decomposition analysis for anhui province in china. water economics and policy. . [29] liang shizhi, yang jie*, ding tao*. performance evaluation of ai driven low carbon manufacturing industry in china: an interactive network dea approach. computers & industrial engineering, 2022, 170(1):108248. [30] yang min, an qingxian, ding tao*, liang liang. carbon emission allocation in dea approach based on gradually efficiency improvement and emission reduction planning principle. annals of operations research, 2019, 278, 123-139.(abs3星). [31] liang changyong, wang binyou, ding tao*, ma yinchao. (2020). dea based production planning considering technology heterogeneity with undesirable outputs. rairo- operations research, 54(2), 325-339. [32] zhou zhixiang, wu huaqing, ding tao*, xia qiong. (2019). non-radial directional distance function for measuring the environmental efficiency of the chinese iron and steel industry. tropical conservation science, 12, 1-12. [33] liang shizhi, huang yufei, ding tao*. (2021). efficiency evaluation and projection improvement of the industrial water-energy nexus in china based on network data envelopment analysis. frontiers in energy research, 9, 707922. [34] tan changchun, peng qinhong, ding tao*, zhou zhixiang*. (2021). regional assessment of land and water carrying capacity and utilization efficiency in china. sustainability, 13(16), 9183. [35] tao aiping, liang qun, kuai peng*, ding tao*. (2021). the influence of urban sprawl on air pollution and the mediating effect of vehicle ownership. processes, 9(8), 1261. l 非第一作者非通讯作者论著： [36] jiao jianling, yang jie, ding tao. (2023). in china—based on the perspective of micro enterprises journal of environmental management. (abs3星). [37] wu huaqing, wang ling, ding tao, peng fei. (2023). does urban low-carbon governance affect firms’ business decisions for employing capital and labor? journal of environmental planning and management. [38] 胡婉婷, 丁晶晶, 丁涛, 梁樑. (2021). 存在收益共享与合作努力的双渠道动态定价策略研究. 管理工程学报, 35(05), 247-257. [39] 李江元, 丁涛. (2020). 我国碳排放增长的驱动因素分解——基于lmdi模型. 煤炭经济研究(6), 47-56. [40] chen ya, pan yongbin, wang mengyuan, ding tao, zhou zhixiang, wang ke. (2023) how industrial sectors contribute to carbon peaking and carbon neutrality goals? a heterogeneous energy efficiency analysis for beijing. structural change and economic dynamics, 66:67-80. [41] wu huaqing, wang ling, ding tao, peng fei. does urban low-carbon governance affect firms’ business decisions for employing capital and labor? journal of environmental planning and management. 2023. [42] guo chuanyin, wei fajie, ding tao, liang liang, zhang linyan. multistage network dea: decomposition and aggregation weights of component performance. computers & industrial engineering, 2017,113:64-74. [43] an qingxian, wen yao, ding tao, li yongli. resource sharing and payoff allocation in a three-stage system: integrating network dea with the shapley value method. omega, 2018,1-10. （abs3星，ssci一区）. [44] han haibin, ding tao, nie lei, hao zhenzhen. agricultural eco-efficiency loss under technology heterogeneity given regional differences in china. journal of cleaner production, 2019, 119511. [45] he weijun, zhang bin, ding tao. sources of provincial carbon intensity reduction potential in china: a non-parametric fractional programming approach. science of the total environment, 2020, 139037. [46] zhou zhixiang, chen ya, song pingfan, ding tao. china's urban air quality evaluation with streaming data: a dea window analysis. science of the total environment, 2020, 727: 138213. [47] chen ya, wang yan, ding tao, wu huaqing. water footprint and virtual water trade analysis in water-rich basins: case of the chaohu lake basin in china. science of the total environment, 2022, 843(2):156906. [48] li jiao, ding tao, he weijun. socio-economic driving forces of pm2.5 emission in china: a global meta-frontier-production-theoretical decomposition analysis. environmental science and pollution research, 2022, 29,77565-777579. [49] han jianyu, he min, xie honglin, ding tao. the impact of scientific and technological innovation on high-quality economic development in the yangtze river delta region. sustainability, 2022, 14(21), 14346. [50] zhao chenghao, chen guangrui, wang pengfei, ding tao, wang xinru.(2023). does sustainable development in resource-based cities effectively reduce carbon emissions? an empirical study based on annual panel data of 59 prefecture-level cities in china. sustainability, 15(10), 8078.
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