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2. Navigating the digital divide: unraveling the impact of ICT usage and supply on SO2 emissions in China’s Yangtze River Delta. (2024). Dou, Shanshan ; Song, Qiuya ; Wu, Qinqin ; Wei, Mengjie ; Shi, Junguo ; Kashif, Umair ; Naseem, Snovia ; Li, Sihan.
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3. Labor allocation: How environmental regulation promotes industrial structure. (2023). Sun, Yingjie ; Cui, Gengrui ; Lin, Chun.
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4. Can the Energy-Consumption Permit Trading Scheme Curb SO 2 Emissions? Evidence from a Quasi-Natural Experiment in China. (2022). Liu, Mengyao ; Jiang, Hongli.
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1. LightGBM-BES-BiLSTM Carbon Price Prediction Based on Environmental Impact Factors. (2025). Zeng, Zhaonan ; Zhou, Xiaoping ; Wang, Peipei.
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2. Synergistic cost-benefit analysis of emission trading schemes and renewable portfolio standards in China. (2025). Wang, Qunwei ; Du, Hongyang ; Wu, Huihuang ; Li, Peier ; Hu, Xiurong.
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3. Distributional impacts of technology pathways for US power sector transformation. (2025). Yuan, Mei ; Ntiamoah, Jennifer ; Awara, Sarah ; Brown, Maxwell.
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4. Integrating Sustainable Development Goals in Environmental, Social and Governance Criteria and the Sustainability Transformation of the EU Business Sector. (2025). Koundouri, Phoebe ; Plataniotis, Angelos ; Dellis, Konstantinos ; Landis, Conrad.
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5. Testing the Effectiveness of Government Investments in Environmental Governance: Evidence from China. (2024). chen, yiguo ; Chang, Tsangyao ; Luo, Peng.
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6. Research on Energy Trading Mechanism Based on Individual Level Carbon Quota. (2024). Tang, Xin ; Chen, Fang ; Wang, DI ; Zhao, Daozhi.
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7. Study on the impact of emission trading scheme on technological progress of power generation sector in China: A perspective from energy transition. (2024). Liu, Xinyu ; Sun, Kege ; Zhou, Fengqi.
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8. Interaction effects of market-based and incentive-driven low-carbon policies on carbon emissions. (2024). Jia, Zhijie ; Wen, Shiyan.
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9. Induced innovation in power generation technologies: Evidence from the Tokyo–Saitama Emissions Trading System. (2024). Takeuchi, Kenji ; Jia, Xiao.
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10. No pain, no gain? Simulation of carbon reduction potential and socioeconomic effects of voluntary carbon trading in China during 2021–2060. (2024). Chen, Shaoqing ; Fan, Dian.
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11. Evaluation of a carbon tax in Costa Rica linking a demand system focused on energy goods and an input-output model. (2024). Mardones, Cristian ; Alvial, Esteban.
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12. Cost-effective energy development pathway considering air quality co-benefits under climate target: A case study of Anhui Province in China. (2024). Fan, Shuting ; Zhang, Shihui ; Wang, Can.
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13. Emissions Trading Systems, Structure Adjustment and Air Pollution Reduction: Evidence from Enterprises in China. (2023). Dai, Zewei ; Deng, Shuxin ; Lyu, Chaofeng.
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14. Low-carbon technology diffusion and economic growth of China: an evolutionary general equilibrium framework. (2023). Cai, Wenjia ; An, Kangxin ; Wang, Can.
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15. An assessment of socioeconomic indicators and energy consumption by considering green financing. (2023). Lee, Chien-Chiang ; Hussain, Jafar.
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16. Spatial externality of journalism on carbon efficiency: A quasi-natural experiment based on interplay of journalism-based professionally generated content and digital economy. (2023). Chen, Zhan-Ming ; Zhang, Xiaotao ; Xu, Weiyin ; Huo, DA ; Tang, Aidi.
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17. Can the SO2 emission trading system promote urban emission reduction?. (2022). Wu, Zhouyi ; He, Yang ; Sun, Wenxuan ; Yang, Siying.
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18. How to Promote Low-Carbon Cities with Blockchain Technology? A Blockchain-Based Low-Carbon Development Model for Chinese Cities. (2022). Fu, Xiwen ; Wang, Shuxin.
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19. The Impact of SO 2 Emissions Trading Scheme on Firm’s Environmental Performance: A Channel from Robot Application. (2022). Wang, Yijing ; Song, Jian.
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20. A two-stage benefit optimization and multi-participant benefit-sharing strategy for hybrid renewable energy systems in rural areas under carbon trading. (2022). Hu, Yi Tang ; Li, Songrui ; Nie, Qingyun ; Zhang, Lihui.
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21. The energy, environment and economy impact of coal resource tax, renewable investment, and total factor productivity growth. (2022). Jia, Zhijie ; Wen, Shiyan.
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22. Long-term impacts of carbon allowance allocation in China: An IC-DCGE model optimized by the hypothesis of imperfectly competitive market. (2022). Ma, Zhe ; Wu, Qunli ; Meng, Fanxing.
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23. Study on the effect of carbon trading regulation on green innovation and heterogeneity analysis from China. (2022). Li, Yemei ; Shan, Yanfei ; Liu, Ming.
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24. Electricity market Reform: The perspective of price regulation and carbon neutrality. (2022). Lin, Boqiang ; Jia, Zhijie ; Wen, Shiyan.
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25. Active Participation of Buildings in the Energy Networks: Dynamic/Operational Models and Control Challenges. (2021). Papadopoulou, Simira ; Walker, Sara L ; Nikkhah, Saman ; Bialek, Janusz W ; Giaouris, Damian ; Allahham, Adib.
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26. The impact of emissions trading system on corporate energy efficiency: Evidence from a quasi-natural experiment in China. (2021). Li, Shan ; Liu, Jianjiang ; Shi, Daqian.
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27. Leadership and Climate Policy. (2021). Mideksa, Torben.
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28. Quantity or quality? The impacts of environmental regulation on firms’ innovation–Quasi-natural experiment based on Chinas carbon emissions trading pilot. (2020). Hu, Jiangfeng ; Pan, Xinxin ; Huang, Qinghua.
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29. Does China’s Pollution Levy Standards Reform Promote Green Growth?. (2019). Zhang, Ning ; Tu, Zhengge ; Zhou, Tao.
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30. The impact of the EU Emissions Trading System on low-carbon technological change: The empirical evidence. (2019). Teixido, Jordi ; Nicolli, Francesco ; Verde, Stefano F.
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31. Did the EU ETS Make a Difference? An Empirical Assessment Using Lithuanian Firm-Level Data. (2016). Jaraite-Kažukauskė, Jūratė ; Di Maria, Corrado ; Jaraite-Kaukauske, Jurate .
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32. Did the EU ETS make a difference? An empirical assessment using Lithuanian firm-level data. (2014). Jaraite-Kažukauskė, Jūratė ; Di Maria, Corrado.
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33. Assessing the effectiveness of the EU Emissions Trading System. (2013). Sato, Misato ; Laing, Timothy ; Grubb, Michael ; Comberti, Claudia.
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