研究成果：
（1）著作：
（2）论文：
1.JiangLan Shi, HuaJiao Li*, Haizhong An, Jianhe Guan, Ning Ma. What induces the energy-water nexus in China's supply chains?. Environmental Science & Technology. 2020;54:372−379. (SCI，IF=7.149，JCR Q1前10%，中科院一区)
2.JiangLan Shi, HuaJiao Li*, Haizhong An, Jianhe Guan, Asma Arif. Tracing carbon emissions embodied in 2012 Chinese supply chains. Journal of Cleaner Production. 2019;226:28-36. (SCI，IF =6.395，JCR Q1前10%，中科院一区)
3.JiangLan Shi, HuaJiao Li*, Jianhe Guan, XiaoQi Sun, Qing Guan, XiaoJia Liu. Evolutionary features of global embodied energy flow between sectors: A complex network approach. Energy. 2017;140:395-405. (SCI，IF =4.968，JCR Q1前10%)
4.Xiaodan Han, Wei Fang*, Huajiao Li, Yao Wang, JiangLan Shi. Heterogeneity of influential factors across the entire air quality spectrum in Chinese cities: A spatial quantile regression analysis. Environmental Pollution. 2020;261:114259.(SCI，IF=5.714，JCR Q1前10%)
5.Nanfei Jia, XiangYun Gao*, DongHui Liu, JiangLan Shi, MeiHui Jiang. Identification and evolution of critical betweenness sectors and transactions from the view of CO2 reduction in supply chain network. Journal of Cleaner Production. 2019;232:163-73. (SCI，IF =6.395，JCR Q1前10%，中科院一区)
6.Ning Ma, HuaJiao Li*, YuHai Wang, SiDa Feng, JiangLan Shi, Kai Wang. Interaction pattern features and driving forces of intersectoral CO2 emissions in China: A network motif analysis. Resources Conservation and Recycling. 2019;149:391-412. (SCI，IF =7.044，JCR Q1前10%)
7.Ning Ma, HuaJiao Li*, RenWu Tang, Di Dong, JiangLan Shi, Ze Wang. Structural analysis of indirect carbon emissions embodied in intermediate input between Chinese sectors: a complex network approach. Environmental Science and Pollution Research. 2019;26:17591-607. (SCI，IF =2.914，JCR Q2)
（3）课题：
2018-2020：国家自然基金青年基金，项目名称：“全球化石能源‘贸易-空间-投资’多层网络的空间依赖性与风险传导路径研究”（项目批准号：41701121）。参与人，负责全球能源贸易数据的收集、处理及网络模型构建。
Ø2019-2021：国家自然基金青年基金，项目名称：不确定性环境下可再生能源和CCUS协同减排的机理、效应和政策机制研究（项目批准号：71804166）。参与人，负责碳排放流动路径的建模与分析。
Ø2019-2020：自然资源部资源环境承载力评价重点实验室开放课题资助项目，项目名称：京津冀城市间能-水流动耦合和协同治理路径研究（项目编号：CCA2019.16）。参与人，负责整体研究框架设计及核心模型构建。
Ø2020-2021：国家自然基金重大项目，项目名称：矿产资源全产业链可持续管理体系优化（项目批准号：71991481）。参与人，负责产业关联关系建模及关键路径识别。
