Education:

 Ph D, Technological Economics and Management, Hohai University, Sept. 2008-Jun. 2013 Joint Ph D, Water Resource Management, Columbia University, Sept. 2011-Sept. 2012

 Bachelor, International Economics and Trade, Hohai University, Sept. 2004-Jun. 2008

Academic Experience:

2011.09-2012.09, Joint PhD Students Sponsored by of China Scholarship Council. Water Management, Columbia University

Master Courses: “Theory and Practice of Sustainable Development”, “Industrial Economics”, “Technical Economic Evaluation Theory and Methods” 

Undergraduate Courses: “The World Made by Trade”, “Financial Markets and Institutions”, “Personal Finance”, “Business English”, “Social Science Research Methods”, “Technical Economics”, “WTO Rules (English)”

Master Courses: “Theory and Practice of Sustainable Development”, “Industrial Economics”, “Technical Economic Evaluation Theory and Methods” 

Undergraduate Courses: “The World Made by Trade”, “Financial Markets and Institutions”, “Personal Finance”, “Business English”, “Social Science Research Methods”, “Technical Economics”, “WTO Rules (English)”

Having published more than 30 papers as the first author, including 6 indexed by SCI/SSCI, 2 indexed by EI, 12 indexed by CSSCI; more than 20 papers as co-author. The representative ones are as follows:

[1] Zhaodan WU, Min ZHAO, Quanliang YE. The influence of technology improvements and the consistency of environmental and economic indicators on decoupling of greenhouse gas emissions and economic growth[J].Sustainable Production and Consumption, 2023, 42:14-22. (SSCI Q1, SCI)

[2] Zhaodan WU, Min WANG, Quanliang YE. Integrating the inter- and intra-annual dynamic features of capital into environmental footprint assessment: Revisiting China's greenhouse gas footprints, 1995-2015[J]. Science of the Total Environment, 2021, 801: 149629. (SCI Q1)

[3] Zhaodan WU, Lan YANG, Qiyong CHEN, Quanliang YE. The impacts of international trade on global greenhouse gas emissions: A thought experiment based on a novel no-trade analysis[J]. Journal of Environmental Management, 2021, 300: 113836. (SCI Q2)

[4] Zhaodan WU, Quanliang YE. Water pollution loads and shifting within China's inter-province trade[J]. Journal of Cleaner Production,2020,259,120879. (SCI Q1)

[5] Zhaodan WU, Yi ZHANG, Yu HUA, et al. An improved system dynamics model to evaluate regional water scarcity from a virtual water perspective: A case study of Henan Province, China[J]. Sustainability,2020,12,7517. (SSCI Q3，SCI)

[6] Zhaodan WU, Quanliang YE, Ze TIAN. Effects of the policy and human intervention on the infrastructure-environment nexus in China[J]. Sustainability,2020,12(18):7279. (SSCI Q3，SCI)

[7] Zhaodan WU, Yi ZHANG, Zhaolei WU, et al. Study on the Spatio-temporal Evolution and Influencing Factors of Economic Efficiency of Generalized Water Use for Crop Production in China's Major Grain-producing Area[J]. Resources and Environment in the Yangtze Basin,2021,30(11):2763-2777. (CSSCI)

[8] Zhaodan WU, Yu HUA, Tong LI, et al. Influencing Factor Analysis of the Scale Evolution of Water Conservancy Scenic Spots along the Yangtze River Economic Belt Based on LMDI[J]. Resources and Environment in the Yangtze Basin,2021,30(04):869-878. (CSSCI)

[9] Zhaodan WU, Upmanu LALL, Zhangqi WANG, et al. Regional disparity of water footprint in China in the production perspective: the analytical framework of “amount- structure-efficiency”[J]. China Population, Resources and Environment,2015,25(12):85-94. (CSSCI )

[10] Zhaodan WU, Min ZHAO, Upmanu LALL. Regional difference of water use efficiency of crop production in the world: analysis and suggestions[J]. China Population, Resources and Environment,2013,23(07):55-62. (CSSCI )

[11] Zhaodan WU, Min ZHAO, Upmanu LALL. A review of researches on Chinese water footprint[J]. China Population, Resources and Environment,2013,23(11):73-80. (CSSCI )

[12] Zhaodan WU, Min ZHAO, Ze TIAN, Chao MA. Regional comparison of water footprint in China based on the Multi-regional Input-output Analysis: in the analytical framework of “amount-relative index-structure”[J]. Journal of Natural Resources,2017,32(01):76-87. (CSSCI)

[1] Zhaodan WU. Inter-regional Comparison of Water Footprint in China: Based on the “Production-Consumption” Perspective[M]. Beijing: Tsinghua University Press.2015.11.

[2] Ji HE, Wendi ZHANG, Zhaodan WU, Wei LI. Research on the Asset Management Model and Mechanism of Large and Medium-sized Water Conservancy Projects Participated by Social Capital[M]. Nanjing: Hohai University Press.2018.12.

[3] Wendi ZHANG, Ji HE, Zhaodan WU, Wenhao YU. Research on the Systems and Mechanisms of the Water Conservancy Supervision and Management in the New Era: Institution System Research[M].Nanjing: Hohai University Press.2022.1.

[4] Ji HE, Wendi ZHANG, Zhaodan WU. Research on the Systems and Mechanisms of the Water Conservancy Supervision and Management in the New Era: Management System Research[M].Nanjing: Hohai University Press.2022.1. 

Having hosted 1 fund in the national level, 6 in provincial and ministerial level, 14 other projects. The representative ones are as follows:

(1) National Natural Science Foundation of China, Spatial heterogeneity of Chinese water footprint based on the production-consumption perspective (41401634), Jan. 2015- Dec. 2017, PI

(2) The Foundation for Humanities and Social Sciences Research of the Ministry of Education of China, Study on the coordination Mechanism of Dynamic Benefit in the Water Environment Treatment Integration in the Yangtze Delta (20YJC630161), Jan. 2020- Dec. 2022, PI

(3) The Social Science Fund of Jiangsu Province, Research on the path and mechanism of water resources governance in Jiangsu Province under the goal of Dual Carbon (23GLC003), Jun. 2023- Dec. 2025, PI

(4) Soft Science Research Funding Project for Policy Guidance of Jiangsu Province, Research on the support path of science and technology on the water environment treatment in the Yangtze River and Huaihe River Ecological Corridor (BR2018010), May. 2018- Feb. 2019, PI

(5) Soft Science Research Funding Project for Policy Guidance of Jiangsu Province. Research on the ways to play the supporting role of scientific and technological innovation in the construction of water ecological civilization in Jiangsu Province (BR2015006), May. 2015- Jan. 2016, PI

(6) Soft Science Research Funding Project for Policy Guidance of Jiangsu Province. The water footprint analysis and water saving ways in Jiangsu Province based on the production-consumption perspective. (BR2014017), May. 2014-Nov. 2014, PI

(7) The General Project of Philosophy and Social Science Research in Colleges and Universities of Jiangsu Province. Optimization of water use structure in Jiangsu Province based on the inter-regional comparison of the production and consumption water footprint in Jiangsu Province (2014SJD061), Jul. 2014- Dec. 2016, PI

(8) The Fundamental Research Funds for the Central Universities of China. Research on strategies to improve the resilience of agricultural product supply chain under drought conditions in major grain-producing areas of China (B230207063), May. 2023- Dec. 2024, PI

(9) The Fundamental Research Funds for the Central Universities of China. Research on synergy/trade-off between water resource utilization efficiency and inter-regional equity in China’s food supply (B210202154), Dec. 2020- Dec. 2022, PI

(10) Project Commissioned by the Development Research Center of the Ministry of Water Resources of China. Compilation and publication of book manuscripts series on the research on the systems and mechanisms of water conservancy supervision and management in the new era (820082016), Nov. 2020- Jun. 2023, PI

[1] Zhaodan WU, Min WANG, Quanliang YE. Integrating the inter- and intra-annual dynamic features of capital into environmental footprint assessment: Revisiting China's greenhouse gas footprints, 1995-2015[J]. Science of the Total Environment, 2021, 801: 149629 (the Second Prize of the 17th Changzhou Philosophy and Social Sciences Outstanding Achievements Award in 2023)

[2] Zhaodan WU, Quanliang YE. Water pollution loads and shifting within China's inter-province trade[J]. Journal of Cleaner Production,2020,259,120879. (the Third Prize of Science and Technology Award of China Federation of Commerce in 2021) 

[3] Zhaodan WU, Min ZHAO, Upmanu LALL. Pattern of Chinese Regional Virtual Water Flow in the Agriculture, Forestry, Animal Husbandry and Fishery Industry[J].Soft Science,2016,30(11):44-47. (the Third Prize of the 15th Outstanding Achievement Award in Philosophy and Social Sciences of Changzhou City in 2019)

[4] Zhaodan WU, Min ZHAO, Upmanu LALL. Pattern of Provincial Virtual Water Flow in China Based on  Multi-Regional Input-Output Analysis[J].Journal of Hohai University (Philosophy and Social Science),2016,18(06):62-69+96. (the Third Prize of the 14th Outstanding Scientific Papers in Natural Science of Changzhou City in 2017)

[5] Zhaodan WU, Min ZHAO, Upmanu LALL. Regional difference of water use efficiency of crop production in the world: analysis and suggestions[J]. China Population, Resources and Environment,2013,23(07):55-62. (the Third Prize of Science and Technology Award of China Federation of Commerce in 2014)

[6] Zhaodan WU, Min ZHAO, Ze TIAN, Chao MA. Regional comparison of water footprint in China based on the Multi-regional Input-output Analysis: in the analytical framework of “amount-relative index-structure”[J]. Journal of Natural Resources,2017,32(01):76-87. (the Third Prize of Science and Technology Award of China Federation of Commerce in 2017)