中文
He serves as a member of the Low-Carbon Development Professional Committee of the China Regional Economics Association, a member of the Economic Branch of the Chinese Land Science Society, and an editorial board member of Land Economic Research, among other positions. He has long been engaged in teaching and research in resource and environmental economic statistics and big data, specializing in integrating satellite remote sensing technology, machine learning, and spatial analysis methods to study resource economic issues. He has led three National Natural Science Foundation projects, one sub-project of the National Key R&D Program, and several provincial and ministerial-level research projects. His research has been published in academic journals such as Nature, Journal of Hazardous Materials, Resources, Conservation and Recycling, Sustainable Cities and Society, Science of the Total Environment, Chinese Science Bulletin, Acta Ecologica Sinica, and China Land Science, with over 70 first/corresponding-author papers.
- Basic Information
- Scientific Research
- Teaching Achievments
- Enrollment Information
[1] 2004年9月~2009年6月， 南京大学 ，自然地理学 ，博士研究生
[2] 2000年9月~2004年6月， 浙江师范大学 ，地理科学 ，大学本科
[1] 2018年11月~Now， 浙江财经大学
[2] 2009年9月~2018年11月， 南京大学
[1]自然资源征收智能预检关键技术研究，进行，Wushaohua,Zhang Xiang,Yan DaoHao,chengmin,Zeng Canying,Shen Ge,Zhang Yongquan,Zhang Yi
[2]粮食供需空间分离的资源环境效应与风险减缓机制，进行，2022国家自然科学基金面上项目，Wushaohua
[3]城市土壤封闭对生态系统服务影响的机理与风险评估，完成，国家自然科学基金面上项目（19年转入），Wushaohua
[4]数字技术赋能山区县生态产品价值实现的路径与对策研究，进行，2024年度浙江省软科学项目重点项目，Wushaohua
[5]“千万工程”促进农民增收的成效评价与深化建议，完成，浙江省新型智库一般课题，Wushaohua
[6]“八八战略”指引下农村人居环境治理机制的迭代演进与扩散效应，完成，浙江省社科规划“八八战略”实施20周年专项一般课题，Wushaohua
[7]省级国土空间规划编制-贵州省国土空间总体规划（2020-2035）文本、图纸、说明书及数据采购项目-碳中和，进行，Wushaohua
[8]耕地土壤有机碳三维数字制图与土壤碳汇交易试点研究，进行，Wushaohua
[9]浙江省森林生态产品价值实现机制与财政支持对策研究，完成，Wushaohua
[10]浙江省森林生态产品价值提升对策研究，进行，Wushaohua
[1]刘庄田,Wushaohua,Zeng Canying,Dang Yunxiao. Mitigation Strategy of Land Use Mix for Jobs-Housing Mismatch，Land，14:1：2025-01-05
[2]Zhenci Xu,Baorong Huang,Shuxin Li,Wushaohua. Assessing progress towards sustainable development over space and time，Nature，74-78：2020-01-02
[3]Wushaohua,Shenglu Zhou. Improving risk management by using the spatial interaction relationship of heavy metals and PAHs in urban soil，Journal of Hazardous Materials：2019-02-15
[4]Yan Daohao,WU Shaohua. Arable land and water footprints for food consumption in China: From the perspective of urban and rural dietary change，Science of the Total Environment，卷838子辑1：2022-12-31
[5]Li, Fufu,Wushaohua. A new spatially explicit model of population risk level grid identification for children and adults to urban soil PAHs，ENVIRONMENTAL POLLUTION，263:1-9：2020-08-12
[6]侯宪瑞,Wushaohua. Can urban public services and ecosystem services achieve positive synergies，Ecological Indicators，124 ，07433：2021-05-01
[7],Wushaohua. Virtual land, water, and carbon flow in the inter-province trade of staple crops in China，RESOURCES CONSERVATION AND RECYCLING，136, 179-186：2018-09-01
[8]吴绍华,巩笑微. 长三角城市网络对碳排放效率的影响机制，环境科学：2025-01-01
[9]Wushaohua,侯宪瑞,chengmin. 生态调节服务产品价值实现的适宜性评价及模式分区——以浙江省丽水市为例，中国土地科学，35(04):81-89.：2021-04-16
[10]王静怡,Wushaohua. 新型乡村资产经营模式对农民增收的机制与绩效研究——基于强村公司的实证分析，土地经济研究，2023年01期:19-37,19：2023-06-03
[1]土地评价
[2]土地政策与制度