曹涛鸿
讲师
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通信地址:杭州市钱塘区学林街583号浙江水利水电学院实南403办公室
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教育背景

1. Cao, T.H., She, D.L., Pan, Y.C., Ge, J.M., Qu, S.H., Ju, X.N., Huang, X., Xia, Y.Q., Fernandez-Garcia, D. 2025. Groundwater denitrification dynamics and N2O emissions across diverse cultivated land types in the Taihu lake region. Water Research 287, 124383.

2. Cao, T.H., She, D.L., Fernández-Garcia, D., Xiao, M.H., Hue, W., Ge, J.M., Pan, Y.C., Yang, D.M., Xia, Y.Q. 2026. Soil Nitrate Distribution and Removal in a Soybean–Wheat System in Response to Groundwater Level Variations. Environmental Technology & Innovation 41, 104683

3. Cao, T.H., She, D.L., Zhang, X. and Yang, Z. 2022. Understanding the influencing factors and mechanisms (land use changes and check dams) controlling changes in the soil organic carbon of typical loess watersheds in China. Land Degradation & Development 33(16), 3150-3162.

4. Cao, T.H., She, D.L., Zhang, X., Yang, Z. and Wang, G.B. 2022. Pedotransfer functions developed for calculating soil saturated hydraulic conductivity in check dams on the Loess Plateau in China. Vadose Zone Journal 21(6).


工作履历

20257~至今:浙江水利水电学院农业水利工程系,讲师


开设课程

水利工程概预算、工程材料


研究领域

农业水土环境保护、农业面源污染


教科研项目

1. 参与国家重点研发计划项目“南方典型农区氮磷迁移转化过程与面源污染发生及调控机制”子课题“平原河网区面源氮成污机制与路径识别”

2. 参与国家自然科学基金“海涂盐碱地农业汇水区反硝化和厌氧氨氧化脱氮机制与过程模拟”、3. 参与国家自然科学基金“宁夏引黄灌区农田面源氮磷迁移规律及其地表水质响应机制”


学术兼职


成果与奖励

1. Cao, T.H., She, D.L., Pan, Y.C., Ge, J.M., Qu, S.H., Ju, X.N., Huang, X., Xia, Y.Q., Fernandez-Garcia, D. 2025. Groundwater denitrification dynamics and N2O emissions across diverse cultivated land types in the Taihu lake region. Water Research 287, 124383.

2. Cao, T.H., She, D.L., Fernández-Garcia, D., Xiao, M.H., Hue, W., Ge, J.M., Pan, Y.C., Yang, D.M., Xia, Y.Q. 2026. Soil Nitrate Distribution and Removal in a Soybean–Wheat System in Response to Groundwater Level Variations. Environmental Technology & Innovation 41, 104683

3. Cao, T.H., She, D.L., Zhang, X. and Yang, Z. 2022. Understanding the influencing factors and mechanisms (land use changes and check dams) controlling changes in the soil organic carbon of typical loess watersheds in China. Land Degradation & Development 33(16), 3150-3162.

4. Cao, T.H., She, D.L., Zhang, X., Yang, Z. and Wang, G.B. 2022. Pedotransfer functions developed for calculating soil saturated hydraulic conductivity in check dams on the Loess Plateau in China. Vadose Zone Journal 21(6).


学术成果
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