姓名:雷廷武 性别:男
民族:汉族 政治面貌:中共党员
出生日期:1958.02.02 籍贯:湖北省洪湖市
工作单位：山东农业大学水利土木工程学院
职称：教授（山东农业大学引进第二层次人才）
通讯地址：山东省泰安市泰山区岱宗大街61号，271018
手机：** 邮箱:leitingwu@cau.edu.cn
教育背景

1978年02月~1982年01月:华中农业大学，学士学位
1983年09月~1985年07月:北京农业工程大学，硕士学位
1985年09月~1988年12月:北京农业工程大学，博士学位
1989年01月~1989年04月:澳大利亚维多利亚州持续农业研究所，访问****
1994年12月~1995年11月:美国密西根州立大学农业与生物系统工程系，高级访问****
1995年12月~1998年04月:美国普渡大学USDA-ARS国家土壤侵蚀研究实验室，博士后、副研究员
2000年09月~2000年11月:英国HAPPER ADAMS UNIVERSITY COLLEDGE及OXFORD UNIVERSITY，访问****
研究领域

1.土壤侵蚀机理
2.水土流失监测
3.农业节水灌溉
讲授研究生课程

中文课程
1.高等土壤物理学及其计算方法
2.土壤侵蚀机理
3.试验数据的计算机分析
4.FORTRAN-77结构化程序设计
5.土壤侵蚀与水土保持研究进展
英文课程
1.Soil Environmental Dynamics
2.Computer Simulation of Soil and Water Processes
3.Applied regression analysis and applications;
4.Structured programming with FORTRAN-77.
5.Mathematics
工作经历

1.2007.01~2010.12：黄土高原土壤侵蚀与旱地农业国家重点实验室，主任
2.2006.08~2006.12：黄土高原土壤侵蚀与旱地农业国家重点实验室，常务副主任
3.2000.05~2002.04：中国农业大学“新世纪人才工程”第一层次教授
4.1998.05~今：中国科学院水土保持研究所“****”研究员、博士研究生导师
5.1998.12~今：中国农业大学教授、博士研究生导师
6.1989.01~1998.12：北京农业工程大学讲师、副教授（1992年起）
7.1982.02~1983.08：华南热带作物研究院热带机械化研究所，助理工程师
8.1976.10~1978.02：湖北省洪湖市农业局，石码头公社农业技术推广站，农业技术推广员、公社管委会委员


2013年以来部分期刊论文

1.Xiaohui Zhuang, Wei Wang, Yuying Ma, Xingfa Huang, Tingwu Lei,Spatial distribution of sheet flow velocity along slope under simulated rainfall conditions,Geoderma,Volume 321,2018,Pages 1-7.(SCI)
2.Yunyun Ban, Tingwu Lei, Ren Feng, Dengfeng Qian,Effect of stone content on water flow velocity over Loess slope: Frozen soil,Journal of Hydrology,Volume 554,2017,Pages 792-799.(SCI)
3.Chao Chen, Yunyun Ban, Xuefeng Wang, Tingwu Lei,Measuring flow velocity on frozen and non-frozen slopes of black soil through leading edge method,International Soil and Water Conservation Research,Volume 5, Issue 3,2017,Pages 180-189.(SCI)
4.Jing Zhang, Tingwu Lei, Zhe Yin, Yaqi Hu, Xiusheng Yang,Effects of time step length and positioning location on ring-measured infiltration rate,CATENA,Volume 157,2017,Pages 344-356.(SCI)
5.Yunyun Ban, Tingwu Lei, Yuan Gao, Liqin Qu,Effect of stone content on water flow velocity over Loess slope: non-frozen soil,Journal of Hydrology,Volume 549,2017,Pages 525-533.(SCI)
6.Abbas E. Rahma, Wei Wang, Zejun Tang, Tingwu Lei, David N. Warrington, Jun Zhao,Straw mulch can induce greater soil losses from loess slopes than no mulch under extreme rainfall conditions,Agricultural and Forest Meteorology,Volume 232,2017,Pages 141-151.(SCI)
7.Jing Zhang, Tingwu Lei, Liqin Qu, Ping Chen, Xiaofeng Gao, Chao Chen, Lili Yuan, Manliang Zhang, Guangxu Su,Method to measure soil matrix infiltration in forest soil,Journal of Hydrology,Volume 552,2017,Pages 241-248.(SCI)
8.Xiaonan Shi, Tingwu Lei, Yan Yan, Fan Zhang,Determination and impact factor analysis of hydrodynamic dispersion coefficient within a gravel layer using an electrolyte tracer method,International Soil and Water Conservation Research,Volume 4, Issue 2,2016,Pages 87-92.(SCI)
9.Hongtao Peng, Tingwu Lei, Zhiyun Jiang, Robert Horton,A method for estimating maximum static rainfall retention in pebble mulches used for soil moisture conservation,Journal of Hydrology,Volume 537,2016,Pages 346-355.(SCI)
10.Yunyun Ban, Tingwu Lei, Zhiqiang Liu, Chao Chen,Comparison of rill flow velocity over frozen and thawed slopes with electrolyte tracer method,Journal of Hydrology,Volume 534,2016,Pages 630-637.(SCI)
11.Lili Mao, Yuzhong Li, Weiping Hao, Xiaoni Zhou, Chunying Xu, Tingwu Lei,A new method to estimate soil water infiltration based on a modified Green–Ampt model,Soil and Tillage Research,Volume 161,2016,Pages 31-37.(SCI)
12.LiLi Mao, YuZhong Li, WeiPing Hao, XuRong Mei, Vincent F. Bralts, HaoRu Li, Rui Guo, TingWu Lei,An approximate point source method for soil infiltration process measurement,Geoderma,Volume 264, Part A,2016,Pages 10-16.(SCI)

13.Yunyun Ban, Tingwu Lei, Zhiqiang Liu, Chao Chen. Comparison of Rill Flow Velocity over Frozen and Thawed Slopes with Electrolyte Tracer Method. Journal of Hydrology, 2016.01. (SCI)
14.Yuying Ma, Linqin Qu, Wei Wang, Xiusheng Yang, Tingwu Lei. Measuring soil water content through volume/mass replacement using a constant volume container. Geoderma, 2016, 271: 42-49. (SCI)
15.Yuequn Dong, Fang Li, Qingwen Zhang, Tingwu Lei.Determining ephemeral gully erosion process with the volumereplacement method.Catena, 2015, 131:119-124.(SCI)
16.Xiaonan Shi, Tingwu Lei, Fan Zhang, Yan Yan. Velocity measurement of water flow within gravel layer with electrolyte tracer method under virtual boundary condition. Journal of Hydrology, 2015, 527: 387-393. (SCI)
17.Lijuan Yan, Tingwu Lei, Jing Zhang, Qingwen Zhang, Liqin Qu. Finite element method for one-dimensional rill erosion simulation on a curved slope.International Soil and Water Conservation Research, 2015, 03.
18.Qingwen Zhang，Yuequn Dong，Fang Li，Zhengli Yang，Xinjun Huang，Tingwu Lei. Estimation of the sediment transport capacity in eroding ephemeral gullies with a flume experiment method. Catena, 2015, 01.(SCI)
19.Qinghong Yan, Tingwu Lei, Cuiping Yuan, Qixiang Lei, Xiusheng Yang, Manliang Zhang, Guangxu Su, Leping An. Effects of watershed management practices on the relationships among rainfall, runoff, and sediment delivery in the hilly-gully region of the Loess Plateau in China. Geomorphology, 2015, 228: 735-745.(SCI)
20.Qingwen Zhang, Yuequn Dong, Fang Li, Aiping Zhang, Tingwu Lei. Quantifying detachment rate of eroding rill or ephemeral gully for WEPP with flume experiments. Journal of Hydrology, 2014, 519: 2012-2019.(SCI)
21.Yuequn Dong, Xiaohui Zhuang, Tingwu Lei, Zhe Yin, Yuying Ma.A method for measuring erosive flow velocity with simulated rill. Geoderma, 2014, 232-234: 556-562.(SCI)
22.Tingwu Lei, Yan Yan, Xiaonan Shi, Ruiyuan Chuo, Jun Zhao. Measuring velocity of water flow within a gravel layer using an electrolyte tracer method with a Pulse Boundary Model. Journal of Hydrology, 2013, 500:37-44. (SCI)
23.Abbas E. Rahma, Tingwu Lei, Xiaonan Shi, Yuequn Dong, Shumei Zhou, Jun Zhao. Measuring flow velocity under straw mulch using the improved electrolyte tracer method. Journal of Hydrology, 2013, 495: 121-125. (SCI)
24.Zhe Yin, Tingwu Lei, Qinghong Yan, Zhanpeng Chen, Yuequn Dong. A near-infrared reflectance sensor for soil surface moisture measurement. Computers and Electronics in Agriculture, 2013, 99: 101-107. (SCI)