YAN Baowen
INTRODUCTION TO YAN BAOWEN
Yan Baowen, Ph.D., Professor of Agricultural Soil and Water Engineering,
College of Water Resources and Architectural Engineering
Northwest A&F University, P.R.China.
23# Weihui Rd , Yangling, Shaanxi Province, 712100
0086-29-87092901(office)
0086-15129182942 (Cell-phone)
yanbaowen@nwsuaf.edu.cn
EDUCATION
2003 Ph.D. Agricultural Soil and Water Engineering, Northwest A&F University
1998 M.Sc. Agricultural Soil and Water Engineering, Northwest A&F University
1993 B.Sc. Geologic Exploitation, Guilin College of Metallurgic Geology
ACADEMIC POSITIONS
01/2010 – present Professor, Agricultural Soil and Water Engineering, Northwest A&F University
04/2008 – 04/2009 Visiting Professor, Iowa State University, USA
12/2004 – 12/2009 Associate Professor, Agricultural Soil and Water Engineering, Northwest A&F University
12/1998 – 12/2004 Lecturer, Agricultural Soil and Water Engineering, Northwest A&F University
07/1993 – 11/1998 Teaching Assistant, Agricultural Soil and Water Engineering, Northwest Agricultural
University
RESEARCH INTERESTS
Conservation and utilization on Soil and Water resources
Imitation of groundwater movement in irrigation area
HONORS AND AWARDS（≤10项）
2020 Prominent Coursebook Award of Higher Education in Agriculture
2020 The Charger of first-class undergraduate course at national level: “Physical Geography”
2020 Prominent Person Award of Online Teaching by Northwest A&F University
2019 The Charger of the second class Award of Teaching Achievements by Northwest A&F University
RESEARCH PROJECTS（≤10项）
2021-2024 Forecasting and imitation of non-stationarity and strong fluctuation hydrological time series under changing environment, Chinese National Natural Science Fund, ¥ 590,000 CNY, Participant
2015 Spatio-temporal fit characteristics between drought and agriculture in the northern dryland of Weihe river, Basic Scientific Research Project of Universities Directly under the Central Government, ¥ 55,000 CNY, PI
2012-2015 Study on hydrological frequency calculation method of regional incomplete series, Chinese National Natural Science Fund, ¥ 690,000 CNY, Participant
2006-2007 Study on soil and water environmental system of grain and fruit planting area in the northern Weihe river, Natural Science Fund of Shaanxi Province, ¥ 40,000 CNY, PI
SELECTED PUBLICATIONS（≤10篇）
Tang Bo, Baowen Yan*. Effect of cavity structure on the saving up and dissipation of moisture in loess soil[A] ACCESE 2021,IOP, 2021.8. Vol 791: 1-10. (EI)
Ouk Sereyrorth, Baowen Yan* , Khem Chunpanha, et al, (2020)Study on the Effects of Extreme Precipitation for Seven Growth Stages of Winter Wheat in Northern Weihe Loess Plateau, China. Journal of Water Resource and Protection, 12 : 358-380
Baowen Yan*, Ankang Zhou, Songbai Song，(2019)Multi-fractal Characteristics of Daily Runoff Series of Weihe River Watershed[J] Journal of Water Resource and Protection, 2019,11, 1146-1160.
Porn, L., Yan,B.W*., Soun, S. and Ouk, S. (2019) Effects of Loess Cavity on Soil Moisture Movement: Revealed by Soil Column and HYDRUS Model. Journal of Water Resource and Protection , 11, 371-394.
Yan Baowen*, Li Xianwen, Song Songbai. Shape of the Equilibrium Profile of Watercourse Based on Theory of Minimum Energy Dissipation. IOP conf. Earth and Environmental Science 310 (2019)022015(EI)
Yan Baowen*, Li Xianwen, Song Songbai. Study of Agro-soil & water System State of High Quality Apple Planting District in Dry Northern Weihe Loess Plateau. ICAESEE2018.(EI)
Yan Baowen，Luohuan. Fractal characteristic of channel system and runoff process and their interrelated relation of Jinghe and Luohe river [J]China Rural Water and Hydroelectricity，2017（7）：116-119
Zhou Ankang, Yan Baowen*. Fractal character of the monthly runoff process in Weihe watershed [J] Journal of Hydroelectric Engineering 2014，33（4）：7-12
Yan Baowen*，Mark D Tomer，Wen Deping. Forecast method on river water’s nitrogen concentration in the downstream Mississippi River [J] Journal of Drainage and Irrigation Machinery Engineering 2013, 31（9）：800-805
B.Yan, M.D. Tomer, D.E. James，Historical Channel Movement and Sediment Accretion along the South Fork of the Iowa River[J]. Journal of soil and water conservation (US), 2010, vol 65,No.1 PP1-8 （SCI）
