Northwest A&F University
College of Resources and Environment
Tel: 029-87082793 / Fax:
Email: wangjian@nwsuaf.edu.cn, w184388610@126.com
Address: Xinong Road 3#, Yangling, Shaanxi
Postcode: 712100
Summary
Jian WANG is a Professor in College of Resources and Environment, Northwest A&F University. He specializes in the efficient use of soil and water resources and soil erosion. He has been devoted to the teaching and scientific research of hydrology and soil erosion principles for a long time.
EDUCATION
2003-2008: Ph.D., Soil and Water Conservation and Desertification Combating, College of Resource and Environment, Northwest A&F University, Yangling Shaanxi；
1998-2001: M.Sc., College of Water Resources & Architectural Engineering, Northwest A&F University, Yangling Shaanxi;
1990-1994: B.Sc., College of Water Resources & Architectural Engineering, Northwest Agriculture University, Yangling Shaanxi.
POSITIONS
2017-present Professor，Water and Soil Conservation
Northwest A&F University, Yangling Shaanxi
Courses offered: Hydrology，Soil Erosion
2014-2015 Visiting scholar, Water and Soil Conservation
American Soil Dynamics Laboratory, USDA
2006-2017 Associate professor，Water and Soil Conservation
Northwest A&F University, Yangling Shaanxi
Courses offered: Hydrology，Soil Erosion, Irrigation and Drainage
1999-2006 Lecture, Water and Soil Conservation
Northwest A&F University, Yangling Shaanxi
Courses offered: Hydrology，Water Resource
1994-1999 Teaching assistant, Water and Soil Conservation
Northwest A&F University, Yangling Shaanxi
Courses offered: Hydrology，Water Resource
RESEARCH INTERESTS
1. Efficient utilization of water and soil resources;
2. Soil erosion.
TEACHING ACTIVITIES
(1) Hydrology (for undergraduate students)
(2) Principle of soil erosion (for undergraduate students)
(3) Water and soil conservation for development and construction projects (for undergraduate students)
(4) Water-saving irrigation project (for undergraduate students)
(5) Watershed hydrology (for graduate students)
(6) Course in slope hydrology (for graduate students)
SUPERVISION of PhD & MSc
(7) PhD student: 1
(8) MSc students: 23
RESEARCH PROJECTS
2018-2021 Hydraulic connectivity and infiltration mechanism of micro-topography of sloping farmland (National Natural Science Foundation of China)
2018-2020 Research on the Implementation Effect of National Key Project of Soil and Water Conservation in Northwest China (Project of Soil and Water Conservation Monitoring Center of Ministry of Water Resources)
2020-2020 Science and Technology Demonstration of Soil and Water Conservation Demonstration Park in North Foot of Qinling Mountains (Shaanxi Soil and Water Conservation Ecological Environment Monitoring Center)
2019-2021 Experiment and Demonstration on Treatment Technology of Nearby Natural Slope (Project of Shaanxi Soil and Water Conservation Bureau)
2018-2019 Data analysis of Xi 'an urban soil and water conservation demonstration site (Xi 'an soil and water conservation work station)
LEADERSHIP
2018-now Vice President of the College of Resources and Environment, Northwest A&F University.
HONORS/AWARDS
2021 the First Prize, "Research on the Methods and Functions of Slope Agriculture Tillage Measures", Science and Technology of National Society of Soil and Water Conservation;
2007 the Second Prize, "Research on the operation mechanism and key regulation technology of fruit compound ecological agriculture in Loess Plateau", Science and Technology of National Society of Soil and Water Conservation;
2005 the Second Prize, "Research on Soil and Water Management Principle and Supporting Technology of Gentle Slope Cultivated Land", Shaanxi Science and Technology Progress Award.
PUBLICATION SUMMARY
Jian Wang is an editor-in-chief of the national planning textbook "Soil Erosion", " Course on Soil and Water Conservation and Desertification Control Engineering Design " and " Watershed Hydrology " et al.. He has published more than 50 papers as the first author or corresponding author in Soil Science Society of America Journal, Journal of Soil and Water Conservation, Forestry Science, Journal of Agricultural Machinery and other journals. He has obtained 2 invention patents, 5 utility model patents and 6 software copyright registrations.
PUBLICATIONS
Peer-reviewed journals
1. Song Pengshuai, Wang Jian, Chen Lin, et al. Effect of Wet-Dry Cycle on Shear Strength of Compacted Soil [J]. Research of Soil and Water Conservation, 2021, 28(02): 74-79.
2. Chen Lin, Wang Jian, Song Pengshuai, et al. Loess Slope Crust: Effects on the Stability and Erodibility of Soil Water-stable Aggregates [J]. Chinese Agricultural Science Bulletin, 2020, 36(18): 87-92.
3. Chen Lin, Wang Jian, Song Pengshuai, et al. Effect of rainfall on water stability aggregates of crust soil on slope surface [J]. Journal of Irrigation and Drainage, 2020, 39(1): 98-105.
4. Wang Jian, Ma Fan, Meng Qinqian, et al. Using the Green-Ampt Model to Analyze Enhanced Infiltration in Slope Corn Field in the Loess Plateau [J]. Journal of Irrigation and Drainage, 2018,37(11):99-105+120.
5. Wang Linhua, Wang Yafeng, Wang Jian, et al. Effects of soil surface roughness on runoff generation mechanism on loess slope [J]. Transactions of the Chinese Society of Agricultural Engineering, 2018,34(5):120－128.
6. Zhang Penghui, Hou Xiandong, Wang Jian. Causes and Amelioration Measures of Saline-alkali Land in Xinjiang Region [J]. Modern Agricultural Science and Technology, 2017(24):178-180.
7. J. Wang, D. B. Watts, Q. Meng, T. R. Way, Q. Zhang. Estimating raindrop kinetic energy: evaluation of a low-cost method. Applied Engineering in Agriculture , 2017. 33(4): 551-558
8. Ren Yan, Xue Jiaojiao, Wang Jian, et al. Analysis of Anti-scourability of Five Different Soils in Loess Plateau [J]. Journal of Irrigation and Drainage, 2017,36(04):42-46.
9. Wang Jian, Watts Dexter B., Meng, Qinqian, Zhang Qingfeng, Way Thomas R.，Influence of surface crusting on infiltration of a Loess Plateau soil. Soil Science Society of America Journal , 2016. 80(3):683~692
10. Jian Wang, Dexter B. Watts, Qinqian Meng, Qingfeng Zhang, FaqiWu, H. Allen Torbert. Soil water infiltration impacted by maize (Zea mays L.)growth on sloping agricultural land of the Loess Plateau. Journal of S oil and W ater C onservation of American , 2016. 71(4):301~309
11. Wang You, Wang Jian, Huo Chunping, et al. Analysis of Ｒill Flow Shear Stress Based on ANSYS CFX [J]. Transactions of the Chinese Society for Agricultural Machinery, 2016,47(09):154-160.
12. Ta Na, Wang Jian, Zhang Huihui, et al. Variation Characteristics of Micro-topography in Tillage Loess Slope During Splash Erosion [J]. Bulletin of Soil and Water Conservation, 2016,36(01):110-114+345.
13. Xue Jiaojiao, Wang Jian, Li He, et al. Experimental Analysis of Development Regularities of Rill Erosion on Heavy Silty Loam Sloping Surface [J]. Journal of Irrigation and Drainage, 2016,35(01):67-70.
14. Wang Jian, Li He,Meng Qinqian, et al. Characteristics of Rill Cross Section Morphology, Hydrodynamics and Sediment-carrying Capacity on Loess Slopes [J]. Journal of Soil and Water Conservation, 2015,29(03):32-37.
15. Wang Jian, Ma Fan, Zhang Penghui, et al. EFFECT OF WET-DRY ALTERNATION ON LOESS DISINTEGRATION RATE [J]. Acta Pedologica Sinica, 2015,52(06):1273-1279.
16. Li He, Wang Jian, Xue Jiaojiao, et al. Analysis of Hydraulic Characteristics of Rill Flow [J]. Journal of Irrigation and Drainage, 2015,34(02):29-32.
17. Wang Jian, Liu Dandan, Zhang Penghui. Effects of soil density on soil erosion resistance. Journal of irrigation and drainage, 2013 32(1)：65-68
18. Liu Dandan, Zhang Penghui, Wang Jian*, Xiao Qingli. A comparison on soil anti-erodibility over different land use types on loess slope. Scientia silvae sinicae, 2013,49(9):102-106
19. Wang Jian, Yin Wujun, Yun Feng, Zhang Qingfeng. Characters of water and soil and nutrients on sloping land in Weibei Highland. Journal of soil and water conservation, 2012，26(1) :33-37
20. Wang Jian, Yin Wujun, Liu Dandan. Influence of intercropping maize with Alfalfa on runoff and sediment yield after rainfall on Loess slop land. Water saving irrigation , 2011，08:43-46,54
21. Yin Wujun, Wang Jian*, Liu Dandan. Effect of surface water thickness on the amount of splash erosion. Journal of irrigation and drainage, 2011，30(4):115-117
22. Liu Dandan, Wang Jian*, Yin Wujun. Effect of natural rainfall on soil erosion and nutrient loess slope land. Water saving irrigation , 2011，8:17-20
23. Yin Wujun, Wang Jian*, Meng Qinqian, Yun Feng, Wu Guangyan. Effect of surface density on the amount of splash erosion. Water saving irrigation , 2010，10:26-28
24. Yun Feng, Wang Jian*, Wu Faqi, Yin Wujun, Gao Xi, Cao Weipeng. Soil water in a corn-alfalfa intercropping system on slop land. Agriculture research in the arid areas , 2010，10:26-28
Edited Book
1. Faqi WU, Jian Wang (editor), Soil Erosion, (2017), Beijing： China Forestry Press , ISBN: 9787503893483;
2. Jian Wang (editor), Faqi WU, Course on Soil and Water Conservation and Desertification Control Engineering Design (2017). Yangling： Northwest A&F University Press , ISBN: 9787568303637;
3. Faqi WU, Shoujun Zhu, Jian Wang (vice-editor), Introduction to Soil and Water Conservation (2016), China Agriculture Press , ISBN: 9787109218116;
4. Jian Wang (editor), Faqi WU, Watershed Hydrology (2014), Beijing： Science Press , ISBN: 9787030402646;
5. Faqi WU, Jian Wang (editor), Zhang Qingfeng, Atlas of Soil and Water Conservation (2013), Zhengzhou： Yellow River Conservancy Press , ISBN: 7550906645;
6. Shoujun Zhu, Zhanbin Li, Jian Wang (vice-editor), Hydraulics (2013), Beijing： Science Press , ISBN: 9787030391285.
7. Shoujun Zhu, Yanhe, Huang, Jian Wang (vice-editor), Soil and Water Conservation Development Projects (2013), Beijing： Science Press , ISBN: 9787030374967;
8. Junshi He, Hongxiao Lin, Jian Wang (vice-editor), Water Resource Outline (2006), China Agricultural University Press , ISBN: 9787810669948.
Patents
2014: A Method for Determination of Sand Content of Water Samples Based on Filtering. ZL201410440351.4
2013: One Kind of Raindrop Kinetic Energy Measuring Device. CN201310347440.X
2016: A Test Device for Soil Permeability Based on Simulated Rainfall. ZL201620168465.2
2017: A device for the determination of permeable ground penetration rate. ZL201721734241.4
2017: A Device for Measuring Soil Cohesion. ZL201721092792.5
2018: A Device for Rapid Determination of Soil Particle Size. ZL201820637928.4
2018: A Water and Soil Erosion Protection Device to Prevent Gully Head Erosion. ZL201821603262.7
Software
2018: Soil Erosion Calculation Software V1.0; 2018SR021921
2018: Plant Optimization System for Soil and Water Conservation in Production and Construction Projects; 2018SR649787
2019: Impact Factor Impact Display Software Based on USLE; 2019SR0251565
2019: Design Flow Calculation Software V1.0 for Interception Drainage Engineering; 2019SR0276059
2019: Virtual Teaching of Soil Erosion Principle [referred to as Soil Erosion VR]; 2019SR0933284
2020: Calculation Software V1.0 for Water Erosion Soil Loss of Production and Construction Projects. 2020SR1090331