Европейская академия
естественных наук

Hannover E.V.

  
В начало Энциклопедия ЕАЕН
 

Энциклопедия Европейской академии естественных наук

Yao WenyiYao Wenyi


Ph.D. Professor

Working Experience

2017.03-now, Professor-level senior engineer, Yellow River Water Conservancy Commission Yellow River Water Conservancy Science Research Institute

2011.09-2017.03, Vice President/Professor Senior Engineer, Yellow River Water Conservancy Commission Yellow River Water Conservancy Science Research Institute

2003.11-2011.09, Director of Institute of Soil and Water Conservation/Chief Engineer, Yellow River Water Conservancy Research Institute of the Yellow River Water Conservancy Commission (during this period: studying for a doctorate at Hohai University from March 2000 to December 2005)

2000.04-2003.11, Director of Science and Technology Management Office/Deputy Chief Engineer/Senior Engineer of the Institute, Yellow River Water Conservancy Commission Yellow River Water Conservancy Science Research Institute

1995.08-2000.04, Deputy Director/Senior Engineer, Yellow River Water Conservancy Commission Yellow River Water Conservancy Science Research Institute

1992.06-1995.08, engineer, Yellow River Water Conservancy Commission Yellow River Water Conservancy Science Research Institute

Education

2000.03-2005.12 Ph.D. in Hohai University, China

1989.09-1992.05 M.D. master in Hohai University

1981.02-1983.08 Wuhan Institute Water Conservancy and Electric Power

Distinctions and Awards

  1. National Science and Technology Progress Award, first completer, 2007, Certificate No: 2007-J-222-2-04-R04
  2. National Science and Technology Progress Award, first completer, 2008, Certificate No: 2008-J-222-2-02-R06
  3. Henan Province Science and Technology Progress Award, first completer, 2010, Certificate No: 2010-J-003-D01/03
  4. Henan Province Science and Technology Progress Award, first completer, 2018, Certificate No: 2018-J-14-D01/08
  5. Dayu Water Conservancy Science and Technology Award, first completer, 2014, Certificate No: DYJ20140414-G01
  6. Science and Technology Award of the Chinese Society of Soil and Water Conservation, first completer, 2019, Certificate No: SBXH2019-J-1-02-R01

Main part-time job

  1. 2005.11-now, deputy director, Sediment Professional Committee of China Water Conservancy3 Society
  2. 2004.01-now, life member, International soil and water conservation association
  3. 2007.05-now, director, Yellow river research institute
  4. 2013.05-now, committee member, Geological society of China Anthropocene Research Branch
  5. 2003.02-now, Executive director/director, Henan Water Conservancy Society/Sediment Professional Committee of Henan Water Conservancy Society
  6. 2002.03-now, committee member, Science and Technology Committee of Yellow River Water Conservancy Commission
  7. 2016.12-now, committee member, Science and technology cooperation Committee of China soil and water conservation society

Grants

Prof. Wenyi Yao has completed more than 80 national and provincial-level research projects, including the national "973 Program", national "863 Program", "948 Program" of Ministry of Water Resources, and the National Key Technology Support Programs from the "Eighth Five-Year Plan" to the "Thirteenth Five-Year Plan", the National Key Research and Development Program, the National Natural Science Foundation, etc.

  1. The "Twelfth Five-Year" National Key Technology Support Programs, " Integration and Application of Anti-erosion and Growth-promoting Technology in Pisha Sandstone Area in the Middle Reaches of the Yellow River Basin", No.2013BAC05B00.
  2. The National Key Research and development Program, "Ecological Comprehensive Management Technology in Pisha Sandstone Area of the Ordos Plateau ", No.2017YFC0504500.
  3. The National Natural Science Foundation Project, "Research on the Erosion Process in the Middle Reaches of the Yellow River Basin by Coupling Climatic factor, Geomorphology and Vegetation", No.50239080.
  4. The National Natural Science Foundation Project, "Research on the Regulation Mechanism of the Wandering Reach of the Yellow River based on the River Regime Stability Principle" ,No.50379016.
  5. Key Project of Chinese National Programs for Fundamental Research and Development, " Complex Response of River Channel to the Variation of Flow and Sediment Process of the Yellow River", No.G1999043604.
  6. " The Tenth Five-Year Plan, " National Science and Technology Research Project, "Key Technology Research on Maintaining the Basic Functions of Flood Discharge and Sediment Transport in the Lower Yellow River ", No.2004BA610A-03.
  7. The National Key Basic Research Development Plan Project, "Biological and Geoscientific Processes of Soil Erosion and Its Driving Mechanism " ,No.2007CB40720.
  8. The "Eleventh Five-Year" National Key Technology Support Programs project, "Evaluation of Water and Sediment Change in the Yellow River Basin ", No.2006BAB06B01.
  9. The "Twelfth Five-Year" National Science and Technology Plan Project in Rural Areas, "A Microporous Composite Material for Vegetation Restoration ", No.2011AA100503.
  10. The National Natural Science Foundation of China, "Regulation Effect and Capacity of Soil and Water Conservation Measures on Runoff and Sediment Processes in Watershed " No. U2243210.
  11. The "Eighth Five-Year" National Key Scientific and Technological Research Program Project, "Basic Law of River Regime Evolution in the Lower Reaches of the Yellow River Basin", No.85-926-02-01.
  12. The "Eighth Five-Year" National Key Scientific and Technological Research Special Topic, " Study on the Motion Law of Flow with Hyper-concentrated Sediment and the Characteristics of Riverbed Evolution", No.85-926-02-01-02.
  13. The Major Projects of National Natural Science Foundation of China "Research on Slope Erosion Law and Its Control Method ", No.59890200-02-01.
  14. The China-Russian Intergovernmental Scientific and Technological Cooperation Project, " Comparative Analysis of Riverbed Evolution and Ecological Environment of Large Rivers and Rivers between China and Russia ", No. NO.III-99 / 04.
  15. National Introductive Intelligence Project, " River Sediment Disaster Prevention Theory and Methods ", Project Number: the State Bureau of Foreign Experts Affairs Issued [2001] No.73.
  16. The "Ninth Five-Year" National Key Scientific and Technological Research Program, "Key Technology Research on Sediment Reduction in the Middle and Lower Reaches of the Yellow River Basin", No.98-928-02-02.
  17. "948 Program", "GIS System of Soil Erosion Prediction Technology in Loess Plateau ", No. 200129.
  18. "948 Program", "High Resolution 3D Terrain Laser Measurement System", No.200404.
  19. The Public Welfare Industry Research Special Funds Project, "Research and Application of Mathematical Model of Water and Sediment Yield in Coarse Sediment Region of the Loess Plateau", No. 2007SHZ1-35.
  20. The Ministry of Water Resources Key Science and Technology Project, "Study on River Regulation Model Test of Wenmengtan Resettlement Area in Xiaolangdi Hydro-Junction", Project Number: Planning Department of Ministry of Water Resources [1995] 2.
  21. Key Innovation Projects of Ministry of Water Resources, "Distributed Soil Loss Evaluation and Prediction Model in the Coarse Sediment Region of Yellow River ", No. SCX2002-08.
  22. Key Scientific and Technological Project of the Ministry of Water Resources, " River Model Test of the Yellow River Crossing Project in the Middle Route of the South-to-North Water Diversion Project ", Project Number: Planning Department of Ministry of Water Resources [1994] 132.
  23. The Key Scientific and Technological Project of Shaanxi Province, "Physical Model Test of Sediment in Dongzhuang Hydraulic Project of Jinghe River in Shaanxi Province ". 5
  24. The Special Project of Yellow River Conservancy Commission, " Model Test of the Start-up Project of Sand Dredging and Dike Reinforcement in the Narrow Reach of the Lower Yellow River ", Project Number: Planning Department of Yellow River Conservancy Commission [1997] 159.
  25. The Special Project of Yellow River Conservancy Commission, "Model Test of Sand Dredging and Dike Reinforcement in Lower Reaches of the Yellow River from Dazhangzhuang to Liuyuankou", Project Number: Planning Department of Yellow River Conservancy Commission [1997]159.
  26. The Special Project of Yellow River Conservancy Commission, "Study on the Effect of Diversion and Siltation of Pile Dam with Different Permeability ", No.99Z01.
  27. The Special Project of Yellow River Conservancy Commission, "Study on Hydrodynamic sediment mathematical model for Yellow River delta ", No. 98Z02.
  28. The Yellow River Flood Control Science and Technology Project of Yellow River Conservancy Commission, " Research on the Impact of Production banks in the Lower Yellow River Beach Area on Flood Prevention", Project Number: Office of Yellow River Conservancy Commission 263.
  29. The Special Project of Yellow River Conservancy Commission, "River Regulation Model Test of Wandering River Section in the Lower Reaches of the Yellow River ", Project Number: Planning Department of Yellow River Conservancy Commission [2002] 8.
  30. The Yellow River Flood Control Science and Technology Project of Yellow River Conservancy Commission, " Annual Consultation and Follow-up Study of the Yellow River "，Provided research reports in 2002，2003，2004，2005，2006，2007，2008，2009，2010，2011，2012，2013，2014，2015，2016 and 2017.
  31. "Tenth Five-Year" Special Fund for Soil and Water Conservation Project of Yellow River Conservancy Commission, "Preliminary Study on Key Technology of Distributed Sediment Yield Mathematical Model in Coarse Sediment Region ".
  32. The Major project of Yellow River Conservancy Commission, "Research and Development of Mathematical Model of Soil Erosion in the Loess Plateau (Phase I ) ", Project Number: Soil Conservation Department of Yellow River Conservancy Commission [ 2006 ] 51.

Patents

  1. Patent; Ecological control comprehensive method basin of Pisha stone. Yao Wenyi, Shen Zhenzhou, Xiao Peiqing, Li Mian, Li Peng, Chen Cheng. Luxemburg, Patent No. LU502440.
  2. Patent; A water-storing hollow check dam based on efficient utilization of water resources. Yao Wenyi, Shen Zhenzhou, Han Yufeng, et al. China, Patent No. 2021104467554.
  3. Patent; A water-storing hollow check dam and its application based on ecological thresholds of the watershed. Yao Wenyi, Shen Zhenzhou, Han Yufeng, et al. China, Patent No. ZL2021104456920.
  4. Patent; Comprehensive control method for coarse sediment control of sand-covered Pisha sandstone based on topography-erosion-measure high adaptation. Yao Wenyi, Shen Zhenzhou, Xiao Peiqing, et al. China, Patent No. ZL201911018721.4.
  5. Patent; A runoff sediment measurement device operating on the function of check dam depositing coarse sediment and slucing fine sediment. Yao Wenyi, Shen Zhenzhou, Xiao Peiqing, et al. China, Patent No. ZL 201410111594.3.
  6. Patent; A portable device monitoring spatial distribution of sediment concentration. Yao Wenyi, Shen Zhenzhou, Jing Xinai, et al. China, Patent No. ZL 201410232617.6.
  7. Patent; An experimental device and method to accurately simulate sloping water erosion process. Yao Wenyi, Shen Zhenzhou, Xiao Peiqing, et al. China, Patent No. ZL201210027399.3.
  8. Patent; An experimental device and method to accurately simulate water erosion process in slope-gully system. Yao Wenyi, Shen Zhenzhou, Xiao Peiqing, et al. China, Patent No. ZL 201210027384.7.
  9. Patent; A fine simulation test method of water erosion process in different geomorphological units in small watersheds. Yao Wenyi, Wang Lingling, Li Mian, et al. China, Patent No. ZL 201410277062.7.
  10. Patent; Artificial turning method and artificial turning diversion channel for movable riverbed model of sediment-laden river. Yao Wenyi, Hou Zhijun, Wang Dechang, et al. China, Patent No. ZL201010546477.1.
  11. Patent; A method for identifying polymer slurry parameters based on particle swarm optimization algorithm. Li Xiaolong, Yao Wenyi, Jia Heyang, et al. China, Patent No. ZL 202010855134.7.
  12. Patent; A parameter identification method of polymer slurry based on swarm intelligence optimization algorithm. Li Xiaolong, Yao Wenyi, Jia Heyang, et al. China, Patent No. ZL 202010855442.X.
  13. Patent; A dynamic monitoring method for the coupling process of slope terrain evolution and water erosion. Zhang Pan, Yao Wenyi, Sun Weiying et al. China, Patent No. 201710947016.7.
  14. Patent; Comprehensive soil and water loss control and effective runoff utilization methods for soil-covered Pisha sandstone. Yao Jingwei, Yao Wenyi, Zhang Huimin, et al. China, Patent No. ZL 202210278101.X.
  15. Patent; Vegetation restoration composite material and its manufacturing method. Liu Hui, Yao Wenyi, Song Wanzeng, et al. China, Patent No. ZL 201310394480.X.
  16. Patent; High-molar urea formaldehyde slow-release fertilizer and its manufacturing method. Liu Hui, Yao Wenyi, Leng Yuanbao, et al. China, Patent No. ZL201310147647.2.
  17. Patent; A simulation quantitative method for the effect of complex soil erosion on soil and water loss. Zhang Pan, Yao Wenyi, Xiao Peiqing, et al. China, Patent No. 202010360145.8.
  18. Patent; A water-storing hollow check dam and its control system based on sediment self-detection system. Yao Wenyi, Shen Zhenzhou, Han Yufeng, et al. China, Patent No. 7 2021104461488.
  19. Patent; A simplistic flood sediment monitoring device system for portable emergency management of unmanned aerial vehicle. Shen Zhenzhou, Yao Wenyi, et al. China, Patent No. 202010970995X.
  20. Patent; An efficient portable runoff and sediment monitoring device system for emergency management. Shen Zhenzhou, Yao Wenyi, Li Peng, et al. China, Patent No. ZL 2020109693928.
  21. Patent; An analysis method and device for topographic and geomorphological features of Pisha sandstone area. Shen Zhenzhou, Yao Wenyi, Xiao Peiqing, et al. China, Patent No. ZL202010164254.2.
  22. Patent; Variable-width slope soil erosion model device based on adaptive horizontal aisle. Shen Zhenzhou, Yao Wenyi, Li Zhanbin, et al. China, Patent No. ZL 201410589059.9.
  23. Patent; A prediction method of erosion and sediment production in a watershed coupled with models at different spatial and temporal scales. Wang Lingling, Zuo Zhongguo, Yao Wenyi, et al. China, Patent No. 201810575142.9.
  24. Patent; A method and device for predicting runoff and sediment yield in multi-spatial scale watershed. Wang Lingling, Zuo Zhongguo, Yao Wenyi, et al. China, Patent No. 201810574833.7.
  25. Patent; A planting structure and planting method in arid desertification area. Yang Caiqian, Wu Zhiren, Yang Xiaocong, Zhu Jipeng, Yao Wenyi, et al. China, Patent No. 201310468826.6, 103583172B.
  26. Patent; A slope control method in Pisha sandstone area. Wu Zhiren, Yang Ruochong, Zhu Jipeng, Yang Caiqian, Yao Wenyi, et al. China, Patent No. ZL201410011052.9.
  27. Patent; A granulation method for weathered powdery Pisha sandstone. Gao Weimin, Wu Zhiren, Yang Caiqian, Liang Zhishui Yao Wenyi, et al. China, Patent No. ZL201410212182.9, 103962054B.
  28. Patent; An automatic control of rain and sewage runoff abandonment device. Chen Weiwei, Zhang Huimin, Li Qiangkun, Su Yunqi, Yao Wenyi, et al. China, Patent No. ZL 201710829095.1.

Publications

Books:

  1. Wenyi Yao, Zhenzhou Shen, Liting Hou, et al. Design Theory and Application in Physical Simulation of Yellow River Runoff and Sediment Process [M]. Beijing: Science Press, 2023.
  2. Wenyi Yao, Peiqing Xiao, Hui Liu, et al. Ecological Comprehensive Management Theory and Technology in Pisha Sandstone Area [M]. Zhengzhou: Yellow River Water Conservancy Press, 2021.
  3. Wenyi Yao, et al. Soil Erosion Model and Its Engineering Applications (Third Edition) [M]. Beijing: Science Press, 2017.
  4. Wenyi Yao, et al. Runoff and Sediment Variation and Its Driving Mechanisms of the wide valley river channel in the desert segment of the Yellow River [M]. Beijing: Science Press, 2018.
  5. Wenyi Yao, Liqun Tang. Process and Simulation of Water Erosion and Sediment Yield [M]. Zhengzhou: Yellow River Water Conservancy Press, 2001.

Papers:

  1. YAO Wenyi, XIAO Peiqing, SHEN Zhenzhou,et al. Analysis of the contribution of multiple factors to the recent decrease in discharge and sedimentyield in the Yellow River Basin, China[J]. J. Geogr. Sci. 2016, 26(9): 1289-1304.
  2. Wenyi Yao, Jiongxin Xu.Impact of human activity and climate change on suspended sediment load: the upper Yellow River, China[J]. Environ Earth Sci.2013, DOI 10.1007/s12665-013-2223-4.
  3. Zhihui Wang, Wenyi Yao*, Ming Wang, et al. The Influence of River Channel Occupation on Urban Inundation and Sedimentation Induced by Floodwater in Mountainous Areas: A Case Study in the Loess Plateau, China[J]. Sustainability, 2019, 11, 761.
  4. Yao Wenyi, Jiao Peng. Spatial Equilibrium Analysis of Comprehensive Control of Soil and Water Conservation in the Yellow River Basin[J]. Journal of Soil and Water Conservation, 2023,37(1):1-7,22.
  5. Yao Wenyi, SHEN Zhenzhou, YAO Jingwei, et al. Research on the key technologies of ecological control for Pisha sandstone region of the Yellow River Basin[J]. Journal of North China university of water resources and electric power (natural science edition), 2023, 44 (5) :1-12．
  6. Yao Wenyi, Liu Hui, Liang Zhishui. A New Approach to Ecological Restoration in Pisha Sandstone Area——An Environment-friendly Technique of Anti-erosion and Vegetation-promoting [J]. Bulletin of Soil and Water Conservation | Bull Soil Water Conservation, 2018, 38(4): 118-124
  7. Yao Wenyi, Zhang Xiaohua, Gao Yajun, et al. Features of Runoff and Sediment Variations in Wide-valleyed Desert Reach of Upper Yellow River and Contribution Rate of Driving Factors for the Variations[J]. Journal of Desert Research, 2017, 37(2):361-371.
  8. Yao Wenyi, Ran Dachuan, Chen Jiangnan. Recent changes in runoff and sediment regimes and future projections in the Yellow River basin[J]. Advances in Water Science, 2013,24(5):607-616.
  9. Yao Wenyi, Wang Weihong, Li Yong. Research on river regulation mechanism in the wandering reach of Yellow River based on the river regime stabilization principle[J]. Journal of Hydraulic Engineering, 2007, 38(10): 1172-1177, 1185.
  10. Yao Wenyi, Hou Suzhen, Ding Zhui. Effects on flow and sediment in the upper Yellow River by operation oflongyangxia Reservior and Liujiaxia Reservoir[J]. Advances in Water Science, 2017,28(1):1-13.
  11. Yao Wenyi, Tian Zhizong, Wang Weihong. Experimental Study of Water Release Work Distribution Plan of Xixiayuan Hydraulic Key Proiect in the Yellow River[J]. Yellow River,1999,21(1):27-29.
  12. Yao Wenyi, Chen Jieren, Qin Fen. Study on the Distributed Forecast Model of Soil Loss in Sandy Areas of Yellow River [J]. Journal of Soil and Water Conservation, 2008,22(4):21-26.


 

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