Zhang Qingfeng

Zhang Qingfeng

Zhang Qingfeng, male, born in November 1974 in Xiaoyi City, Shanxi Province, is a professor and doctoral supervisor of Northwest A & F University of science and technology, an expert of water and soil conservation technology evaluation in Shaanxi Province, an expert of water and soil conservation scheme evaluation of production and construction projects in Xi'an City, an expert of rural science and technology in Xi'an City, and an editorial board member of probe Agricultural Sciences.

Character experience

From September 1993 to July 1997, Department of soil and water conservation, Northwest A & F University, obtained bachelor's degree of Agronomy in soil and water conservation; from September 1998 to July 2002, School of resources and environment, Northwest A & F University, obtained master's degree of Agronomy in environmental science; from September 2003 to July 2008, School of resources and environment, Northwest A & F University, obtained doctor's degree of Agronomy in soil and water conservation and desertification control; from January 2006 to January 2007, George Mason, USA From January 2010 to December 2017, associate professor, School of resources and environment, Northwest A & F University; from October 2014 to October 2015, visiting scholar, School of agriculture, Auburn University; from January 2018 to present, Professor, School of resources and environment, Northwest A & F University

Research direction

Land resources and spatial information technology, soil erosion and soil and water conservation

academic achievements

Soil erosion is a very complex multi-scale geographic interface process. In this paper, a systematic and in-depth study was carried out on the loess agricultural slope at the micro scale. The three-dimensional numerical simulation method of micro topography is determined, and a high-precision map database is constructed. The spatial heterogeneity characteristics of loess micro topography in the process of water erosion development are clarified, and the soil and water conservation effect of loess micro topography is preliminarily revealed. there are regional differences in agricultural water and soil resources and ecological environment. Based on the division of agricultural water and soil resources utilization / ecological economy in northwest arid area (loess plateau), the evaluation and optimal allocation of agricultural water and soil resources utilization potential were carried out. The index system of agricultural water and soil resources utilization zoning based on nested large, medium and small scales in northwest arid area was established, and the zoning method based on geographic grid principal component analysis and neural network was established. The characteristics of agricultural water and soil resources matching and eco economic coupling in northwest arid area (Loess Plateau) were preliminarily explored. in the past five years, we have participated in 14 scientific and technological projects. A total of more than 100 papers have been published, including 23 included in SCI / EI, 10 included as the first / corresponding author, and 7 invention patents and software copyright registration applications. Participated in publishing 2 monographs and editing 1 local standard of Shaanxi Province.

research project

1. Analysis of soil erosion change and characteristics of typical counties (sites) in Shaanxi Province, bureau of soil and water conservation of Shaanxi Province, 2010-2012; 2. Numerical simulation of soil erosion morphology evolution in the process of water erosion on loess slope, natural science foundation of Shaanxi Province, 2011-2013; 3. Division of agricultural water and soil resources utilization and selection of suitable water-saving agricultural technology in northwest arid area, sub project of national science and technology support plan, 2011-2015; 4 Construction of soil nutrient information query and management system for apple orchard in Lingxian County, Huangling County Fruit Industry Bureau, 2012-2014 5. Research on the influence of surface roughness on runoff yield and confluence of loess slope farmland, general project of National Natural Science Foundation of China, 2013-2016 6. Three dimensional numerical simulation and Mechanism Research on water erosion development process of loess slope under micro topography, general project of National Natural Science Foundation of China, 2014-2017 7 Soil loss thematic map analysis based on universal soil loss equation (USLE), Guangxi Zhuang Autonomous Region Water Conservancy and Electric Power Survey and Design Institute, 2016-2018 8. Ecological monitoring of Qinling National Botanical Garden, Qinling National Botanical Garden, 2017-2018 9. Research on micro topography hydraulic connectivity and infiltration mechanism of sloping farmland, general project of National Natural Science Foundation of China, 2018-2021

Representative works

HeFeng,ZhangQingfeng*,WangLi, etal.County -levelecologicalsustainabilityassessmentbasedonimprovedecol ogicalfootprintmodel.TransactionsoftheCSAE ,2011,27(5):320-328. ZhangQingfeng,WuFaqi,WangLi,YuanLifeng, ZhaoLongshan.ApplicationofPCAintegratedwithCAandGISinEco -economicRegionalizationo fChineseLoessPlateau.EcologicalEconomics ,2011, 70(6):1051-1056 ZhangQingfeng,WangLi,WuFaqi,YuanLifeng, ZhaoLongshan.QuantitativeEvaluationforCouplingCoordinatedDevelopmentbetweenEcosystemandEconomicSystem —CaseStudyo fChineseLoessPlateau.JournalofUrbanPlanningandDevelopment ,2012,138(4):328-334. WangLi,ZhangQingfeng,ShaoMing’an, WangQuanjiu.RainfallInterceptioninaRobiniapseudoacaciaForestStand :EstimatesUsingGash’ sAnalyticalModel.JournalofHydrologicEngineering .2013,18:474-479. GengQingling,WuPute,ZhangQingfeng,ZhaoXining, WangYubao.Dry/wetclimatezoninganddelimitationofaridareasofNorthwestChinabasedonadata - drivenfashion.JournalofAridLand ,2014,6(3):287–299 ZhangQingfeng, ZhaoLongshan,WangJian, WuFaqi.Spatiotemporalvariabilityandsimulationoftillagedloessmicrotopographyinwatererosion .JournalofSoilandWaterConservation,2014,69(4):343-351 ZhangQingfeng,WangJian,ZhaoLongshan,WuFaqi,ZhangZhiyi, AllenH.Torbert.Spatialheterogeneityofsurfaceroughnessduringdifferenterosivestagesoftilledloessslopesunderarainfallintensityof1 .5 mmmin.Soil&TillageResearch .2015,153:95-103 ZhangHuihui,TaNa,ZhangQingfeng*.Spatialheterogeneityofloesscontourtilledmicrotopographicsl opeinrainfallerosion.SoilScienceandPlantNutrition ,2016,62(5-6):409-415 ZhangQingfeng, WangJian, WuFaqi.Spatialheterogeneityofsurfaceroughnessontilledloessslopesinerosionstages .Soil&WaterResearch,2018,13:90−97. JiangYun,ZhangQingfeng*,ZhaoXining,WangLi, ZhangXiang.AGeogrid -basedframeworkofAgriculturalZoningforPlanning

Chinese PinYin : Zhang Qing Feng