Xuebin Qi

Professor, Ph.D.

Farmland Irrigation Research Institute       

Chinese Academy of Agricultural Sciences and the Ministry of Water Resources 

380 East Hongli Road,Xinxiang City,Henan Province, P.R.China

453002

Tel. +86-373-3393277, Mobile+86-13803731096

FAX +86-373-3393308

E-mail: qxb6301@sina.cn

EDUCATION

• Ph.D., Agricultural water resources and water environment engineering, Northwest A&F University (A&F), 2008.
• M.S., Hydraulic Engineering of Farmland, Wuhan University of Hydraulic & Electrical Engineering, 1997.
• B.S., Hydraulic Engineering of Farmland, Northwest Agricultural University，1987.

HONORS AND AWARDS  

• Director of the laboratory for risk assessment of water environmental factors of food safety and quality, Ministry of Agriculture P.R.China.
• Director of the key laboratory for efficient and safe utilization of agricultural water resources, CAAS
• Member of a council, Chinese Hydraulic Engineering Societ
• Chief scientist，Chinese Academy of Agricultural Science
• Water Resources Expert，Ministry of Water Resources, P.R.China.
• The Chief editor of Farmland and Drainage journal
• Vice director，Ground Water editor^'s committee, P.R.China.
• Member of a council, Professional Committee of agricultural water and soil engineering.
• Member of a council, Chinese society of agricultural resources and environment.        
• Outstanding Expert，Chinese Academy of Agricultural Science
• Excellent Science and Technology Expert，Henan Province ,P.R.China
• Advanced Consultation Expert of Henan Province, P.R.China
• Member of a council, The Henan Institute of water conservancy.
• Shanxi province, science and Technology Progress Award,2004.
• Chinese Academy of Agricultural Science, science and Technology Progress Award,2008.
• Henan province, science and Technology Progress Award,2008.
• Shandong province, science and Technology Progress Award,2010.  
• Henan province, science and Technology Progress Award,2015.
• Beijing province, science and Technology Progress Award,2017.
• Ministry of Agriculture, science and Technology Progress Award,2017.
• Ministry of Water Resources, science and Technology Progress Award,2018.
• Henan province, science and Technology Progress Award,2019. 
• Ministry of Agriculture, science and Technology Progress Award,2019

GRANTS

• Co-Principal Investigator, “The Research of Agricultural Water-saving Technique in Hua Bei Area and Energy Base of Shanxi Province in China”, one of the Chinese emphasis scientific projects。It gained the second  granted awards of the Central Government, in 1991。
• Co-Principal Investigator, “The Research of  Dynamic of Water and salt movement in Shang Qiu Experimental Area,in Huang Huai Hai region ”, one of the Chinese emphasis scientific projects。It gained the second  granted awards of the Central Government, in 1991。
• Co-Principal Investigator, “The Research of  Prediction Technique of Water and Salt Movement in Old Yellow River Valley, in Huang Huai Hai region ”, one of the Chinese emphasis scientific projects。

1991—1995

• Co-Principal Investigator, “The Research and Applications of Water-Saving Agricultural Technique in Hua Bei Area”, one of the Chinese emphasis scientific projects。It gained the Third granted awards of the Central Government in 1997。
  1.  

• Principal Investigator, “The Research of Agricultural Water resources Optimal Distribution and Management In Shang Qiu Agricultural Experimental area ,Henan Province, central of China” , one of the Chinese emphasis scientific projects。 It gained the first granted awards of the Chinese Academy of Agricultural Science in 2001.

• Principal Investigator, “The Research of Water-Saving Techniques and  Patterns in Conjunction Use Surface Water and Ground Water Agricultural Experimental Area， In Shanxi Province, Central of China” , one of the Chinese emphasis scientific industrialization projects。  
• Principal Investigator, “The Water- Saving Techniques Plan In Well Irrigation Agricultural Area，North of China，”one of the Chinese Ministry of Water Resources projects。

2000— 2005

• Principal Investigator, “The Research of  Water Resources Synthetically Utilization  and Protection Techniques in Agricultural Experimental Area，in Huang-Huai –Hai Area ,North of China，” one of the Chinese emphasis scientific projects。
• Principal Investigator, “The Research of Water-Saving Agricultural Techniques Application and  Demonstration  in Conjunction Use Surface Water and Ground Water Agricultural Experimental Area， In North parts of Hua-Dong Area,” one of the Chinese emphasis special scientific projects。
• Co-Principal Investigator, “The Research on the NH₄-N Transport under Drip Irrigation in Greenhouse,” one of the fund of Chinese Agricultural Scientific and Teaching  Projects。
• Principal Investigator, “Research of Agricultural Water Resources Budget and Water-saving Potential in North West of China,” Academy of Chinese Engineering
• Co-Principal Investigator, “The Research of Principle and Patterns on the high water and nitrogen use efficiency Together with Drip-fertigation in Greenhouse,” one of the fund of Chinese Agricultural Scientific and Teaching Projects。
• Co-Principal Investigator,“Safe and High Quality Food Production using Poor Quality Waters and Improved Irrigation Systems and Management”,European Commission Project

2005— 2010

• Principal Investigator, “The Research of  Water Resources Synthetically Utilization  and Protection Techniques in Agricultural Experimental Area，in Huang-Huai –Hai Area ,North of China，” one of the Chinese emphasis scientific projects。
• Principal Investigator, “Poor water irrigation technology and evaluation index system research”Research Institute of Ministry of science and technology”, the social commonweal research project.
• Principal Investigator, “Application of poor quality water and improvement of irrigation system and management measures of quality and safety of food production”, The EU Sixth Framework project.
• Principal Investigator, “Sewage irrigation farmland pollution control and remediation technology”, International Science and technology cooperation project of Ministry of science and technology.
• Principal Investigator, “The reclaimed water utilization technology of crop safety”, the national “863” project.
• Principal Investigator, “Research on key technology and security resources aquaculture wastewater reinjection”, The national science and technology support program.
• Principal Investigator, “Water saving irrigation technology integration and demonstration of the north of well and canal”, The national science and technology support program.

2011—2015

• Principal Investigator, “the key technology in sewage irrigated farmland and degraded soil remediation”, the national “863” project.
• Principal Investigator, “Along the Yellow typical well-canal combined irrigation water efficient technology integration and demonstration”, Public sector (Agriculture) scientific research special subject.
• Principal Investigator, “Underground drinking water security in northeast rural research and demonstration of appropriate technology”, Major national water pollution control and management of project of science and technology.
• Principal Investigator, the National Water Pollution Control and Treatment Science and Technology Major Project

2015—

• Principal Investigator, “Regulation mechanism of alternate partial root-zone irrigation with reclaimed water based on ecological effect of soil pathogens and heavy metals ”,the National Natural Science Foundation of China(NSFC).
• Principal Investigator, "optimal allocation and control technology of agricultural water resources", the science and technology innovation project of Chinese Academy of Agricultural Sciences

INTERRELATED JOURNAL PAPERS

After joining Farmland Irrigation Research Institute Chinese Academy of Agricultural Sciences in 1987，I have published thesis for more than 80 pieces, printed books for 7 volumes.

• Xuebin Qi. 1993 .“Modeling of Agricultural Water Resources and Impact factors Using Grey Theory in Hua-Bei Area”. Journal of Hydraulic engineering,No.8: pp676-71.
• Xuebin Qi. 1995 .“The Improvement Analysis Method For Parameter Calculating of Pumping Test of Unstead Flow ”.Water Resources And Water Engineering，Vol.6，No.4: pp49-53.
• Xuebin Qi. 1995 .“Iterative Algorithm And Imitation For Parameter Calculation of Non-equilibrium Flow Pumping Test”.Journal of Hydraulic engineering,No.7: pp67-71.
• Xuebin Qi. 1997 .“Present Situation and Forecast of Research About Agricultural Water Environment in China，”Water Resources And Water Engineering，Vol.8，No.4:pp32-35.
• Xuebin Qi ,Baoquan Huange. 1999 .“Modeling of Large Scale Three-tier Pedigree of Conjunction Use of Ground Water and The Yellow River Water in Shang-Qiu Agricultural Experimental Area”.Irrigation And Drainage，Vol.18（4）:pp.25-30.
• Xuebin Qi ,Hongbin Pang,Hui Zhao,etc. 1999 .“Present Situation and Tendency of Combining Ground Water and Surface Water in Agricultural Water Resources Management”.Advances in Water Science，Vol.10，No.1:pp94-98.
• Xuebin Qi and Hongbin Pang.2000 .“Present Situation of Research of Impact of the Water-Saving Irrigation to Farmland Ecological Environment”.Transactions of The Chinese Society Of Agricultural Engineering,Vol.16:pp.37-40.
• Xuebin Qi, 2000 .“Agricultural Water-Saving and Ground Water Development ”.The  Chinese Agricultural Technique Press, Beijing.
• Xuebin Qi. 2001 .“Analyzing Trend of Sustained Water Resources Management and Development”.Water Resources And Water Engineering，Vol2，No.4: pp40-43.
• Hui Zhao, Xuebin Qi. 2001 .“Research and Application of Automatic Control System of Groundwater Limited Exploration in Well Irrigation Areas”. Transactions of The Chinese Society of Agricultural Engineering, No.3: pp45-49.
• Hongyu Hou，Hongbin Pang and Xuebin Qi.2002.“Present Research Situation of Nitrogen Changing and Transferring in Soil under Drip Irrigation in Greenhouse”.Irrigation And Drainage，Vol.21（1）:pp.64-66.
• Xiangyang Fan, Xuebin Qi. 2002. “Experiment on Water-collecting and Mulching of Spring Maize and Improving the Soil moisture around the Root in the Jinzhong Agricultural Experimental Region”. Research of Agriculture in Arid District, No.4: pp23-28.
• Hui Zhao, Xuebin Qi. 2002. “Research and Application of The Wells Automatic Control System of Well Irrigation Areas”. China Rural Water and Hydropower，No.5: pp68-74 .
• Xiangyang Fan, Xuebin Qi. 2002. “Experiment on Water-Collecting and Mulching of Spring Maize in the Jinzhong Agricultural Experimental Region ”. Research of Agriculture in Arid District, No.3: pp42-47.
• Hongyu Hou，Hongbin Pang and Xuebin Qi.2003 .“Study on the NH₄-N Transport under Drip Irrigation in Greenhouse”. Transactions of Irrigation And Drainage，Vol.22（1）:pp.48-52.
• Xuebin Qi, Xiangyang Fan. 2003 .“Analysis of Water Resources distribution patterns of Well-canal Combined Agricultural Experimental Region in Shanxi Jinzhong District” . Transactions of Irrigation And Drainage，Vol.22（6）:pp.72-78.
• Xuebin Qi, Xiangyang Fan. 2004 .“Analysis of Impact of Irrigation of Utilizing Yellow river to Soil and Groundwater Environment in Shangqiu Agricultural Experimental District” . Transactions of Irrigation And Drainage，Vol.23（4）:pp.60-66.
• Xuebin Qi, Zhongdong huang, Ping li,etc. Impact of depth of groundwater table on nitrogen dynamics in soil and winter wheat growth under Treated water irrigation［A］.XVIIth World Congress of the International Commission of Agricultural Engineering (CIGR)，2010.
• Xiaoxian Zhang, Xuebin Qi, Dongmei Qiao. Change in macroscopic concentration at the interface between different materials: Continuous or discontinuous［J］. Water Resources Research,2010.
• Xuebin Qi, Xiaoxian Zhang. An efficient finite element solution of water infiltration in variably saturated soils［A］.2011 International Conference on Remote Sensing ,Environment and Transportation Engineering (RSETE 2011)，Volume 7, 2011, Pages 56883-5691.
• Li Ping，Qi Xue-bin，Fan Xiang-yang，et al. Effect of Alternate Partial Root-zone Irrigation on the Nitrogen Uptake and Water Use Efficiency of Potato. The proceedings of the china association for science and technology[C]//. Beijing: Science Press & Science Press Inc. ,2011,7(1):567-575.
• Xuebin Qi，Zongdong Huang，Dongmei Qiao，etc. Effect of new irrigation technology on the physiology and water use efficiency of potato by reclaimed water irrigation［A］.2013 International Conference on Energy and Environmental Protection (ICEEP 2013)，Volume 726,731, Pages 3035-3039.
• SHI Yan, SUN Ken, QI Xuebin*,etc.. The Fabrication of Bio-ceramsite for the Removal of Heavy Metals and Its Toxicity to Bacteria, Journal of Wuhan University of Technology-Materials  Science Edition,30(3):649-654,2015
• Zhong-yang Li, Xue-bin Qi*, Xiang-yang Fan, etc.. Amending the seedling bed of eggplant with biochar can further immobilize Cd in contaminated soils, Science of the Total Environment,12（572）：626-633,2016
• Guo Wei, Qi Xue-bin*, Li Zhong-yang,etc. Effects of Irrigation with Reclaimed Water and Different Applications of N Fertilizer on the Chemical Properties and Microbial Community of Soil, Journal of Integrative Agriculture, 16(3): 679-690.,2017
• （239）Yan Shi, Ken Sun, Lixin Huo, Xiuxiu Li, Xuebin Qi*, and Zhaohui Li*. Modification of 13X Molecular Sieve by Chitosan for Adsorptive Removal of Cadmium from Simulated Wastewater. Materials 2017,10,1101;doi:10.3390/ma 10091101.
• （242）Wei Guo, Xuebin Qi*, Yatao Xiao, Ping Li, Mathias Neumann Andersen, Yan Zhang and Zhijuan Zhao. Effects of Reclaimed Water Irrigation on Microbial Diversity and Composition of Soil with Reducing Nitrogen Fertilization [J]. Water, 2018,10（4）
• （248）Du Zhenjie*, Xiao Yatao, Qi Xuebin*, Liu Yuan, Fan Xiangyang, Li Zhongyang. "Peanut-Shell Biochar and Biogas Slurry Improve Soil Properties in the North China Plain: A Four-Year Field Study"  [J]. Scientific Reports. 2018,8：13724. DOI: 10.1038/s41598-018-31942-0
• （257）Yatao Xiao, Zhenjie Du, Xuebin Qi*, Haiqing Wu, Wei Guo, Zhijuan Zhao. RNA-sequencing analysis reveals transcriptional changes in the roots of low-cadmium-accumulating winter wheat under cadmium stress[J]. Acta Physiologiae Plantarum,2019, 41(1):13.https://doi.org/10.1007/s11738-019-2808-y.
• （271）Ya-Tao Xiao^#, Zhen-Jie Du^#, Carlos-A Busso, Xue-Bin Qi^* ,Hai-Qing Wu, Wei Guo, Da-Fu Wu. Differences in root surface adsorption, root uptake, subcellular distribution, and chemical forms of Cd between low-and high-Cd-accumulating wheat cultivars [J]. Environmental Science and Pollution Research, Environmental Science and Pollution Research (2020) 27:1417–1427.
• Shafeeq-ur-Rahman (Shafeeq-ur-Rahman) ; Qi, XB (Qi, Xuebin) * ; Xiao, YT (Xiao, Yatao) ; Ahmad, MI (Ahmad, Muhammad Irfan) ; Shehzad, M (Shehzad, Muhammad) ; Zain, M (Zain, Muhammad). Silicon and Its Application Methods Improve Physiological Traits and Antioxidants in Triticum aestivum (L.) Under Cadmium Stress [J]. Journal of Soil Science and Plant Nutrition ,2020,20(3),1110—1121. DOI: 10.1007/s42729-020-00197-y.
• Shafeeq-ur-Rahman (Shafeeq-ur-Rahman) *, Qi, XB (Qi Xuebin) *, Aziz, T (Aziz, Tariq),etc.Silicon Attenuates Acidic and Alkaline Stress in Wheat Plant by Improving Nutrient Availability, Membrane Stability Index and Antioxidant Defense System [J]. International Journal of Agriculture and Biology, 2020,24(3)：553—562.
• Shafeeq-ur-Rahman*，Qi Xuebin*，Zhijuan Zhao，Zhenjie Du，Muhammad Imtiaz，Faisal Mehmood，Lu Hongfei，muhammad Nadeem ashrif，babar hussain. Alleviatory effects of silicon on the physiology, morphology, and antioxidative mechanisms of wheat (Triticum aestivum L.) roots under cadmium stress in acidic nutrient solution [J]. Scientific Reports, 2021， 11:1958 | https://doi.org/10.1038/s41598-020-80808-x.
• Ur Rahman, Sh.，Qi, X.*，Zhang, Z.，Ashraf, M. N.，Du, Z.，Zhong, Y. L.，Mehmood, F.，Ur Rahman, S.， Shehzad, M. The effect of silicon foliar and root application on growth, physiology, and antioxidant enzyme activity of wheat plants under cadmium toxicity [J]. Applied Ecology and Environmental Research, 2020, 2020.4.12.
• Fangfang Bai, Xuebin Qi^*, Ping Li, Dongmei Qiao, Jianming Wang, Zhenjie Du, Yingjun She, Wei Guo, Hongfei Lu. Depression of groundwater table and reduced nitrogen application jointly regulate the bacterial composition of nirS-type and nirK-type genes in agricultural soil[J].Water 2020, 12(12), 3459; https://doi.org/10.3390/w12123459.
• Hongfei Lu, Xuebin Qi*, Shafeeq ur Rahman , Dongmei Qiao, Ping Li, Yang Han and Zhijuan Zhao. Rice Physiological Response with Bacillus subtilis and Saccharomyces cerevisiae Inoculation into Soil under Reclaimed Water–Fresh Water Combined Irrigation [J]. Water 2021, 13, 773. https://doi.org/10.3390/w13060773
• Shafeeq Ur Rahman*,Qi Xuebin*,Ghulam Yasin,Hefa Cheng,Faisal Mehmood,Muhammad Zain,Muhammad Shehzad,Muhammad Irfan Ahmad,Luqman Riaz,Abdur Rahim,Saeed Ur Rahman.Role of Silicon on root morphological characters of wheat(Triticum aestivum L.)plants grown under Cd contaminated nutrient solution.[J]. Acta Physiologiae Plantarum. 2021, 43:60 https://doi.org/10.1007/s11738-021-03228-y.