本人針對學科前沿國外國內發展的最新動向，並密切結合位於乾旱區的內蒙古自治區農業生產的實際，長期從事灌溉排水原理與管理最佳化決策、節水灌溉理論和區域水鹽運移方面的科學研究。近幾年來，主持國家自然科學基金項目1項，主持水利部“948項目”1項，參加國家自然科學基金項目4項，參加“十一五”國家科技支撐計畫重點項目“節水農業綜合技術研究與示範”-內蒙河套半乾旱區糧食作物綜合節水技術研究與示範項目1項，參加內蒙古自治區水利廳重點項目1項，主持內蒙古自然科學基金項目1項，主持教育部“春暉計畫”項目1項，主持教育廳高效教師科研項目1項，主持內蒙古水利廳科研項目1項，通過這些項目的實施，在節水灌溉理論與套用、SWAP系統水鹽運移數值模擬、RZWQ模型套用、作物-水模型、土壤水鹽空間變異性及區域監測預報、人工神經網路技術在區域水鹽運動與水環境監測預報等方面的套用、非充分灌溉理論與推廣的研究方面取得了一批有重要理論和套用價值的研究成果。在《水利學報》、《中國科學》、《農業工程學報》、《灌溉排水學報》、《中國農村水利水電》等國核心心學術刊物和《Journal of Experimental Botany》《Journal of Environmental Management》國際著名學術刊物以及2004-ICAE、2005-ICID、2008-CIGR、2008-CCTA、美國2010 ASCE、ASABE等國際學術會議和中國農業工程學會國內學術會議論等發表論文共40餘篇，其中被SCI、EI、ISTP收錄16篇。合著出版了科技專著《土壤水鹽信息空間變異的預測理論與條件模擬》《大型灌區節水工程改造後農田水環境變化預測研究》《河套灌區水平衡機制及耗水量研究》等3部。研究成果豐富和發展了灌溉排水理論、人工神經網路技術在空間變異方面套用、灌區節水灌溉管理理論和區域水鹽監測預報理論，並在3S技術套用方面、尺度轉換和人工智慧技術套用方面作了一些工作，在理論研究與成果套用推廣兩方面均取得較為突出成績，對於水利科學的有關重大理論問題有所創新，促進了多學科的相互滲透與綜合發展，受到了國內外有關專家的關注與好評，在國內外農業水土工程產生了較為顯著影響。先後有3項成果通過專家鑑定，部分研究成果達到國際先進水平。屈忠義博士在美國參加ASCE國際會議留念
論文
1、 Qu Zhongyi, Chen Yaxin, Shi Haibin: The application and prospects of booming subjects in the regional water environment research. The international conference on the optimum allocation of water resource the ecological environment construction and the sustainable development in arid zone. 2001.10,Huhhot,Inner Mongolia,P.R.China.
8、 Qu Zhongyi, Chen Yaxin, Xu Ying, Shi Haibin, Wei Zhanmin .Application of artificial Neural Kriging to conditional simulation and spatial estimation of frozen earth，water-saving agriculture and sustainable use of water and land resources, Shaanxi, 2003,10.（ISTP收錄）
9、Chen Yaxin, wei zhanin, Shi Haibin, Qu Zhongyi et al. Simulative Study On Models of Crop Response To Water For High-Efficient Water-Saving Irrigation. International conference on agricultural science and technology, session 2,346~350.2001, 11.（ISTP收錄）
11、Qu Zhongyi, Chen Yaxin, Shi Haibin, Wei Zhanmin Et Al. The Study on Prediction of Regional Farmland Water Environment Change After The Water Saving Reconstruction Project Practice—Case Study A Large-Scale Irrigation District Of China,Land and Water Management Decision Tools and Practices Vol.Ⅱ-Proceedings of The 7th Inter Regional Conference on Environment And Water, 2004, Beijing. （ISTP收錄）。屈忠義博士在美國參加ASABE國際會議留念
17、Qu Zhongyi,, An applied research of artificial neural Co-kriging on spatial variability in the frozen earth, Effective utilization of agricultural soil & water resources and protection of environment,2007,09,140-146.
19、Zhongyi Qu,Guanhua Huang and Jingyu Yang, Evaluation Of Regional Pedotransfer Functions Based On The Bp Neural Networks, Computer and Computing Technologies in Agriculture II, Volume 2, Springer Boston, The Second IFIP International Conference on Computer and Computing Technologies in Agriculture (CCTA2008), October 18-20, 2008, Beijing, China,2009, 1189-1199
27、Zhongyi Qu, Xixi Wang, Zhaozhong Feng, Shaohong Guo，Changes Of Temporal Trends And Spatial Patterns Of Nitrate-Nitrogen In The Farmland Groundwater Resulting From Water-Saving Irrigation In The Hetao Irrigation District Of China，proceedings of the world environmental and water resources congress 2010,May 16-20.Providence,Rhode Island.808-821.
28、Zhongyi Qu, Binayak P. Mohanty, Xixi Wang，Guanhua Huang，Development of Regional-Scale Relationship between Fractal Dimension and Soil Physical Properties in the Hetao Irrigation District of China, 2010 ASABE Annual International Meeting in Pittsburgh,Pennsylvania in June 20-23, 2010.
30、Xixi Wang, Shiyou Shang, Zhongyi Qu, Tingxi Liu, et al. Simulated wetland conservation-restoration effects on water quantity and quality at watershed scale, Journal of Environmental Management 91 (2010) 1511-1525
31、Xu X, Huang G H, Qu Z Y. Integrating MODFLOW and GIS technologies for assessing impacts of irrigation management and groundwater use in the Hetao Irrigation District, Yellow River basin. Sci China Ser E-Tech Sci, 2009, 52(11): 3257―3263, doi: 10.1007/s11431-009-0328-5
32.Ruihong Yu, Tingxi Liu, Youpeng Xu, Chao Zhu, Qing Zhang, Zhongyi Qu, Xiaomin Liu, Changyou Li，Analysis of salinization dynamics by remote sensing in Hetao Irrigation District of North China.Agric. Water Manage. (2010), doi:10.1016/j.agwat. 2010.03.009
33、Zhongyi Qu, Raghavendra B. Jana, Binayak P.Mohanty, Development of Regional-Scale Pedotransfer functions based on Bayesian Neural Networks in the Hetao Irrigation District of China (revising)
34、Zhongyi Qu, Binayak P.Mohanty, Changes Of Temporal Trends And Spatial Patterns Of Nitrate-Nitrogen In The Farmland Groundwater Resulting From Water-Saving Irrigation Practice In The Hetao Irrigation(revising)
35、 屈忠義, Raghavendra B. Jana, Binayak P.Mohanty，非線性偏差校正技術在貝葉斯神經網路土壤含水率估計中的套用與評價（修改中，農業工程學報）
36、Xu Xu, Guanhua Huang, Zhongyi Qu, Luis S. Pereira，Groundwater dynamics as
influenced by water use and saving in irrigation districts of the arid upper Yellow River basin（submitted to Journal of Arid Environments）
37、Xu Xu, Guanhua Huang, Hongbin Zhan, Zhongyi Qu, Methodology of Coupling SWAP and MODFLOW and its Application in an Arid Irrigation District（submitted to Journal of Hydrology）屈忠義博士與國內專家參加國際會議留念
在美國做學術報告（2010）
屈忠義博士在美國訪學與研究組留念
屈忠義博士在美國參加ASCE國際會議留念
佩雷拉教授視察屈忠義博士科研項目
屈忠義博士在美國參加ASABE國際會議留念
屈忠義博士與國內專家參加國際會議留念