李建明

1987年-1991年，西北農業大學，本科學習；

1991年-1996年，西北農業大學園藝系工作，助教；

1996年-1999年，西北農業大學園藝系工作，96年晉升為講師，99年獲農學碩士學位；

1999年-2001年，西北農林科技大學園藝學院工作，兼任蔬菜教研室副主任；

2001年-2006年，西北農林科技大學園藝學院工作，2001年晉升為副教授，兼任設施農業系副主任， 2002年被聘任為碩士生導師，2006年7月獲農學博士學位。2004年10月-11月在以色列進行學習；

2008年在中科院水保所做博士後研究。 2006年9月至2007年9月在新西蘭梅西大學做訪問學者。先後訪問了荷蘭、德國、法國、希臘、美國、加拿大、澳大利亞、日本、埃及、布隆迪、肯尼亞、泰國等國。 ^[1] 

曾被評為楊凌優秀青年、陝西省青年突擊手等榮譽稱號。 ^[1] 

主要從事設施蔬菜生理生態、設施農業環境工程、蔬菜有機栽培、現代設施農業園區規劃等方面的研究工作。在新型温室大棚設計，温室蔬菜的灌溉制度，設施蔬菜水肥需求機理及温室作物生長模型方面進行了大量的研究工作。從生理學和環境工程角度研究提出了温室番茄、辣椒、黃瓜不同生長時期的灌溉指標。在蔬菜水分生理研究的基礎上，進行了温室甜瓜光温水驅動的生長髮育模擬模型的研究，VDP與蔬菜作物水分消耗的關係研究，探明瞭温室温光水綜合影響的相關作用。在蔬菜有機栽培方面主要進行有機營養液及其有機無土栽培技術研究。先後完成楊凌現代農業園區、中哈現代農業園區、榆林國家級農業園區、咸陽國家級農業科技園區、江蘇揚州國家級農業科技園區核心區、寧夏固原國家級農業科技園區實施規劃、河南新鄭市現代農業園區、青海省現代農業園區、寧夏中衞沙漠農業園區等規劃任務。 ^[1] 

承擔本科生設施農業環境工程學、設施園藝學、園藝設施學、設施蔬菜學、工廠化農業、蔬菜栽培學、無土栽培學等課程教學，為博、碩士研究生講授設施園藝學進展、高級設施農業環境工程學、温室作物生長模型、專業外語等課程。 ^[1] 

（省級以上）

主持或參加國家自然基金、國家科技支撐計劃、國家948項目、國家863計劃、星火計劃，陝西省統籌計劃等各類項目40項，獲批國家專利12項。發表論文80餘篇，獲陝西省科學技術進步一等獎2項（排名分別為第一，第二），陝西省科技推廣一等獎1項（排名分別為第一），二等獎2項（排名第二），國家教學成果二等獎1項（排名第二）。陝西省教學成果獎二等獎2項（排名第二）。出版專著1部，主編出版國家教材2部。

在科技推廣方面先後擔任楊凌、咸陽，延安，寶雞，寧夏中衞縣，甘肅涇川縣，青海黃南州等14個縣市的科技顧問，深入甘肅、青海、西藏、寧夏、山西、河南及陝西等40餘縣市進行科技指導服務，受到有關部門的表揚。 ^[1] 

[1] Zhang, Dalong; Du, Qingjie; Li Jianming. （2017）. Vapour pressure deficit control in relation to water transport and water productivity in greenhouse tomato production during summer. SCIENTIFIC REPORTS, DOI: 10.1038ep43461 （Sci收錄，通訊作者）

[2] Liu Guoying , Du Qingjie, Li Jianming. （2017） Interactive effects of nitrate-ammonium ratios and temperatures ongrowth, photosynthesis, and nitrogen metabolism of tomato seedlings. Scientia Horticulturae 214 :41–50 （Sci收錄，通訊作者）

[3] Li Jianming, Hu Lipan, Zhang Li，Pan Xiongbo， Hu Xiaohui.（2015）. Exogenous spermidine is enhancing tomato tolerance to salinity–alkalinity stress by regulating chloroplast antioxidant system and chlorophyll metabolism. BMC Plant Biology，15:303. （Sci收錄）

[4] Zhang D, Zhang Z, Li J, Chang Y, Du Q, Pan T （2015） Regulation of Vapor Pressure Deficit by Greenhouse Micro-Fog Systems Improved Growth and Productivity of Tomato via Enhancing Photosynthesis during Summer Season. PLoS ONE 10（7）: e0133919. （Sci收錄，通訊作者）

[5] Hu Xiaohui , Xu Zhiran, Xu Weinan, Li Jianming .（2015）Application of γ-aminobutyric acid demonstrates a protective role of polyamine and GABA metabolism in muskmelon seedlings under Ca（NO3）2 stress. Plant Physiology and Biochemistry Volume 92, July, Pages 1–10. （Sci收錄）

[6] Li Jianming，Cheng Shuangchen.（2012）. Combined effects of hypoxia and excee Mn2+ on oxidative stress and antioxidant enzymes in tomato seedling. Rusian Journal of plant physiology ,Vol 59 No 5, pp:670-678 （Sci收錄）

[7] Li Jianming. Wang Zhonghong（2010）. Study on Sandy-Soil Organics Prescription For Muskmelon.Compost Science Utilization（18）: 266-272. （Sci收錄）

[8]Tessa M. Mills, Li Jianming, M. Hossein, Behboudian. 2009.Physiological respose of gold kiwifruit （Actinidia chinensis） to reduced irrigation..Journal of America Soc.Hort. Sci.134（6）: 667-683. （Sci收錄）

[9] Li Jianming, Wang Xiaoyan, Zou Zhirong. 2009. The effect of upper-limit of soil water content on tomato and cucumber. Journal of applied horticulture .11（2）:112-113. （Sci收錄）

[10] Li Jianming, Wu Pute, M.H. Behboudian. 2008. Respones of muskmelon to cattle or sheep manure composed mixed with sandy soil. Journal of Organic Systems. 3（2）:40-50.

[11]李建明，王 平，李 江.灌溉量對亞低温下温室番茄生理生化與品質的影響，農業工程學報. （Ei收錄） 2010，22（2）：203-208.（通訊作者）

[12]李建明，鄒志榮，劉迎春，王忠紅.温度與水分驅動的甜瓜幼苗生長形態模擬模型研究.農業工程學報. （Ei收錄） 2006，22（11）:203-208. （通訊作者）

[13] 李建明，鄒志榮. 温度、光輻射及水分對温室甜瓜幼苗幹物質積累與分配的影響及其模擬模型。應用生態學報，2007. 18（12）:2715-2721.（通訊作者）

[14]張中典,張大龍,李建明,張智,焦曉聰,張軍. 黃瓜氣孔導度、水力導度的環境響應及其調控蒸騰效應[J]. 農業機械學報,2016,06:1-13. （Ei收錄，通訊作者）

[15]王鵬勃,李建明,丁娟娟,劉國英,潘銅華,杜清潔,常毅博. 水肥耦合對温室袋培番茄品質、產量及水分利用效率的影響[J]. 中國農業科學,2015,02:314-323. （通訊作者）

[16]杜清潔,代侃韌,李建明,劉國英,潘銅華,常毅博. 亞低温與乾旱脅迫對番茄葉片光合及熒光動力學特性的影響[J]. 應用生態學報,2015,06:1687-1694.（通訊作者）

[17]張大龍,張中典,李建明. 環境因子對温室甜瓜蒸騰的驅動和調控效應研究[J]. 農業機械學報,2015,11:137-144.（通訊作者）

[18]張大龍,常毅博,李建明,張中典,潘銅華,杜清潔,鄭剛. 大棚甜瓜蒸騰規律及其影響因子[J]. 生態學報,2014,04:953-962.（通訊作者）

[19]李建明,潘銅華,王玲慧,杜清潔,常毅博,張大龍,劉媛. 水肥耦合對番茄光合、產量及水分利用效率的影響[J]. 農業工程學報,2014,10:82-90.（Ei收錄，通訊作者）

[20]張大龍,李建明,姚勇哲,張榮,孫三傑,陳凱利. 大棚番茄營養生長期日蒸騰量估算模型研究[J]. 灌溉排水學報,2013,01:22-25+73. （通訊作者）

[21]徐菲,李建明,吳普特,張大龍,趙志華,李俊. 亞低温下水分對番茄幼苗幹物質積累與養分吸收的影響[J]. 中國農業科學,2013,15:3293-3304. （通訊作者）

[22]陳凱利,李建明,賀會強,胡曉輝,姚勇哲,孫三傑. 水分對番茄不同葉齡葉片光合作用的影響[J]. 生態學報,2013,16:4919-4929. （通訊作者）

[23]張大龍,李建明,吳普特,李瑋黎,趙志華,徐菲,李俊. 温室甜瓜營養生長期日蒸騰量估算模型[J]. 應用生態學報,2013,07:1938-1944. （通訊作者）

[24]韓瑞鋒,李建明,胡曉輝,達會廣,白潤峯. 甜瓜幼苗葉片光合變化特性[J]. 生態學報,2012,05:1471-1480. （通訊作者）

[25]姚勇哲,李建明,張榮,孫三傑,陳凱利. 温室番茄蒸騰量與其影響因子的相關分析及模型模擬[J]. 應用生態學報,2012,07:1869-1874. （通訊作者）

[26]孫三傑,李建明,宗建偉,姚勇哲,陳凱利. 亞低温與乾旱脅迫對番茄幼苗根系形態及葉片結構的影響[J]. 應用生態學報,2012,11:3027-3032. （通訊作者）

[27]李俊,李建明,胡曉輝,張大龍,徐菲,趙志華,宋丹. 亞低温及鉀肥對温室番茄光合作用和品質的影響[J]. 西北植物學報,2012,12:2471-2478. （通訊作者）

[28] 李建明，保護地節水灌溉技術，中國農業出版社.2000.12.主編；

[29] 李建明,設施農業概論，（國家統編教材）中國化工出版社，2010.7，主編；

[30]李建明,設施農業實踐與實驗，普通高等教育“十三五”規劃教材，中國化工出版社，2016.5， 主編；

[29] 李建明，温室番茄甜瓜水肥技術研究 中國科學技術出版社，2015年8月，專著。

[30]李建明，室內芽苗菜種植新技術，西北農林科技大學出版社 中國影音像出版社2005.1主編；

[31]李建明，温室大棚芹菜栽培新技術，西北農林科技大學出版社 中國影音像出版社2005.1，主編；

[32]李建明（主編） 温室大棚家常菜栽培新技術，西北農林科技大學出版社 中國農影音像出版社2005.11，主編；

通訊地址：陝西楊凌邰城路3號 西北農林科技大學園藝學院

郵編：712100

聯繫電話：029-87082452（辦）

Email: lijianming66 @163.com

A brief introduction to Li Jianming

Li Jianming, born in September, 1966 in Luochuan County, Shaanxi Province, is a professor and academic advisor for post-graduates in vegetable science. He graduated from Northwest University of Agriculture in 1991 and began to work in the same university in the same year. He incepted his Master’s and doctor’s degree of agronomy in 1999 and 2006 separately, and since 2008 has been doing a post-doctoral programme in Institute of Water and Soil Conservation, Chinese Academy of Sciences & Ministry of Water Resources. He had had a further study and training in Israel during Oct. to Nov., 2004, and visited Massey University, New Zealand as a visiting scholar from Sep. 2006 to Sep. 2007. He had visited universities and research institutes in such countries as Holland, Germany, France, Greece, the USA, Canada, Australia, Japan, Egypt, Burundi, Kenya and Thailand to have cooperative research with scientists there.

He had been the vice dean of the research and teaching section of vegetable science and vice dean of protected agriculture department in College of Horticulture in this university. He is now dean of Department of Protected Agricultural Science and Engineering, expert of National Vegetable Industry Technology System, the chief scientist of Shaanxi Provincial Vegetable Industry Technology System, vice dean of Northwest China Protected Agriculture Engineering Key Laboratory of Ministry of Agriculture, vice dean of Shaanxi Protected Agriculture Research Centre, council member of the protected horticulture branch of Chinese Society of Horticultural Science, executive director of Society of Horticulture Science of Shaanxi Province, and director-general of Yangling Protected Agriculture Society. He had been awarded such honorable titles as “Excellent Youth of Yangling District” and “Young Pace-setter of Shaanxi Province”.

Prof. Li Jianming mainly engages himself in the research of physiology and ecology of protected vegetables, protected environment engineering, organic vegetable cultivation, layout of modern protected agriculture parks. Specifically his major research interests are in new-type greenhouse design, watering mechanism for greenhouse vegetables, water-fertilizer demand mechanism and growth models of greenhouse crops. In recent years, he has also done a great deal of research on the relations of soil water and the physiological indexes of vegetable growth, and worked out the watering indexes for greenhouse tomato, pepper and cucumber growth in different growing periods from the angles of physiology and environmental engineering. He also did research, on the basis of vegetable water physiology studies, on the simulation and modeling of greenhouse musk melon growth driven by temperature, light and water, on the relations between VDP and vegetable water consumption, and made clear the co-relation of greenhouse temperature-light-water synthesis influences. He is also probing the problem of organic nutrient solutions and soilless culture with them for vegetables. He finished such layout as modern agriculture park in Yangling, modern agriculture zone in Kazakhstan, National agriculture parks in Yulin and Xianyang of Shaanxi Province, modern agriculture parks in Yangzhou of Jiangsu Province, in Xinzheng of Henan Province, in Qinghai Province, desert agricultural park in Zhongwei, Ningxia Autonomous Region, etc.

Prof. Li offers such courses to undergraduates as protected agricultural environmental engineering, protected horticulture, horticultural facilities, protected vegetable cultivation, industrialized agriculture, vegetable cultivation, and soilless cultivation, as well as development of protected horticulture, advanced protected agricultural environmental engineering, greenhouse crop growth modeling, specialized English for the doctoral and master students.

Prof. Li has been directing and participating in 40 various key projects supported by The National Natural Science Foundation of China, National Key Technology Support Program, National 948 Program, National 863 Program, National Spark Program, Shaanxi Provincial Integrated Project. 12 patents of his have been approved.

He has published over 80 research papers, 1 academic book, and 2 national-leveled textbooks. He has been awarded 1 first prize of Shaanxi Provincial Sci-Tech Extension Award, 1 first and 1 second prizes of Shaanxi Provincial Sci-Tech Progress Award, 1 second prize of National Teaching Achievement Award, 2 second prizes of Shaanxi Provincial Teaching Achievement Award.

As for sci-tech extension, he has been, respectively, the sci-tech consultant for such counties and cities as Yangling, Xianyang, Yan’an, Baoji in Shaanxi Province, Zhongwei in Ningxia Autonomous Region, Jingchuan in Gansu Province, and Huangnan in Qinghai Province. He had been to more than 40 counties and cities in Gansu, Qinghai, Tibet, Ningxia, Shanxi, Henan and Shaanxi, to instruct local agricultural technicians and farmers, which had been rewarded by governments and departments concerned at different levels.

[1] Li Jianming, Hu Lipan, Zhang Li，Pan Xiongbo， Hu Xiaohui.（2015）. Exogenous spermidine is enhancing tomato tolerance to salinity–alkalinity stress by regulating chloroplast antioxidant system and chlorophyll metabolism. BMC Plant Biology，15:303. （included in Sci）

[2] Zhang D, Zhang Z, Li J, Chang Y, Du Q, Pan T （2015） Regulation of Vapor Pressure Deficit by Greenhouse Micro-Fog Systems Improved Growth and Productivity of Tomato via Enhancing Photosynthesis during Summer Season. PLoS ONE 10（7）: e0133919. doi:10.1371/journal.pone.0133919 （included in Sci，corresponding author）

[3] Hu Xiaohui , Xu Zhiran, Xu Weinan, Li Jianming .（2015）Application of γ-aminobutyric acid demonstrates a protective role of polyamine and GABA metabolism in muskmelon seedlings under Ca（NO3）2 stress.Plant Physiology and Biochemistry Volume 92, July, Pages 1–10. （included in Sci）

[4] Li Jianming，Cheng Shuangchen.（2012）. Combined effects of hypoxia and excee Mn2+ on oxidative stress and antioxidant enzymes in tomato seedling. Rusian Journal of plant physiology ,Vol 59 No 5,pp:670-678 （included in Sci）

[5] Li Jianming. Wang Zhonghong（2010）. Study on Sandy-Soil Organics Prescription For Muskmelon.Compost Science Utilization（18）: 266-272. （included in Sci）

[6]Tessa M. Mills, Li Jianming, M. Hossein, Behboudian. 2009.Physiological respose of gold kiwifruit （Actinidia chinensis） to reduced irrigation..Journal of America Soc.Hort. Sci.134（6）: 667-683. （included in Sci）

[7] Li Jianming, Wang Xiaoyan, Zou Zhirong. 2009. The effect of upper-limit of soil water content on tomato and cucumber. Journal of applied horticulture .11（2）:112-113. （included in Sci）

[8] Li Jianming, Wu Pute, M.H. Behboudian. 2008. Respones of muskmelon to cattle or sheep manure composed mixed with sandy soil. Journal of Organic Systems. 3（2）:40-50.

[9]Li Jianming, Wang Ping, Li Jiang. Effect of irrigation amount on physiology, biochemistry and fruit quality of greenhouse tomato under sub-low temperatures [J]. Transactions of the Chinese Society of Agricultural Engineering, 2010, 26（2）: 129-134. （included in EI, corresponding author）

[10]Li Jianming, Zou Zhirong, Liu Yingchun, Wang Zhonghong. Temperature and water driven growth shape simulation and model of musk melon seedlings [J]. Transactions of the Chinese Society of Agricultural Engineering, 2006，22（11）:203-208. （included in EI, corresponding author）

[11] Li Jianming, Zou Zhirong. Effects of air temperature, solar radiation and soil water on dry matter accumulation and allocation of greenhouse muskmelon seedlings and related simulation models [J]. Chinese Journal of Applied Ecology, 2007, 18（12）: 2715-2721.

[12] Zhang Zhongdian, Zhang Dalong, Li Jianming, Zhang Zhi, Jiao Xiaocong, Zhang Jun. Environmental response of stomatal and hydraulic conductance and their effects on regulating transpiration of cucumber [J]. Transactions of the Chinese Society for Agricultural Machinery, 2016, 06:1-13. （included in EI，corresponding author）

[13] Wang Pengbo, Li Jianming, Ding Juanjuan, Liu Guoying, Pan Tonghua, Du Qingjie, Chang Yibo. Effect of water and fertilizer coupling on quality, yield and water use efficiency of tomato cultivated by organic substrate in bag [J]. Scientia Agricultura Sinica, 2015, 02:314-323. （corresponding author）

[14] Du Qingjie, Dai Kanren, Li Jianming, Liu Guoying, Pan Tonghua, Chang Yibo. Effects of sub-low temperature and drought stress on characteristics of photosynthetic and fluorescence kinetics in tomato leaves [J]. Chinese Journal of Applied Ecology, 2015, 06:1687-1694. （corresponding author）

[15] Zhang Dalong, Zhang Zhongdian, Li Jianming. Co-ordination of environmental factors in driving and regulating transpiration rate of greenhouse grown muskmelon [J]. Transactions of the Chinese Society for Agricultural Machinery, 2015, 11:137-144. （included in EI, corresponding author）

[16]Zhang Dalong, Chang Yibo, Li Jianming, Zhang Zhongdian, Pan Tonghua, Du Qingjie, Zheng Gang. The critical factors of transpiration on muskmelon in plastic greenhouse [J]. Acta Ecologica Sinica, 2014, 34（4）: 953-962. （corresponding author）

[17] Li Jianming, Pan Tonghua, Wang Linghui, et al. Effects of water-fertilizer coupling on tomato photosynthesis, yield and water use efficiency [J]. Transactions of the Chinese Society of Agricultural Engineering, 2014, 30（10）: 82－90. （included in EI, corresponding author）

[18] Zhang Dalong, Li Jianming, Yao Yongzhe, Zhang Rong, Sun Sanjie, Chen Kaili. Estimation model of transpiration per day for tomato in vegetative growth period in plastic-covered tunnel [J]. Journal of Irrigation and Drainage, 2013, 01:22-25+73. （corresponding author）

[19] Xu Fei, Li Jianming, Wu Pute, Zhang Dalong, Zhao Zhihua, Li Jun. Effects of water on dry matter accumulation and nutrition absorption of tomato seedling under sub-low temperature [J]. Scientia Agricultura Sinica, 2013, 15:3293-3304. （corresponding author）

[20] Chen Kaili, Li Jianming, He Huiqiang, Hu Xiaohui, Yao Yongzhe, Sun Sanjie. Effects of water on photosynthesis in different age of tomato leaves [J]. Acta Ecologica Sinica, 2013, 33（ 16） : 4919-4929. （corresponding author）

[21]Zhang Dalong, Li Jianming, Wu Pute, Li Weili, Zhao Zhihua, Xu Fei, Li Jun. Estimation model for daily transpiration of greenhouse muskmelon in its vegetative growth period [J]. Chinese Journal of Applied Ecology, 2013, 07:1938-1944. （corresponding author）

[22] Han Ruifeng, Li Jianming, Hu Xiaohui, Da Huiguang, Bai Runfeng. Research on dynamic characteristics of photosynthesis in muskmelon seedling leaves [J]. Acta Ecologica Sinica, 2012，32（5）: 1471-1480. （corresponding author）

[23]Yao yongzhe, li jianming, zhang rong, sun sanjie, chen kaili. Greenhouse tomato transpiration and its affecting factors: Correlation analysis and model simulation [J]. Chinese Journal of Applied Ecology, 2012, 07:1869-1874. （corresponding author）

[24] Sun Sanjie, Li Jianming, Zong Jianwei, Yao Yongzhe, Chen Kaili. Effects of sub-low temperature and drought stress on root morphology and leaf structure of tomato seedlings [J]. Chinese Journal of Applied Ecology, 2012, 11:3027-3032. （corresponding author）

[25] Li Jun, Li Jianming, Hu Xiaohui, Zhang Dalong, Xu Fei, Zhao Zhihua, Song Dan. Effects of sukrlow temperature and potassium fertilizer on photosynthesis and fruit quality of greenhouse tomato [J]. Acta Botanica Boreali-Occidentalia Sinica, 2012, 12:2471-2478. （corresponding author）

[26] Li Jianming，Water-Saving Irrigation Technology in Protected Agriculture, China Agriculture Press.Oct.2000.chief editor；

[27] Li Jianming The Introduction to Protected Agriculture，（national textbook）China Chemical Industry Press， Jul. 2010，chief editor；

[28]Lijianming Practice and Experiment in Protected Agriculture，（General Higher Education “135”Project textbook）, China Chemical Industry Press, May, 2016， chief editor；

[29] Lijianming ，Greenhouse Tomato and Muskmelon Water-Fertilizer Technology, China Science Publishing & Media Ltd.,Aug.2015.

[30]Lijianming，New Greenhouse Vegetable Sprout Growing Technology，Northwest A & F UP; China Audio-Visual Publishing Jan, 2005, chief editor；

[31]Li Jianming，New Greenhouse Celery Growing Technology，Northwest A & F UP; China Audio-Visual Publishing Jan, 2005, chief editor；

[32]Li Jianming, New Greenhouse common Vegetable Growing Technology; China Audio-Visual Publishing Nov.2005，chief editor； ^[1]