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吴开贤

简介

吴开贤1983年生中共党员,博士。202009月到茅台学院工作,现茅台学院资源与环境学院作物科学系专任教师,贵州省“千层次”创新性人才,遵义市市管专家

教育与工作经历

1、教育经历:

2019.9-2012.12,云南农业大学作物学,博士

2016.9-2019.7,云南农业大学草业科学,硕士

2002.7-2006.7,贵州大学,草业科学,本科

2、工作经历:

20202.09-至今,茅台学院资源与环境学院,专任教师

2013.03-2020.09云南农业大学农学与生物技术学院,专任教师

主要研究领域与方向

酿酒作物有机种植、种子生产与加工贮藏、赤水河流域农田面源污染控制

教学活动

主讲课程

《作物栽培学》、《中国农业发展形势》、《作物科学研究进展》、《耕作学》、《农业推广学》、《生态文明教育》、《自然资源学》等课程。

科研项目

1、主持科研项目

1)国家自然科科学学基金“玉鸭共作下坡耕地土壤磷流失特征及其鸭行为调控作用”(32460286),2025.1.-2028.12,32万元,主持,在研

2)茅台学院酒产业研究院专项“制种基地环境条件对红缨子高粱种子质量的影响研究”(MTXYJCY004),2025.1-0.28.12,16万元,主持,在研

3)云南省重点研发项目“作物生产系统两减控害提质增效关键技术研究与示范”(2018BB015),2018.01-2020.12,300万元,主持,结题

4)国家自然科学青年基金项目“土壤资源异质对间作玉米根倒伏性的影响及机制”(31401336),2015.01-2017.12,26万元,主持,结题

5)云南省自然科学基金面上项目“根间作用对间作玉米和马铃薯觅养能力的微生物调控机制”(2014FB142),2014.10-2017.10,10万元,主持,结题

6)云南农业大学新农村发展研究专项课题“云南新农村建设中环境友好型农牧耦合模式研究”(A2006073),2015.10-2017.08,15万元,主持,结题

7)国家科技支撑计划子课题“水土资源耦合与田间水分调控技术研究”(2015BAD06B04-05),2015.07-2019.12,46万元,主持,结题

8)遵义市科技计划合作项目“遵义地区酿酒用有机高粱与辣椒间作及行比模式研究”(遵市科合 HZ 字〔2021〕324 号),2021.11-2023.11,5万元,主持,结题

2、参与科研项目

1)国家自然科学基金地区项目,间作玉米马铃薯的异质性养分利用及其根系分泌物调控机制(31360306),2013.01–2017.12,参与,结题。

2)国家公益性行业(农业)专项,西南坡耕地合理耕层构建技术指标集成示范(201503119),2015.01–2020.04,参与,结题。

3)中国工程院重大咨询项目,西南地区食物安全可持续发展战略研究(2016-ZD-09-06-02),2016.03–2018.03,参与,结题。

4)中国工程院重点咨询项目,我国西南地区粮食安全与东盟农业科技合作战略问题研究(2013-XZ-24),2013.06–2015.05,参与,结题。

5)中国工程院院地合作重点项目,新形势下云南省粮食安全保障战略咨询研究,2020.08–2021.07,参与,结题。

6)云南省现代农业玉米产业技术体系,2015–2020,参与,结题。

7)云南省绿色食品国际合作研究中心重大专项,绿色新型饲料与养殖产业化关键技术研究与示范(2019ZG00902),2019.07–2020.12,参与,结题。

8)国家自然科学基金面上项目,内生菌促进滇重楼皂苷类活性成分积累的机理研究(81473310),2015.01–2018.12,参与,结题。

主要发表学术论著、学术论文、专利、教改论文

1、发表学术论文:

(1)Wu Kaixian, Zhou Shiyong, Zeng Guoju, Yang Hongli, Wu Bozhi. Technology to utilise and suppress weeds for sustainable maize production. Resources, Environment and Sustainability, 2025, 22, 100279.

(2)Yang Hongli, Zhao Yimei, Guo Zhijun, Liu Yue, Cao Purui, Tang Jiadai, Wu Kaixian. Early Sowing Improve the Yield and Quality of Sorghum Used for Moutai Liquor in Chishui River Basin, Southwestern of China. International Journal of Plant Production, 2025, 14, 589–603.

(3)Yang Hongli, Liu Xinhong, Chen Yubin, Liu Yue, Guo Zhijun, Cao Purui, Yao Hangmei, Huang Jingzi, Wu Jing, Zhao Zhenyu, Wu Kaixian. Moderate early sowing improves sorghum seed germination by optimizing field temperature conditions during seed production. Italian Journal of Agronomy, 2025, 20(3):100049.

(4)Zeng G, Xie S, Jian L, Agrafioti P, Wu Kaixian, Athanassiou C G, Cao Y. Behavioral responses of araecerus fasciculatus (coleoptera: anthribidae) to volatiles of selected stored chinese medicinal plant products. Journal of Economic Entomology, 2024, 117(6):2669-2677.

(5)Zeng G, Yang Y, Maggi F, Jiang F, Yuan R, Chen L, Gao Y, Cao Y, Wu Kaixian, Reitz S R. Attractiveness of citronellol identified from rosa chinensis volatiles to the thrips pest frankliniella occidentalis and its beneficial effect on population development. Journal of Pest Science, 2025.

(6)Yang Hongli, Cui Wenxue, Liu Yue, Zhang Wen, Liu Jiangli, Liu Qing, Yao Hangmei, Huang Yue, Tang Jiadai, Wu Kaixian. Evaluation of cold tolerance in sorghum germplasm from the chishui river basin in china: insights from germination, field trials, and physiological assays. Frontiers in Plant Science, 2025, 16:1630271.

(7)Zhao Guiru, An Tongxin, Fan Zhiwei, Wu Kaixian, Lv Kai, Zhou Feng, Wu Bozhi, Michael A. Fullen. Responses of soil microbiome to nitrogen input on eroded slope farmland in Southwest China. Food and Energy Security, 2024,13:e557.

(8)Hu Kaibo, Zhao Ping, Wu Kaixian, Yang Hongli, Yang Qingxia, Fan Maopan, Long Guangqiang. Reduced and deep application of controlled-release urea maintained yield and improved nitrogen-use efficiency. Field Crops Research, 2023,295:108876.

(9)Ouyang Chengren, Wu Kaixian, Wu Bozhi. Characteristics of Flow Hydraulics and Soil Erosion in Maize and Potato Intercropping Systems. Journal of Soil Science and Plant Nutrition, 2023,23(4):5097-5108.

(10)Wu Kaixian, Jiang Chunhe, Zhou Shiyong, Yang Hongli. Optimizing arrangement and density in maize and alfalfa intercropping and the reduced incidence of the invasive fall armyworm (Spodoptera frugiperda) in southern China. Field Crops Research, 2022,287:108637.

(11)Zhao Guiru, Fan Zhiwei, An Tongxin, Lv Kai, Zhou Feng, Wu Kaixian, Wu Bozhi, Michael A. Fullen. Long-term fertilizer use altered soil microbial community structure but not α-diversity in subtropical southwestern China. Eurasian Soil Science, 2022,55:1116-1125.

(12)Zhao Guiru, Wu Kaixian, An Tongxin, Lu Wen, Zi Shuhui, Fan Zhiwei, Zhou Feng, Ouyang Chengren, Yang Youqiong, Wu Bozhi, Michael A. Fullen. Integrated analysis of changes in soil microbiota and metabolites following long-term fertilization in a subtropical maize-wheat agroecosystem. Pedosphere, 2022,33(3):521-533.

(13)Wu Kaixian, Pan Changbin, Zhou Shiyong, Zhou Feng, Long Guangqiang, Wu Bozhi. Farming ducks in a maize field: a new and potential crop-livestock system from China. Agronomy for Sustainable Development, 2021,41(6):1-12.

(14)Zhang Xiaoyun, Wu Kaixian, Michael A. Fullen, Wu Bozhi. Synergistic effects of vegetation layers of maize and potato intercropping on soil erosion on sloping land in Yunnan Province, China. Journal of Mountain Science, 2020,17(2):423-434.

(15)Wu Kaixian, Zhou Feng, Zhou Shiyong, Zhang Xiaoyun, Wu Bozhi. Enhancing root lodging resistance of maize with twin plants in wide-narrow rows: a case study. Plant Production Science, 2020,23(2):1-11.

(16)Fan Zhiwei, An Tongxin, Wu Kaixian, Zhou Feng, Zi Shuhui, Yang Yuanman, Xue Guofeng, Wu Bozhi. Effects of intercropping of maize and potato on sloping land on the water balance and surface runoff. Agricultural Water Management, 2016,166(1):9-16.

(17)Ouyang Chengren, Wu Kaixian, An Tongxin, He Jia, Zi Suhui, Yang Youqiong, Wu Bozhi. Productivity, Economic, and Environmental Benefits in Intercropping of Maize with Chili and Grass. Agronomy Journal, 2017,105(5):2407-2414.

(18)Wu Kaixian, Wu Bozhi. Potential environmental benefits of intercropping annual with leguminous perennial crops in Chinese agriculture. Agriculture, Ecosystems & Environment, 2014,188:147-149.

(19)Wu Bozhi, Michael A. Fullen, Li Jianbin, An Tongxin, Fan Zhiwei, Zhou Feng, Zi Suhui, Yang Youqiong, Xue Guofeng, Liu Zhong, Wu Kaixian. Integrated response of intercropped maize and potatoes to heterogeneous nutrients and crop neighbours. Plant and Soil, 2014,374(1-2):185-196.

(20)Wu Kaixian, Michael A. Fullen, An Tongxin, Fan Zhiwei, Zhou Feng, Xue Guofeng, Wu Bozhi. Above- and below-ground interspecific interaction in intercropped maize and potato: a field study using the “target” technique. Field Crops Research, 2012,139(11-12):63-70.

2、获授权专利

(1)吴开贤,龚力波,张晓云,王超,李永贤,李建。一种控制玉米马铃薯间作体系中杂草的种植管理方法 [P]. 专利号:ZL201811254722.4,授权.

(2)吴开贤,吴伯志。一种农田土壤立体整理机具 [P]. 专利号:ZL201911353136.X,授权.

(3)吴开贤,张晓云。一种用于平作玉米地的智能除草机 [P]. 专利号:ZL201821930104.2,授权.

(4)张晓云,吴开贤,杨艳兵,周世永,吴伯志。一种自动化测量不同坡段土壤侵蚀的装置 [P]. 专利号:ZL201910467282.9,授权.

(5)张晓云,吴开贤,吴伯志,段颖丹,杨艳兵,杨坤,张建雄,李建,雷丹丹,张荣枝,李永贤,王超。一种研究风雨复合作用下间作群体土壤侵蚀的模拟装置 [P]. 专利号:ZL201821597839.8,授权.

(6)张晓云,吴开贤,吴伯志,王超,和金芳,李俞葵,谢银葵,柏雪,李永贤,李建。一种防黄鼠狼入侵系统 [P]. 专利号:ZL201821390464.8,授权.

(7)张晓云,吴开贤,吴伯志,李永贤,郎凤莲,张磊磊。一种基于坡耕地种养结合的生态农业利用系统 [P]. 专利号:ZL201720956054.4,授权.

(8)张晓云,吴开贤,吴伯志,郎凤莲,李永贤,林秋兰,赵建国,李凡。一种测量间作群体地表不同位置水土流失的装置 [P]. 专利号:ZL201621477936.4,授权.

3、学术专著

(1)朱有勇,宋宝安,陈代文,高世斌,杨松,吴开贤,陈卓,潘光堂。西南地区食物安全发展战略研究 [M]. 科学出版社,2024.

4、其他

(1)参选适宜旱地栽培的杂交稻不育系2个(“滇1A”和“滇2A”)。

 

参加工作以来获得奖励及荣誉称号

1、获得荣誉称号

(1)云南农业大学“百名”青年学术和技术带头人

(2)云南省“万人计划”青年拔尖人才

(3)遵义市市管专家

(4)贵州省“千层次”创新型人才

信息更新截止时间:2026年3月