Thesis writing:
Naijuan Hu, Baojun Wang, Zehai Gua, Baorui Tao, Zhengwen Zhang, Shuijin Hu, Liqun Zhu. Effects of different straw returning modes on greenhouse gas emissions and crop yields in a rice–wheat rotation system. Agriculture, Ecosystems and Environmen. 2016, 223:115-122. (SCI Corresponding author)
Liqun Zhu, Jing Li, Baorui Tao, Naijuan Hu. Effect of Different Fertilization Modes on Soil Organic Carbon Sequestration in Paddy Fields in South China: A Meta-analysis. Ecological Indicators, 2015, 53:144-153. (SCI)
Liqun Zhu, Naijuan Hu, Minfang Yang, Xinhua Zhan, Zhengwen Zhang. Effects of different tillage and straw return on soil organic carbon in a rice-wheat rotation system. Plos One, 2014,9(2): 1-7. (SCI)
Liqun Zhu, Naijuan Hu, Zhengwen Zhang, Jianglai Xu, Baorui Tao, Yali Meng. Short-term responses of soil organic carbon and carbon pool management index to different annual straw return rates in a rice-wheat cropping system. Catena 2015, 135:283-289. (SCI)
Xiaohua Wang, Haishui Yang, Jian Liu, Junsong Wu, Weiping Chen, Jie Wu, Liqun Zhu, Xinmin Bian. Effects of ditch-buried straw return on soil organic carbon and rice yields in a rice-wheat rotation system. Catena, 2015, 127: 56-63. (SCI Corresponding author)
Liqun Zhu, Minfang Yang, Changqing Chen. Effect of Improved Management Practices on Soil Organic Carbon Sequestration in Wheat-maize Double Cropping System in North China. Journal of Agricultural Science. 2012,4(9):114-125.
Jie Wu, Wenbo Wang, Xiaohua Wang, Liqun Zhu, Haishui Yang, Xinzhong Han, Jie Gao, Wei Guo, Xinming Bian. Residue management affects greenhouse gas emissions and soil organic carbon in wheat-rice rotation system. Fresenius environmental bulletin, 2015,24(9):2751-2762. (SCI)
Haishui Yang, Yajun Dai, Xiaohua Wang, Qian Zhang, Liqun Zhu and Xinmin Bian. Meta-Analysis of Interactions between Arbuscular Mycorrhizal Fungi and Biotic Stressors of Plants. The Scientific World Journal, 2014, Article ID 746505. (SCI)
Zhu, LQ; Zhang, ZW; Bian, XM; Jiao RF. Nitrogen runoff loss from Paddy-pond System based on water cycling. Modeling and Computation in Engineering Ⅱ, 2013,339-349. (EI)
Feng, JF; Wang, YX; Zhao, J ; Zhu, LQ; Bian, XM; Zhang, WJ. Source attributions of heavy metals in rice plant along highway in Eastern China. Journal of environmental sciences, 2011,23(7):1158-1164. (SCI)
WANG Baojun, WANG Wei, HU Naijuan, GU Zehai, CHEN Binglin, ZHANG Zhengwen, XU Jianglai, ZHU Liqun. Short-term Effect of Different Water and Nitrogen Managements on Paddy Soil Nutrient, Enzyme Activity and Carbon Pool Under Wheat Straw-returning Fields [J]. Journal of Nuclear Agricultural Sciences, 2016,30(5) : 0957 - 0964. (Corresponding author)
LI Jing, FENG Shu-yi, CHEN Li-gen ZHU Li-qun. Effects on Greenhouse Gas Emissions under Straw Returning in Paddy Fields in Middle and Lower Reaches of the Yangtze River:A Meta-analysis. China population, resources and environment [J]. 2016, 26(5): 91-100. (Corresponding author)
Zhang Zhengwen, Hu Naijuan, Gu Zehai, Tao Baorui, Yin Sihui, Xu Jianglai, Zhu Liqun. Effects of fertilizer application patterns on the seedling rape freezing resistance [J]. Journal of Nanjing Agricultural University, 2015,38(1) : 1-7. (Corresponding author)
ZHANG Zheng-wen, SUN Xiu-juan, HU, Nai-juan, ZHU Liu-qun. Effect of straw ditch-buried return depth on Fusarium graminearum survival rate and carrier rate of rice [J]. Acta Phytopathologica Sinica, 2014,44(4):443-448. (Corresponding author)
Hu Naijuan, Han Xinzhong, Yang Minfang, Zhang Zhengwen, Bian Xinmin, Zhu Liqun. Short-term influence of straw return on the contents of soil organic carbon fractions; enzyme activities and crop yields in rice-wheat rotation farmland [J]. Journal of Plant Nutrition and Fertilizer, 2015,21( 2) : 371-377. (Corresponding author)
Li Jing, Tao Baorui, Jiao Meiling, Yin Sihui, Zhu Liqun. Assessment on topsoil carbon sequestration potential under straw return modes in paddy fields in South China—based on a Meta-analysis. Journal of Nanjing Agricultural University, 2015, 38(3) : 351-359. (Corresponding author)
Xu Jianglai, Hu Naijuan, Zhang Zhengwen, Tao Baorui, Zhu Liqun. Effects of Two Herbicides on Soil Microbes and Enzyme Activities in a paddy Field. Bulletin of soil and water conservation, 2015,35(4):168-171. (Corresponding author)
Xu Jianglai, Yin Sihui, Hu Naijuan, Gu Zehai, Wang Baojun, Zhu Liqun. Effect of annual straw returning on soil nutrients microbial activity yield in a rich-wheat rotation system. Chin. J. Appl Environ Biol, 2015,21(6):1100-1105. (Corresponding author)
Zhu Liqun, Yang Minfang, Xu Minlun, Zhang Wuyi, Bian Xinmin. Effects of different fertilization modes on paddy field topsoil organic carbon content and carbon sequestration duration in South China. Chinese Journal of Applied Ecology, 2012,23(1):87-95.
Zhu Liqun, Xia Xiaojiang, Hu Qingyu, Hu Naijuan, Zhang Zhengwen, Bian Xinmin. Effects of Different Tillage and Straw Return on Nitrogen and Phosphorus Run off Loss from Paddy Fields. Journal of soil and water conservation, 2012,26(6):6-10.
Zhu Liqun, Zhang Dawei, Bian Xinmin. Effects of Continuous Returning Straws to Field and Shifting Different Tillage Methods on Changes of Physical-Chemical Properties of Soil and Yield Components of Rice. Chinese Journal of Soil Science, 2011,42(1):81-85.
Zhu Liqun, Wang Jing, Li Jing, Bian Xinmin. An External Advantage Evaluation ofCrop ProductionDevelopment Based on the Comparative Advantage Theory. Resources Science, 2010,32(1):42-49.
Zhu Liqun, Wang Bo, Huang Hui, Bian Xinmin. Effects of waste from livestock farm returning to field under potted condition on nitrogen and phosphorus dynamics of soil-ryegrass system egate. Journal of Nanjing Agricultural University, 2009, 32(4):106-111.
Zhu Liqun, Tian Yidan, Li Hui, Bian Xinmin. Study on Dynamic Changes of Nitrogen in Surface Water of Paddy Field under Different Agronomic Measures. Journal of Soil and Water Conservation, 2009, 23(6):67-71.
Zhu Liqun, Chen Changqing, Bian Xinmin.Modified Model of Ecological Carrying Capacity of Cropland Based on Heavy Metal Pollution. Journal of Ecology and Rural Environment, 2009, 25 (3): 21-24, 29.
Hu Naijuan, Zhang Siwei, Yang Minfang, Gu Kejun, Han Xinzhong, Zhang Zhengwen, Bian Xinmin, Zhu Liqun. Effects of different tillage and straw return on soil carbon pool and soil structure under rice-wheat rotation system. Journal of Nanjing Agricultural University, 2013, 36(4):7-12. (Corresponding author)
Tao Baorui, Shao Liping, Fu Mingying, Zhang Ying, Zhou Xiaoshuang, Zhu Liqun. Effects of the Straw Concentrated Buried Return on Nitrogen and Phosphorus Leaching in Wheat Fields. Chinese Journal of Soil Science, 2013, 44(4):945-951. (Corresponding author)
Wang Wei, Zhu Liqun, Wang Wenbo, Hu Naijuan, Zhang zhengwen, Bian Xinmin .Effects of Different Treatments of Fertilization and Irrigation on Rice Yield and Soil Fertility and Enzyme Activity in Wheat Straw Amendment Field. Bulletin of Soil and Water Conservation, 2015,35(4):43-48.
Huang Yanxian, Zhu Liqun, Bian Xinmin. Ecological Footprint Analysis and Evaluation of Crop Production in Jiangsu Province. Resources and Environment in the Yangtze Basin, 2010, 19(8): 890-894.
Yang Minfang, Zhu Liqun, Han Xinzhong, Gu Kejun, Hu Naijuan, Bian Xinmin. Short-term Effects of Different Tillage Modes Combined with Straw-returning on the Soil Labile Organic Carbon Components in a Farmland with Rice-wheat Double Cropping. Chinese Journal of Applied Ecology, 2013,24(5): 1387-1393.
Yang Minfang, Zhu Liqun, Han Xinzhong, Gu Kejun, Hu Naijuan, Zhang Zhenwen, Bian Xinmin. Effects of Tillage and Crop Residues Incorporation on Soil Nutrient, Microbial Biomass and Enzyme Activity Under Rice-Wheat Rotation. Journal of Soil and Water Conservation, 2013,27(2):272-281.
Zha Liangyu, Qiu Zhongqi, Wang Xiaohua, Wu Jie, Zhu Liqun, Bian Xinmin, Cao Weizhao, Du Lei. Study on Feasibility of Straw Concentrated Ditch-buried Returning Field Using Machine. Acta Agriculture Zhejiangensis, 2013,25(1):135-141.
Han Xinzhong, Zhu Liqun, Yang Minfang, Yu Qi, Bian Xinmin. Effects of Different Amount of Wheat Straw Returning on Rice Growth, Soil Microbial Biomass and Enzyme Activity. Journal of Agro-Environment Science, 2012,31(11):2192-2199.
Wang Liang, Zhu Liqun, Zhang Siwei, Zhang Peiqi, Xu Minlun, Bian Xinmin. Eco-fitness of County-level Agricultural Leading Industry Structure: Assessment and Development Prediction. Chinese Journal of Applied Ecology, 2012,23(11):1-9.
Wang Liang, Zhang Peiqi, Zhu Liqun, Duan Huaping, Bian Xinmin. Quantitative Evaluation Model of County Agricultural Leading Industry Based on Fuzzy Grey Correlation and its Application. Jiangsu J. of Agr. Sci., 2012,28(4):891-897.
Wang Liang, Chen Shouyue, Zhu Liqun, Bian Xinmin. Quantitative Analysis and the Evaluation of Agricultural Leading Industry in Henan. Acta Agriculturae Zhejiangensis, 2012,24(5):936-942.
Sun Xiujuan, Li Yan, Zhu Liqun, Wang Xianhua, Xu Xingying, Bian Xinmin. Effects of Burial Depth of Straw Returned to Soil on Survival Rate and Emergence Behavior of Chilo Suppressalis Over-wintering Larva. Jiangsu J. of Agr. Sci., 2012,28(4):743-747.
Zhang Siwei, Zhang Wuyi, Wang Liang, Zhu Liqun, Gu Kejun, Zhang Hongyun, Bian Xinmin. Influences of Tillage Mode and Straw-returning on Accumulation of Organic Carbon in Soil of Wheat Field. Acta Agriculturae Jiangxi, 2012,24(8):6-9.
Liu Xiaochuan, Zhang Peiqi, Zhu Liqun, Bian Xinmin. Analysis of Grain Supply-Demand Balance in Jiangsu Province Based on H-P Filter and Regressive Model. Acta Agriculturae Jiangxi, 2012,24(8):166-170.
Xia Xiaojiang, Hu Qingyu, Zhu Liqun, Chen Changqing, Bian Xinmin. Study on Dynamic Changes of Nitrogen and Phosphorus in Surface Water of Paddy Field and Runoff Loss in Taihu Region. Journal of Soil and Water Conservation, 2011,25(4):21-25.
Xia Xiaojiang, Fu Wei, Zhu Liqun, Chen Changqing, Bian Xinmin. Fertilizer Application and Nutrient Balance Under Different Cropping Systems in Taihu Lake Region, Jiangsu Province. Journal of Ecology and Rural Environment, 2011,27(5):18-23.
Ma Shunsheng, Zhang Peiqi, Zhu Liqun, Bian Xinmin. Evaluation of the Urban Ecological Suitability and a Case Analysis .Journal of Nanjing Forestry University (Natural Science Edition), 2011,35(4):51-57.
Ma Shunsheng, Chen Shouyue, Zhang Peiqi, Zhu Liqun, Bian Xinmin. Assessment of Eco-fitness for Urban Development in the Framework of Urban-Rural Integration. Journal of Nanjing Agricultural University, 2011,34(4):65-70.
Zhu Liqun, Wang Jing,Li Jing,Bian Xinmin. An External Advantage Evaluation of Crop Production Development Based on the Comparative Advantage Theory. Resources Science, 2010,32(1):42-49.
Huang Yanxian, Zhu Liqun, Bian Xinmin. Ecological Footprint Analysis and Evaluation of Crop Production in Jiangsu Province. Resources and Environment in the Yangtze Basin, 2010,19(8):890-894.
Wang Xiaohua, Wang Liupeng, Zhu Liqun, Bian Xinmin. Effects of Insecticidal lamp on trapping and killing pest in the rice-wheat rotation area of middle and lower reaches of the Yangtze river. Acta Agriculturae Jiangsusis, 2010,4:117 -119.
Zhu Liqun, Tian Yidan, Li Hui, Bian Xinmin. Study on Changes of Nitrogen in Surface Water of Paddy Field under Different Agronomic Measures. Journal of Soil and Water Conservation, 2009, 23(6):85-89.
Zhu Liqun, Wang Bo, Huang Hui, Bian Xinmin. Effects of Waste from Livestock Farm Returning to Field under Potted Condition on Nitrogen and Phosphorus Dynamics of Soil-Ryegrass System Egate. Journal of Nanjing Agricultural University, 2009, 32 (4): 106-111.
Zhu Liqun, Chen Changqing, Bian Xinmin. Modified Model of Ecological Carrying Capacity of Cropland Based on Heavy Metal Pollution. Journal of Ecology and Rural Environment, 2009, 25 (3): 21 -24, 29.
Huang Hui, Wang Bo, Zhu Liqun, Liu Chunxiao, Cao Yang, Bian Xinmin. Nitrogen and Phosphorus Dynamics and Pollution Risk of Potted Rice Treated with Manure from Livestock Farm. Journal of Agro-Environment Science, 2009,28(4):736-743.
Zhu Liqun, Bian Xinmin, Guo Junyang. Study of construction the practical teaching content system for rural regional development. Higher agriculture education, 2006-10, 10 :57-59.
Zhu Liqun, Guo Junyang, Dong Yan. Study of practical ability for rural regional development. Modern distance education, 2006,6:34-36.
Zhu Liqun, Bian Xinmin, Qiu Hengjia. Analysis on Regional Comparative Advantage of Crops—A Case Study on Huaiyin of Huaian City in Jiangsu Province. Journal of Yunnan Agricultural University, 2006,20(3):428-431,435.
Zhu Liqun, Bian Xinmin, Guo Junyang. Studies on Evaluation Model for the Comparative Superiority of Regional Crops and the Comparative Superiority of Plant Industry as a Whole. Chinese Journal of Agricultural Resources and Regional Planning, 2005,26(5):9-13.
Zhu Liqun, Bian Xinmin. The legal issues analysis of rural land contractual management right. Guangdong Agricultural Science, 2005(4):103-104.
Qiu Hengjia, Bian Xinmin, Zhu Liqun. Research on the Landscape Spatial Pattern in the Taihu Lake Land Ecotone—A Case Study of Wuzhong District of Suzhou City. Journal of Nanjing Agricultural University, 2005, 28 (4): 21-25.
Zhu Liqun, Bian Xinmin. Agricultural Standardization in China: Problems and Solutions. Journal of Nanjing Agricultural University (Social Sciences Edition), 2003,3 (3):51-56.
Zhu Liqun. Participate. The priority sequence of Chinese farming system development. China Agriculture Press, 2010.
Zhu Liqun. Associate editor. Agricultural law (second edition) "11th five-year plan" national planning materials. China Agriculture Press, 2011.
Zhu Liqun. Participate. Grain production capacity of ascension and the strategic reserve in China. The sun press, 2013.
Research projects:
一、Vertical projects
Project name: Study of net mitigation potential and promotion mechanism under different fertilization modes in paddy fields of southern China. Sources: General projects of Science Foundation of Ministry of Education of China in 2015 (15YJCZH246). Project timeframe: 2015.09-2018.09. Host.
Project name: Single indica hybrid rice of high quality and high efficient varieties selection and matching of mechanized cultivation techniques in the middle and low reaches of the Yangtze River. Sources: The national key research project topics. Project timeframe: 2016.01-2020.12. Host.
Project name: Net mitigation potential and promotion of regulation under different fertilization modes in rice-wheat rotation. Sources: The project of universities’ philosophy social science research in Jiangsu Province (2015SJD087). Project timeframe: 2015.07-2017.06. Host.
Project name: Effect of carbon sequestration and greenhouse gas mitigation and its promotion under different fertilization technology in paddy fields of Southern China. Source: First grade of national postdoctoral science fund (2015M570463). Project timeframe: 2015.07-2017.06. Host.
Project name: study of utilization mechanism of rice and wheat straw based on the analysis of the ecological economy. Source: School social science project (SKCX2014001). Project timeframe: 2014.06.23-2016.06.22. Host.
Project name: Study of agricultural ecological compensation policy. Source: Project of rural commissioned in Jiangsu Province. Project timeframe: 2013.06-2014.06. Host.
Project name: Innovation research of localization orientation training mode of rural regional development. Source: The school teaching reform research key project. Project timeframe: 2013.09-2015.09. Host.
Project name: Renewable resource utilization technology research and demonstration. Source: Key Projects in the National Science & Technology Pillar Program (2012BAD14B12). Project timeframe: 2012.01.01-2016.12.01. Host.
Project name: Intensive farmland pollution control planting patterns and key technology research and demonstration. Source: Special Fund for Agro-scientific Research in the Public Interest (201103001-4). Project timeframe: 2011.05.01-2015.05.01.. Host.
Project name: Resistant varieties selection and avoid disaster cultivation technology research and integrated demonstration in rice cropping area of the lower reaches of the Yangtze river. Source: Key Projects in the National Science & Technology Pillar Program (2012BAD20B05-03). Project timeframe: 2011.11.01-2015.12.31. Participate.
Project name: Different irrigation modes of water and nutrients in soil - crop systems gaseous loss characteristics. Source: The prefectural project. Project timeframe: 2010.01.01-2011.12.31. Participate, 2/8.
Project name: Effect of agricultural non-point source pollution on the eutrophication of Taihu Lake in Jiangsu and ecological treatment technology. Source: The ministry of agriculture ecological environment protection project. Project timeframe: 2009.11.01-2011.10.1. Host.
Project name: Loss of farmland nutrient and greenhouse gas reduction technology research in water network agriculture area of the lower reaches of the Yangtze river. Source: National level (200803028-3). Project timeframe: 2008.12.01-2010.12.01. Host.
Project name: Intensive farmland circulation production technology integration research and demonstration in the Yangtze river delta. Source: Key Projects in the National Science & Technology Pillar Program (2007BAD89B12-4). Project timeframe: 2008.09.01-2010.09.01. Participate.
Project name: Modern farming system model construction and supporting technology research and demonstration. Source: Special Fund for Agro-scientific Research in the Public Interest (200803028). Project timeframe: 2008.11.05-2012.11.05. Participate.
二、Horizontal projects
Project name: Development strategy planning and core urban design research projects of the agricultural industry in Jinnan new district. Source: Horizon. Project timeframe: 2016.02.22-2017.02.21. Host.
Project name: Agricultural development planning of Getang street in Luhe district of Nanjing. Source: Horizon. Project timeframe: 2016.01-2017.01. Fund: 248 000 RMB. Host.
Project name: Overall planning of ecological leisure agricultural park of lotus in Bainiao Lake. Source: Horizon. Project timeframe: 2016.06.04-2017.06.03. Host.
Project name: Colorful rice precise management base planning in Jinfeng of Zhangjiagang. Source: Horizon. Project timeframe: 2015.05.07-2016.05.07. Fund: 200 000 RMB. Host.
Project name: Overall planning of agricultural ecological park of Sanjie community of Hushu in Nanjing. Source: Horizon. Project timeframe: 2015.02.04-2016.02.04. Host.
Project name: Modern agricultural development “Thirteenth-Five Year” planning in Luhe district of Nanjing. Source: Horizon. Project timeframe: 2015.10.30-2016.10.30. Host.
Project name: Photovoltaic power generation base agricultural ecological area overall planning in Huainan CLP Jiaogang lake. Source: Horizon. Project timeframe: 2015.09.02-2016.09.02. Host.
Project name: The overall planning of modern agriculture industrial park in Siyang, Jiangsu. Source: Horizon. Project timeframe: 2015.10.13-2016.10.13. Host.
Project name: Canaan ecological agriculture sightseeing park planning study in Zixi. Source: Horizon. Project timeframe: 2015.01.08-2016. 01.08. Host.
Project name: Nanjing “Thirteenth-Five Year” agricultural development planning. Source: Horizon. Project timeframe: 2015.07.07-2016. 07.07. Host.
Project name: Modern agricultural development “Thirteenth-Five Year” planning in Taicang.
Source: Horizon. Project timeframe: 2015.08.21-2016. 08.21. Host.
Project name: Modern agricultural development planning in Fuqiao town, Taicang city. Source: Horizon. Project timeframe: 2015.05.29-2016. 05.29. Host.
Project name: Jiangsu maritime bureau, Nanjing comprehensive security base planning. Source: Horizon. Project timeframe: 2015.04.28-2016.04.28. Host.
Project name: Overall planning of modern agricultural development in Longpao street, Luhe district, Nanjing city. Source: Horizon. Project timeframe: 2014.09.05-2015. 09.05. Host.
Project name: Overall planning of agricultural high production park in Jiaxiang, Shandong. Source: Horizon. Project timeframe: 2014.09.01-2015. 09.01.. Host.
Project name: Leisure agriculture and rural tourism development planning study in Jiangyan district, Taizhou city, Jiangsu province. Source: Horizon. Project timeframe: 2014.05.15-2015.05.15. Host.
Project name: Nanjing metropolitan circle modern agricultural industrial development planning study. Source: Horizon. Project timeframe: 2014.01.02-2015.01.02. Host.
Project name: Nanjing metropolitan circle modern agricultural industrial development planning study. Source: Horizon. Project timeframe: 2014.01.02-2015.01.02. Host.
Project name: Modern agricultural park planning maps of Boyang River. Source: Horizon. Project timeframe: 2014.09.23-2015.09.23. Host.
Project name: Science and technology service center construction project proposal and feasibility study report of rice industrial park in Taicang. Source: Horizon. Project timeframe: 2014.07.10-2015.07.10. Host.
Project name: Overall planning study of modern agriculture demonstration park construction in Yujiang of Jiangxi. Source: Horizon. Project timeframe: 2014.07.24-2015.07.24. Host.
Project name: Urban agricultural development “Thirteenth-Five Year” planning in Xinbei District of Changzhou. Source: Horizon. Project timeframe: 2014.07.14-2015.07.14. Host.
Project name: Modern agricultural comprehensive exploitation and demonstration zone planning study in Huaiyuan, Anhui province. Source: Horizon. Project timeframe: 2014.09.21-2015.09.21 Host.
Project name: Modern agriculture industrial park overall planning study in Zhenze, Wujiang district of Suzhou. Source: Horizon. Project timeframe: 2014.05.28-2015.05.28. Host.
Project name: Modern agriculture industrial park overall planning study in Lili of Fen lake high-tech zone. Source: Horizon. Project timeframe: 2014.11.03-2015.11.03. Host.
Project name: Modern agricultural demonstration zone construction planning at country level in Xutuan, Mengcheng. Source: Horizon. Project timeframe: 2013.01.24-2014.01.24. Host.
Project name: Characteristic fruit industrial park overall planning in Ganyu. Source: Horizon. Project timeframe: 2013.09.27-2014.09.27. Host.
Project name: Pukou biological agricultural industrial park development planning. Source: Horizon. Project timeframe: 2013.06.03-2014.06.03. Host.
Project name: Chinese wisdom agricultural industrial park: overall planning of Lujiang, Hefei. Source: Horizon. Project timeframe: 2013.08.22-2014.08.22. Host.
Project name: Overall planning study of modern agricultural park in Jinyang, Rugao. Source: Horizon. Project timeframe: 2013.08.05-2014.08.05. Host.
Project name: Modern agricultural industrial park overall planning in Xingdian, Nanjing. Source: Horizon. Project timeframe: 2013.04.17-2014.04.17. Host.
Project name: Modern agricultural demonstration zone construction overall planning study in Chengxiang, Taicang. Source: Horizon. Project timeframe: 2013.03.26-2014.03.26. Host.
Project name: Comprehensive security base planning in Xinshengzhou. Source: Horizon. Project timeframe: 2013.01.15-2014.01.15. Host.
Project name: Modern agricultural demonstration zone overall planning study in Xiaoxinji, Mengcheng. Source: Horizon. Project timeframe: 2013.10.14-2014.10.11. Host.
Project name: Modern agricultural demonstration zone construction planning at the provincial level in Shuangjian of Mengcheng. Source: Horizon. Project timeframe: 2013.01.24-2014.01.24. Host.
Project name: Yihong agricultural science and technology park development overall planning in Nanjing. Source: Horizon. Project timeframe: 2013.06.09-2014.06.09. Host.
Project name: Modern high quality grain and oil industrial park overall planning for Nandu of Liyang. Source: Horizon. Project timeframe: 2013.07.10-2014.07.10. Host.
Project name: Modern agricultural demonstration zone overall planning study in Xutuan of Mengcheng. Source: Horizon. Project timeframe: 2013.09.13-2014.09.13. Host.
Project name: Modern agricultural demonstration zone overall planning study for Cucun of Mengcheng. Source: Horizon. Project timeframe: 2013.09.26-2014.09.26. Host.
Project name: Rice ecological park construction overall planning in Taicang. Source: Horizon. Project timeframe: 2013.07.30-2014.07.30. Host.
Project name: Modern agricultural industrial park overall planning for Shiqiao of Nanjing. Source: Horizon. Project timeframe: 2012.07.02-2013.07.02. Host.
Project name: Modern agricultural development planning study of Hongtai in Zhangjiagang. Source: Horizon. Project timeframe: 2012.07.08-2013.07.08. Host.
Project name: Modern agriculture industrial park overall planning maps in Guanyun. Source: Horizon. Project timeframe: 2012.07.20-2013.07.20. Host.
Honor Award:
The fifth Chinese Excellent Publications (books) Award. Award department: Chinese Publishers Association. Award time: 2015.02.
Comprehensive evaluation of outstanding teachers teaching quality. Award department: Nanjing Agricultural University. Award time: 2015.03
The quality of teaching excellence award. Award department: Nanjing Agricultural University. Award time: 2015.01
Excellent guide teacher of “Challenge Cup” college students' extracurricular academic science and technology works in 2014. Award department: Nanjing Agricultural University. Award time: 2014.12
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2014.10
Outstanding graduation thesis instructor in Class 2014. Award department: Nanjing Agricultural University. Award time: 2014.06
The quality of teaching excellence award. Award department: Nanjing Agricultural University. Award time: 2014.02.
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2013.09
Outstanding graduation thesis instructor in Class 2013. Award department: Nanjing Agricultural University. Award time: 2013.06
Excellent teacher. Award department: Nanjing Agricultural University. Award time: 2013.09
Outstanding summer social practice guidance teacher in 2012; Award department: Nanjing Agricultural University Committee; Award time: 2012.12.
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2012.09.
Excellent League member. Award department: Bureau of Science and Technology of Suzhou Municipality. Award time: 2012.08
Excellent member of Crop Science Society of Jiangsu. Award department: The Crop Science Society of Jiangsu. Award time: 2012.04
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2012.03
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2011.09
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2011.03
Welliver Faculty Fellowship. Award department: Nanjing Agricultural University. Award time: 2011.01
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2010.09
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2010.03
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2009.09
Outstanding graduation thesis instructor. Award department: Nanjing Agricultural University. Award time: 2009.06
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2009.03
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2008.09
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2008.04
The model of teaching quality. Award department: Nanjing Agricultural University. Award time: 2008.01
Comprehensive evaluation of outstanding teaching quality. Award department: Nanjing Agricultural University. Award time: 2007.10
Third prize of young teachers teaching competition. Award department: Nanjing Agricultural University. Award time: 2006.12
Excellent teaching teacher in “Increase Plan”. Award department: Nanjing Agricultural University. Award time: 2006.04
Trade union activist; Award department: Nanjing Agricultural University Union; Award time: 2005.12