Actively undertake scientific research tasks. In recent years, he has presided over or participated in many research projects such as the National Natural Science Foundation, the Key Teachers Fund of the Ministry of Education, the Natural Science Foundation of Jiangsu Province, the "333 Project" funded project in Jiangsu Province, and the "Blue Project" in Jiangsu Province. Since 1993, he has published more than 65,438+000 articles, published a monograph, participated in writing a monograph, and participated in many international academic conferences.
Simulation of microclimate factors in farmland based on SHAW model, Journal of Ecology, 2005,25 (7):1626-1634.
Li Longhui,,, Zheng et al. Response of photosynthetic distribution to environmental factors during simulated winter wheat vegetative growth. Field crop research. 2005 (in print)
Gao, Wei, Zheng Yaofeng, Si Lu Se, heisler, Xu Junqing, He Dalin. 2004. Effect of supplementary UV -B radiation on yield and quality of maize: field experiment. Journal of photochemistry and photobiology
Chen Mindong, Zheng, 004, An effective method to synthesize some new 1- aryl -4- ethoxycarbonyl -5- dimethylaminomethylene amino-1, 2,3-triazoles and their derivatives, heterocyclic communication, vol. 10,No./kloc-
Zhu fahua, Zheng, Guo, 2005. Environmental impact and benefits of regional power grid interconnection in China. Energy policy 33: 1797- 1805.
Li Wei, Zheng, 2004, Study on the Characteristics of Winter Climate Change and the Production Potential of Five Crops in Jiangxi, China Agricultural Science Journal. SPIE Volume 5 153, Page 2 18-224, Ecosystem Dynamics, Agricultural Remote Sensing and Modeling, and Agriculture in Specific Places;
Zhu Zixi, Zheng and Fang, 2004, Agricultural Water-saving Technology in China: Water-saving Irrigation of Winter Wheat and Straw Mulching, Progress of Agricultural Science in China. SPIE Volume 5 153, Page 195- 199, Ecosystem Dynamics, Agricultural Remote Sensing and Modeling, and Site-specific Agriculture.
Ma, Zheng, Wen, Sang, Study on Prediction of Hypertension Incidence by Artificial Neural Network, Journal of Nanjing Institute of Meteorology, 2003,26 (2): 252-257.
Zhang Ronggang, Zheng, He Yuhong, Effects of enhanced UV-B radiation on wheat aphids, Journal of Nanjing Institute of Meteorology, 2003,26 (2): 258-262.
Zheng, Ma, Yang Yanbo, Yan Jun, Yang Xing, Qian, Introduction to the software of ground ultraviolet radiation prediction and countermeasures system, Journal of Nanjing Institute of Meteorology, 2002,25 (2): 253-258 Chuanhai, Zheng, He, Gao Guizhi, Effects of increasing ultraviolet intensity on the number of large vascular bundles in internodes and panicle characters of wheat,
Wang Chuanhai, Zheng, He, Dai, Evaluation of the influence of near-surface UV-B radiation intensity on wheat growth and yield in Nanjing, Agricultural Environmental Science, 2003,22 (2), 147- 149.
Y. Zheng, Gao Wenwei, Wang, Xiao Wenwei, Zhang, Effects of enhanced UV-B radiation on weeds and big worms in farmland ecosystem, Journal, 2003,5156: 273-280.
W. Gao, Zheng, He Yuying, Zhang, Effects of enhanced ultraviolet radiation on the formation and structure of maize yield: Journal, 2003,5156: 396-402.
You Fei. Zheng, Wei Gao, and Richard Grant, Analytical simulation of soybean and winter wheat growth under different doses of UV-B radiation. SPIE proceedings, 2003, vol. 4896: 130- 134
Wei Gao, Zheng, James Slusser, Gordon Heisler, Xu, He Douliang, Effects of Enhanced Ultraviolet -B Radiation on Maize Yield and Seed Quality: Field Evaluation, Journal of 2003, Vol. 4896: 159- 164.
, Zheng,,, and, Variation characteristics of total solar radiation and ultraviolet radiation in Nanjing, Journal, 2003,4896:165-172.
Wang Chuanhai, Zheng, Wei Gao, James Slusser, He He, Response of Winter Wheat Growth and Yield to Sub-environmental UV-B Radiation, Journal of 4896: 2 19-222.
Y. Zheng, Gao, Wang Chunhai. Response of winter wheat yield and yield formation to enhanced solar ultraviolet-b radiation. Agriculture and Forest Meteorology, 2003, 120: 279-283
W. Gao, Zheng yanfeng, Zhu ruixue. Effect of enhanced ultraviolet-b radiation on cotton yield and quality. Agriculture and forest meteorology. 2003 , 120 : 24 1 - 248
Chen Mindong,, Zheng,,, Fan, Hua, First Synthesis of Some New 1- aryl -4- ethoxycarbonyl -5- dimethylaminomethylene amino-1, 2, -3- triazole Synthesis Newsletter, Vol.33, No.22, No.33. Chen Mindong,, Zheng,,, Fan,, The first synthesis and antibacterial activity of some N-[4- (ethoxycarbonyl)-1- substituted aryl 1, 2,3-triazole -5- yl ]N- phenylcarbodiimide and its derivatives, heterocyclic communication, vol.9, No.4. Zheng, He Yuhong, Gan, Study on Microclimate Characteristics of Wheat Field after Enhanced Ultraviolet Radiation (I), Agricultural Environmental Protection, 2002.
Zheng, a man. Necessity of offering comprehensive chemical experiment course for environmental science majors. International Journal of Engineering Education. 2002, 1 1(7):200~205 Zheng Yanfang, He Yuhong, Yang, Effects of increasing UV-B on wheat ecosystem in China. Journal of Optical Science, 2002,9 (4):166-169
Y. Zheng, Shi and Gao. Calculation model of solar ultraviolet radiation in Nanjing area. SPIE proceedings 200 1.7, vol. 4482: 455~459.
Zheng, He Jinhai, study on prediction and calculation model of solar ultraviolet radiation. Journal of Solar Energy, 2001.22 (4): 461~ 465.
Zheng, Yan Jingyi and others made a very pertinent evaluation on the biological effect of crops increasing solar ultraviolet radiation. Journal of Applied Ecology,1996.7 (1):107 ~109.
Zheng, Jian Weimin, Li Xiufen, Dan Ba, further analyzed the influence of enhanced ultraviolet radiation on soybean. Journal of Environmental Science, 1998, 18 (5): 549 ~ 552.
Zheng, Yan Jingyi, Mathematical Model for Growth Analysis of Soybean Plants after Ultraviolet Irradiation. Journal of Nanjing Institute of Meteorology,1996.19 (1): 57 ~ 62.
Zheng, Yan Jingyi, Wan Changjian, a simple and practical calculation method of cumulative photosynthesis in wheat. Meteorology, 1996.22 (9):
Zheng, Yan Jingyi, estimation of climatic production potential of winter wheat in Nanjing under future climate change. Agrometeorology in China,1997.438+08 (3);
Zheng, Yan Jingyi, Water use efficiency of wheat and its optimization. Agrometeorology in China, 1997+08 (4):
Zheng. Estimation of the influence of future climate change on wheat and its yield in Jiangsu Province. Environmental and biological meteorology. China Agricultural Science Press. 1996.9.
Zheng, Zong, Xu Yun, Chen Wanlong, Possible effects of climate change on wheat production in Jiangsu. Journal of Nanjing Institute of Meteorology,1998,21(2): 230 ~ 237.
Zheng, Wan Changjian, Zong, Miao Kaichao, Preliminary study on computer simulation system of wheat growth period. Journal of Nanjing Institute of Meteorology,1998,21(3): 377 ~ 382.
Zheng, Zong, Chen Wanlong, The influence of future climate change on Nanjing spring soybean production potential. Agrometeorology in China, 1998, 19(5):4 ~ 7.
Zheng, Wan Changjian,, et al. Effects of climate change on wheat yield. Journal of Nanjing Institute of Meteorology,1999,22 (4): 536 ~ 540.
Zheng, Meteorology and Human Health and Its Research, Meteorological Science, 1999, 19 (4): 424 ~ 428.
Zheng, He Jinhai, et al. Preliminary study on ultraviolet radiation in Nanjing. Journal of Nanjing Institute of Meteorology 2000,23 (2): 235 ~ 241.
Effects of increased ultraviolet radiation on photosynthesis and growth of soybean. Journal of Ecology,1996 438+07 (4):154 ~159 (third author)
Zheng, Yan Jingyi, Wan Changjian, et al. Simulation of photosynthetic production of wheat crops. Journal of Nanjing Institute of Meteorology, 1995, 18 (4):
Zheng, Yan Jingyi, Influence of Increased Ultraviolet Radiation on Soybean and Its Estimation, journal of applied meteorological science, 1995, 15(4):
Books and teaching materials, etc.
Carbon dioxide, ozone and ultraviolet radiation and crop production Beijing: Meteorological Press 1997.
Applied Climatology (National Key Textbook for General Higher Education in the Ninth Five-Year Plan), Beijing: Meteorological Press, 200 1.
Climate change and regional sustainable development, Beijing, new york: Science Press.