I am mainly engaged in the research on the prevalence and prediction of plant diseases and the sustainable control of fruit tree diseases. In 2007, he was hired as a post expert in the pest control room of the national apple industry system, mainly responsible for the epidemic prediction research and prevention and control technology of major apple diseases. In recent years, it has successively undertaken the international cooperation project "Sustainable production of apples and pears in Asia: understanding biological scab and powdery mildew and developing comprehensive methods of disease management" funded by the European Union. The Ministry of Agriculture's commonweal industry special project "Construction of information base of apple ring rot fungus and its resistance resources"; National Natural Fund Project "Study on Statistical Methods and Statistical Parameters of Spatial Distribution Pattern of Plant Diseases and Pests"; When I was a postdoctoral fellow in the UK, I undertook the research project "Establishment and Propagation of Autopolyploid Plants in Spatial Heterogeneity Environment" funded by the British Society for Biotechnology and Biological Sciences (BBSRC). The research work of the sub-project "Standardization and integration of microbial resources in forestry economy" of the sub-project of the platform construction project has done a lot of work in the epidemic prediction of pear scab, apple brown spot and pear rust, and made clear the infection conditions and epidemic laws of the three diseases. The infection prediction methods of three diseases are put forward, and the "conidia infection prediction software of pear scab-VenInf" has been completed and registered in the National Copyright Administration. The application of these research results has obviously improved the control effect of three main fruit tree diseases, improved the control level, and reduced the use of chemical pesticides 10-20%. In the theoretical research of plant disease epidemic, -PDEpic, a dynamic simulation software of plant disease spatio-temporal epidemic, has been completed, and some work will be done in the research of statistical methods and statistical parameters of spatial distribution pattern of plant diseases and insect pests in the near future. In recent years, more than 40 papers have been published, 9 of which have been included in SCI.
(two) to preside over and participate in scientific research projects
2007+0-20438+0 1.6438+02, a post expert in the pest control room of the national apple industry system, was presided over by the Ministry of Agriculture, with a total investment of 3.5 million yuan.
The Ministry of Agriculture 165438+ 10,000 Yuan Sub-project Establishment of Apple Ring Rot Fungi and Its Resistance Resource Bank (sponsored by China Agricultural University) 2007.05438+0-2010.
Study on Statistical Methods and Statistical Parameters of Spatial Distribution Pattern of Plant Diseases and Pests 2009.05438+0-20/kloc-0.12 The National Natural Science Foundation of China (Overseas Scholars Cooperation Fund) supported China with 30980 1620000 yuan.
Sustainable production of apples and pears in Asia: Understanding the biology of scab and powdery mildew to develop a comprehensive method of disease management 200 1.0 1-2006.06 European Union ICA 4-CT-2001-kloc-0/.65438+
(3) Award-winning scientific and technological achievements
Copyright registration of computer software for predicting conidia infection of pear scab, National Copyright Administration, 2006.
Copyright registration of computer software for dynamic simulation software of plant diseases in time and space, National Copyright Administration 2004.
In 2009, Shandong Provincial Department of Education won the fifth and third prizes in the pilot test of new agricultural antibacterial fungicides.
(4) Scientific research papers
Li Binghui, Yang Zhenrui, Dong Xiaolin, Li Bingde, Xu Xiaoming. In 2007, the dynamic model for predicting the infection of pear leaves by conidia of pear scab and its evaluation in the orchard without spraying chemicals. European Journal of Plant Pathology118: 227–238
Lian Sheng, Li Binghui, Xu Xiaoming, Dong Xiaolin, Li Bingde. 2007. Effects of environmental factors on the release and germination of ascospores of apple scab. Plant Pathology 56: 402–411.
Li Binghui, Yang Jirui, Xu Xiaoming. In 2007, the relationship between the incidence density of pear scab on fruits and leaves. Plant Pathology 56: 120- 127.
Lian Sheng, Li Binghong, Xu Xiaoming. 2006. Formation and development of pseudosporangium of apple scab. Journal of Plant Pathology154 (2):119-124
Dong Xiaoling, Li Binghui, Xu Xiaoming, Zhang Zhenfeng, Li Bingde. Effects of environmental conditions on germination and survival of winter spores and basidiospores of pear rust in 2006. European Journal of Plant Pathology115: 341-350
Li Binghui, Xu Xiaoming, Li Juntao and Li Bingde. 2005. Effects of temperature and continuous and intermittent humidity on pear leaves infected by apple scab. Plant Pathology 54(3): 357-363
Li Binghui, Xu Xiaoming & The missile defense system withdrew. 2004. Establishment and spread of simulated autotetraploid plants in spatial heterogeneous environment. Journal of Evolutionary Biology 17(3): 262-573
Li Binghui, Zhao Honghao, Li Bingde & Xu Xiaoming. Effects of temperature, relative humidity and wetting time on spore germination and infection of pear scab. Plant Pathology 52(5): 546-552
Li Binghui and Xu Xiaoming. 2002. Infection and development of apple scab on old leaves. Journal of Plant Pathology150 (11): 687-691
Construction of dynamic simulation model of plant diseases in Baohua Li. Journal of Plant Pathology 34 (4): 369-375.
Program design of Zhao Meiqi's 2002 epidemic dynamic simulation model of pear scab in Baohua Li Journal of Plant Protection 29 (2): 124- 128.
Zhang Zhang even has a bag. In 2006, the suitable period of pear rust control in Laiyang area was studied. Plant Protection 32 (1): 69-73.
Baohua Li, To Li Dong, Li Guifang, Wang Caixia. Occurrence and Control of Apple Brown Spot in Yantai [J]. China Fruit, 2008, (6).
To Li Dong, Li Luo, Wang Caixia, Dong Xiaxia, Zhang Junli, Baohua Li. Studies on the Pesticides and Effective Application Period of Apple Brown Spot [J]. China Agricultural Science Bulletin, 2009, (6).
Dong Juanhua, Li Luo, Wang Caixia, Leng Weifeng, Li Guifang, Baohua Li. A separation method of strong parasitic pathogenic fungi-separating monospore by capillary perforation [J]. China Agricultural Science Bulletin, 2009, (3).
(5) Editing and participating in the compilation of academic works.
Epidemiology of Plant Diseases (edited by B. M. Cooke, translated by Wang Haiguang Ma Zhanhong) Translator Science Press, Beijing, 2009.