Sun Xiaoling, Ph.D., tutor of master students. Research direction: chemical ecology of tea pests.

2. Professional experience

1) 2009-present: Associate Research Fellow, Master Tutor and Assistant Director, Tea Research Institute, Chinese Academy of Agricultural Sciences. 2) 2011.8-201.10: Cooperative research in the laboratory of Professor Consuelo De Morase, Pennsylvania State University. 3) March 2007: Technical training was conducted in the laboratory of Professor William Boland of Max Planck Institute for Chemical Ecology in Germany. 4) 2006-2009: Assistant Research Fellow, Tea Research Institute, Chinese Academy of Agricultural Sciences. 5) 2004. 1 1-2005.4: Cooperative research of Atlantic Forestry Center of Canadian Forest Service.

4. Main research directions

Mainly engaged in the chemical and molecular ecology of the interaction between insects and plants, using the principle of chemical ecology to control tea pests, focusing on revealing the chemical and molecular mechanisms of plant defense response induced by pests and pest response to plant defense response. At present, the main research directions are: (1) the ecological function and molecular mechanism of tea-induced defense response; Chemical and molecular mechanism of phytophagous insects adapting to tea tree defense response: integrated management of tea tree pests.

5. Preside over and participate in the main topics

1) Molecular mechanism of the saliva proteins Cc 1H and Cc2H of Ectropis obliqua larvae regulating the defense response of tea plants (serial number: 31272053) 2013.1-2016. 2) Chemical communication mechanism between pests and host plants (No.:2012cb114104). 20 1 2.1-2016.12, "973" (subproject) project,110,000, presided over. 3) The molecular mechanism of the inhibition of tea polyphenol oxidase activity by two kinds of saliva proteins of Ectropis obliqua larvae (serial number: 3 1 17 1862). 2012.1-2012.12, supported by the national natural science foundation, 65,438+million yuan, completed. 4) Research and application of the sex pheromone synergist of tea geometrid (No.:2011bad01b02). 2011.1-2013.12 National Rural Science and Technology Plan, 400,000 yuan, presided over. 5) Study and field application of sex pheromone-based attractant for Ectropis obliqua (No.:20 1 1C22043). 2011.1-2012.65438+6) Modern agricultural industrial technology system-tea tree, 20 1 1-20 15. 7) Study on species and occurrence characteristics of main crop pests (No.:200903004-43). 2009.10-2013.12, scientific research special sub-project of public welfare industry (agriculture), 800,000 yuan, the second. 8) Research and application of behavior regulator for tea weevil (No.:2009C32052). 2009.1-2010.12, General Agricultural Project of Zhejiang Science and Technology Department, hosted by150,000 yuan, has been completed. 9) Research and demonstration on harmless control technology of Empoasca vitis and Ectropis obliqua (serial number: SN200808). 2008.10-20/kloc-0.10, Zhejiang province's "three rural areas, five parties" scientific and technological cooperation plan, 250,000 yuan, presided over, has been completed. 10) Establishment of fingerprint of tea plant volatiles after insect pest based on zNose and GC-MS (No.:[2008] No.27) 2008. 1-2008. 12, Science and Technology Plan of China Academy of Agricultural Sciences, 60,000 yuan, presided over and completed. 1 1) Temporal and spatial characteristics of volatile information in tea garden ecosystem and its population regulation, (No.:3077 1449). 2008.1-2010.12, National Natural Science Foundation, 300,000 yuan, second place, completed. 12) Study on Physiological and Biochemical Mechanism and Molecular Biological Mechanism of Tea Plant Resistance Induced by Methyl Jasmonate (No.:3057 1255), 2006. 1-2008.6438+02, National Natural Science Foundation, 260,000, Phase 2, completed. 13) Development and application of antifeedant and natural enemy attractant for Ectropis obliqua larvae (No.:2006BAD06B0 1). 2006.11-2008.12, National Science and Technology Support Plan, with 800,000 backbones participating, has been completed. 14) Study on the antifeedant of tea pests and the attractant of natural enemies, (No.:nyhyzx07-02 1-X 3-35). 2007. 11-2010.12, public welfare industry (agriculture) scientific research project,110,000, with backbone participation, has been completed. 15) Development of biological pesticides based on tea tree volatiles and new fragrant tea, (No.:2007C 12053). Major projects of Zhejiang Science and Technology Department: 6.5438+0.5 million, and third, completed.

6. Representative papers published by academic journals at home and abroad

SCI article (* is correspondent)

1) Sun Xiaolin, Wang Guangchun, Gao Yan, Zhang Xiaozhong, Xin Zhijun, Chen Zhiming 20 14. The volatiles released by tea geometrid larvae after infecting tea trees are attractive to the same kind of moths. 2) Xin Zhijun, Zhang Zhiqing, Chen Zhiming *, Sun Xiaolin *. 20 14. Salicylhydroxamic acid (SHAM) negatively mediates the direct and indirect defense against tea geometrid induced by tea pests. J factory research, doi:10.1007/s10265-014-0642-2. 3) Xin Zhijun, Zhang Liping, Zhang Zhiqing, Chen Zhiming * and Sun Xiaolin *.20 14. Tea hydroperoxide lyase gene CsiHPL 1 regulates the defense response of tomato to Spodoptera litura and Alternaria alternata. Tomato regulates the release of volatiles (GLVs) from green leaves and the expression of JA gene. Reports on Plant Molecular Biology, 32: 62–69. 4) Yang Zhiwen, Duan Xiaoning, Jin Sheng, Xiaowen Li, Chen Zhiming, Ren Bingzhong, Sun Xiaolin * 20 13. The extract of Ectropis obliqua inhibits polyphenol oxidase activity induced by tea tree wound. Journal of chemical engineering, 39: 744-75 1. 5) Sun Xiaolin, Wang Guangchun, Gao Yan and Chen Zhiming 20 12. Screening and field evaluation of synthetic volatile compounds to attract tea weevil adults. Chemical ecology, 22: 229-237. 6) Sun Xiaolin, Wang Guangchun, Cai Xiaoming, Jin Sheng, Gao Yan, Chen Zhiming 20 10. Tea elephant Myllocerinus aurolineatus is attracted by volatiles induced by the same substance. Journal of Chemical Ecology, 36: 388-395. 7) Zhang Zhiqing, Sun Xiaolin, Show Lo, Bian Lin, Chen Zhiming 20 14. The dual functions of tea gall midge in tea garden: repelling volatiles and increasing natural enemy population to control tea leafhopper. Phytoparasites, doi10.1007/s12600-014-0400-y.8) Bian L, Sun Xiaolin, Show Lo, Zhang Zhiqing Chen Zhiming 2010. Design and selection of the color of the trap for Empoasca vitis by orthogonal optimization method. Entomology application,151:247–258. 9) Cai Xiaoming, Sun Xiaolin, Dong Wenxia, Wang Guangchun and Chen Zhiming 20 14. The species of herbivores, infection time and density affect the induced volatiles of tea trees. Chemical ecology, 24: 1- 14. 10) Cai Xiaoming, Sun Xiaolin, Dong Wenxia, Wang Guangchun, Chen Zhiming 20 12. Variability and stability of volatile emissions induced by tea weevil in tea plants with different density, photoperiod and infection duration. Insect Science, 19: 507-5 17. 1 1) Jin s, Chen Zhiming, bacchus E.A, sun X.L, Xiao B. 20 12. EPG waveform characteristics of Empoasca vitis? Cicada on tea tree and its relationship with probe activity. Insect Physiology, 58: 1235- 1244. 12) Kong Xiaobo, Sun Xiaolin, Wang Haibo, Zhang Zhi, Zhao Chunhai. Identification of sex pheromone components of female moth of Dendrolimus kikuchii. Journal of Chemical Engineering, 37: 4 12-4 19. 13) Qi Jianfeng, Zhou Guoxing, Yang Lijun, Ming, Li Yanhong, Sun Xiaolin, Cheng Jianya, Lou Yongguo 20 1 1. Chloroplast-localized phospholipase D α4 and α5 regulate the direct and indirect defense of rice induced by pests. Plant Physiology,157:1987-1999.

Other documents (* correspondent)

1) Bian,,,, Sun Xiaoling *. 20 12. 19 Plant Essential Oil, Acta Applied Entomology, 49(2): 496-502. 2) Sun Xiaoling * *, gaoyu. Chen zongmao 20 12. Behavioral regulation of plant volatiles induced by pests on herbivorous insects. Journal of Applied Entomology, Vol.49, No.6: 13- 1422.3) Sun Xiaoling,,, gaoyu, and Chen Zongmao. 20 1 1. Trend selection of Cercidiphyllum japonicum adults in tea garden for different colors. Tea Science, 3 1(2): 95-99. 4) Sun Xiaoling, Ma Chunlei, Cai Xiaoming, Wang Guochang, Chen Zongmao. 20 1 1. Effects of methyl jasmonate and mechanical damage on the time sequence expression of polyphenol oxidase in tea. Acta Botanica, 31(9):1805-1810.5), Ren, Chen Zongmao. Sun Xiaoling *. 20 1 1. Plant polyphenol oxidase induction.2011. Journal of Jilin Normal University (Natural Science Edition), 3: 9 1-95. 6) Sun Xiaoling, Liu, Gao Changqi. 20 1 1. Flight and phenological observation of Dendrolimus punctatus. Forest pests and diseases in China, 30(2): 2 1-23. 7), Fu, Han Qi, Zhang, Gao Changqi, Sun Xiaoling *. 20 10. Effects of volatiles from elm trees induced by pests on host selection behavior of elm trees. Forestry.46 (10): 76-82.8) Sun Xiaoling, Chen Zongmao.2009. Construction of pollution-free control technology system of tea garden pests based on chemical ecology, Tea Science, 29 (1):143. Tea Science, 30 (3):173-176.10) Cai Xiaoming, Sun Xiaoling, et al. 2009. Application of zNoseTM in volatile matter analysis of damaged tea plants, Acta Ecologica Sinica, 29 (1): 169-65438+

7. books

1) concise identification manual of tea plant diseases and insect pests (China Agricultural Publishing House) .2013. Editor in chief. 2) Chemical Ecology of Tea Pests (Shanghai Science and Technology Press) .2013. Deputy editor-in-chief 3) China Northern Beetle (Northeast Forestry University Press) .2012. .2012. Editorial Committee 5) Frontier of Chemical Ecology (Beijing: Higher Education Press) .2010. editorial board

9. Authorized patent

1) Gao Changqi, Sun Xiaoling, Cheng Bin. A method for trapping Dendrolimus punctatus with pheromone (2008 1005 1469). Approved. 2) Sun Xiaoling is from Cheng Bin, Gao Zhuo. An attractant for trapping Dendrolimus punctatus (200910101313). 3) Sun Xiaoling and Chen Zongmao. Preparation method of tea weevil attractant and its attractant core (20 106554).

10. Academic part-time job

1) Member of Ecological Society of China Chemical Ecological Committee 2) Member of Specialized Committee of Plant Allelopathy of China Plant Protection Society.

1 1. Journal reviewers and reviewers.

1) Special Commentator of Forestry Research Magazine 2) Project Evaluation Expert of Zhejiang Natural Science Foundation 3) Project Evaluation Expert of Shandong Natural Science Foundation.