徐强
浙江省农科院研究员
徐强(1925-1990)
徐强，浙江省平湖市人。1950年毕业于浙江大学农学院农艺系，历任浙江省农改所技佐，浙江省农科所植保系技术员，浙江省农科院助理研究员、副研究员、研究员，植保所农虫室主任。曾任浙江省农学会和昆虫植病学会理事。
他长期从事水稻和蔬菜害虫防治研究工作，早在20世纪50～60年代，通过大量的调查研究，明确了冬季翻耕与治螟的关系，首先提出用六六六、E605等农药治螟以及一套安全用药的措施，简化了螟虫预测方法，提高了预测工效3～4倍，为当时控制螟虫危害迅速推广发展连作稻创造了条件。在测报研究上，成功地完成了应用蛹的发育分级预测三化螟发生期的方法，提高了测报工效，减少了劳动量，使稻螟的预测预报技术有了新的提高。对稻纵卷叶螟的发生规律、测报防治技术的研究，1978年获浙江省农业科学技术成果奖。1980年后主持的水稻品种抗稻纵卷叶螟性能及其鉴定技术研究，获浙江省1985年度科技进步四等奖；参加的省“无公害蔬菜病虫综合治理技术开发研究”，获1987年度浙江省科技进步二等奖；国家攻关课题“我国五大稻区主要病虫害综合防治的系统对策”，1986年、1987年分别获农牧渔业部技术改进二等奖、国家科技进步三等奖。先后发表论文《水稻的白穗及其防治》、《三化螟发生期预测方法与初步研究》等12篇；合著《农业技术影响》、《植保员手册》、《中国农作物病虫害》、《浙江水稻病虫害防治》、《农业生产科技问答·水稻分册》等5部。
艾柏林基督大学教授
Dr. John Xu
Professor
Department of Biology
Abilene Christian University
Education
PhD, Auburn University, Entomology, 2007
MS, Zhejiang University, Biology, 2003
BS, Zhejiang University, Agriculture Sciences, 1996
Biography
I grew up at a small town in Southeast China and attended Zhejiang University, Hangzhou, China in 1992. After graduation with a B.S. degree in food science in 1996, I worked as an administrative assistant at the Dean's Office of Zhejiang University. Supervising undergraduate students and advising them for their degree programs were my major responsibilities. I enjoyed working with undergraduate students and helping them achieving their goals at Zhejiang University. During that time, I was also interested in molecular biology research and studies, so I started taking classes in that area at ZU. In early 1999, I joined Bioinformatics and Molecular Regulation lab at Zhejiang University. I conducted research on separating and purifying antimicrobial peptides from Chinese toads. In 2000, I attended the graduate school of Zhejiang University and worked on cloning and expressing Bt- receptor genes. Because of my great interest in molecular biology, I chose to join the cellular and molecular biosciences Ph. D. program at the Department of Entomology of Auburn University after I obtained my M.S. degree in biophysics in 2003. In Auburn, my research focused on investigation of molecular mechanisms of insecticide resistance in insects. I have been studying functional genomics of insects and insect survival mechanisms under insecticide selection pressure. A very common phenomenon in this field is insect's quick development of resistance to insecticides. No matter what kinds of insecticides we invent, insects will develop resistance very quickly. Insects will turn on many genes to produce more enzymes to degrade insecticides. And these genes will be turned off after the mission. What a complex and amazing system! I am always amazed by the elegance and complexity of biological systems our Creator designed. I joined ACU in August 2007 after graduation from Auburn University. And I have been teaching General Biology, Cell Biology and Molecular Genetics at ACU since then. I would like to share my experiences with students and to strengthen their faith by teaching biology.
https://www.acu.edu/community/cas/departments-schools/biology/faculty-profile.html?facultyId=qxx07a
