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2007年11月5日至7日,来自澳大利亚、美国、加拿大、日本、匈牙利、中国等国家的近百名农业科学家聚会中国杨凌,以“国际农业合作、创新与发展”为主题,就旱区农业与节水农业、高效畜牧业与动物疾病防控、食...
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2011 首页» 杨凌国际农业科技论坛» 参会代表» 2011
LI Minzan
发布时间:2011-11-01 来源:

LI Minzan\
Title: Professor, Ph.D.
Address: Research Center for Precision Agriculture, CAU
          P.O. Box 125, China Agricultural University
          17 Qinghua Donglu, Haidian, Beijing, 100083, China
Tel: 86-10-62737924
Fax: 86-10-82377326,
Email: limz@cau.edu.cn
Education Background:
    1996.4–2000.3  Ph.D., Tokyo University of Agriculture and Technology, Tokyo, Japan
    1987.9–1991.1  M.S., Beijing Agricultural Engineering University, Beijing, China
    1978.3–1982.1  B.S., Beijing Institute of Agricultural Mechanization, Beijing, China
Working Experiences:
    2002.11–present  Professor, College of Information and Electric Engineering,China Agricultural University. Beijing, China
    2001.4–2002.11  Associate Professor, College of Information and Electric Engineering,China Agricultural University. Beijing, China
    2000.4–2001.3   Post-Doctor Researcher,National Institute of Sericultural and Entomological Science. Tsukuba, Japan
    1997.4–2000.3   Ph.D. student, United Graduate School of Agricultural Science,Tokyo University of Agriculture and Technology. Tokyo, Japan
    1996.4–1997.3   Research assistant, Faculty of Agriculture,Tokyo University of Agriculture and Technology. Tokyo, Japan
    1992.7–1996.3   Associate Professor, Department of Agricultural Engineering,Beijing Agricultural Engineering University. Beijing, China
    1982.3–1992.6   Assistant Ptofessor, Department of Agricultural Engineering,Beijing Agricultural Engineering University. Beijing, China
Research Interests:
Agricultural Informatics; Agricultural Mechanization; Precision Agriculture; Spectroscopy
Professional Activities:
Soil sensing: Soil fertility parameters were sensed with NIR spectroscopy.
Detecting of crop growth status: Spectral reflectance of the crop canopy was measured using a spectroradiameter, and then some estimation models to monitoring total nitrogen content and chlorophyll content of the canopy were built.  
Development of the sensors:
Soil fertility sensor; Soil EC detector; Detector of crop growth status;
Multispectral cameras; Yield monitor.
 


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