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张金恒

教授

生态环境与农业信息化研究所所长

电话:

13156289523      

邮箱:

Zjh-nhl@163.com      

教育背景

19951995年毕业于吉林林学院本科

2001年毕业于东北林业大学硕士

2004年毕业于浙江大学博士

工作经历

1995.7-1998.9吉林省延边州林业管理局助理工程师

2004.3-2005.7浙江树人大学讲师

2005.7至今青岛科技大学副教授生态环境与农业信息化研究所所长

主要研究领域

农业遥感与信息技术

主要研究成果

主持国家863计划课题水稻氮素营养高光谱诊断实用化关键技术研究;主持国家自然科学国家自然科学基金二氧化硫污染环境下水稻光谱特征农学机理研究;主持青岛市科技计划项目大沽河流域农业面源污染监测与预警;主持青岛市农委项目小麦种植面积遥感监测;青岛市科技计划项目沽河流域菜田面源污染控制技术研究与应用(项目合作单位负责人);参加国家农业信息化工程技术研究中心主持的农业部多项项目。获黑龙江省科技进步二等奖,山东高等学校优秀科研成果三等奖,校级优秀硕士论文指导教师。共发表论文近46篇,专著一部。申报6项专利(已经授权3项,公开3项)。指导大学生科技创新立项2项。

代表性论文

(1)Jinheng Zhang, Tao Shen, Minghua Liua, Yu Wana, Jianbo Liu,Jun Li, Research on non-point source pollution spatial distribution of Qingdao based on L-THIA model, Mathematical and Computer Modelling,in press, doi:10.1016/j.mcm.2010.11.048SCI

(2)Tao Shen, Jin-heng ZHANG,Junqiang Wang,Research on Non-point Source Pollution Based on Spatial Information Technology: A Case Study in Qingdao.Computer and Computing Technologies in Agriculture,2011,347:592-601.(EI)      

(3)Jin-heng ZHANG,Junqiang Wang, Yongliang Lv, Jianting Liu, Dapeng Li, Zhenxuan Yao, Xi Jiang and Ying Liu.Study on Vegetable Field Evaluation Index System for Non-Point Source Pollution of Dagu River Basin, Computer and Computing Technologies in Agriculture ,2011,345:706-715.(EI)        

(4)Jin-heng ZHANG,Junqiang WANG, Dongmei CHEN, Dapeng LI. Assess Vegetable Field Soil Heavy Metal Pollution in Dagu River Watershed, Conference on Environmental Pollution and Public HealthScientific Reseach Publishing, USA,2010,740-743. (ISTP)      

(5)Jin-heng ZHANG,Tao Shen, Minghua Liu, Yu Wan, Jianbo Liu and Jun Li,Research on Non-point Source Pollution Spatial Distribution of Qingdao Based on L-THIA Model, Mathematical and Computer Modelling,In press, doi:10.1016/j.mcm.2010.11.048  (SCI)      

(6)Jin-heng ZHANG, Junqiang WANG, Shuhai WAN, Dapeng LI, Xi JIANG, Ying LIUZhenxuan YAO, Qingxian SU.The Evaluation of Phosphorus Leaching Risk of Agricultural Soil in Dagu River Basin Conference on Environmental Pollution and Public HealthScientific Reseach Publishing, USA,2010,609-612. (ISTP)

(7)Jin-heng ZHANG, Chao Han, Dapeng Li. New Vegetation Index Monitoring Rice Chlorophyll Concentration Using Leaf Transmittance Spectr, Sensor Letters,2010, 8(1) : 16-21.(SCI)

(8)Jin-heng ZHANG, Chao Han, Shoucai Zhang. Estimating the Impacts of Sulphur Dioxide on Rice via Chlorophyll and Peroxidase Activity Transmittance Spectra Prediction Models,Sensor Letters,2010, 8(1):151-157.(SCI)

(9)Jin-heng ZHANG, Ke Wang.New vegetation index for estimating nitrogen concentration using fresh leaf spectral reflectance.Transactions of the China Society of Agricultural Engineering,2008,24(3).(EI)

(10)Jin-heng ZHANG, Ke WANG, J.S. BAILEY and Ren-Chao WANG. Predicting nitrogen status of rice using multispectral data at canopy scale. Pedosphere 2006.16(1):108-117.SCI)

(11)Jin-heng ZHANG, Chao Han, Yuepeng Li. The effects of sulphur dioxide on the spectral curves and chlorophyll concentration of rice canopy,International Journal of Remote Sensing,2010,31(16): 4257 – 4264.(SCI)

(12)Jin-heng ZHANG,Potential of continuum removed reflectance spectral features estimating nitrogen nutrition in rice canopy level, Hyperspectral Image and Signal Processing: Evolution in Remote Sensing (WHISPERS), 2nd Workshop,2010: 1-4.(EI)

(13)Jin-heng ZHANG, Yongliang Lv, Chao Han, Dapeng Li. New Reflectance Spectral Vegetation Indices for Estimating Rice Nitrogen Nutrition.: Selection of Optimum Vegetation Indices Using Leaf Spectral Reflectance and SPAD Values. Sensor Letters,2011,9: 1190-1195.(SCI)

(14)Jin-heng ZHANG, Yongliang Lv, Chao Han, et al.,New reflectance spectral vegetation indices for estimating rice nitrogen nutrition.: optimum reflectance spectral vegetation indices for estimating rice leaf nitrogen concentration.Sensor Letters,2011,9:1196-1200.(SCI)

(15)Jin-heng ZHANG, Yongliang Lv, Chao Han, et al., New reflectance spectral vegetation indices for estimating rice nitrogen nutrition.: Development of a New Vegetation Index Based on Canopy Red-edge Reflectance Spectra to Monitor Rice Canopy Leaf Nitrogen Concentrations.Sensor Letters,2011,9:1201-1206.(SCI)

(16)Jin-heng ZHANG, Correlation between spectral curves characteristics and chlorophyll content of rice exposed to sulfur dioxide Proceedings of the 4th international symposium on intelligent information technology in agriculture(ISSIITA), 2007.10:628-631.ISTP

(17)Jin-heng ZHANG, Chao Han, Zhiheng Liu, Yanhua Wang. Diagnosis of acute injury of wheat caused by SO2 using color parameters of wheat digital images,Transactions of the CSAE200824Supp.2:36-38. (In Chinese with English abstract) EI

(18)Jin-heng ZHANG, Chao Han, Dapeng Li, ShuTang Liu, ZhenHua Zhang.Investigation of sulfur dioxide influence on canopy spectral characteristics at early growth stage of rice. Australian Journal of Agricultural Engineering,2010,1(2):38-44.      

(19)Jin-heng ZHANG, Chao Han, Zhiheng Liu. Absorption spectrum estimating rice chlorophyll concentration: Preliminary investigations, Journal of Plant Breeding and Crop Science,2009, 1(5): 223-229.

(20)Jin-heng ZHANG, Dezhu Zhu,Tijiu Cai, Renchao Wang.Classifing of Land Use Types of Reservoir Watershed Based on RS and GIS, Journal of Soil and Water Conservation,2001,6: 100-103. (In Chinese with English abstract)

(21)Shuhai Wan, Jin-heng ZHANG, Liang Pei,Yongliang Lv, Dapeng Li, Selection method of typical surface features optimal band combination of TM images on DaGu river basin, Bulletin of Surveying and Maping,2010,supp.:225-227. (In Chinese)

(22)Jin-heng ZHANG, Junqiang Wang, Yu Wan, Chao Han,Agricultural Non-point Source Pollution Investigation and Assessment in Qingdao, Chinese Agricultural Science ,2010,26(10):276-280. (In Chinese with English abstract)

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