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A GIS-based database management application package for fertilizer recommendations in paddy fields
作者姓名:ZHOU Lian-Qing  SHI Zhou  WANG Ren-Chao  J. BAILEY
作者单位:[1]InstituteofAgriculturalRemoteSensingandInformationSystems,ZhejiangUniversity,Hangzhou310029(China) [2]DepartmentofAgricultureandRuralDevelopmentforNorthernIreland,AgriculturalandEnvironmentalScienceDivision,NewforgeLane,BelfastBT95PX(UK)
基金项目:*1Project supported by the National Natural Science Foundation of China (No.40001008) and the China-British Higher Education Links (No.SHA/992/297).
摘    要:Over-use of fertilizer in paddy fields could lead to agro-environmental pollution. Therefore, the Paddy Fertilizer Recommendation System (PFRS) application package was designed to aid in the dissemination of fertilizer recommendations for paddy fields. PFRS utilized geographical information system (GIS) ActiveX Controls, enabling the user to select a location of interest linked to a spatial database of paddy field soil characteristics. The application package also incorporated different soil fertilizer recommendation methods, forming a relational database. The application‘s structure conaiated primarily of building database queries using Standard Query Language (SQL) constructed during run-time, baaed on user provided spatial parameters of a selected location, the type of soil desired and paddy production criteria. PFRS, which was comprised of five modules including: File, View, Edit, Layer and Fertilizer/Model, provided the user with map-baaed fertilizer recommendations based on selected soil nutrient P and K map layers as well as N characteristica and land use maps.

关 键 词:肥料选购  地理信息系统  稻场  农业现代化

A GIS-based database management application package for fertilizer recommendations in paddy fields
ZHOU Lian-Qing,SHI Zhou,WANG Ren-Chao,J. BAILEY.A GIS-based database management application package for fertilizer recommendations in paddy fields[J].Pedosphere,2004,14(3):347-353.
Authors:ZHOU Lian-Qing  SHI Zhou  WANG Ren-Chao and J BAILEY
Institution:Institute of Agricultural Remote Sensing and Information Systems, Zhejiang University, Hangzhou 310029 (China). E-mail: saintsing@zju.edu.cn;Institute of Agricultural Remote Sensing and Information Systems, Zhejiang University, Hangzhou 310029 (China). E-mail: saintsing@zju.edu.cn;Institute of Agricultural Remote Sensing and Information Systems, Zhejiang University, Hangzhou 310029 (China). E-mail: saintsing@zju.edu.cn;Department of Agriculture and Rural Development for Northern Ireland, Agricultural and Environmental Science Division, Newforge Lane, Belfast BT9 5PX(UK)
Abstract:Over-use of fertilizer in paddy fields could lead to agro-environmental pollution. Therefore, the Paddy Fertilizer Recommendation System (PFRS) application package was designed to aid in the dissemination of fertilizer recommendations for paddy fields. PFRS utilized geographical information system (GIS) ActiveX Controls, enabling the user to select a location of interest linked to a spatial database of paddy field soil characteristics. The application package also incorporated different soil fertilizer recommendation methods, forming a relational database. The application's structure consisted primarily of building database queries using Standard Query Language (SQL) constructed during run-time, based on user provided spatial parameters of a selected location, the type of soil desired and paddy production criteria. PFRS, which was comprised of five modules including: File, View, Edit, Layer and Fertilizer/Model, provided the user with map-based fertilizer recommendations based on selected soil nutrient P and K map layers as well as N characteristics and land use maps.
Keywords:ActiveX Control  fertilizer recommendation  geographic information system (GIS)  paddy field
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