Abstract
This paper built a system integrating data input and output, management, analysis and decision, and supported by GIS and Decision Support System technologies, and specilized water-saving model, and combined the state of agricultural water consumption in the Ganzhou district, Zhangye. This system offset the limits of traditional agricultural water-saving models on data analysis and expression, and greatly enhanced the functions of agricultural water-saving DSS. By analyzing the system demand, this paper proposed the framework of agricultural water-saving DSS, and designed the main functions of the system.
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