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Research fertility spatial-temporal evolution pattern and crop precision fertility based on spatio-temporal data mining

机译:基于时空数据挖掘的肥力时空演化模式与作物精确肥力研究

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With in the process of implementation of precision agriculture, massive was accumulated because of using the computer, network, "3S" technology. The spatial data is spatial, timeliness, content, multidimensionality, complexity and uncertainty, etc. With the development of precision agriculture in our province of, agricultural technology researchers and managers have accessed the massive and accuracy data, at the same they have accumulated various aspects of attribute data and spatial data which is closely related to the agricultural production process. The soil nutrient space and time variation characteristics must be researched; And according to the application of the fuzzy rule, the cluster analysis algorithm makes the corresponding productivity evaluation index; The determination of reasonable soil nutrient management unit, set for farmland soil nutrient division management methods to push the fertilizer to provide the necessary with scientific basis, to make the agricultural production continued, highly effective, the coordinated development purposes.
机译:在实施精准农业的过程中,由于使用计算机,网络,“ 3S”技术而积累了大量的知识。空间数据包括空间,及时性,内容,多维性,复杂性和不确定性等。随着我省精准农业的发展,农业技术研究人员和管理人员已经获得了海量,准确的数据,同时他们积累了各个方面的信息。与农业生产过程密切相关的属性数据和空间数据。必须研究土壤养分空间和时间变化特征;并根据模糊规则的应用,采用聚类分析算法制定相应的生产率评价指标。确定合理的土壤养分管理单位,为农田土壤养分划分管理方法的推定提供必要的科学依据,以使农业生产持续,高效,协调发展的目的。

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