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RESEARCH ON THE SPATIAL VARIABILITY OF SOIL MOISTURE

机译:土壤水分空间变异性研究

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摘要

China is a country seriously suffering from the lack of water resource, especially the north of China (a dense area) where there are more agricultural production than other places in China. Therefore, some have become most important problems which should be settled down right now for precision agriculture: saving the water of agriculture, optimizing the water for cropland as well as making use of soil moisture effectively. To realise the potential of soil-moisture, protect the water source , strengthen the management of the soil moisture of farm, design the irrigation and drainage, monitor the soil-moisture, etc. ,the data collection of soil moisture and the study on how to could provide the far-reaching and academic significance of guidance together with higher regional and practical use value. The IDW, Spline and Kriging in the Spatial Analyst of ArcGIS 9.0 are applied on drawing the distributing map of soil moisture and it also offers the theoretical foundation for the connection between studying soil moisture and enhancing the yield.
机译:中国是一个严重缺乏水资源的国家,特别是中国北部(一个密集地区),在那里有更多的农业生产而不是中国的其他地方。因此,有些人已成为最重要的问题,现在应该落下精度农业:拯救农业水,优化农业用水,有效地利用土壤水分。为了实现土壤水分的潜力,保护水源,加强农场土壤水分的管理,设计灌溉和排水,监测土壤水分等,土壤水分的数据收集及研究如何可以提供引导的深远和学术意义,以及更高的区域和实际使用价值。 ArcGIS 9.0空间分析师在ArcGIS 9.0中的IDW,样条键和克里格绘制在绘制土壤水分的分布图,它还为研究土壤湿度和提高产量之间的连接提供了理论基础。

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