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SPATIAL INFLUENCE OF PHYSICAL AND CHEMICAL PARAMETERS ON MANAGEMENT ZONE DEFINITION IN APPLE ORCHARDS

机译:理化参数对苹果园管理区定义的空间影响

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摘要

Precision agriculture adoption in Brazilian apple orchards is still incipient. This study aimed at evaluating the spatial variability of certain soil properties as soil density, soil penetration resistance, electrical conductivity, yield, and fruit quality in an apple orchard through digital mapping, as well as assessing the correlation between these factors by means of geostatistics, establishing management zones. Forty representative points were set within 2.5 hectares of apple orchard, wherein soil samples were collected and analyzed, besides measurements of fruit quality (Brix degree, size or diameter, pulp firmness and color) to generate an overall index quality. We concluded that the fruit quality indexes, when isolated, did not show strong spatial dependence, unlike the index of fruit quality (FQI), derived from a combination of these parameters, allowing orchard planning according to management zones based on quality.
机译:巴西苹果园的精准农业采用仍处于起步阶段。本研究旨在通过数字制图评估苹果园土壤密度、土壤渗透阻力、电导率、产量和果实品质等土壤性质的空间变异性,并利用地统计学评估这些因素之间的相关性,建立管理区。在苹果园2.5公顷的范围内设置了40个代表性点,收集和分析了土壤样品,并测量了果实质量(白利糖度、大小或直径、果肉硬度和颜色),以产生整体指标质量。我们得出的结论是,与果实质量指数(FQI)不同,果实质量指标在分离时没有表现出强烈的空间依赖性,而果实质量指数(FQI)则由这些参数组合而成,允许根据质量根据管理区进行果园规划。

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