A spreadsheet for determining critical soil test values using the modified arcsine-log calibration curve

Carl H. Bolster, Adrian A. Correndo, Austin W. Pearce, John T. Spargo, Nathan A. Slaton, Deanna L. Osmond
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Abstract

Soil test correlation data are often used to identify a critical soil test value (CSTV), above which crop response to added fertilizer is not expected. Oftentimes, models are used to determine the CSTV from soil test correlation data, yet most commonly used models have inherent assumptions that may not be valid for these data. The arcsine-log calibration curve (ALCC) was developed in response to the statistical limitations of other commonly used models. A modified ALCC model using standardized major axis regression further improves this model's applicability to soil test correlation data. Here, we describe a Microsoft Excel spreadsheet for calculating CSTV from soil test correlation data using the modified ALCC model. The spreadsheet is available for download providing an accessible and easy-to-use tool for those who would like to use this method but who lack the experience with more sophisticated coding programs. The spreadsheet is available for download at http://www.ars.usda.gov/ALCC.

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用于使用修正的反正弦对数校准曲线确定关键土壤测试值的电子表格
土壤试验相关数据通常用于确定临界土壤试验值(CSTV),超过该值作物对添加肥料的响应不被期望。通常,模型用于从土壤试验相关数据确定CSTV,但大多数常用模型具有固有的假设,这些假设可能对这些数据无效。针对其他常用模型的统计局限性,提出了arcsin -log校正曲线(ALCC)。采用标准化长轴回归的改进ALCC模型进一步提高了该模型对土测相关数据的适用性。在这里,我们描述了一个Microsoft Excel电子表格,用于使用改进的ALCC模型从土壤试验相关数据计算CSTV。电子表格可供下载,为那些想使用这种方法但缺乏更复杂编码程序经验的人提供了一个易于访问和使用的工具。该电子表格可从http://www.ars.usda.gov/ALCC下载。
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