首页> 外文期刊>Journal of the Indian Society of Soil Science >Potassium Fixation Capabilities of Some Inceptisols Belonging to Plain and Sub-mountainous Region
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Potassium Fixation Capabilities of Some Inceptisols Belonging to Plain and Sub-mountainous Region

机译:属于平原和亚山区的一些成立的钾固定能力

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The soils representing plains and sub-mountainous regions of extreme north-west India were studied for their potassium (K)-fixation characteristics. Significantly higher K-fixation capacity was observed in sub-mountainous soils than the plains. Besides, significantly higher K-fixation capacity was observed in lower depths in comparison to upper depths in all the soils studied. Significant correlation obtained for K-fixation capacity with clay and CEC indicated that these properties would play a dominant role in the K dynamics. Two type of multivariate regression models were developed for prediction of K-fixing capacity. Models (Model A and B) were calibrated for their accuracy in predicting K-fixing capacity of soils. On comparing the observed and predicted values it was observed that the predictions based on model A were superior for plains, while the predictions based on model B were superior for sub-mountainous soils.
机译:研究了代表平原和印度极端西北地区的土壤,为其钾(K) - 修复特性。 在亚山泥土壤中观察到明显较高的k固定能力而不是平原。 此外,与研究的所有土壤中的上部深度相比,在较低深度观察到明显较高的K固定能力。 用粘土和CEC对K型固定能力获得的显着相关性表明这些性质在K动态中发挥着主导作用。 开发了两种类型的多变量回归模型,用于预测K固定能力。 模型(型号A和B)被校准,以预测土壤的k固定容量的准确性。 在比较观察和预测值的情况下,观察到基于模型A的预测是平原的优越性,而基于模型B的预测对于子山地土壤优越。

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