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Correlation between Health Conditions of Pinus yunnanensis Secondary\n Forest and Soil Properties in Golden Temple Forest Region of Kunming

  • Soil properties of healthy, sub-healthy and unhealthy Pinus yunnanensis secondary forest were measured and their correlation with the health conditions of Pinus yunnanensis forest were analyzed. The results revealed that, the soil water content,bulk density, porosity, sand content, cosmid content, CEC and radily available K content changed regularly with the health condition changes of Pinus yunnanensis forest. Correlation analysis revealed that, there were positive correlation between soil water content, porosity, cosmid content, CEC, radily available K content and health conditions of Pinus yunnanensis forest; and negative correlation between bulk density, sand content, meal content and health conditions of Pinus yunnanensis forest. By stepwise regression analysis, the regression models about health conditions of Pinus yunnanensis forest and soil properties were established.
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Correlation between Health Conditions of Pinus yunnanensis Secondary\n Forest and Soil Properties in Golden Temple Forest Region of Kunming

Abstract: Soil properties of healthy, sub-healthy and unhealthy Pinus yunnanensis secondary forest were measured and their correlation with the health conditions of Pinus yunnanensis forest were analyzed. The results revealed that, the soil water content,bulk density, porosity, sand content, cosmid content, CEC and radily available K content changed regularly with the health condition changes of Pinus yunnanensis forest. Correlation analysis revealed that, there were positive correlation between soil water content, porosity, cosmid content, CEC, radily available K content and health conditions of Pinus yunnanensis forest; and negative correlation between bulk density, sand content, meal content and health conditions of Pinus yunnanensis forest. By stepwise regression analysis, the regression models about health conditions of Pinus yunnanensis forest and soil properties were established.

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