In order to highlight the interaction between the soil properties with diffuse N, the mean value of multiple years is applied in the statistical analysis. In the whole analysis process, the uncertainties originated from the spatial data, model simulation and statistical analysis (Withers et al., 2012). If the yearly loading is imported in the correlation construction, the yearly meteorologic variance and agricultural practices will interfere the correlation between soil properties with diffuse N pollution. The final aim of the study is about the soluble diffuse N pollution prevention, which is greatly influenced by the soil hydrological pattern. The farmland hydrologic process is decided by the irrigation and precipitation, which directly affect the diffuse N formation, transport and prevention (García-Garizábal et al., 2012). During the diffuse N control, the combined consideration of spatial loading and detailed hydrological is the effective way
In order to highlight the interaction between the soil properties with diffuse N, the mean value of multiple years is applied in the statistical analysis. In the whole analysis process, the uncertainties originated from the spatial data, model simulation and statistical analysis (Withers et al., 2012). If the yearly loading is imported in the correlation construction, the yearly meteorologic variance and agricultural practices will interfere the correlation between soil properties with diffuse N pollution. The final aim of the study is about the soluble diffuse N pollution prevention, which is greatly influenced by the soil hydrological pattern. The farmland hydrologic process is decided by the irrigation and precipitation, which directly affect the diffuse N formation, transport and prevention (García-Garizábal et al., 2012). During the diffuse N control, the combined consideration of spatial loading and detailed hydrological is the effective way
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