IMPACT OF FOREST FIRES ON HYDROLOGICAL P
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Rainfall intensity and soil characteristics are related to soil erosion and runoff The objective of this research was to study the relationship of rainfall intensity, soil erosion
Significant decreases in bulk density, and increases in the soil organic carbon, total nitrogen and microbial biomass contents and stocks were found in the enclosures as compared
Soil biological properties observed were organic C content using Walkley and Black method (CPM, 2005), total number of microbes using the plate count method (Anas, 1989), abundance
Rainfall intensity and soil characteristics are related to soil erosion and runoff The objective of this research was to study the relationship of rainfall intensity, soil erosion
There was no significant difference in the Exchangeable Acidity content of the soil samples across the different soil depth and the control, although the highest mean Exchangeable
The results showed that application of different leaf litters increased available P in soil where the highest available P 10.87 µg g-1was obtained from soil treated with teak leaf
This study indicates that in southern Africa, the timing in addition to the extent of burning must be considered and that time-series satellite burned area products are needed to
Conclusion The application of crops biomass residues improved physical properties such as bulk density and soil water content, increased the amount and weight of earthworms, increased
