id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
biotropia-205	HANDAYANI, I P	SOIL QUALITY CHANGES FOLLOWING FOREST CLEARANCE IN BENGKULU, SUMATRA	2011	13	.pdf	application/pdf	4680	324	57	The results show that land-use following forest clearance lowered saturated hydraulic conductivity (85%), porosity (10.50%), soil water content at field capacity (34%),C organic (27%), N total (26%), inorganic N (37%), soil microbial biomass C (32%), mineralizable C (22%), and particulate organic matter (50%), but slightly increased water soluble organic C. Specific respiration activity rates increased about 14% in cultivated soils compared to natural forest soils, indicating greater C turnover per labile C pool in the form of soil microbial biomass, thus decreased biologically active soil organic matter. The highest SRAC was found in cultivated soils (24.03%) and the lowest was in natural forest soils (19.74%) (Table 4.).	cache/biotropia-205.pdf	txt/biotropia-205.txt