Research Article

Impact of Different Land-Use Systems on Soil Physicochemical Properties and Macrofauna Abundance in the Humid Tropics of Cameroon

Table 2

pH, sand, silt, and clay properties in different land-use systems.

Land usepHSand (%)Silt (%)Clay (%)Textural class range

RP5.66 (0.18)a3.51 (1.21)bc39.14 (3.35)b57.34 (2.70)bClay-silty clay
PP4.90 (0.04)b8.44 (0.10)ab18.76 (0.65)c72.80 (0.74)aClay
SP5.33 (0.02)a10.35 (0.37)a63.25 (2.39)a26.74 9 (1.98)cSilt loam-silty clay loam
SF5.32 (0.01)a3.12 (1.02)c72.00 (1.95)a25.24 (2.74)cSilt loam-silty clay loam
BP5.68 (0.07)a5.68 (1.80)abc33.77 (4.82)b60.35 (5.97)abClay-silty clay

Mean values with standard errors within the parenthesis. Column entries followed by the same letters are not significantly different at . RP, rubber plantation; PP, oil palm plantation; SP, sugarcane plantation; SF, secondary forest; BP, banana plantation (all the plantations are monocultures).