Under certain circumstances, ARM susceptibility (chiARM) can be used as a sensitive proxy in monitoring heavy metals pollution of soils. Strong positive correlation of chiARM with Ag, Pb, Cu, Zn and Cr was observed in heavy metals pollution of soils by industrial contamination coming from metal-working factories, mining and traffic pollution. In this study, chiARM were measured with 66 samples collected from 22 soil profiles on the Hengshi River Catchments of the Guangdong Dabaoshan Mine, southern China. The result indicates that chiARM mapping can be effectively applied for spatial pattern and transfer pathways on chiARM load of magnetic minerals in soils. In terms of chiARM spatial delineating of magnetic mineral population in soil profiles, heavy metals concentrations of soils will be examined in the local geological and environmental setting.