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This study investigated the impact of the fire disturbance and the pattern of recovery of soil dwelling oribatid mite communitieswith respect to the resilience from the fire disturbance. Oribatid mites are important decomposer animals ofplant debris in soil with the feeding habits of saprophagy and mycophagy. Massive wild fire reduced soil oribatid miteabundance and diversity. The impact varied relative to the intensity of the disturbance. The proportion of the speciescommon to the non-disturbed natural site increased as the time after the disturbance elapsed, which implying somedegree of naturalness occurring in reorganization phase of the oribatid mite community. From the sites with differentdegree of fire impact, we found higher diversity in intermediately disturbed sites than in severely disturbed or non-disturbedsite, supporting the intermediate disturbance hypothesis. Also this study showed that with differential degree ofdisturbance plots, resilience pattern after the disturbance can be explored even with shorter period research relative tothe ecological succession of community

Ecological resilience of soil oribatid mite communities after the fire disturbance