Abstract:Effects of soil properties on fungi temperature sensitivity were studied with reciprocally transplanting two different unsterilized soils(nature soil and farm soil)to gammasterilized soils.The results showed that soil properties significantly changed fungal total abundance,but didnt change the response of fungal abundance to temperature variation.However,some subgroups of the fungal community were sensitive to temperature change.Firstly,changing soil characteristic decreased the order number of warmresponsive fungi from 2 to 1 in nature soil fungi,and increased the order number of coldresponsive fungi from 5 to 9 in farm soil fungi;Secondly,increasing temperature changed relative abundance of cold and warmresponsive fungi of nature soil from 2.22% to 1.35% in nature soil,and from 1.25% to 0.56% in farm soil;changed relative abundance of cold and warmresponsive fungi of farm soil from 13.66% to 19.03% in farm soil,from 6.01% to 2.51% in nature soil;Thirdly,changing soil characteristic changed the warmresponsive fungi from Capnodiales,Chaetothyriales to Eurotiales in nature soil fungi,and from Capnodiales,Sordariales to Chaetothyriales,Hypocreales in farm soil fungi;changed the coldresponsive fungi from Chaetosphaeriales,Sordariales etc to Capnodiales,Hypocreales etc in nature soil fungi,and from Chaetothyriales,Eurotiales etc to Capnodiales,Sordariales etc in farm soil fungi.Finally,changing ratios of relative abundance were different among the fungal orders.This study showed that changing soil properties significantly affected temperature sensitivity of fungi community composition,which might change temperature sensitivity of fungal functions.