The transformation and development of soil cover (SC) under the influence of an anthropogenic factor should be considered as one of the stages of its evolutionary development, which is determined (along with natural factors of soil formation) by technical means and the scale of their application in various spheres of human activity. Economic activity leads to changes in SC: from insignificant deviations in soil characteristics to complete destruction of individual SC components and the creation of fundamentally new forms of soil space organization - technopedocombinations. In the taiga-forest zone, 16 anthropogenically modified and anthropogenic groups of soil cover partens (SCP) can be distinguished. Anthropogenically transformed SCP is soil combinations with partially disturbed intercomponent connections. Anthropogenic SCP is characterized by the discreteness of the SC and the obligatory presence of non-soil formations, anthropogenic or largely transformed soils [3]. Anthropogenic changes in SC are unevenly distributed in space. One and the same type of impact can have a multidirectional effect on SC in different types of landscapes; in similar landscapes, the same type of impacts lead to the same type of changes in SC.