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The article describes the influence of microclimate on the constitution of talus cone deposits in the grottoes of Kungur Ice Cave. Deposits of slide-rocks collapsed from organ tubes in different climatic zones of the cave were investigated. It was established that slide-rock material has identical initial composition, but is transformed in different ways depending on the microclimate in which it is deposited. In the cold zone of the cave, with temperatures below 0 degrees C control ( freeze) the transformation of carbonate and sulphate materials. The main processes of mineral formation in cold zone are connected with cryogenic mineralization from sulphate and carbonate waters. Slide-rocks in the transition zone of the cave, where temperatures range from 0 degrees C to 3 degrees C, are distinguished by the presence of authigenic carbonate breccias and a variety of gypsum forms. In the warm zone of the cave, slide-rock undergoes complete dissolution of gypsum and partial dissolution of carbonate debris. In the future changes of paleoclimatic conditions in the karst cavity can be identified by investigation of deposits that are climatic markers.

Staging in the hypergene transformation of sulphate and carbonate rocks (based on slide-rocks under organ tubes in Kungur Ice Cave)