Abstract
Several soil fertility models based on mathematical catastrophes theory are proposed. Models make it possible to calculate changes in soil parameters under the influenceof anthropogenic impact on it. Each model corresponds to one or another typical sprout ofcatastrophes and takes into account the required number of parameters characterizing soilproperties. This makes it possible to take into account the diversity of regional zones andclimatic conditions. Typicality of germs and their universal deformations gives us the opportunity to speak about the sufficient adequacy of the proposed models, since atypical germsrefer from the point of view of mathematics to exceptional phenomena that are rarely foundin nature.
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