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The transition from the established practice of consideration the meliorative objects like not only technical system, but as complex natural, technical and ecological-economic systems, with a corresponding change in the entire methodology, technical and technological strategy for their creation and functioning, requires direct consideration of time-varying and uncertain weather and climate conditions, that are variable in nature, since they, together with meliorative factors, exert a decisive infl uence on the general natural-meliorative regime of the drained lands and the corresponding ecological and economic effect (Rokochynskiy, 2010, 2016). The processes occurring on the meliorated fi eld are characterized by suffi cient inertia. The soil moisture reserves cannot change instantly, and the plants themselves react slowly enough to the fl uctuations of the meteorological factors if they do not go beyond the established limits. Therefore, the property of soils and crops inertia, as well as the periodic recurrence of weather conditions, that allows one to make forecasts, despite the rather strong variability of the latter in time. Thus, the justifi cation of optimal project solutions on ecological and economic bases requires the creation of a single complex of hierarchically linked models of the parameters of effect, rePRACE ORYGINALNE ORIGINAL PAPERS

Evaluation of climate changes and their accounting for developing the reclamation measures in western Ukraine