EN
The aim of the study was the analysis of scructural and texcural features of the slope cover deposits in relation to the character of the substratum deposits. The slope of a small hillock formed of fluvioglacial deposits was chosen as representative of the last glaciation area. Structure of the near-surface parts of the hillock and the slope cover deposits were analysed based on five pies dug along the longitudinal profile. The grain size distribution was established using the sieve method. The granulometric indices were calculated according to the Folk and Ward (1957) formulae. The slope cover deposits are uniform and consist of sand of varied grain size, with share of fine and very fine grains. Thickness the slope cover is of up to 150 cm. At the floor two colluvial mineral series appear, of 30-40 cm thickness, with flow structures and laminated. The main mass of this cover consists of soil colluvia. Within the soil colluvia three humus horizons were distinguished. The lowermost fossil humic horizon, dated at 2740 ±70 BP, points to deposition of material at the slope base mainly as a result of anthropogenic denudation. The overlying humic horizon proved to be older (3160±90 BP), which points to stepwise erosion of successive older slope covers and their redeposition at the hillock base. The slope deposits are finer and worse sorced in comparison to their source deposits. Frequency curves for colluvia from wash are chracterised by higher number of distinguishable modes in comparison with the source material. Over the whole slope length of 75 m a slow sorting occurred. It resulted in the changed relationship becween the main grain diameter and the standard deviation, from type I, representing fluvioglacial deposits, into type II, comprising colluvial deposits. Cumulacive curves of colluvial deposits differ from those of fluvioglacial origin in a weaker separation of populacion corresponding to the kinds of transport and in a narrower inclination angle.