The presented work evaluates the cumulation dynamics of 12 elements (Mg, Ca, K. Na. Zn, Fe, Cu, Cd, Pb, Cl, F, S) in leaves of a model woody plant Betula pendula R o t h. and in the soil of three town settlements (Bratislava, Nitra, Zilina) in three functional segments of settlement greenery: a town park, a housing estate, a thoroughfare.The highest values of the total content of anorganogenes in leaves of birch were found for Ca, K, Cl, F, S along the thoroughfare in Bratislava, for Mg, Na, Fe, Cu in Nitra, and for Pb, Zn in Zilina. The values reached above-limit levels of physiological tolerability of woody plants. Similar is the tendency of elements cumulation in soil.Soil reaction of the evaluated greenery wholes in surface layers is alkaline and moderately increasing with the depth (7.91 - 8.07 pH). Content of the elements in leaves and soil were determined on the basis of evaluation of the growth biorhythm of Betula pendula. No visual symptoms of damage occurred al these limits under conditions of the evaluated settlements.