The data provides the results regarding the effect of the microbial fertilizer “Biotilia” on the microbiome and agrochemical properties of the upper soil layer surrounding horse chestnut trees growing along the central Minsk highway and exposed
to deicing agents in winter. It was found that application of microbial fertilizer, retained in the soil throughout vegetation season, raised population of halotolerant bacteria and microorganisms involved in the conversion of nitrogen and phosphorus in the soil microbial cenosis. Evaluation of agrochemical properties of soils revealed decreased in the content of chloride ions and sodium cations, increased the
amount of mobile forms of nitrogen, phosphorus, potassium and calcium, which ensures the general physiological resistance of trees to soil salinization.
It was found that among microbial products used to promote growth of American cranberry on peat-hag plots of Minsk (Zelyony Bor) and Vitebsk (Ramzhino) regions under different geothermal conditions the most favorable effect on soil biogenic potential, structure of microbiocenoses, the rate of mineralization processes
and reduction of phytotoxicity was demonstrated by biopreparation MaCloR as the principal agent stimulating development of planted seedlings and nutrition of vegetating
plants supplemented by preliminary agrotechnological application of soilenriching microbial fertilizers PolyFunKur and Polybact.
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