Productivity of soybean varieties in the conditions of Podillia

Based on the analysis of literary sources and publications, features soybean varieties for cultivation in Podillia were studied. The key directions increasing productivity are considered. Advantages given substantiated, main disadvantages problems growing conditions indicated varieties, influence inoculation process efficiency micronutrient fertilization have been investigated, which made it possible to develop methods technology taking into account plant biology changes climatic conditions. growth processes development investigated: Maxus, Cordoba, Saska, depending treatment seeds with an insecticidal-fungicidal preparation Standak Top, inoculant Hai Kot Super Extender seed fertilizer Como 15, as well foliar dressing fertilizers Vuksal Boron Bospholiar during season plants. Having carried out research various groups ripeness from such soybeans positive results obtained yield introduction fertilizers, inoculants, inoculum a microelement, Vuxal 15. And also Top 1 l t, turn prevents diseases fusarium, anthracnose, mold, promotes rooting plants soil due accelerated root system, increase assimilation surface leaf apparatus, activation nitroreductase, activates work photosynthesis, manifested so-called AgCelence effect, intensely saturated dark green color, control pests. Carrying experiments effect yield, we combined inoculant, VuksalKoMo Sdandak insecticidal fungicide sowing period up 5-7 days tank mixture. One requirements is use high-quality inoculants high content viable nitrogen-fixing bacteria processing seeds, today there need, since fully reveals realizes genetic varietal potential modern this, turn, will ensure yields optimal costs fastest return investment, especially today's In study results, new technological aspects presented, hardening micro-manure infectious-fungicidal quality improvement production revealed. It should take relative humidity reserves productive moisture. aimed at solving urgent leguminous crops, namely: developing version selection adapted zone, micronutrients climate change Podillia.