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Information × Registration Number 0215U001206, 0114U003246 , R & D reports Title To improve the elements of technology of cultivation og oil crops with the aim of maximising their potential in the area of Forest popup.stage_title Head Lybchich Oleksandr Grigorovych, Registration Date 03-02-2015 Organization National scientific centre "Institute of agriculture of National academy of agrarian scences" popup.description2 The maximum yield of spring rapeseed varieties and hybrid magnate Belinda (by 1.42 t / ha) with the highest yield oil (2.11 and 2.22 t / ha) and the highest conditional net profit (11 243 and 11 731 UAH / ha) was formed for fertilization doses N90P90K120 and an additional N30 in the budding phase. By studying varietal reaction linseed for sowing maximum exposure to biological yield grade Iceberg - 1.99 t / ha Orpheus - 2.93 t / ha and Eureka - 3.07 t / ha of oil content 41,19% 45 42% and 43.37% provided I first term. The highest level of productivity and profit Brown mustard, white and black 2,42 t / ha and 4506 USD / ha, 2.32 t / ha and 9631 USD / ha and 2.02 t / ha and 9154 UAH was marked by fertilization at a dose N60P60K90 and foliar feeding Florone drug crops. Yields of winter rapeseed, sunflower and soybean dependent on tillage systems and fertilization systems. All cultures have provided the highest yield during plowing Rape - 2.93 t / ha, soybeans - 2.13 t / ha, sunflower - on 3,72 t / ha. Adding fertilizer boosted yields in winter rape to 0,67-1,32 t / ha of soybean to 0,19-0,68 t / ha and sunflower 0,14-0,92 t / ha. The highest yield of winter rape achieved against the backdrop of intensive tillage fertilization system N90P60K110 - 3,58 t / ha. In applying plowing and fertilizing super intensive system of soybean (N30P30K65) and sunflower (N150P110K180) grain yield was highest and amounted to 2.49 and 4.18 t / ha. Product Description popup.authors Вишнівський Петро Станіславович Вишневський Віктор Станіславович Губенко Людмила Василівна Любчич Олександр Григорович Любчич Олена Яківна popup.nrat_date 2020-04-02 Close