Search academic texts

Information × Registration Number 0220U104086, 0116U004676 , R & D reports Title To develop the theoretical bases of formation of competitive production of lupine in order to maximize the implementation of their forage productivity. popup.stage_title Head Vishnevska Olga V., Registration Date 07-12-2020 Organization Polissya Institute of Agriculture of the National Academy of Agrarian Sciences of Ukraine popup.description2   In the conditions of climate change for the Polissya zone the norms of sowing of lupine narrow-leaved for green fodder, which is 2.7 million cf. N. (22.5 t / ha of green or 3.6 dry mass, fodder units at the level of 3.5 t / ha, digestible protein 0.71 t / ha) and fodder 2.25 million / ha east. N. (1.15 t / ha of forage yield, 1.25 feed units, 0.32 t / ha of digestible protein). New binary mixtures of narrow-leaved lupine with spring barley have been developed. For growing on green fodder, the recommended sowing rate of lupine components is 1.26 million cc. N. (0.7N) + spring barley 1.5 million east. N. (0.3N), which provides a yield of green mass (28.3 t / ha), feed units 4.98 t / ha, digestible protein 0.93 t / ha. For growing on a grain mixture, the recommended sowing rate of lupine components is 0.72 million cc. N. (0.4N) + spring barley 3.0 million c. N. (0.6N), which provides a grain mixture yield of 2.82 t / ha, feed units 3.42 t / ha, digestible protein 0.43 t / ha. The fertilizer system for coenoses with the participation of narrow-leaved lupine has been improved, which provides for bioinoculation of seeds before sowing Biocomplex P 2 l / t, basic fertilizer before sowing growth Greinactive C 200 ml / ha. On soils contaminated with 137Cs, it is recommended to use Greinactive C for seed treatment to obtain ecologically clean fodder, which helps to reduce its accumulation by 51%. The optimal sowing time of mixtures of lupine narrow-leaved with spring barley at RTR soil 10 ° C Product Description popup.authors Vyshnevskaya Oksana V Markina Olga V Ratoshnyuk Victor I Ratoshnyuk Tatiana M popup.nrat_date 2020-12-07 Close