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Information × Registration Number 0220U101319, 0119U100287 , R & D reports Title To investigate the effectiveness of the use of biodestructor of plant residues on the productivity of spring cereal crops under the conditions of Prykarpattya popup.stage_title Head Begey Stepan S., Кандидат сільськогосподарських наук Registration Date 07-02-2020 Organization Institute of Agriculture Carpathian region NAAS popup.description2  The introduction of the bio-destructor of organic cellulose residues provided a decrease in soil density (in the layer of 0–30 cm) after plowing by 20–22 cm by 0.01–0.03 g / cm3, after disking by 6-8 cm by 0.01 g / cm3 , while the methods of basic tillage had an impact. Fertilizers and application of the cellulose biodegrader had a significant influence on the increase of the organic matter content in the soil (by 2.4–23.1%), and in the variants with the introduction of the biodegrader the soil microbiological activity increased by 12.0–22.8% after plowing. by 20–22 cm, and after discus- sion by 6–8 cm by 3.7–23.1%.In the variant where plowing of 20–22 cm was carried out, the yield of triticale spring against the background of N90P90K90 was 3.37 t / ha, and with the introduction of the cellulose biodegrader it increased to 3.7 t / ha or 9.8%, whereas the variants with disking - 1.70-1.84 t / ha. In the oats, respectively, 2.94–3.21 and 2.64–2.82 t / ha. Carrying plowing on 20-22 cm provides optimum density (1.23-1.24 g / cm3), the best water-air mode, which makes growing triticale spring profitable, and the introduction of biodegrader increases it by 18.3-34.1%, then as on variants with a disk on 6-8cm - unprofitable. In oats, after plowing by 20–22 cm from the introduction of biodegrader, the level of profitability increased by 11.1–35.3%, after disking - by 4.8–23.7%.Cultivation of triticale spring on variants, where plowed plowing provides energy efficiency factor of 2.99–3.97, oats - 3.17–3.57. On variants with a disk of 1.89–2.91 and 2.92–3.76. Moreover, the introduction of a biodegrader of organic residues increases the energy efficiency by 7.1-10.0%. Product Description popup.authors popup.nrat_date 2020-04-02 Close