Agriculture and forestry

It is developed the growing technology model, which provides for the growing pea varieties under compatible presowing seeds treatment by bacterial preparations Rizoline and Groundfix, and duplex using of foliar fertilizing by complex fertilizers in the phase of third real leaves – “Gumat-list”+“Lf-ultrafit” and in the phase of budding “Gumat-list”+“Lf-ultrafit”+“Lf-Bobovi”+“Lf-Bor” in the background of fertilization N30P60K60, which provided grain yield formation on the level of 4.20 t/ha in class Ataman and 4.62 t/ha in class Gregor, where collection of crude protein was 1.12 t/ha and 1.15 t/ha.

It is established the dependence between the pea yield size and weather conditions during the growing period.

It is created the optimal conditions of mineral nutrition for pea plants due to using of bacterial fertilizers and foliar fertilizers, which promoted not only great yield formation, but also significantly increasing of biochemical indexes and, as a result – the increasing of crude protein content till 24.97-25.55 %.

It is developed the growing technology model, which provides for the growing pea varieties under compatible presowing seeds treatment by bacterial preparations Rizoline and Groundfix, and duplex using of foliar fertilizing by complex fertilizers in the phase of third real leaves – “Gumat-list”+“Lf-ultrafit” and in the phase of budding “Gumat-list”+“Lf-ultrafit”+“Lf-Bobovi”+“Lf-Bor” in the background of fertilization N30P60K60, which provided grain yield formation on the level of 4.20 t/ha in class Ataman and 4.62 t/ha in class Gregor, where collection of crude protein was 1.12 t/ha and 1.15 t/ha.

It is established the dependence between the pea yield size and weather conditions during the growing period.

It is created the optimal conditions of mineral nutrition for pea plants due to using of bacterial fertilizers and foliar fertilizers, which promoted not only great yield formation, but also significantly increasing of biochemical indexes and, as a result – the increasing of crude protein content till 24.97-25.55 %.

1. Babich A.O. (1994). Kormovi roslini i kormovi resursi svitu [Feed plants and fodder resources of the world]. Kormi i kormoviy bilok – Feed and feed protein. 28, 6-10. [in Ukrainian].

2. Bahmat M.I., Mazur V.A. Didur I.M. (2018). Ekonomichna otsinka vplivu bakterialnih preparativ na produktivnist lyupinu bilogo v umovah Lisostepu pravoberezhnogo Ukrayini [Bioenergy efficiency of the usage of biopreparations for the growth of white lupine in the conditions of the Right-Bank Forest-Steppe of Ukraine]. Ukrayinskiy ekologichniy zhurnal – Ukrainian Journal of Ecology. 8 (3), 203-208. [in Ukrainian].

3. Mazur V.A. Pantsireva G.V. (2017). Vpliv tehnologichnih priyomiv na urozhaynist ta yakist zerna lyupinu bilogo v umovah pravoberezhnogo lisostepu ukrayini [Effect of technological receptions on yield and quality of white lupine grain under conditions of right-bank forest-steppe of Ukraine]. Zbirnik naukovih prats VNAU “Silske gospodarstvo ta lisivnitstvo” – Collection of scientific works VNAU “Agriculture and forestry”. Issue 7 (1), 27-36. [in Ukrainian].

4. Mazur O.V., Royik M.V. (2017). Vidminnosti sortiv kvasoli zvychajnoyi za oznakamy texnologichnosti ta produktyvnosti [Differences of beans varieties common on the grounds of productivity and productivity]. Silske gospodarstvo ta lisivnycztvo – Agriculture and forestry. 6, Vols. 2. 60-66. [in Ukrainian].

5. Alekseev O.O., Patika V.P. (2017). Rozvitok soyi sortiv Gorlitsya ta KiVIn na tli vplivu fitopatogennih mikroorganizmiv. Zbirnik naukovih prats VNAU «Silske gospodarstvo ta lisivnitstvo» – Collection of scientific works VNAU “Agriculture and forestry”. 5, 248-256. [in Ukrainian].

6. Malchevskaya E. N., Milenkaya G.S. (1981). Otsenka kachestva i zootehnicheskiy analiz kormov [The comments and Animal Husbandry quality forage analysis]. Moskva: Urozhay – Harvest. [in Russian].

7. Ermakov A.M., Arasimovich V.V., Yarosh N.P. i dr. (1987). Metodyi biohimicheskogo issledovaniya rasteniy [Methods Studies biochemically plants]. Л.: Agropromizdat. [in Russian].