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Information × Registration Number 0226U000200, (0124U001381) , R & D reports Title Adaptation of hop growing technology to climate changes in the Polissia zone popup.stage_title Адаптація технології вирощування хмелю до змін клімату в зоні Полісся Head Stetsyuk Oleksandr P., к.с.-г.н. Registration Date 06-01-2026 Organization Polissya Institute of Agriculture of the National Academy of Agrarian Sciences of Ukraine popup.description1 The goal of the project is to adapt the technology of growing hop culture in the Polissia zone during the period of changes in climatic factors. popup.description2 The effectiveness of the superabsorbent Teravet in the structure of agrobiocenosis of hop plantations for absorption, retention and conditions of moisture desorption was studied. In the period of early spring, the moisture superabsorbent increases moisture reserves by 7-25% in the 0-20 and 0-50 cm soil layer based on variants of traditional and soil protection technologies. It was established that in the agroecosystem of hop plantation, the determining parameters of the anti-deflationary stability of the soil are the degree of coverage of interrows of hop plantations with sideral crops in the eolian period and lumpiness of the soil (the presence of particles and aggregates larger than 1 mm in the upper layer of the soil). Probably calculated losses of soil in the eolian-dangerous period under various agricultural technologies for growing hops testify that soil protection technologies for growing hops, which are based on shelfless cultivation and sideration of rows, protect the soil surface from deflation by almost 100%. Indicators of the economic efficiency of various agricultural technologies for growing hops of the Zagrava variety indicate the unprofitability of growing this crop under the option of absolute control (without fertilizers). All variants of soil protection agricultural technologies with a profitability of 78-101% and generally accepted -85-88% turned out to be profitable. Product Description popup.authors Vladyslav V. Liubchenko Lesya P. Kyrychenko Oleksandr P. Stecyuk popup.nrat_date 2026-01-06 Close