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Information × Registration Number 0226U001122, (0121U109032) , R & D reports Title To scientifically substantiate modern adaptive tillage systems in crop rotations of the Left-Bank Forest-Steppe for inclusion in the system of fertilization of by-products of crops popup.stage_title Дослідити та обґрунтувати закономірності впливу різних систем основного обробітку ґрунту на динаміку вмісту доступної вологи в ґрунті Head Len Oleksandr I., Registration Date 21-01-2026 Organization Poltava State Agricultural Research Station named after N.I. Vavilov of the Institute of Pig Breeding and Agro-industrial Production of the National Academy of Agrarian Sciences of Ukraine popup.description1 To theoretically substantiate modern systems of basic tillage in crop rotations of the left-bank Forest-Steppe with efficient use of crop by-products. popup.description2 As a result of the conducted research, parameters for the formation of available soil moisture reserves and the levels of crop water consumption depending on the main tillage systems were obtained. It was determined that the highest yields were achieved under the classical tillage system, amounting to 5.6 t/ha for winter wheat, 4.68 t/ha for spring barley, 8.70 t/ha for maize, and 3.57 t/ha for soybean under chisel tillage. The determination of productive moisture content in the one-meter soil layer at the time of crop sowing showed that there were no significant deviations in this indicator between different tillage systems. Only under zero tillage with the Great Plains method was this indicator higher by 8.1–22.8%, which may be due to the fact that under this system, plant residues remained on the soil surface, retaining snow during the winter period and promoting better moisture accumulation in the soil. The total water consumption per unit of dry matter was as follows: for spring barley—667–783 m³/t; for maize—356–387 m³/t; for soybean—687–716 m³/t; and for winter wheat—479–544 m³/t. Product Description popup.authors Marinich Liubov Н. Totskyi Viktor M. Larysa M. Sorokova Gangur Volodymyr Vasylyovych Vasyl P. Snihyr popup.nrat_date 2026-01-21 Close