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Information × Registration Number 0216U000391, 0111U002976 , R & D reports Title Find the regularities of the acid and hydromorphic soils' accumulative-dissipative functions as an agent of their landscape adaptation popup.stage_title Head Truskavetsky Roman Stepanovich; Tsapko Uriy Leonidovich, Registration Date 08-02-2016 Organization National Scientific Center "Institute for soil science and agrochemistry research named for O. N. Sokolovski" popup.description2 The subject of the research is the fertility of the hydromorphic and acid soils of the Woodland and Forest-Steppe of the Left-Bank of Ukraine. The objective is as follows - the development of the fundamentals of preserving the productive capacity of acid and hydromorphic soils by external loads. The research methods are as follows: field, laboratory model, laboratory analysis, physical-chemical, comparative analyses, analytical and synthesizing, general scientific (systemic, complex). Theoretical and practical results are as follows - the role of soil as accumulating barrier and structure-nutrient substances had been installed, which makes possible the creation of trophic elements deposit, used by plants, including agricultural ones; measures designed to optimize the processes of accumulation and migration of calcium, improve agrienvironmental and productive function of acid soils and hydromorphic through regulation of accumulation-dissipation iron, aluminum and improve their carbon-sequestration properties; were developed the fundamentals of preserving optimum productive capacity of acid and hydromorphic soils by external loads, which include: - theoretical principles of system management of soil fertility; - Modern diagnostics and optimization of groundwater regimes (water and air, acid-base, nutrients); - Activities related to the management of manufacturing operations of fertility. A monograph "Soil nutrients availability: the thermodynamics approach" and "Scientific basis of fertile management of the hydromorphic and acid soils "was prepared for publication.The scientific innovation of the research lies in getting new knowledge of system management of the fertility of hydro and acidomorphic soils based on modern diagnosis and optimization of their acid-base, water and air and nutrient regimes Effect from implementation of the results is achieved due to resource-saving technology(saving fertilizers meliorants, fuel compared to existing technologies) and environmental safety (reducing greenhouse gas emissions, reducing leaching of nutrients) while increasing productivity of acid and hydromorphic soils. Scope - agriculture. Product Description popup.authors Бахаа Мешреф Радван Вінниченко Інна Петрівна Десятник Карина Олександрівна Зубковська Вікторія Вікторівна Калініченко Вячеслав Миколайович Корчашкіна Любов Анатоліївна Огородня Альбіна Ігорівна Трофименко Петро Іванович Трускавецький Роман Степанович Хижняк Ірина Миколаївна Цапко Юрій Леонідович Чешко Ніна Федорівна Яблочко Тетяна Миколаївна popup.nrat_date 2020-04-02 Close