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Information × Registration Number 0217U000247, 0116U007904 , R & D reports Title Scientific works on the servey of the Big Kuyalnik waterbed popup.stage_title Head Loboda Nataliia Stepanovna, Registration Date 24-01-2017 Organization The Odessa State University of Ecology popup.description2 Report on research work contains 307 pages, 69 figures, 44 tables, 95 references, 5 application The object of the study is the river of Big Kuyalnik. The purpose of the study is estimate the water resources of the river Big Kuyalnik in terms of climate change in the XXI century; determine the possible increase in the volume of river flow B. Kuyalnik expected in the first half of the ХХI century climatic conditions by regulating watershed management; evaluate the effectiveness of the impact of measures aimed at increasing the flow of the river. B. Kuyalnik on hydroecological mode Kuyalnitskyi Liman. Research methods. stochastic "climate-runoff" model, the model of the water-salt balance for Kuyalnitskyi Liman and three-dimensional numeric hydrotermodinamic model Delft3D-FLOW, and electronic information, maps, and forwarding graphic analytical research methods. The role of B. Kuyalnic inflow in forming of hydroecological regim of Kuyalnitskyi Liman was established in modernconditions, the impact of climatic changes on water resources of river B. Kuyalnik (that have already taken place and are expected in the first half of the XXI century); surveyed the river and made a list of artificial reservoirs (ponds, reservoirs), hydraulic structures (dams, weirs, locks, etc.) that affect the decrease in the inflow of river waters B. Kuyalnik to Kuyalnitskyi Liman, evaluated the impact of artificial reservoirs in the catchment of the river B. Kuyalnik, as the main factor of water transformation on its water resources taking into account the changes in climatic conditions; evaluate the possibility of increasing the volume of fresh water admission to Kuyalnitskyi Liman by reducing the number of artificial reservoirs in the river basin B. Kuyalnik and regulate their exploitation; evaluated the impact of potentially possible in the current climate conditions increase the flow B. Kuyalnik river on water-salt balance (the level of variability values and salinity), abiotic indicators hydroecological mode (hydrochemical indicators), the intra-spatial-temporal variability of hydrological and hydro-physical characteristics Kuyalnitskyi Liman; provided evidence-based conclusions about the appropriateness and effectiveness of the measures and the partial renewal of the natural flow of the river B. Kuyalnik in Kuyalnitskyi Liman in view of climate change that took place and are expected in the first half of the XXI century. RIVER FLOW B. KUYALNIK, CLIMATE CHANGE, WATER-USE TRANSFORMATION, MATH SIMULATION, RESUMPTION NATURAL FLOW, ENVIRONMENTAL IMPACT Product Description popup.authors Бондаренко В.М. Бояринцев Є.Л. Вольвач О.В. Гриб К.О. Гриб О.М. Козлов М.О. Куза А.М. Кушнір Д.В. Лобода Н.С. Отченаш Н.Д. Пилип'юк В.В. Сербов М.Г. Сербова З.Ф. Співак А.Я. Терновий П.А. Тучковенко О.А. Тучковенко Ю.С. Хоменко Г.В. Циганова В.О. Яров Я.С. popup.nrat_date 2020-04-02 Close