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The influence of hydrotechnical structures on the ecological state of reservoirs and watercourses

ОК.37

Обов’язкова дисципліна для ОП

First

2024/2025

8 Semester

3

PR01. Collect, process and analyze information in the field of earth sciences. PR07. Apply models, methods and data of physics, chemistry, biology, ecology, mathematics, information technology, etc. when studying natural processes of geosphere formation and development. PR09. To be able to carry out studies of geospheres according to using quantitative methods of analysis. PR10. Analyze the composition and structure of geospheres (in accordance with specialization) on different spatial and temporal scales.

Full-time form

Successful mastering of the disciplines of the educational program "Management and ecology of water resources" at the bachelor's level of education "Hydrology of rivers", "Topography of basics of geodesy", "Soil science with basics of soil geography", "Hydrometry", "Basics of hydrochemistry", "Water balance calculations", "Hydraulics", "River flow and hydrological calculations".

The discipline is devoted to the study of general information about hydraulic engineering, covers the issues of use, protection of water resources and combating the harmful effects of water with the help of engineering structures, about the types and classification of engineering hydraulic engineering structures, about special hydraulic structures, hydraulic nodes and hydrosystems (hydropower, water transport, water supply and sewerage structures , hydromelioration, hydroelectric structures of fisheries, hydrotechnical structures that perform protective functions (against floods, floods, mudslides, erosion, landslides, etc.), hydrometric structures (hydrological flow meters), etc.).

1. Dmytriyev A. F., Khlapuk M. M., Shuminsʹkyy V. D. ta in. Hidrotekhnichni sporudy: Pidruchnyk dlya vuziv. Rivne: RDTU, 1999. 328 s. 2. Ekolohichni osnovy upravlinnya vodnymy resursamy : navch. posib. / A.I. Tomilʹtseva, A.V. Yatsyk, V.B. Mokin ta in. K.: Instytut ekolohichnoho upravlinnya ta zbalansovanoho pry-rodokorystuvannya, 2017. 200 s. (Biblioteka ekolohichnykh znanʹ) https://iem.org.ua/images/librery/4.pdf 3. Lukʺyanetsʹ O.I., Obodovsʹkyy O.H., Hrebinʹ V.V., Pochayevetsʹ O.O., Korniyenko V.O. Prostorovi zakonomirnosti zminy serednʹoho richnoho stoku vody richok Ukrayiny. Ukrayinsʹkyy heohrafichnyy zhurnal, 2021, N1, s. 06-14. URL:https://doi.org/10.15407/ugz2021.01.006 4. Osnovy hidromelioratsiy : navch. posib. / [A. M. Rokochynsʹkyy, H. I. Sapsay, V. H. Muranov [ta in.] ; za red. prof. A. M. Rokochynsʹkoho. Rivne : NUVHP, 2014. 255 s.

lectures, modular tests, report on practical work, intermediate control

Conditions for admission to credit: the recommended minimum for admission is 36 points. For students who scored a total of less than 36 points (recommended minimum) number, a mandatory condition for admission to the credit is the writing of essays on issues of missed or insufficiently mastered topics. - the final assessment in the form of credit is conducted in written format. The maximum number of points during the assessment is 40, the minimum number of points added to semester grades is 24 (60% of the maximum number of points assigned to the assessment). The final grade in the discipline consists of the points scored by the student based on the results of the semester control of the first and second parts and the points of the final test.

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