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Original scientific article

ANALYSIS OF TIME OSCILLATIONS OF WATER ON LAKE MODRIC AS A MULTI-PURPOSE RESERVOIR

By
Nedim Suljić ,
Nedim Suljić
Contact Nedim Suljić

Faculty of Mining, Geology and Civil Engineering, University of Tuzla , Tuzla , Bosnia and Herzegovina

Omer Kovčić
Omer Kovčić

Public water management company „Spreča“ Tuzla , Tuzla , Bosnia and Herzegovina

Abstract

The major task of multi-purpose reservoir „Modrac“ operation is to decide how much water should be released now and how much should be retained for future use given some available and/or forecasted information at the beginning of the current time period. In practice, reservoir operators usually follow rule curves, which stipulate the actions that should be taken conditioned on the current state of the system. Through construction of the dam Modrac in 1964, the reservoir of the same name was formed. Its primary objectives were the provision of technological water for industries in the Tuzla region and mitigation of downstream floods as well as recreation and other purposes. The multi-purpose reservoir Modrac is currently a drinking water source for the municipality Tuzla. In order to better manage of the multi-purpose reservoir „Modrac“, certain analyzes are presented in this paper.

This paper presents an analysis of annual precipitation, mean annual inflows in the catchment area of the multi-purpose reservoir „Modrac“ for the period 1967 - 2016. In this paper there are presented statistical datas on the maximum amount of precipitation for the dry season period (May to October) for different return periods, for different distribution curves, as well as the maximum amount of precipitation for the wet season (November to April) for different return periods for different curves distribution.

This paper provides information on the movement of precipitation changes in the catchment area of multi-purpose reservoir “Modrac” for the period from 1967. – 2016.

References

1.
Kovčić O. Management of multi-purpose reservoirs with a case study of Lake Modrac”, University of Tuzla, Faculty of Mining – Geology – Civil Engineering. 2017.
2.
Flood Management TAP. Environmental Aspects of Integrated Flood Management. 2006;37–8.
3.
Simonović S. Managing Water Resources Methods and Tools for a Systems Approach, UNESCO i. 2009.
4.
Kupusović T, Suljić N, Zigic I, O K. Trend and possible causes of flood waves at the dam profile of multipurpose reservoir “Modrac.” In: Bosnia and Herzegovina, Milankovitch Anniversary Symposium UNESCO Water Management in Transition Countries as Impacted by Climate and Other Global Changes, Lessons from Paleoclimate, and Regional Issues. 2014. p. 120–4.
5.
Geodesic - hydrographic survey of the bottom of the lake is the reservoir shoreline to the processing of the measured data. 2012.
6.
Kupusović T, Vučijak B, Kovčić O. Reservoir Modrac and its functioning during floods in May 2014. Hrvatske vode. 2015;23 91:19-28,.
7.
Initial National Report of Bosnia and Herzegovina under the United Nations Framework Convention on Climate Change. 2009.
8.
Kovčić O. Analysis of flow waves on the profile of reservoir “Modrac” in terms of throughput capacity of dam, University of Tuzla, Faculty of Mining. 2011.
9.
Suljic N, J H. Siltation of Modrac hydroaccumulation from aspect of usable volume, Archives for Technical Sciences. Vol. VIII. 2016.
10.
The Coordination Team for the protection of Modrac accumulation. The impact of wastewater from the mine coal to accumulation Modrac. 2013;
11.
Suljic N. Fundamentals of mechanics-the theory and tasks. 2014.

Citation

This is an open access article distributed under the Creative Commons Attribution License which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. 

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