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Water Resources of Serbia and Its Utilization

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Water Resources Management in Balkan Countries

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Abstract

Serbia is landlocked country with territory of 88,361 km2 primarily draining through the Danube River/Black Sea Basin. The rivers Tisa, Sava and Velika Morava are three significant tributaries flowing into the Danube River on the territory of Serbia. The dominant natural conditions influencing water resources in the country include characteristics of moderately continental climate, with average monthly air temperature ranging from 0 °C in the winter to 23 °C in the summer, and average annual precipitation sum of 720 mm. The relief changes from mountaneous forms in the south, east and west, over hilly-mountaneous in the central part surrounding the Morava River valleys, to the plain in the north of the country. Geological structure of Serbia is distinctively complex, predominant automorphic soils quickly drain excess water, and forest land is present on one third of the territory with deciduous trees as prevailing forest type. Such natural conditions provide for the average river network density of 747 m/km2, a few natural lakes from the most famous Palić (5.6 km2) to a tiny karstic lake Vrmdža, and groundwater accumulation estimated to potentially utilizable 67 m3/s. The primary water resources utilization sectors in the country are water supply and hydro-power production. Water supply for population and industry is currently distributed from numerous local groundwater and surface water sources, together with 18 regional water supply systems. Hydropower provides for almost one third of the total electricity production in Serbia, with lead hydropower plant being Djerdap I on the Danube River. Irrigation in agriculture holds great, yet insufficiently utilized potential, because the soil and climatic conditions favour many cereals, industrial and fodder plants, fruits and vegetables. In this sector, with present water consumption of 1,600 m3/ha per year Serbia is behind its neighbouring countries. The same stands for water transport, present up to 5% in the total load transport in Serbia nowadays. However, the traffic of passengers and the number of cruise ships have been steadily increasing in the last two decades. Tourism, sports and recreation on rivers and lakes, together with spa tourism play an important role in the overall tourist offer of the country. Also, a promising sector in water utilization in Serbia is fish farming, which together with catch in fishing waters satisfy almost 1/2 of the domestic needs. The chapter describes legislation, regulatory and institutional framework for water utilization, and provides the detailed data and information about natural conditions, as well as the latest monitoring data on water resources quantity and quality significant for water utilization in Serbia. The data and information are mapped and many indicators crucial for understanding commercial, economic and other activities related to water utilization are presented.

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Abbreviations

amsl:

Above mean sea level

Bill:

Billion

DTD:

Danube-Tisa-Danube Hydrosystem

SEPA:

Environmental Protection Agency

HPP:

Hydroelectric power plant

HS:

Hydrologic station

ILI:

Infrastructure Leakage Index

Mill:

Million

RL:

Real Losses

RHMSS:

Republic Hydrometeorological Service of Serbia

RS:

Republic of Serbia

SHPP:

Small Hydroelectric Power Plant

SPRS:

Spatial Plan of the Republic of Serbia

UNCLOS:

UN Convention on the Law of the Sea

References

  • Banković S, Medarević M, Pantić D, Petrović N, Šljukić B & Obradović S (2009). The growing stock of the Republic of Serbia—state and problems. Bulletin of the Faculty of Forestry 100. pp. 7–29. https://doi.org/10.2298/GSF0900007B.

  • Djordjević B (2014). The construction of water management infrastructure is the most important continuous national development project. Possible strategies for Serbia’s development. SANU, Economic collection of papers, No XIII (ed. Ocić Č.), Belgrade, pp 309–321. [Ђopђeвић Б. (2014). Изгpaдњa вoдoпpивpeднe инфpacтpyктype je нajвaжниjи кoнтинyиpaни дpжaвни paзвojни пpojeкт. Moгyћe cтpaтeгиje paзвoja Cpбиje. CAHУ, Eкoнoмcки збopник, Књ. XIII (yp. Oцић Ч.), Бeoгpaд].

    Google Scholar 

  • Dokmanović P & Nikić Z (2015). Analysis of (non) sustainability of the current water supply strategy in Serbia. Technique—Mining, Geology and Metallurgy, 66 (3) [Дoкмaнoвић П. & Hикић З. (2015). Aнaлизa (нe)oдpживocти aктyeлнe cтpaтeгиje вoдocнaбдeвaњa y Cpбиjи. Texникa—Pyдapcтвo, Гeoлoгиja и Meтaлypгиja, бp. 66 (3)].

    Google Scholar 

  • Dragićević S & Filipović D (2016). Natural conditions and disasters in planning and environmental protection. Monograph, Faculty of Geography, Belgrade [Дpaгићeвић C. & Филипoвић Д. (2016). Пpиpoдни ycлoви и нeпoгoдe y плaниpaњy и зaштити пpocтopa. Moнoгpaфиja, Гeoгpaфcки фaкyлтeт, Бeoгpaд].

    Google Scholar 

  • Gavrilović Lj & Dukić D (2014). Rivers of Serbia. Monograph, Textbook office, Belgrade [Гaвpилoвић Љ. & Дyкић Д. (2014). Peкe Cpбиje. Moнoгpaфиja, Зaвoд зa yџбeникe, Бeoгpaд].

    Google Scholar 

  • Geological atlas of Serbia (2004). Republic Fund for Geological Investigations and Geozavod—HIG [Гeoлoшки aтлac Cpбиje (2004). Peпyблички фoнд зa гeoлoшкa иcтpaживaњa и Гeoзaвoд—XИГ].

    Google Scholar 

  • Implementation of the Protocol on Water and Health in the Republic of Serbia—analysis of the condition (2014). Government of the Republic of Serbia, Ministry of Health, Belgrade [Cпpoвoђeњe Пpoтoкoлa o вoди и здpaвљy y Peпyблици Cpбиjи—aнaлизa cтaњa. Bлaдa Peпyбликe Cpбиje, Mиниcтapcтвo здpaвљa, Бeoгpaд].

    Google Scholar 

  • Law on Changes and Amendments to the Water Law (2016). Official Gazette of RS, No. 101/2016 [Zakon o izmenama i dopunama Zakona o vodama. Službeni glasnik, Br. 101/2016].

    Google Scholar 

  • Law on Changes to the Water Law (2012). Official Gazette of RS, No. 93/2012 [Zakon o izmenama Zakona o vodama. Službeni glasnik, Br. 93/2012].

    Google Scholar 

  • Law on Meteorological and Hydrological Activities (2010). Official Gazette of RS, No. 88/2010 [Zakon o hidrološkoj i meteorološkoj aktivnosti. Službeni glasnik Br. 88/2010].

    Google Scholar 

  • Law on Public Enterprises (2012). Official Gazette of RS, No. 119/2012 [Zakon o javnim preduzećima. Službeni glasnik Br. 119/2012].

    Google Scholar 

  • Marković P (2011). Status and problems in the field of water management at the local level. Standing Conference of Towns and Municipalities. Project Institutional Support to SCTM [Mapкoвић П. (2011). Cтaњe и пpoблeми y oблacти yпpaвљaњa вoдaмa нa лoкaлнoм нивoy. Cтaлнa кoнфepeнциja гpaдoвa и oпштинa. Пpojeкaт Инcтитyциoнaлa пoдpшкa CКГO].

    Google Scholar 

  • Mrdjić N (2007). Water supply in Antica on Upper Mezia and south-eastern part of Lower Pannonia. Archeology and Natural Sciences, Special Issues No. 4. Center for New Technologies and Archaeological Institute Belgrade [Mrđić N. (2007). Snabdevanje vodom u Antici na prostoru Gornje Mezije i jugoistočnog dela Donje Panonije. Arheologija i prirodne nauke, Posebna izdanja Br. 4. Centar za nove tehnologije i Arheološki institut Beograd].

    Google Scholar 

  • Pollution Protection Plan and Monitoring Program (2010b). Official Gazette of RS, No. 96/2010 [Plan zaštite voda od zagađivanja i program monitoringa. Službeni glasnik Br. 96/2010].

    Google Scholar 

  • Polomčić D, Stevanović Z, Bajić D, Hajdin B, Ristić Vakanjac V, Dokmanović P & Milanović S (2012). Water supply and sustainable management of underground water resources in Serbia. Vodoprivreda, No. 44 (2012) 258–260 p. 225–231 Belgrade [Пoлoмчић Д., Cтeвaнoвић З., Бajић Д., Xajдин Б., Pиcтић Baкaњaц B., Дoкмaнoвић П., Mилaнoвић C. Boдocнaбдeвaњe и oдpживo yпpaвљaњe пoдзeмним вoдним pecypcимa y Cpбиjи. Boдoпpивpeдa, Бp. 44, Бeoгpaд] http://www.vodoprivreda.net/wp-content/uploads/2014/09/vodonabdijevanje.pdf.

  • Radivojević D, Milićević D & Petrović N (2007). Technical Performance Indicators, IWA Best Practice for Water Main and the First Steps in Serbia, Facta Universitatis Series: Architecture and Civil Engineering Vol. 5, No 2, 2007 pp. 115–124, University of Niš http://facta.junis.ni.ac.rs/aace/aace200702/aace200702-04.pdf.

  • Republic Hydrometeorological Service of Serbia (RHMSS). (2017a). Meteorological Yearbook—1. Climatologic Data, 2016 [Republički hidrometeorološki zavod Srbije. Meteorološki godišnjak—1. Klimatološki podaci, 2016].

    Google Scholar 

  • Republic Hydrometeorological Service of Serbia (RHMSS) (2017b). Hydrological Yearbook—1. Surface waters, 2016 [Republički hidrometeorološki zavod Srbije. Hidrološki godišnjak—1. Površinske vode, 2016].

    Google Scholar 

  • Republic Hydrometeorological Service of Serbia (RHMSS) (2017c). Hydrological Yearbook—2. Groundwaters, 2016 [Republički hidrometeorološki zavod Srbije. Hidrološki godišnjak—1. Podzemne vode, 2016].

    Google Scholar 

  • Republic Hydrometeorological Service of Serbia (RHMSS). (2018). http://www.hidmet.gov.rs/ eng/orhmz/istorija.php [accessed: May 20, 2018].

  • Republic Water Directorate (RWD) (2018). http://www.rdvode.gov.rs/istorijat.php [accessed: May 20, 2018] [Republička direkcija za vode (2018)].

  • Savić R, Pejić B, Ondrašek G, Vranešević M & Bezdan A (2013). Utilization of natural resources of Vojvodina for irrigation. Agroznanje 14, No 1. P. 133–142 [Caвић P., Пejић Б., Oндpaшeк Г., Bpaнeшeвић M., Бeздaн A. (2013). Иcкopишћeнocт пpиpoдниx pecypca Bojвoдинe зa нaвoдњaвaњe. Aгpoзнaњe 14, бp. 1] http://dx.doi.org/10.7251/ AGRSR1301133S.

  • Serbian Environmental Protection Agency (SEPA) (2015). Status of surface waters of Serbia—Analysis and elements for monitoring design. Ministry of Agriculture and Environmental Protection [Aгeнциja зa зaштитy живoтнe cpeдинe. Cтaтyc пoвpшинcкиx вoдa Cpбиje—Aнaлизe и eлeмeнти зa пpojeктoвaњe мoнитopингa. Mиниcтapcтвo пoљoпpивpeдe и зaштитe живoтнe cpeдинe].

    Google Scholar 

  • Serbian Environmental Protection Agency (SEPA) (2017). Survey results of surface and groundwater quality for 2015. Ministry of Agriculture and Environmental Protection [Aгeнциja зa зaштитy живoтнe cpeдинe. Peзyлтaти иcпитивaњa квaлитeтa пoвpшинcкиx и пoдзeмниx вoдa зa 2015. гoдинy. Mиниcтapcтвo пoљoпpивpeдe и зaштитe живoтнe cpeдинe].

    Google Scholar 

  • Spatial Plan of the Republic of Serbia (SPRS) from 2010 to 2020 (2010). Republic Agency for Spatial Planning [Prostorni plan Republike Srbije od 2010. do 2020. godine. Republička agencija za prostorno planiranje].

    Google Scholar 

  • Statistical calendar of Year 2015 (2016). Statistical Office of the Republic of Serbia, 2015 [Republički zavod za statistiku, 2015. Statistički calendar 2015. godine].

    Google Scholar 

  • Strategy for the Development of Water Transport of the Republic of Serbia from 2015 to 2025 (2014). Official Gazette of RS, No. 3/2014 [Cтpaтeгиja paзвoja вoднoг caoбpaћaja Peпyбликe Cpбиje oд 2015. дo 2025. гoдинe. Cлyжбeни глacник PC, Бp. 3/2014].

    Google Scholar 

  • The Water Framework Directive (2000). 2000/60/EC, OJL 327.

    Google Scholar 

  • Water Law (2010a). Official Gazette of RS, No. 30/2010 [Zakon o vodama. Službeni glasnik RS, Br. 30/2010].

    Google Scholar 

  • Water Management Strategy of the Republic of Serbia (2015). Government of RS and Ministry of Agriculture and Environmental Protection (MAEP) [Bлaдa Peпyбликe Cpбиje и Mиниcтapcтвo пoљoпpивpeдe и зaштитe живoтнe cpeдинe (2015). Cтpaтeгиja yпpaвљaњa вoдaмa нa тepитopиjи Peпyбликe Cpбиje].

    Google Scholar 

  • Water Management Strategy on the Territory of the Republic of Serbia until 2034 (2017). Official Gazette of RS, No. 03/2017 [Strategija upravljanja vodama na teritoriji Republike Srbije do 2034., Službeni glasnik Br. 03/2017].

    Google Scholar 

  • Živković N (2017). Basics of water management. Serbian Geographical Society, Belgrade [Живкoвић H. (2017). Ocнoви вoдoпpивpeдe. Cpпcкo гeoгpaфcкo дpyштвo, Бeoгpaд].

    Google Scholar 

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Blagojević, B., Langović, M., Novković, I., Dragićević, S., Živković, N. (2020). Water Resources of Serbia and Its Utilization. In: Negm, A., Romanescu, G., Zelenakova, M. (eds) Water Resources Management in Balkan Countries. Springer Water. Springer, Cham. https://doi.org/10.1007/978-3-030-22468-4_9

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