• Title of article

    River basin management, Bulgarian case study

  • Author/Authors

    Gerassimov، نويسنده , , Strahil and Bojilova، نويسنده , , Elena، نويسنده ,

  • Issue Information
    روزنامه با شماره پیاپی سال 2008
  • Pages
    8
  • From page
    395
  • To page
    402
  • Abstract
    The master plans for the management of river basins have been elaborated. The territory of Bulgaria is divided into four main hydrological zones – Danube, Black Sea, East and West Mediterranean hydrological zones. The rivers from Danube zone discharged directly to the Danube river, the North boundary of the country. All rivers from the eastern part of Bulgaria discharged directly to the Black Sea. The rivers from East and West Mediterranean hydrological zones discharged to Mediterranean Sea after flowing trough Greece and/or Turkey. The main river basins in Bulgaria were subjects to the evaluation of master plans. the elaboration of the master plans the following elements have been investigated:• aphical characteristics of the stakeholders in the river basin. ical overview of the stakeholders. tion of surface water availabilities and resources; Water quantity. water overview and estimation of available groundwater resources. quality of surface and ground water; sediment load. tion of water use for domestic, irrational, agricultural and industrial water supply. tems in the river basin; Tundja river basin ecosystems. Plans elaboration for 2010. balance calculations for 1998 and 2010. m of this paper is to present an overview of Tundja river basin management. Tundja is one of the biggest tributaries of Mariza river and it is join it in the territory of Turkey. The basin belongs to the East Mediterranean hydrological zone. The hydrological investigations and estimations of natural river flow along the main river body and it’s tributaries will be discussed in details. The calculations concern 1961–2004 study period. Long-term assessment has been performed. The characteristics of the monthly, annual, minimum and maximum river discharges have been obtained.
  • Keywords
    Observed momentum value of river discharge , Maximum value for the station during whole year , Maximum river discharge
  • Journal title
    Physics and Chemistry of the Earth
  • Serial Year
    2008
  • Journal title
    Physics and Chemistry of the Earth
  • Record number

    2302285