• Title of article

    Groundwater quality determination regarding major anions and cations (Case study of an aquifer in the Lut Desert, Iran)

  • Author/Authors

    Nasrabadi، T. نويسنده Graduate faculty of environment,University of Tehran,Tehran,Iran , , Baghvand، A. نويسنده Graduate faculty of environment,University of Tehran,Tehran,Iran , , Vosoogh، A. نويسنده School of civil engineering,University of science and technology,Tehran,Iran ,

  • Issue Information
    فصلنامه با شماره پیاپی سال 2015
  • Pages
    10
  • From page
    45
  • To page
    54
  • Abstract
    Groundwater quality regarding major anions and cations in the Birjand Plain located in the largest desert in Eastern Iran was monitored in this study. Fifteen boreholes were considered as sampling stations and the parameters pH, TDS, EC and major anions and cations were measured in groundwater samples. The dominant groundwater types can be introduced as sodiumchloride and magnesiumsulphate. The majority of samples were within the notsuitable category for drinking uses. Regarding agricultural use, around 80 and 50 per cent of samples indicated a very high salinity hazard and a very high sodium alkali hazard, respectively. Spatial distribution of salinity was also monitored within the study area. If the study area was considered to be a semicircle, the centre appeared to be the least polluted area, while towards the peripheral surroundings, an increasing behaviour was observed. Intrusion of salt water from eastern and western parts of the study area caused severe groundwater degradation. The relatively better quality of groundwater in southern areas may be attributed to a chain of mountains located along south of the study area. The prevention of uncontrolled groundwater withdrawal must be regarded to cease the salinization trend and to prepare the required infrastructure for implementing the artificial recharge projects.
  • Keywords
    Birjand plain , groundwater , Quality , Salinity
  • Journal title
    Pollution
  • Serial Year
    2015
  • Journal title
    Pollution
  • Record number

    2397069