• Title of article

    Impact of Mining Activity on Soils and Plants in the Vicinity of a Zn-Pb Mine (Draa Lasfar, Marrakech - Morocco)

  • Author/Authors

    Nassima ، Elhaya Laboratory of computer mathematics and modeling of complex systems - Higher School of Technology of Essaouira - Cadi Ayyad University , Ait Melloul ، Abdelaziz Regional Laboratory for Epidemiological Diagnosis and Environmental Hygiene - Boulevard des Hôpitaux , khadija ، Flata Regional Laboratory for Epidemiological Diagnosis and Environmental Hygiene - Boulevard des Hôpitaux , Sana ، El-Fadeli Laboratory of Hydrobiology, Department of Biology - Semlalia Faculty of Sciences , Pineau ، Alain Centre de Dosage des Eléments Minéraux (CDEM) , Barkouch ، Yassir Laboratory of computer mathematics and modeling of complex systems - Higher School of Technology of Essaouira - Cadi Ayyad University

  • From page
    615
  • To page
    627
  • Abstract
    The pollution generated by metallic trace elements discharged by mines into the environment can become a very worrying source of contamination for soil, water and plants. The characterization of the chemical properties of metals in mine tailings and soils is of crucial importance to assess the risk of their potential mobility and therefore their bioavailability. In this paper, the bioavailability of metallic trace elements  in agricultural soils in the vicinity of the Draa Lasfar mine in the northwest of Marrakech city (Morocco) was studied by determining the contents of Cd, Cu, Pb and Zn in soils and in two plants: wheat (main food for the human population) and couch grass (main food for livestock). The results showed that these metals move from agricultural land to plants. They also showed that couch grass seems to strongly absorb and accumulate metallic trace elements present in the soil; it removes considerable amounts of metallic trace elements from the soil with its deeply penetrating root system.
  • Keywords
    Mine activity , metallic trace elements , Tailings , pollution. Morocco
  • Journal title
    Pollution
  • Journal title
    Pollution
  • Record number

    2778700