Mining activities often negatively affect vegetation types, including forests, which are vital for rural community livelihoods. Clearing surface vegetation and soils to access minerals can have long-lasting impacts. Mines cause surface scarring, erosion, and siltation, worsened by spoil heaps, tailings dams, and disrupted water tables. Local chemical changes, such as acid mine drainage and heavy metal release, further pollute soils and waterways. Mining operations also consume and frequently pollute vast amounts of water and timber. Extensive mineral resources can lead to significant damage through large-scale open-cast mining or numerous small-scale mines.

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Research Methodology and Operational Overview

  • Ambayeba Muimba-Kankolongo,
  • Célestin Banza Lubaba Nkulu,
  • Jacob Mwitwa,
  • Florence Kampemba Mujinga,
  • Misery Mulele Nabuyanda

摘要

Mining activities often negatively affect vegetation types, including forests, which are vital for rural community livelihoods. Clearing surface vegetation and soils to access minerals can have long-lasting impacts. Mines cause surface scarring, erosion, and siltation, worsened by spoil heaps, tailings dams, and disrupted water tables. Local chemical changes, such as acid mine drainage and heavy metal release, further pollute soils and waterways. Mining operations also consume and frequently pollute vast amounts of water and timber. Extensive mineral resources can lead to significant damage through large-scale open-cast mining or numerous small-scale mines.