While most environmental issues linked to mining are common across all mining jurisdictions, there are several issues that are particularly acute or distinctive in the African context. These aspects include in particular mining in protected areas or biodiversity hotspots, water scarcity aggravated by mining’s high demand for water, and a history of poor mine closure and rehabilitation.
Mining in protected areas. Mine development is increasingly taking place within protected areas in Africa, due to undeveloped legal frameworks, insufficient government enforcement capacity, and corruption in issuing mining permits (Beevers, 2015[83]). Removing restrictions on protected land through downgrading, downsizing, and degazetting protected areas are keyways in which this is done. For example, the boundaries of the Selous (now Nyerere) Game Reserve in Tanzania, a UNESCO World Heritage site, were amended in 2012 to allow uranium mining in a wildlife corridor between Tanzania and Mozambique (McKee, 2012[84]). Similarly, a number of Namibia’s most notable uranium mines are located either within or close to the Namib-Naukluft National Park (El Obeid, 2021[85]). While the challenge of extractive projects within natural World Heritage sites is a global issue, Africa has a greater occurrence of this than any other region, with some 45% of African sites exposed to extractive projects (UNESCO; Church of England Pensions Board; Greenbank; International Union for Conservation of Nature; World Wide Fund for Nature, 2025[86]). Evidence suggests that mining areas in sub-Saharan African countries have 47.5% higher rates of deforestation than non-mining areas (Ahmed et al., 2025[87]). The indirect deforestation to make way for mining communities to live is 28 times larger than the area cleared directly for mining (Ladewig et al., 2024[88]). Illegal land grabs also become a prevalent issue in the wake of mineral deposits being identified. Among African countries, Ghana has the highest rate of mining-related deforestation on the continent (Stanimirova et al., 2024[89]).
Water scarcity. Mining operations have high water consumption requirements, with water generally being sourced from local water bodies, reducing its availability for local community needs, such as irrigation of agricultural crops. This is a particular problem for mining in Africa, as the continent is one of the driest in the world, with around 45% of its landmass being classified as dry lands (and around 40% of these dry lands constituting hyper arid or desert land) (Kigomo, 2003[90]). As a result, many of Africa’s mineral-rich countries in the Sahel, Horn of Africa, and Southern Africa are very susceptible to rainfall variability, drought, and groundwater depletion – a situation further aggravated by Africa’s notable vulnerability to climate change. Ascertaining whether sufficient water resources exist for a proposed mining project now precedes pre-feasibility studies in many African contexts, reflecting the reality that the water required for mine development is often simply not available (African Mining Market, 2024[91]). In some instances, such as Namibia, mining projects are mandated to use only desalinated sea water and also provide potable water for local communities.).
Poor mine closure and rehabilitation practices. Mine closure and rehabilitation are particular issues in many African countries, caused by mining companies not always being required or failing to set aside upfront funds for rehabilitation and governments failing to enforce legal obligations, including due to corruption (Dambe, 2020[92]). In South Africa alone, there is an estimated 6000 abandoned coal mines in need of rehabilitation, many of which pose environmental and physical hazards for local communities (African Business, 2022[93]). Increased attention is being paid globally to proper mine site restoration, evidenced by the December 2022 launch of the first global standards for mine site restoration, the International Principles and Standards for the Ecological Restoration and Recovery of Mine Sites (Mine Site Restoration Standards, MSRS), aimed at driving more holistic ecological recovery at mining sites (Society for Ecological Restoration, 2022[94]).