1905 causes of fatalities include terrain failures such as rockfalls, collapses, and rockbursts; incidents involving mobile equipment and transport; ventilation and gas-related events—particularly in coal mining; and accidents involving explosives. Collectively, these four accident categories account for more than 70% of worldwide mining fatalities, indicating that the principal risks facing the industry are well understood, persistent, and preventable (ICMM, 2024). Fatal accidents occur across all regions, commodities, and mining methods, demonstrating that these risks are systemic and pervasive throughout the global mining industry. Effective risk reduction will therefore require a long-term, sustained industry-wide commitment to robust risk management controls. While overall accident rates have declined over recent decades, underground mining remains especially hazardous due to geotechnical uncertainty, confined working conditions, and continuous exposure to high-risk environments, which elevate the likelihood of catastrophic incidents. Evidence from the highest-performing mining jurisdictions shows that with strong geotechnical design and monitoring, appropriate levels of mechanisation, and deliberate efforts to remove personnel from hazardous areas (Figure 1), annual fatality rates below three fatalities per 100,000 full-time equivalent (FTE) miners are achievable. However, global mining fatality statistics must be interpreted with caution. Data quality is constrained by issues of completeness, consistency, and comparability, as there is no unified global standard for reporting mining safety performance. Countries and regulatory bodies apply differing definitions, reporting criteria, and investigative procedures, resulting in variable data quality. Additionally, artisanal, and informal mining operations are frequently unregulated and underreported, meaning many accidents do not appear in global datasets. As a result, commonly cited statistics -such as those published by the International Council on Mining and Metals (ICMM)- primarily reflect large-scale industrial mining and may underrepresent the true global burden of mining-related fatalities. Figure 1 – Human exposure to the high-hazard area (working face) Fatality rates in underground mining (Table 3) vary markedly across regions worldwide, ranging from very low to very high, with Africa and Asia exhibiting the greatest levels of risk. Africa records the highest underground mining fatality rates globally, due to the extreme depths and high stress conditions of its gold and platinum group metal (PGM) operations. These conditions significantly increase exposure to rockburst and ground failure hazards, which are inherent to deep, high-stress mining environments. Asia accounts for a high absolute number of underground mining fatalities, reflecting the scale of mining activity in the region, particularly within its coal industry, which employs a substantial proportion of the labour force. Latin America, by comparison, is characterised by an intermediate level of risk, with fatality rates varying widely between the formal, industrialised mining sector and the informal and artisanal mining sector, where regulatory oversight and enforcement are often limited. Europe and North America (MSHA, 2024) have consistently achieved low fatality rates in underground mining because of strong regulatory frameworks, effective enforcement, and sustained innovation in mining practices. Oceania -primarily represented by Australia- has established a global benchmark through extensive automation, the development of labour-light mine designs, and the application of advanced geotechnical control practices. These regions demonstrate that low underground mining fatality rates are achievable through the long-term implementation of robust technical, organisational, and management control measures (ICMM, 2024). The variation in underground
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