COVID-19 affected numerous industries and the mining industry has not been immune to the adverse impacts caused by the pandemic.
This study examines the importance of the mining industry and its benefits to the economy of the producing countries. The paper also gives an insight into the pre-COVID global and Turkish mining industries and investigates the impact of the pandemic on the global and Turkish mining sectors. Furthermore, the study suggests numerous measures that should be adopted in mines to limit the spread of COVID-19 and conduct mining operations safely and efficiently.
An extensive literature review was conducted and relevant papers on the importance and benefits of the mining industry, the Turkish and global mining industry, and the impact of COVID-19 on the Turkish and global mining industry were studied.
The COVID-19 crisis has deeply affected metal and mineral production and the economic sectors that depend on the mining industry for supplies. The most significant impacts caused by the COVID-19 pandemic on the global mining industry consist of the drastic decline in demand and production and the decrease in the prices of several commodities. As with any complex global situation, the mining industries of some countries were affected more than others by the COVID-19 crisis. The Turkish mining industry was to some extent affected by the COVID-19 crisis, but it quickly recovered.
An efficient planning of operations and adopting effective measures and precautions enable limiting the spread of COVID-19 in quarries and mines.
COVID-19 has induced the most severe health crisis in this century . Nonetheless, the pandemic does not only illustrate a health matter [2, 3]. COVID-19 has adversely impacted numerous sectors such as national and global economies, financial and social structures, education, politics, and human security [3–5]. The social distancing and lockdown strategies adopted by numerous governments all over the world to limit the spread of the virus negatively affected the global economy . These measures have led to an economic crisis considered to be the worst since the Second World War . The collapse of the global economy caused by COVID-19 has been faster and more severe than the 2008 global financial crisis and even the 1929 Great Depression [3, 7]. The World Bank predicts that this pandemic will likely lead to increasing world poverty for the first time since 1988 .
COVID-19 has caused a pronounced disruption of the global supply chains caused by the decrease in consumption and rupture of production [6, 9]. Studies conducted on the impact of the pandemic on the global economy reported that COVID-19 induced a crash of the stock markets, a decrease in the Gross Domestic Product (GPD), the suspension of credit markets, increased bankruptcies, an amplification of unemployment rates  and massive capital outflows from emerging markets .
Even though most governments allowed mining companies to remain active during the COVID-19 outbreak with limited restrictions , the mining industry has not been immune to the adverse impacts caused by the pandemic [9, 11]. The COVID-19 crisis has deeply affected metal and mineral production and the economic sectors that depend on the mining industry for supplies . Experts studying the aftermath of the crisis predict that the mining sector will experience short, medium, and long-term consequences  especially in resource-rich countries where the mining industry plays a crucial role in poverty reduction, inclusive growth, and social development .
This paper highlights the importance of the mining industry and its benefits to the economy of the producing countries, gives an insight on the global and Turkish mining industries pre-COVID, and investigates the impact of the pandemic on the global and Turkish mining sectors. Furthermore, the study suggests numerous measures that should be adopted in quarries and mines to limit the spread of COVID-19 and conduct mining operations efficiently and safely.
2Importance of the mining industry and its benefits to the economy
Throughout the course of history, mining made tremendous contributions to the social and economic prosperity of numerous civilizations. In fact, several cultural eras were named after various minerals or by their derivatives: the Stone Age (prior to 4000 B.C.E.), the Bronze Age (4000 to 5000 B.C.E.), the Iron Age (1500 B.C.E. to 1780 C.E.), the Steel Age (1780 to 1945) and the Nuclear Age (1945 to the present) [13, 14].
Today, we still depend on mining activities in the same way our prehistoric ancestors did  as raw materials are the indispensable foundation of every aspect of our modern life and will remain so in the future . Mining products are extensively used in construction and civil engineering projects, electricity generation, vehicle manufacture and fuel, machinery, technological products such as cell phones, computers, satellites, and other electronics, medicines, beauty products, dentistry, fertilizers and food production, energy production and transmission and renewable energy technology [17–19].
The mining sector operates on every continent except Antarctica . The increasingly growing population, urbanization, and income growth are the main factors behind the need for more mined products as more buildings, cars, and consumer products are constantly needed . Therefore, countries’ socio-economic development depends on the existence and production of energy and natural resources [14, 21, 22].
The mining sector is pivotal to the world’s economy . Together with providing the necessary raw materials for numerous industries, it creates thousands of jobs, generates dividends and tax revenues, and directly contributes to the economic prosperity of the producing countries [16–18]. Furthermore, the mining industry produces a trained workforce and small businesses that can serve communities, yields foreign exchange, and account for a significant portion of GDP . The industry also enables the development of regional areas, the prevention of migration, and increasing the value-added and the employment rate of the producing country [14, 15, 21, 22, 24–26].
According to Dorin et al. , most of the countries with low or middle national income significantly benefit from the mining sector which substantially contributes to the exports share and accounts for up to 90% of the foreign direct investment (FDI), 10% of the national income and 2% of the total employment. The International Council on Mining and Metals (ICMM) states that no less than 70 countries are extremely dependent on the mining industry and most low-income countries need it to simply survive .
2.1An insight on the global mining industry pre-COVID-19
The mining industry is essential to the operating countries and generates important profits for the producing companies. According to Garside , the total revenue of the top 40 mining companies between 2005 and 2020 reached 656 billion USD. Table 1 highlights the evolution of the global production of mineral raw materials (bauxite not included) between 2000 and 2019. The global production of mineral raw materials kept increasing between 2000 and 2019 and went from 11,290 million t in 2000 to 17,913 million t in 2019. The most recent statistics on the global mineral data were presented in ‘’World Mining Data 2021”, a report prepared by the International Organizing Committee for the World Mining Congresses. This report gathers details on the global mineral production in 2019. In 2019, 1,587,909,229 t of iron and ferro-alloys, 466,008,328 t of non-ferrous metals, 31,539 t of precious metals, 797,141,169 t of industrial minerals and 15,435,799,404 t of mineral fuels were produced worldwide. Thus, a total of 18,286,889,669 t of minerals and metals were produced worldwide . China, the United States, Russia, Australia, India, Indonesia, Saudi Arabia, Canada, Brazil, and Iran were the top 10 mineral-producing countries in 2019. In fact, China, the biggest mining country in 2019, is the World’s leading country in the production of many commodities such as gold and rare earth .
|Year||Global mineral production (Million ton)||Year||Global mineral production (Million ton)|
2.2An insight on the Turkish mining sector pre-COVID-9
Turkey produces and trades 60 of the 90 mineral materials produced worldwide and is marked by the absence of only 13 types of the missing 30 minerals. In terms of the world reserves, Turkey holds 2.5% of the global industrial materials reserve; 40% of the natural stone reserve, 20% of the bentonite reserve, 1% of the coal reserve, 0.4% of the metallic mineral reserve, and 72% of the global Boron reserve [14, 29, 30]. In fact, Turkey holds 4 billion m3 of exploitable marble, 2,8 billion m3 of exploitable travertine, and 1 billion m3 of granite reserves. A total of 650 different color and texture types of marble can be found in this country . The diversity of mineral deposits in Turkey is explained by the complexity of its geological context.
The mining sector plays a strategic role in the Turkish economy and accounts for 1 to 3% of the total export value of the country. Turkey’s advantages for companies in the mining sector are not limited to its high-quality labor pool, but also include relatively low logistics and drilling costs, proximity to major markets, advantageous government incentives, and competitive taxes . In 2019, Turkey ranked 22nd among the mining countries worldwide and produced a total of 138,921,175 t of minerals and metals distributed as follows: 10,408,20 t of iron and ferro-alloys, 373,495 t of non-ferrous metals, 281 t of precious metals, 35,515,449 t of industrial minerals and 93,368,200 t of mineral fuels. In 2019, Turkey produced 87,280,000 t of lignite, 8,828,800 t of iron, 2,013,000 of steam coal, 6,961,015 t of salt, 1,528,700 t of chromium, 2,255,480 t of bauxite, 39,000 kg of gold and 242,000 kg of silver. According to MAPEG , during the same year, Turkey produced 97,371,718 t of energy raw materials, 13,775,717 t of natural stones, 422,754,000 t of cement, and construction raw materials, 34,125,509 t of metals, and 75,730,803 t of industrial raw materials (Table 2). The total value of the produced minerals and metals in Turkey in 2019 reached 25,486 million USD distributed as follows: 15,345 million USD of iron, 1,120 million USD of ferro-alloys, 1,872 million USD of non-ferrous metals, 3,436 million USD of precious metals, 3,635 million USD of industrial minerals and 3,635 million USD of mineral fuels .
|Energy Raw Materials||97,371,718||100,831,833||87,866,620||817,717,017||61,929,516|
|Cement and Construction Raw Materials||422,754,000||690,223,331||580,122,879||568,900,256||534,221,337|
|Industrial Raw Materials||75,730,803||95,678,447||84,209,221||74,153,681||88,440,061|
The mineral sector in Turkey is marked by its substantial contribution to the economy of the country and its high employment rate. Table 3 emphasizes the evolution of the number of workers and mining companies operating in both the public and private mining sectors in Turkey between 2015 and 2019. Table 4 highlights the contribution of the mining industry to the Turkish national economy between 2015 and 2018.
|Year||Number of workers||Number of workplaces|
|Public sector||Private sector||Total||Public sector||Private sector||Total|
|Year||Turkey||The mining industry|
|GDP at current prices (Million TL)||GDP at current prices (million $)||Mining and quarrying sector in GDP (Million TL)||Mining and quarrying sector in GDP (million $)||Increase rate on TL basis (%)||Sector share (%)|
3Impact of the COVID-19 crisis on the global mining industry
Several containment and mitigation measures were implemented by governments all over the globe to limit the spread of COVID-19 . These measures included social-distancing, cluster and entire lockdowns, extensive travel bans, mass quarantines, cancellations of major events and conferences, prohibitions of mass gatherings, and shutdowns of cities and other areas [34, 35]. The adopted measures considerably affected the global economy . The mining industry was impacted by the COVID-19 crisis as the Chinese demand for raw materials declined especially at the beginning of the pandemic leaving investors uncertain about the future of the industry . Nevertheless, as with any complex global situation, not every mining company nor every country was impacted to a large extent .
Galas et al.  identified feasibility studies’ projects and projects conducted to develop new mines and extract residual resources before the closure decision as to the most affected states by the COVID-19 pandemic in the mining industry. The authors emphasized that the effect of the pandemic on the exploration and discovery stages of the mining process is medium.
In an article published by Azevedo et al. , the authors predicted the trajectory of the mining industry back to the next normal based on analyzing 6 major crises marked by their significant impact on the industry. These crises consist of the second oil shock (1981–1987), The Soviet Union collapse (1991–1998), Asia crises (1997-1998), the Dot-com bubble (2001–2003), the financial crisis of 2008-2009, and the commodity price crisis of 2015-2016. The authors predict that similarly to the studied shock waves, the impact of the COVID-19 outbreak on the mining industry will follow 4 main phases as detailed below:
• Phase 1: Price shock (lasts only for weeks or a few months). During the price shock phase, gold typically acts differently as its price rises during crises.
• Phase 2: Demand shock (3 months to 2 years). This stage is marked by a sharp demand decline by the end-use sector.
• Phase 3: New supply-and-demand equilibrium (1 to 3 years). During this stage, mining companies focalize on regaining profitability by operating in mines characterized by their highest margins and lowest operating costs.
• Phase 4: Demand recovery and the next normal (1 to 5 years). The last phase is marked by global recovery as appearing shortages lead to the rebound of prices.
The authors stress that in the context of the COVID-19 crisis, the mining industry is currently under the effect of phases 2 and 3.
The most significant impact caused by the COVID-19 pandemic on the global mining industry consists of the drastic decline in demand since industrial production and construction activities were disrupted for variant periods in most countries . The decrease in demand consequently led to a decrease in production and a fall in the prices of numerous commodities such as aluminum, copper, zinc, nickel, and iron ore [9, 12, 39]. For instance, the global production of iron ore was also affected by the crisis as it dropped by 3% to 2,2 billion tons in 2020 mainly because of the decline of the output of two of the main contributors to the production of iron: Brazil and India . Swart  explains this low production by the anticipated low near-term demand for these minerals and metals. Jowitt  emphasizes that the witnessed increase in metal stocks and decline in metal prices will adversely affect the mining industry at least in the short term.
Energy commodities were exempt from national lockdowns  because of their primary role in supplying numerous industries and economical activities. However, energy commodities such as coal were not immune to the price shock that affected the mining industry. For instance, coal prices drastically decreased due to the low demand in its consuming countries in Europe and Asia as the COVID-19 pandemic caused lower demand for coal by power plants that generate electricity and for industrial uses .
Following this price shock and low demand phase, starting mid-2020, the prices of most minerals and metals started to recover as they slowly regained their pre-pandemic prices. For instance, in a study that evaluated the impact of COVID-19 on the mining industry in Ghana, Mali, South Africa, and Zambia, main producers of gold, copper, iron ore, manganese, platinum, bauxite, and diamonds in the African continent, Ahadjie et al.  stated that in the studied countries, iron ore regained its pre-pandemic price by May 2020 and that the prices of most of the base metals recovered by the fourth quarter of 2020. The paper also analyzed the price changes of precious metals and emphasized that silver and platinum regained their pre-pandemic prices within only one month.
Contrary to the previously mentioned commodities, the demand for gold and consequently its price substantially increased during the COVID-19 pandemic . In fact, this precious metal is a haven and an asset of investment during crisis periods [9, 41] as it benefits from high uncertainty levels . Figure 1 highlights the evolution of the average prices for gold reserves by region between 2012 and 2020. Nonetheless, the increase in gold prices has caused the expansion of Artisanal and Small-Scale (ASM) gold mining operations in numerous countries which caused the environmental deterioration of multiple sites .
Besides affecting the prices of commodities and disrupting the supply chain, the COVID-19 crisis had other implications on the mining industry. Ramdoo  emphasized that the pandemic induced the disruption of the economic activities in local communities which depend on mining companies operating in the region leading to decreased local suppliers’ earnings and increased high bankruptcy risks for Small and Medium Enterprises (SMEs) unable to face the instabilities of the market. Laing  highlighted that the price shock and low demand induced the collapses in the shares of numerous large mining multinationals. The paper also accentuated that the implications of the COVID-19 pandemic on the industry may cover laying off workers, mothballing existing mine-sites, reducing corporate social responsibility activities, decreasing investment in new operations, technology, and exploration, and renegotiating taxation and royalty agreements with the host country governments. The COVID-19 crisis did not only affect large mining multinationals. Artisanal and Small-scale Mining (ASM) which employ over 44 million people across the globe suffered was also impacted by the crisis .
The mining sectors of numerous countries were deeply affected by the COVID-19 crisis. For instance, in Indonesia, mining activities substantially decreased because of the pandemic which led to a growth decrease to just 0.4 % in the first quarter of 2020 . Compared to 2019, mining and coal revenues decreased by 35% and generated 2,3 billion USD as of August 2020. In an attempt to minimize the impact of the pandemic on the mining industry, numerous new policies and measures were implemented by the Indonesian government. These measures include exempting mining companies from certain fees and taxes, investment incentives, and revisions of the state budget . In Germany, despite restoring the disrupted supply chains and adapting the production to the circumstances of the pandemic during the course of 2020, the fourth quarter of the year was marked by declines in turnover that reached more than 30% . Despite being declared a critical industry and exempting it from shutting down during lockdowns, the mining industry of the United States was still affected by the pandemic. The production of aluminum, iron ore, steel, titanium, barite, and industrial sand and gravel substantially decreased due to the decline in demand by manufacturers . South Africa, one of the most important producers of platinum, chrome, gold, diamond, and palladium, was deeply affected by the strict lockdown measures adopted by the country to limit the spread of the Coronavirus. In April 2020, the total mining output of the country fell by more than 47% compared to 2019. In addition, logistical problems made exporting the produced minerals and metals a hard and expensive task . In Canada, the global low demand for fuel and the drop in natural gas prices induced a reduction in the Canadian mining output . In China, as of August 2020, the mining industry generated a turnover that reached 309 billion € which is 10,9 % less than the turnover of 2019. The profit of the Chinese mining industry added up to 30 billion € decreasing by 38.1% compared to 2019 .
The human and economic loss induced by the COVID-19 pandemic was greater in developing countries. The crisis generated an immediate and amplified impact on the poorest and most vulnerable regions . The impact of the pandemic on the mining industry is more severe in resource-rich but economically struggling countries where citizens have to physically work to earn their living . In Mozambique, mining was one of the most heavily affected sectors by the COVID-19 crisis. In 2020, the domestic and foreign impact of the pandemic on the GPD of the country reached 1.5 % while its effect on employment accounted for 1.8 % . According to a study conducted by Lastunen et al. , in 2020, compared to the pre-COVID data, the GPD shock in the mining industry reached –22.6 % in Ghana, –20.9 % in Mozambique, +2.9 % in Tanzania, +5.5 % in Zambia, and –14.2 % in Uganda. In Ghana, Mali, South Africa, and Zambia, the pandemic disrupted the mobilization of labor which caused a decrease in the employment rates . In India, where the mining industry is substantially crucial for economically marginalized people, workers have returned to their home base  following the cease of mining operations because of the pandemic which left them without a source of income . West Africa, on the other hand, was well equipped to continue mining operations during the COVID-19 pandemic as the recent epidemics endured by the country such as Ebola enabled it to implement the necessary measures to face such alarming events .
The mining industries of other countries such as Sri Lanka and Australia were not affected by the pandemic to a great extent. In Sri Lanka, mining was one of the least affected sectors by COVID-19. Deyshappriya  highlights that in the worst-case scenario, the reduction in this sector will reach –0.08% in Sri Lanka and –0.65% in South Asia. The Australian government defined the mining industry as an ‘essential industry’ which enabled mining companies to remain active during lockdowns. As a result, the Australian mining industry has survived the crisis caused by the COVID-19 crisis without major losses and even benefited from the increase in gold prices. However, the global decrease in energy needs and the political tension between Australia and China adversely affected the Australian coal production industry .
It is hard to predict with certainty the long-term effects of the COVID-19 crisis on the mining industry, especially since the pandemic is still ongoing. In this context, Jowitt  states that either a persistent supply-chain disruption or a slower demand growth is likely to occur over the course of the next few years. Galas et al.  affirms that the disruption in the production of minerals and metals will adversely affect the future security of supplies of raw materials.
Other scholars, on the other hand, are optimistic about the future of the industry. Statistics by PricewaterhouseCoopers  highlight that the mining industry emerged from the COVID-19 pandemic economic crisis without major losses and emphasize that 2020 was an outstanding year for the mining sector as in comparison to 2019, net profit and cash on hand increased respectively by 15% and 40% and market capitalization increased by nearly two-thirds. Ferguson  underlines that in the upcoming years the mining sector will benefit from the need for raw materials essential to the global energy transition efforts. Laing  highlights that no sharp decline occurred in the global money supply and affirms that mining operations can quickly recover from the effects of the pandemic as the productive capacity remains intact (contrarily to economic crises that follow wars). Jowitt  states that the COVID-19 crisis may be followed by a significantly high number of new investment projects in infrastructure, capital, transportation equipment, and consumer durables, which would increase the demand for metals and thus lead to higher prices.
3.1Impact of the COVID-19 crisis on the mining industry of Turkey
Numerous measures were implemented by the Turkish government to limit the spread of COVID-19 since announcing the first case in Turkey on March 11, 2020. The adopted measures included travel restrictions, curfews, lockdowns, banning mass gathering events, and closing schools and universities . To inform the public about the necessary precautions to limit the spread of the disease and raise awareness about COVID-19, the ‘’Emergency Operation Center” and ‘’Coronavirus Scientific Board” were established in January 2020. Despite being exempt from lockdowns and curfews, the Turkish mining industry was to some extent affected by the COVID-19 crisis. Natural stones’ production slightly decreased from 7,141 thousand t in 2019 to 6,468 thousand t in 2020. Minerals’ production, on the other hand, witnessed an increase from 20,004 thousand t in 2019 to 21,412 thousand t in 2020 (Table 5). The Turkish mining industry quickly recovered from the impacts of the pandemic in 2021 (December not included) as production of natural stones increased again in 2021 to reach 7,201 thousand t in 2021 generating 1928 t million FOB USD. Mineral’s production substantially increased in 2021 (December not included) compared to 2020 and reached 25,083 thousand t generating 4,470 million FOB USD (Table 5).
|Production (Thousand ton)||Value (Million FOB USD)||Production (Thousand ton)||Value (Million FOB USD)||Production (Thousand ton)||Value (Million FOB USD)|
4Recommended measures to limit the spread of COVID-19 in mines
Every mine consists of a production area and numerous complexes such as entrances, administrative buildings, offices, laboratories, kitchen, dining halls, dormitories, changing rooms, washrooms, maintenance and repair facilities, parking lots for machinery and equipment, stock areas, and showrooms. The number and distribution of the employees in the workplace are determined based on the intensity of the required tasks. Efficient planning of operations in mining companies enables reducing non-essential interactions between workers and minimizing the amount of time spent in collective areas. Effective measures should be adopted by mining companies to limit the spread of COVID-19 in the workplace. The recommended measures listed below enable limiting the spread of COVID-19 in mines.
Using safety signs, banners, floor labels, and informative posters in gathering places: It is recommended to place safety signs, floor labels, banners, and informative posters especially in collective areas to remind the workers of the importance of wearing face masks, washing, or sanitizing their hands frequently and keeping a distance of at least 2 m with other workers (Fig. 2).
Covering mouth and nose when coughing and sneezing: Workers should cough and sneeze into the crease of their elbow or in a tissue that covers their mouth and nose. To protect others, workers should wear a cloth face mask when they are not wearing respiratory personal protective equipment to block respiratory droplets from coughing, sneezing, talking, or breathing.
Keeping a safe distance from others: Workers should maintain a social distance of at least 6 feet away, which is about two arms’ length. The capacity of personnel carriers, hoists, elevators, and other means of transportation should be reduced to ensure maintaining this safe distance between workers.
high-touch surfaces and objects should be regularly cleaned and disinfected (daily or after each use).
Workers should wear and properly clean their protective equipment (PPE): Facemasks should not be worn if the miner is wearing a tight-fitting respirator .
Encouraging workers to get vaccinated: Workers should be encouraged to get vaccinated. However, even after getting the vaccine, they should continue to wear masks and maintain a safe distance from other workers at the workplace.
Installing hand disinfection stations: Hand disinfection stations should be installed at strategic points of the company such as the entrances of buildings and collective areas. Workers should frequently wash their hands using soap and water for at least 20 seconds or disinfect them using a hand sanitizer that contains at least 60% of alcohol if water is not available.
Conducting meetings and training courses online: During the pandemic, meetings and training courses should be held online. Virtual meetings which can be held using numerous platforms such as Zoom and google meet enable the workers to stay connected despite the physical and geographical constraints caused by COVID-19 . When these meetings cannot be virtually conducted, the number of participants should be limited and all participants should wear masks, avoid non-essential interactions, maintain social distancing, and respect hygiene rules.
Implementing strict measures in dining halls, dormitories, changing rooms, and washrooms: Contamination risks are extremely high in collective areas such as dining halls, dormitories, changing rooms, and washrooms. Therefore, it is crucial to implement strict measures to prevent the spread of COVID-19 among workers in these areas. Physical barriers can be used in these commodities to limit the risk of contamination. In dining halls, seating capacity should be reduced and distance between tables should be increased to about 2 m and seats should be organized in a way that respects social distancing. During meals, workers should only take off their masks when eating or drinking. Products available for common use such as sugar and salt should be replaced by disposable packets. Water should be served in unopened bottles. Disposable forks, spoons, and knifes should be used. Dormitories, changing rooms and washrooms should be daily ventilated, cleaned, and disinfected. The capacity of these commodities should be reduced. The number of workers using the dormitory should be decreased and the distance between beds should be at least 2m.
Shift organization: Reducing the number of shifts and the number of employees working together enables minimizing the risk of contamination. Hygiene and social distancing should be carefully ensured in the workplace. A distance of at least 2m should be maintained between workers and workers should not be working face-to-face. Guests and visitors should not be allowed in production areas and all entrances and exits should be recorded and monitored. When working in a wet or soiled environment, workers should frequently change their masks and use face shields. Machinery and equipment should be designated to the same workers each shift to limit the risks of contamination. In underground mines, elevators and carriers should not be overcrowded and should be regularly disinfected and ventilated using absorber and blower fans in-between shifts.
Seating arrangements in worker transport vehicles: The number of workers in Buses and vans allocated to the transport of workers should be reduced and the seating arrangement should be conformed to COVID-19 rules. Everyone on the vehicle should wear a mask and follow hygiene rules. The vehicles should be regularly disinfected. Administrative staff who can work from home should be encouraged to do so. A study conducted on the subject demonstrated that higher productivity linked to better mental and physical health status was registered amongst workers working from home during the pandemic .
Regular screening and health check-ups: Regular health check-ups enable increasing the possibility of early diagnosis and reducing the risk of contamination in the workplace. Workers diagnosed with COVID-19 must be immediately quarantined and isolated at home or in an isolation dormitory prepared for this purpose. Those suffering from severe symptoms should be transported to the hospital.
Regular disinfection procedures: Common areas such as dormitories, kitchens, dining halls, restrooms, changing rooms, washrooms, offices, and mine entrances should be regularly cleaned and disinfected. Tools, equipment, operators’ dashboards and controls, door handles, tables, chairs, and other frequently touched surfaces should be disinfected during the day and in-between shifts to limit the spread of the virus.
Regular Training Courses: Training courses should be regularly conducted to update workers on the symptoms of COVID-19 and to stress the importance of masks, social distancing and frequently washing and disinfecting hands. These courses should aim to give workers detailed information about the necessary precautions and measures to protect themselves and their coworkers from the spread of COVID-19.
Monitoring and control: To improve practical actions to prevent and mitigate the spread of COVID-19 in the mining industry, a prevention and control checklist was implemented by the international labor organization (ILO) in May 2020 . The checklist covers 7 main subjects:
✓ Planning, resources, and management systems
✓ Education and communication
✓ Worker health surveillance, self-monitoring, and contact tracing
✓ Hygiene and cleaning
✓ Site access and work organization
✓ Travel and mobility
To reduce the risk of the spreading COVID-19, a group of people should be appointed to implement the checklist in every mine. Using the checklist, the team will be able to identify shortcomings and suggest new measures to improve COVID-19 safety measures at the workplace. Furthermore, workplaces should be regularly monitored to ensure the implementation and application of COVID-19 protocols. In fact, a linear and inverse relationship was found between the incidence of COVID-19 in workplaces and the level of inspection of the COVID-19 prevention measures .
The COVID-19 pandemic, which started in Wuhan China, affected 224 countries and caused the death of more than 5 million people all over the globe (as of January 4th, 2022). Coronavirus disease is not only a health crisis as it negatively affected numerous industries and generated the biggest global economic crisis since the Second World War.
The mining industry has not been immune to the adverse impacts caused by the pandemic. The COVID-19 crisis has deeply affected metal and mineral production and the economic sectors that depend on the mining industry for supplies. The most significant impacts caused by the COVID-19 pandemic on the global mining industry consist of the drastic decline in demand and production which led to a decrease in the prices of several commodities such as aluminum, copper, zinc, nickel, iron ore, and coal. Starting mid-2020, prices of most minerals and metals started to recover as they slowly regained their pre-pandemic prices. Prices of Gold, on the other hand, substantially increased during the pandemic as it is considered a haven during crisis periods.
As with any complex global situation, the mining industries of some countries were affected more than others by the COVID-19 crisis. While resource-rich but economically struggling countries such as Ghana, Mozambique, Uganda. Ghana, Mali, South Africa, Zambia, and India suffered the most from the impacts of the pandemic, the mining sectors of other countries such as Sri Lanka and Australia were not affected by the disease.
The Turkish mining industry was to some extent affected by the COVID-19 crisis. Natural stones’ production slightly decreased in 2020 because of the pandemic. However, the industry quickly recovered and natural stones’ production increased again in 2021.
Efficient planning of operations and adopting effective measures and precautions enable limiting the spread of COVID-19 in mines. The recommended measures include:
✓ Using safety signs, banners, floor labels, and informative posters in gathering places
✓ Encouraging workers to get vaccinated,
✓ Installing hand disinfection stations,
✓ Conducting meeting and training courses online,
✓ Implementing strict measures in dining halls, dormitories, changing rooms and washrooms,
✓ Shift organization,
✓ Seating arrangements in worker transport vehicles,
✓ Regular screening and health check-ups,
✓ Regular disinfection procedures, and
✓ Regular training courses.
Conflict of interest
The authors declare that they have no conflict of interest.
The authors report no funding.
The authors have no acknowledgments.
OECD. The Territorial Impact of COVID-19: Managing the Crisis and Recovery across Levels of Government. (2021) .
Figus A . Coronavirus COVID - 19, a complex issue between health, economy, politics, and communication. Geopolitical, Social Security and Freedom Journal. (2020) :3: (1);14.
Abodunrin O , Oloye G , Adesola B . Coronavirus pandemic and its implication on global economy. International Journal of Arts, Languages and Business Studies (IJALBS). (2020) ;(4):13–23.
Moti UG , Ter Goon D . Novel Coronavirus Disease: A delicate balancing act between health and the economy. Pak J Med Sci. (2020) ;36: (COVID19-S4):134–7.
Galas A , Kot-Niewiadomska A , Czerw H , Simic V , Tost M , Warell L , et al .Impact of covid-19 on the mining sector and raw materials security in selected european countries. Resources. (2021) ;10: (31):23.
Fernandes N . Economic effects of coronavirus outbreak (COVID-19) on the world economy. (2020) .
Pylas P . Virus slump expected to rival big recessions in history. (2020) . [Available from: https://abcnews.go.com/International/wireStory/virus-slump-expected-rival-big-recessions-history-69896631v
Mahler DG , Lakner C , Aguilar AC , Haoyu W , Updated estimates of the impact of COVID-19 on global poverty. (2020) [Available from: https://blogs.worldbank.org/opendata/updated-estimates-impact-covid-19-global-poverty
Ramdoo I . The impact of COVID-19 on employment in mining. (2020) .
Jowitt SM . COVID-19 and the global mining industry. SEG Discov. (2020) ;122: :33–41.
Marimuthu R , Sankaranarayanan B , Ali SM , Karuppiah K . Green recovery strategies for the mining industry of India: Lessons learned from the COVID-19 pandemic. Journal of Asia Business Studies. (2021) .
Laing T . The economic impact of the Coronavirus 2019 (Covid-2019): Implications for the mining industry. The Extractive Industries and Society. (2020) ;7: :580–2.
Hartman HL , Mutmansky JM . In Introductory Mining Engineering. Introduction to Mining Hoboken, New Jersey: John Wiley & Sons, Inc.; (2002) , pp. 1–24.
Ernst & Young Turkey. Dünyada ve Türkiye’de Madencilik Sektörü. (2011) .
Kogel J . A look at the history of mining: From the Stone Age to Herbert Hoover. (2013) [Available from: https://mineralseducationcoalition.org/wpcontent/uploads/july_2013pres_entirearticle_mining_history.pdf
Casey J . The importance of mining (2020) [Available from: https://www.globalminingreview.com/special-reports/01122020/the-importance-of-mining/
Scot F . Why is Mining Important and What is the Impact? (2021) .
National Research Council. Chapter 2: Overview of Technology and Mining. Evolutionary and Revolutionary Technologies for Mining Washington, DC: National Academies Press; (2002) , pp. 10–8.
Mielli F . 5 Reasons Why the World Needs Mining ... And Always Will (2016) [Available from: https://blog.se.com/mining-metals-minerals/2016/02/19/5-reasons-why-the-world-needs-mining-and-always-will/
World Economic Forum. Mining and Metals in a Sustainable World (2014) [Available from: https://www3.weforum.org/docs/WEF_MM_MiningMetalSustainableWorld_ScopingPaper_2014.pdf
Jasinski D , Cinelli M , Dias LC , Meredith J , Kirwan K . Assessing supply risks for non-fossil mineral resources via multi-criteria decision analysis Resources Policy. (2018) ;58: :150–8.
Chen GQ , Wu XF . Energy overview for globalized world economy: Source, supply chain and sink. Renewable and Sustainable Energy Reviews. (2017) ;69: :735–49.
Garside M . Mining industry worldwide - statistics & facts 2021 [Available from: https://www.statista.com/topics/1143/mining/#dossierKeyfigures
Barume B , Naeher U , Ruppen D , Schütte P . Conflict minerals (3TG): Mining production, applications and recycling. Current Opinion in Green and Sustainable Chemistry. (2016) ;(1):8–12.
Dutta T , Kim K , Uchimiya M , Kwon EE , Jeon B , Deep A , et al. Global demand for rare earth resources and strategies for green mining. Environmental Research. (2016) ;150: :182–90.
Werner TT , Mudd GM , Jowitt SM . The world’s by-product and critical metal resources part III: A global assessment of indium. Ore Geology Reviews. (2017) ;86: :939–56.
Dorin I , Diaconescu C , Topar DI . The role of mining in national economies. International Journal of Academic Research in Accounting, Finance and Management Sciences. (2014) ;4: (3):155–60.
Reichl C , Schatz M . World Mining Data. (2021) .
Reichl C , Schatz M , Zsak G . World Mining Data. (2018) .
Wang R , Cheng J , Zhu Y , Xiong W . Research on diversity of mineral resources carrying capacity in Chinese mining cities. Resources Policy. (2016) ;47: :108–14.
Mining Turkey. About Turkish Mining (2016) [Available from: https://www.mining-turkey.com/about-turkishmining/
MAPEG. Mining istatistics (in turkish) (2020) [Available from: http://www.mapeg.gov.tr/maden_istatistik.aspx
Perks R , Schneck N . COVID-19 in artisanal and small-scale mining communities: Preliminary results from a global rapid data collection exercise. Environmental Science and Policy. (2021) ;121: :37–41.
Ranjan AK , Patra AK , Gorai AK . Effect of lockdown due to SARS COVID-19 on aerosol optical depth (AOD) over urban and mining regions in India. Science of the Total Environment. (2020) ;745.
Luis Montesclaros JA , Caballero-Anthony M . The burden of COVID-19 Urgent need for social safety nets. RSIS Commentary. (2020) ;43: :4.
Mandal I , Pal S . COVID-19 pandemic persuaded lockdown effects on environment over stone quarrying and crushing areas. Science of the Total Environment. (2020) ;732: :10.
Campbell R . Mining & metals in the COVID-19 world: Underlying resilience masks ESG concerns (2020) [Available from: https://www.whitecase.com/publications/insight/mining-metals-covid-19-world-underlying-resilience-masks-esg-concerns
Azevedo M , Crooks S , Berbner J , Nucci C . Lessons from the past: Informing the mining industry’s trajectory to the next normal (2020) [Available from: https://www.mckinsey.com/industries/metals-and-mining/our-insights/lessons-from-the-past-informing-the-mining-industrys-trajectory-to-the-next-normal
Swart A . Understanding the sector impact of COVID-19 Mining and Metals. (2020) .
Global Data. Global iron ore production to recover by 5.1% in 2021, after COVID-19 hit output in 2020, says Global-Data. (2021) .
Ahadjie J , Gajigo O , Gomwalk D , Kabanda F . Impact of COVID-19 on Mining: Case studies of four African countries. Abidjan, Ivory Cost: African Development Bank; (2020) .
Galbraith C . Post COVID-19: Gold mining and production. (2021) .
Olivia S , Gibson J , Nasrudin R . Indonesia in the time of Covid-19. Bulletin of Indonesian Economic Studies. (2020) ;56: (2):143–74.
Extractive Industries Transparency Initiative (EITI). New report shows Indonesia’s extractive revenues in decline (2021) [Available from: https://eiti.org/news/new-report-shows-indonesias-extractive-revenues-in-decline
U.S.Geological Survey. Mineral Commodity Summaries 2021. (2021) .
Basquill J . Shafted: Covid-19 devastates South Africamining industry (2020) [Available from: https://www.gtreview.com/supplements/gtr-africa-2020/shafted-covid-19-devastates-south-africa-mining-industry/
Hoffman D . Impacts of COVID-19 on the Canadian mining industry (2020) [Available from: https://www.millerthomson.com/fr/publications-fr/communiques-et-dernieres-nouvelles/bulletin-droit-minier/7-avril-2020-mining-fr/impacts-of-covid-19-on-the-canadian-mining-industry/
Atif I , Cawood FT , Mahboob MA . The role of digital technologies that could be applied for prescreening in the mining industry during the COVID-19 pandemic. Transactions of the Indian National Academy of Engineering. (2020) ;5: :663–74.
Betho R , Chelengo M , Jones S , Keller M , Mussagy IH , Seventer SV , et al. The macroeconomic impact of COVID-19 in Mozambique: A social accounting matrix approach, WIDER Working Paper, No. 2021/93. Helsinki; (2021) .
Lastunen J , Rattenhuber P , Adu-Ababio K , Gasior K , Jara HX , Jouste M , et al. The mitigating role of tax and benefit rescue packages for poverty and inequality in Africa amid the COVID-19 pandemic, WIDER Working Paper 2021/148. (2021) .
Carvalho FP . Mining industry and sustainable development: Time for change. Food and Energy Security. (2017) ;6: (2):61–77.
Ihekweazu C . Steps Nigeria is taking to prepare for cases of coronavirus. (2020) .
Deyshappriya NP . Economic impacts of COVID-19 macro and microeconomics evidences from sri lanka. Social Science Research Network. (2020) .
PricewaterhouseCoopers (PwC). Mine 2021 Great expectations, seizing tomorrow (2021) [Available from: https://www.pwc.com/gx/en/energy-utilities-mining/assets/mine-2021/pwc-mine-2021.pdf
Ferguson M . COVID-19 Impact & Recovery: Metals and Mining Outlook for H2 2021 (2021) [Available from: https://www.spglobal.com/marketintelligence/en/news-insights/blog/covid-19-impact-recovery-metals-mining-outlook-for-h2-2021
Turkey Tourism Promotion and Development Agency (TGA). Fight Against Covid-19 In Türkiye 2020 [Available from: https://www.tga.gov.tr/fight-against-covid-19-in-turkey/
Brady. Inform, guide and protect to fight COVID-19 (2020) [Available from: https://www.brady.co.uk/general/coronavirus?sfdc=7013A000000izTw&utm_campaign=SFID-Other&utm_medium=email-advertorial&utm_source=wbp-hss&utm_content=COVID-19
Prasetyo YT , Montenegro LD , Nadlifatin R , Kurata YB , Ong AKS , Chuenyindee T . The influence of organizational commitment on the perceived effectiveness of virtual meetings by filipino professionals during the COVID-19 Pandemic: A structural equation modeling approach. Work. (2022) ;71: :19–29.
Awada M , Lucas G , Becerik-Gerber B , Roll S . Working from home during the COVID-19 pandemic: Impact on office worker productivity and work experience. Work. (2021) ;69: :1171–89.
International Labor Organization (ILO). COVID-19 and mining Prevention and control checklist (2020) [Available from: https://www.ilo.org/wcmsp5/groups/public/—ed_dialogue/—sector/documents/publication/wcms_747049.pdf
Lotfollahzadeh A , Rastgoo L , Shirinzadeh I , Kharghani Moghadam SM , Ebrahimi H . Investigating the compliance of COVID-19 protocols in the workplaces of Ardabil, Iran. Work. (2021) ;70: :1031–7.
İMİB. 2021 Yılı aylık bazda maden ihracat verileri - aylık bazda ürün gruplarına veya ülkelere göre maden ihracatı raporları - (2021) [Available from: https://www.imib.org.tr/tr/raporlar/ihracat-istatistikleri