By Priya Silwal
Source: World Gold Council (2025)
Gold isn’t just a symbol of wealth – it is a global industry that fuels economies, shapes trade, and spans continents. As a transition metal, gold is known for its bright yellow shine and is used in many industries due to its malleability (ease of shaping), ductility (ability to stretch without breaking), and resistance to corrosion. Today, gold mining stands as one of the largest and most widespread resource extraction sectors in the world. According to GlobalData, more than 1,352 active gold mines operate across over 165 countries, extracting more than 115 different resources. This vast network supports the production of around 3,000 metric tonnes (3307 tons) of gold each year.
In 2024, global gold production reached 3,300 metric tonnes (3,638 tons), continuing a steady upward trend that began after the 2008 economic crisis. Back in 2010, production stood at 2,560 metric tonnes (2,822 tons), but it has exceeded 3,000 tonnes annually since 2015 – reflecting strong demand and the ongoing expansion of mining efforts. This week’s featured map, created by the World Gold Council, illustrates the global distribution of gold production in 2024, highlighting the regions where mining is most concentrated and the countries leading the industry.
The darkest areas on the map represent the top producers: China (380.2 metric tonnes), Russia (330 tonnes), and Australia (284 tonnes). Together, they account for more than a third of global output. Other key contributors include Canada, the United States, Ghana, Mexico, Indonesia, Peru, and Uzbekistan, which hosts the Muruntau mine – the world’s most productive individual gold mine as of 2023. The map also reveals the truly global reach of gold mining, with operations ranging from small-scale artisanal panning to large industrial complexes spread across nearly every continent except Antarctica.
However, this growth comes with a significant environmental cost. Approximately 86% of all above-ground gold has been mined in the past 200 years, with two-thirds extracted since 1950. This rapid expansion has led to deforestation, soil erosion, and landscape degradation in many mining regions. The use of toxic chemicals like mercury and cyanide in gold extraction often results in the contamination of water and land. The industry produces an estimated 180 million tonnes of toxic waste each year, containing hazardous substances such as arsenic, lead, and mercury.
Illegal gold mining remains widespread across the Amazon Basin, shifting rather than declining. According to a report by Greenpeace (2025), between 2023 and 2024, it destroyed over 4,200 hectares of land across four Indigenous territories of the Yanomami, Munduruku, Kayapó, and Sararé people. This ongoing destruction fuels deforestation, mercury contamination, and biodiversity loss, disproportionately impacting Indigenous peoples, quilombolas (descendants of Afro-Brazilians), and rural communities.
Figure: Locations of detected mining areas (in red) across the Amazon Basin in 2024, spanning multiple countries.
Gold mining also contributes to climate change, accounting for approximately 0.3% of global greenhouse gas emissions – a share greater than that of all intra-European flights. In the United States, the Environmental Protection Agency (EPA) reports that abandoned hardrock mines have contributed to the pollution of 40% of rivers and 50% of lakes, reflecting the long-lasting legacy of unregulated extraction.
While gold remains central to the global economy, its environmental footprint demands greater attention. This map is more than just a visual record of where and how much gold is mined – it serves as a reminder of the urgent need to balance economic benefits with environmental responsibility.
Sources:
Earthworks (2025). Environmental Impacts of Gold Mining. Available at: https://earthworks.org/issues/environmental-impacts-of-gold-mining/
Jaganmohan, M. (2025). Global production of gold mines 2010-2024. Statista. Available at: https://www.statista.com/statistics/238414/global-gold-production-since-2005/
Ukpanah, I. (2024). Environmental Cost of Gold Mining: A Global Perspective. GreenMatch. Available at: https://www.greenmatch.co.uk/blog/environmental-cost-of-gold-mining
https://www.gold.org/goldhub/data/gold-production-by-country
World Gold Council (2025). Global mine production. Available at: http://gold.org/goldhub/data/gold-production-by-country
Zadeh, J. (2025). The World’s 10 Largest Gold Mines: 2025 Global Production Leaders. Discovery Alert. Available at: https://discoveryalert.com.au/news/largest-gold-mines-2025-global-production-ranking/