Explore the countries that help supply the world's metals, minerals, energy resources, industrial materials, and critical raw materials. Understand what different nations produce, why geography matters, and how resource supply connects countries to the global economy.
Natural resources are not distributed evenly around the world. Geology determines where deposits occur, while infrastructure, processing capacity, investment, energy access, trade routes, and industrial development help determine which resources reach global markets.
Some countries are known for broad mineral diversity. Others hold important positions in copper, lithium, nickel, uranium, potash, rare earths, platinum-group metals, industrial minerals, or energy resources.
Understanding a country's resource base helps connect individual materials to the larger supply chains that support construction, manufacturing, agriculture, energy, transportation, technology, and modern infrastructure.
These countries illustrate the variety of roles nations can play in global mineral and resource supply—from mining and extraction to processing, refining, industrial production, and international trade.
Australia has a broad resource base spanning bulk commodities, battery minerals, precious metals, uranium, and critical materials. Its mining sector connects major geological deposits to global export markets.
Resource HighlightsCanada combines metals, industrial minerals, energy resources, and large-scale mining regions with established transportation, processing, and export infrastructure.
Resource HighlightsChile is closely associated with major copper and lithium supply chains. Its geology and mining infrastructure have made mineral production an important part of its connection to global resource markets.
Resource HighlightsChina plays a major role across mining, processing, refining, manufacturing, and downstream resource supply chains. Its importance extends well beyond extraction alone.
Resource HighlightsBrazil has a diverse geological resource base and is associated with large-scale mining, industrial minerals, iron ore, niobium, gold, bauxite, and other globally important materials.
Resource HighlightsPeru's mineral economy is closely connected to the Andes and to major base- and precious-metal deposits that feed international supply chains.
Resource HighlightsSouth Africa is associated with deep mining history and important precious-metal, platinum-group-metal, manganese, chromium, and mineral-resource deposits.
Resource HighlightsThe Democratic Republic of the Congo is strongly associated with copper and cobalt mineralization and occupies an important position in several battery and industrial-metal supply chains.
Resource HighlightsIndonesia has become closely connected to nickel and battery-material supply chains, while also producing energy resources, tin, copper, gold, and other commodities.
Resource HighlightsThe United States has a broad resource base spanning industrial minerals, metals, energy resources, precious metals, critical minerals, and large downstream manufacturing markets.
Resource HighlightsA country can influence a resource market because of what lies underground, but geology is only the first part of the story.
Mineral deposits begin with geological conditions that can concentrate valuable materials in particular regions.
Discovering a deposit does not automatically create supply. Mines require investment, infrastructure, labor, and time.
A country may mine a resource while another country controls much of the refining, separation, or conversion capacity.
Power, roads, railways, ports, water, and industrial facilities can determine whether resources reach global markets efficiently.
Resource-producing countries connect to manufacturers and consumers through international trade and logistics systems.
Countries can matter both as producers and as major consumers of minerals, metals, and processed materials.
A resource can move through several countries before it becomes a finished product.
Ore, brines, minerals, and other raw materials are produced where geology and development make extraction possible.
Concentrates and raw materials may cross borders for refining, separation, smelting, purification, or chemical conversion.
Processed materials enter industrial supply chains for batteries, vehicles, electronics, construction, energy, and infrastructure.
Geological belts, mineral provinces, energy basins, and industrial corridors often stretch across multiple countries.
A diverse mix of metals, energy resources, industrial minerals, potash, uranium, precious metals, and downstream manufacturing.
Major copper, lithium, iron ore, gold, silver, and industrial-mineral systems connect the Andes and other geological regions to global markets.
Important copper, cobalt, platinum-group metals, gold, manganese, chromium, gemstones, and other mineral resources occur across the continent.
Asia combines major mining regions with extensive processing, refining, manufacturing, and downstream material demand.
European resource systems combine domestic mineral production, industrial processing, recycling, manufacturing, and substantial imported material flows.
Australia and neighboring resource systems contribute major bulk commodities, battery materials, precious metals, uranium, and critical minerals.
Choose a country in the Country Resource Finder to see highlighted metals, minerals, energy resources, and industrial materials associated with that nation, then continue directly into Earth Value Index resource profiles.
Browse individual metals, minerals, gemstones, energy resources, and industrial materials.
Understand pricing structures, supply and demand, market behavior, benchmarks, and global trade.
Review mining concentration, processing dependence, substitution, recycling, demand pressure, and project lead times.
Understand why certain minerals receive strategic attention because of economic importance and supply vulnerability.
See how natural resources connect to smartphones, vehicles, homes, energy systems, infrastructure, and technology.
Calculate, compare, convert, and explore natural-resource data across the Earth Value Index tool library.
Start with a country, move into the resources it produces, and understand how geology, processing, markets, trade, and industrial demand connect resource-producing regions to the global economy.