What Makes a Resource Valuable?
See how scarcity, grade, deposit size, processing, demand, recoverability, geography, and market structure can affect resource value.
Get the free Resource Value Cheat Sheet — a practical reference for mineral value, ore grade, resource units, supply risk, and the materials behind the modern world.
Understand the difference between contained resource, recoverable resource, and economic value.
Make sense of %, g/t, ppm, pounds, tonnes, and troy ounces.
See why scarcity, processing, demand, and supply risk can matter as much as price.
A practical guide to understanding mineral value, ore grade, units, recoverability, supply risk, and resource economics.
The guide focuses on the concepts that make resource data easier to read, question, and put into context.
See how scarcity, grade, deposit size, processing, demand, recoverability, geography, and market structure can affect resource value.
Understand why the amount of material inside a deposit is not necessarily the amount that can be economically recovered.
Get a simple reference for percent, grams per tonne, parts per million, and other common concentration formats.
See how tonnes, kilograms, pounds, grams, and troy ounces appear across mineral and commodity markets.
Understand why a resource can become strategically important because of supply concentration, processing, substitution, or economic importance.
Connect major materials with smartphones, electric vehicles, homes, power grids, energy systems, and advanced technology.
Resource reporting can quickly become a mix of geology, chemistry, engineering, economics, and market terminology. The cheat sheet gives you a compact reference for the concepts that appear repeatedly across Earth Value Index.
It is especially useful when reading resource profiles, using calculators, reviewing production data, or trying to understand why two minerals with very different prices can both be economically important.
The same questions about geology, processing, supply, demand, and usability can produce very different answers depending on the material.
High unit value, relatively low grades, global investment demand, jewelry demand, and specialized industrial uses.
Lower unit value than gold but enormous importance to electrical infrastructure, buildings, grids, transportation, and manufacturing.
Value depends heavily on resource type, chemical processing, product form, battery demand, and supply-chain capacity.
A group of materials whose economics can depend heavily on separation, refining, end use, and processing concentration.
A commodity price alone cannot explain why a resource matters. Earth Value Index looks at the wider picture: geology, grade, processing, production, supply chains, uses, markets, and strategic importance.
Keep a practical Earth Value Index reference nearby whenever you are reading about metals, minerals, critical resources, mining, resource markets, or supply chains.