Civilization Dynamics
TR

Resources

The raw material pulled from the planet in a year - its mass and its value at the point of extraction.
OverviewDetailed AnalysisMethodology

Where the mass is, where the value is

Six categories once by mass, once by at-source value. What dominates by mass is small by value, why 85 Gt is only $6.5T.

The raw material pulled from the planet in a year, split into six categories: energy, construction materials, agriculture, livestock, forestry, minerals. Each category is weighed once by its mass (Gton) and once by its value at the point of extraction (T $). The two do not match: a category that dominates by mass can be small by value.

Mass or value

The same six categories, once by annual mass and once by dollar value at the point of extraction. The two splits do not match: a category that dominates by mass can be small by value.

Mass share
60%
20%
10%
At-source value share
39%
29%
18%
Construction materialsEnergyAgricultureMineralsForestryLivestock
CategoryMass ▾Mass shareAt-source valueValue shareMarket valuePrice per tonne
Construction materials51,4 Gton%60,40,39 T $%61,12 T $7,61 $/kg
Energy17,4 Gton%20,51,14 T $%17,54,71 T $65,26 $/kg
Agriculture8,9 Gton%10,52,51 T $%38,73,32 T $282,37 $/kg
Minerals3,16 Gton%3,70,37 T $%5,71,17 T $117,12 $/kg
Forestry2,62 Gton%3,10,21 T $%3,20,22 T $78,81 $/kg
Livestock1,6 Gton%1,91,87 T $%28,82,64 T $1.165,29 $/kg

Ratios

10,5 tonnes
Material per capita
annual extraction divided by population
13,1 kg/$
Material intensity
kilograms of material per dollar of GDP
2×
Market ÷ resource
multiplier from the at-source value to the commodity-market price
1.566 km
Average distance
how far the material travels before reaching the consumer

Where the mass is, where the value is

Every raw material by its mass (x) and its value per tonne at source (y). Bubble size is annual market value. Both axes are logarithmic; dashed lines mark equal total value.

0,00010,0010,010,1110$10$100$1.000$10.000$100.000$1M$10M$0,1T$1T$3TAnnual mass (Gton)Value per tonneOilCoalGoldSand & gravel
EnergyMineralsAgricultureLivestockForestryConstruction materials

Both axes span about seven orders of magnitude. A tonne of gold is worth $45M; a tonne of sand and gravel about $5 - a 9 million-fold gap. Most of the mass piles up in the cheap bottom-right corner: that is why Layer 0 is 85 Gton but only 6,5 trillion dollars.