Each card shows two lines: Usage (how much we consume per year) and What's Left (proven reserves or regeneration capacity). Remaining Stability = years of supply at current usage. Reserves expand with new discoveries and technology — this is a snapshot, not a countdown.
Annual Usage34.3 Bb/yr
Proven Reserves1,732 Bb
Remaining Stability~50 years
Energy Mix31%
Annual Usage4,100 bcm/yr
Proven Reserves210 tcm
Remaining Stability~49 years
Energy Mix24%
Annual Usage8,500 Mt/yr
Proven Reserves1,074 Bt
Remaining Stability~139 years
Energy Mix26%
Annual Usage59 kt/yr
Proven Reserves6,078 kt
Remaining Stability~103 years
Energy Mix4%
Annual Usage22 Mt/yr
Reserves890 Mt
Remaining Stability~40 years
Annual Usage180 kt/yr
Reserves28,000 kt
Remaining Stability~156 years
Annual Usage350 kt/yr
Reserves130,000 kt
Remaining Stability~371 years
Withdrawal4,000 km³/yr
Regeneration4,200 km³/yr
Remaining StabilityRenewable — 95% used
Harvest + Loss15 Mha/yr
Regrowth10.3 Mha/yr
Remaining StabilityRenewable — net loss
CO₂ Concentration424 ppm
NOAA Mauna Loa · Annual mean
Temperature Anomaly+1.45°C
NASA GISS · vs 1951–1980 baseline
Ozone LayerRecovering
NASA · Antarctic ozone hole area (M km²)
Forest Area Change-4.7 Mha/yr
FAO · Net annual change (Mha)
Water Stress0.42
World Bank · Global avg withdrawal/available
