📖 How to Use This Simulation

Step 1: Use sliders to adjust annual CO₂ emissions and forest area.

Step 2: Click "Run 10 Years" to simulate a decade, or try preset scenarios like "Business as Usual" or "Net Zero by 2050".

Step 3: Watch how carbon sinks (oceans and forests) absorb CO₂, and what happens when they become saturated.

Key concept: Earth's carbon sinks absorb ~50% of our emissions, but they have limits. As they fill up, more CO₂ stays in the atmosphere!

Year: 2024 | Cumulative Emissions: 0 Gt CO₂
🏭
Annual Emissions
40
Gt CO₂/year
🌊
Ocean Absorbs
10
Gt CO₂/year
🌲
Forests Absorb
6
Gt CO₂/year
☁️
Stays in Air
24
Gt CO₂/year
⬇️
⬇️
420
ppm CO₂
Ocean Carbon Sink
0 Gt
0% saturated
Forest Carbon Sink
0 Gt
0% saturated
40 Gt/year
100%

📊 Simulation Status

Temperature Rise
+0.0°C
Ocean Acidification
pH 8.1
Carbon Budget Used
0%

⚠️ WARNING: Carbon sinks are becoming saturated! As oceans warm and forests are stressed, they absorb less CO₂. More emissions now stay in the atmosphere!

💡 Understanding Carbon Sinks

Earth's carbon sinks (oceans and forests) currently absorb about 50% of human CO₂ emissions. But these sinks have limits! Warm water holds less CO₂, and stressed forests can actually release carbon. Adjust the sliders and run the simulation to see what happens over time.