Doubling our forests 🌲🌲🏡🌲🌲 is possible but expanding wetlands and mechanical carbon capture will also help get us there too. 

Using an AI modelling tool we determined that we could double the current number of trees without affecting human habitation and the ratio would be 60% natural, 30% managed, 10% farmed. It could capture 100% of our carbon 

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Using the model we outlined—60% natural forests, 30% managed forests, and 10% tree farms—along with the idea of doubling global forest area without affecting food production or human habitat, we can estimate the potential carbon capture. Here's how this might play out:

### General Estimate of Global Carbon Capture Potential:

1. **Current Forest Carbon Capture**:
   - The current forest cover captures approximately **7.6 billion metric tons of CO₂** annually. This varies depending on the forest type, climate, and management practices.
   - Global forest area is around **4 billion hectares**.

2. **Doubling Forest Area**:
   - If we double the global forest area, we'd have **8 billion hectares** of forested land. However, the efficiency of carbon capture will differ based on forest type (natural vs. managed vs. tree farms).

### Carbon Capture Potential for Each Forest Type:

1. **Natural Forests (60% of 8 billion hectares = 4.8 billion hectares)**:
   - Natural forests typically have the highest carbon storage capacity due to their undisturbed nature, biodiversity, and older trees. They can store carbon both in trees and in the soil, which is critical for long-term sequestration.
   - **Carbon Capture Estimate**: Natural forests could capture around **6-8 metric tons of CO₂ per hectare per year**.
     - Total carbon capture: **4.8 billion hectares x 7 metric tons/hectare = 33.6 billion metric tons of CO₂ per year**.

2. **Managed Forests (30% of 8 billion hectares = 2.4 billion hectares)**:
   - Managed forests, while not as efficient as natural forests, still store substantial amounts of carbon, particularly when selective logging and fire prevention methods are used.
   - **Carbon Capture Estimate**: Managed forests might capture **3-5 metric tons of CO₂ per hectare per year**.
     - Total carbon capture: **2.4 billion hectares x 4 metric tons/hectare = 9.6 billion metric tons of CO₂ per year**.

3. **Tree Farms (10% of 8 billion hectares = 0.8 billion hectares)**:
   - Tree farms have a lower carbon storage capacity due to their more intensive harvesting cycles and the fact that they are often monocultures with less carbon stored in the soil. However, they can still capture carbon, particularly if the wood is used to replace carbon-intensive products.
   - **Carbon Capture Estimate**: Tree farms capture **1-2 metric tons of CO₂ per hectare per year**.
     - Total carbon capture: **0.8 billion hectares x 1.5 metric tons/hectare = 1.2 billion metric tons of CO₂ per year**.

### Total Carbon Capture Estimate:
- Natural Forests: **33.6 billion metric tons CO₂/year**
- Managed Forests: **9.6 billion metric tons CO₂/year**
- Tree Farms: **1.2 billion metric tons CO₂/year**

**Total Carbon Capture: 44.4 billion metric tons of CO₂ per year**.

### Comparison to Current Emissions:
- Current global CO₂ emissions from fossil fuels are around **36-40 billion metric tons annually**.
- This means that by doubling forest area with the proposed ratio, we could theoretically **offset all global CO₂ emissions** and even go beyond that, capturing more than current human emissions and potentially starting to reverse some atmospheric carbon accumulation.

### Considerations:
- This estimate assumes optimal growth conditions, no major natural disturbances (like fires or pests), and effective management practices across all forest types.
- It also assumes that forests would be added without affecting agriculture or human habitats, using approaches like urban/suburban reforestation and integrating trees into agricultural lands (e.g., agroforestry).