Tree Carbon Sequestration Calculator

Trees play a vital role in mitigating climate change by absorbing carbon dioxide (CO₂) from the atmosphere through photosynthesis. This process, known as carbon sequestration, varies significantly based on tree species, age, size, and environmental conditions. Understanding these factors helps in making informed decisions about tree planting and maintenance for maximum environmental benefit.

To optimize your trees' carbon sequestration potential: 1. Species Selection Choose species that are well-adapted to your local climate and have high carbon sequestration rates. Fast-growing species generally sequester more carbon in their early years, while long-lived species provide sustained storage. 2. Proper Maintenance Regular maintenance ensures optimal growth and health: - Adequate watering and nutrition - Regular pruning and health checks - Protection from pests and diseases - Proper soil management 3. Long-term Planning Consider the full lifecycle of your trees: - Plant trees with adequate spacing for mature size - Choose locations that won't require future removal - Mix species for resilience against diseases - Plan for succession as trees age

Trees provide numerous environmental benefits beyond carbon sequestration: 1. Air Quality Improvement Trees filter air pollutants including: - Particulate matter - Ground-level ozone - Sulfur dioxide - Nitrogen oxides 2. Water Management Trees help manage water resources by: - Reducing stormwater runoff - Preventing soil erosion - Improving water quality - Reducing flooding risk 3. Biodiversity Support Trees create habitats and support local ecosystems by: - Providing food and shelter for wildlife - Supporting pollinators - Creating wildlife corridors - Maintaining soil health