On average, one healthy tree absorbs about 20–25 kg of CO₂ per year once it grows.
So, 100 trees could absorb roughly:
100 \times 22 \text{ kg} \approx 2,200 \text{ kg CO₂/year}
That equals about 2.2 metric tons of CO₂ per year.
100 \times 22\text{ kg CO_2/year} \approx 2200\text{ kg CO_2/year}
To understand the scale:
2.2 tons of CO₂ is roughly similar to emissions from:
Driving a car for about 8,000–10,000 km
Electricity use of a small home for several months
Over 20–30 years, your 100 trees could remove 40–60 tons of CO₂ if they survive and grow well.
Beyond carbon, trees also:
Cool local temperatures
Improve air quality
Increase rainfall support
Reduce soil erosion
Provide shade and wildlife habitat
The biggest impact comes when many people plant trees together. If 1,000 people each planted 100 trees, that would mean 100,000 trees — a much larger climate effect.
For a hot city like Ahmedabad, planting shade trees can also reduce local heat and reduce AC use during summer.
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