Planting for Our Climate

Our forests are the most efficient natural system for pulling carbon dioxide (CO2) out of the atmosphere. This means that healthy forests are a powerful tool for mitigating and adapting to climate change.

Two Dollars. Two Trees. One Metric Ton CO2e.

Through 50 Million for Our Forests, the NFF offers you a proven, immediate and effective solution to fight climate change. For every $2 you donate to the NFF, we will plant 2 trees, and you will help remove 1 Metric ton (Mt) of CO2e from the atmosphere over the life of those trees.

By donating, you are joining our efforts and becoming a part of one of the largest national efforts to address climate change.

We work with forestry experts from the U.S. Forest Service to plant the right trees in the right places, determining where trees need to be planted to keep a healthy, diverse distribution of trees. By planting trees on our National Forests, we are lessening the effects of climate change and helping our forests adapt.

How Do Our National Forests Absorb Carbon and Help Curb Climate Change?

Our National Forests are part of an incredible carbon storage system. Trees absorb CO2 from the atmosphere and store it as carbon in trunks, roots, branches, leaves and even the soil. National Forests make up about one-fifth (19%) of the total U.S. forestland and contain approximately one-fourth (26%) of the total carbon stored in U.S. forest ecosystems.

What Can We Do to Ensure Healthy Forests and Sequester Carbon? Plant More Trees!

There are more than 1 million acres of our National Forests in need of reforestation. By planting trees, we are restoring vital forest ecosystems - ecosystems that offer a range of benefits for all Americans. As these trees grow, they will sequester CO2 and mitigate your carbon footprint.

A single tree can sequester a half a Metric ton of CO2e over its 100 year lifetime.

You Can Mitigate Your Carbon Footprint by Planting Trees.

What’s your carbon footprint?

All estimates of carbon are in Metric tons of Carbon Dioxide equivalent (MtCO2e).

Photo Credits (top to bottom): Aaron Olsen, Dave Gardner, Gerard Herbert.