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HOW PLANTING TREES OFFSETS CARBON

Meaghan Weeden | July 21, 2020 | 4 min read

Planting Trees Helps to Reduce Your Carbon Footprint

IF you’ve been paying attention to the climate crisis, you’re probably aware that humans are at least partially responsible — and that we release massive amounts of carbon dioxide (CO2) and other Green House Gases (GHGs) into the atmosphere every year - around 40 billion tons. So what can you do to address your impact and flatten the carbon curve? You can begin by bringing more attention to your lifestyle and habits — and how much CO2 those activities release as a result.

What Is Your Carbon Footprint?

A carbon footprint refers to how much CO2 we produce in our day-to-day lives. The more energy you use, the bigger your carbon footprint — even if you’re far removed from the smoke stacks and power plants that combust fossil fuels and power our lives. So how can you lower your carbon footprint?

HERE ARE SOME IDEAS TO LOWER YOUR CARBON FOOTPRINT

Because our lifestyles and access to resources vary, carbon reduction looks different for everybody — but it's likely that if you look around and consider how you can reduce your carbon emissions, something will stand out as a clear next step. 

woman riding a bike

How do Carbon Offsets Work?

One solution that’s poorly understood but gets talked about a lot are carbon offsets, which essentially means paying for a process that is verified to sequester carbon dioxide from the atmosphere.

But how does this work? At the basic level, carbon offsets are a form of trade. You trade your hard earned dollars for the ability to offset any part of your carbon footprint that you can't avoid. Maybe you need to travel often for work, can’t afford to update your home right now, or live rurally and don’t have access to public transportation.

While the most effective action is to reduce your emissions in the first place, carbon offsets can offer a cost-effective way to lower your impact by creating a benefit for the planet and supporting Earth's natural filtration systems. Currently, carbon offsetting projects are based on the conservation of existing forests.

The trees are already in various stages of maturity and their carbon absorption is verified via an auditing process through which trees are checked annually at the start of a project and then again every several years. Auditors typically check some of the same trees every time they come to review the forest, as well as many other random trees in the designated plot of land.

Your payment goes towards ensuring those trees can continue to grow and suck up carbon without the risk of being cut down.

Planting Trees Will Sequester Carbon in the Future

Because trees use carbon dioxide to build their trunks, branches, roots and leaves, they are natural carbon absorbers and help to clean the air. In fact, one mature tree can absorb up to 22lbs per year during their first 20 years of growth! And the benefits don’t stop there: healthy trees hold the soil together, provide a home for wildlife, regulate temperatures, slow the flow of water through landscapes, grow vital foods and medicines, and more. 

But as awesome as tree planting is, any project is only as effective as the planning that goes into it. While it’s always important to prioritize trees that are native to a planting area, different species accumulate carbon at different rates. And while it may be tempting to plant fast growing trees that can absorb more in the short term, the better option is to plant a mix of fast and slow-growing trees to ensure steady and timely carbon sequestration. 

sunlight green forest

Forests and carbon sequestration

Based on our carbon calculation methodology, there's a range between 4.5 and 40.7 tons of Carbon Dioxide removed per year per hectare during the first 20 years of tree growth. The rate of removal depends on the location and type of forest and the statistic is measured on an area basis rather than a tree basis. This is a good approach because, of course, forests are composed of many types of trees. Furthermore, the initial trees planted during a restoration project may not be the same trees present 20 years later - some trees will die naturally, and some trees will regenerate naturally from seed in the soil or brought in by the wind or by animals.

That said, deciduous trees, like oak, are generally better at storing carbon than their coniferous counterparts because their wood is denser — but there are exceptions to this. Douglas Fir, Ponderosa Pine and Redwoods stand out amongst evergreens, and other species like London Plane, Teak, and Eucalyptus have also proven quite effective. When planting, careful balancing of ecological integrity and carbon sequestration capability is essential to ensure the success of the project — and the effectiveness of your offsets.

So all we need to do is plant more trees, right? Unfortunately it isn’t that simple. While reforestation is an essential part of an effective climate change mitigation strategy, it’s important to note that planting trees alone won’t fix the climate crisis.

Equally as important is forest conservation, reducing our emissions, and prioritizing planetary health. It's all interconnected, and we should be taking all of these actions to reduce our collective global greenhouse gas emissions.

Because of the many factors that go into planting trees for carbon reduction, it’s important to work with reputable organizations to ensure that your dollars don’t go to waste. Want to start helping the planet? Consider planting trees with us today!

Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most
Plant Trees Where They're Needed Most

Plant Trees Where They're Needed Most

As the need for reforestation is global and ever-changing, we feature where trees are most needed now. Today, we're raising funds to jumpstart forest fire recovery in British Columbia. Learn more

With your help, we will:

  • Restore landscapes damaged by a historic season of wildfires
  • Create habitat for iconic biodiversity like the moose and grizzly bear
  • Support old-growth management areas to maintain complex ecosystems
  • This reforestation initiative is helping to restore the landscape in British Columbia after the Hanceville fire burned over 590,000 acres in 2017 and natural regeneration has not occurred. The fire has impacted the forest, soils, riparian ecosystems, wildlife, and water quality. Local indigenous communities have seen their ability to hunt and gather food drastically altered. But your support will go a long way! The goal of planting trees here is to not only re-establish a healthy forest, but also to plant species that will be resilient in the face of climate change. Thank you so much for your support of healthy forests! 🌲
  • Planting trees will catalyze the process of returning the area to a forested state. Newly planted trees will begin the process of sequestering atmospheric carbon, and over time improve the hydrological benefits of the forest. The ecosystems that have been greatly simplified by extreme fire conditions will once again become complex ecosystems, This project will also create habitat for many local wildlife species including mule deer, moose, black and grizzly bear, wolves, sandhill cranes, various raptors, songbirds, and small mammals.
  • A personalized tree certificate (see gallery) to say thanks for your donation. We'll also send you updates about this project, so you can track the impact your trees are having on the community and environment.
  • B.C.'s rich forest diversity includes more than 40 different species of native trees, with some of Canada’s most interesting and valuable tree species. In this project, we made efforts to maximize species diversity, including the following species: Douglas-fir, lodgepole pine, hybrid spruce, ponderosa pine, trembling aspen.

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