Leading on Climate Change Solutions

Home/Why It Matters/Why it Matters: Climate

why it matters

why it matters

Forests are the best nature-based solution to climate change. Annually in the United States, forests and forest products capture and store almost 15 percent of the country’s carbon emissions from burning fossil fuels. They have the potential to capture nearly twice as much if we plant more trees, use climate-smart practices to manage our forests and take other actions.

And we are not just talking about big forests in national parks and rural mountain communities. Trees in metropolitan areas and small towns in the U.S. are responsible for almost one-fifth of the country’s captured and stored carbon emissions. They also shade buildings in the summer and block wind in the winter, which reduces the use of air conditioners and heaters—avoiding millions of tons of carbon emissions.

But climate change supercharges the traditional stressors on our rural and urban forests. Tree pests and diseases are prevalent and droughts are frequent, largely because of climate change. And uncontrolled forest fires are larger and more severe. In California, alone, more than 162 million trees have died since 2010, largely because of climate change-related stressors.

It’s now harder to harness the full potential of forests.

  • Almost 60 percent of America’s drinking water originates from national forests—mainly the rivers and streams that run through them. Scientists predict that, by 2071, nearly half of the freshwater basins in the U.S. may not be able to meet the monthly demand for water, partly due to climate change-related deforestation and forest degradation.
  • People benefit physically and mentally from being able to recreate and relax in forests—hiking, biking, skiing or simply sitting under a tree to read a book or meditate. A 2012 study in Chicago showed significant improvements in mood and memory after walk­ing in nature, and a 2015 study found time in nature can reduce rumination, the pattern of repetitive thought associated with depression.

At this pivotal moment for our forests and the overall health of our planet, American Forests has stepped into a national leadership role to deliver forest-based solutions to climate change.

How are we addressing climate change?

Our approach to addressing climate change is three-pronged. In our Innovation Lab, we incubate new tools and scientific research to help solve complicated puzzles and empower the forestry field. We create place-based partnerships in cities and large, rural landscapes so we can work with others to develop and implement enduring, science-based data and plans that relate to planting trees and taking care of the trees we already have. And we build movements that inspire and empower actions—such as the creation of climate-smart reforestation policies—at a large scale. Following are some of the projects we are working on that are part of this approach.

American Forests In Action

Innovation: Forest Soils

Where does most of the U.S. carbon emissions captured and stored in forests actually end up? On the forest floor, in the soil. Why, then, aren’t forest soils talked about much when climate change mitigation policies and programs are being created? It’s partly because soil carbon data is sparse and expensive to capture at the site level—the level that is usually most relevant to those involved in forestry. Also, the impacts of timber harvesting, reforestation, wildfire and other things on soil carbon balances are not entirely predictable and can be influenced by the inherently high site-to-site variability of soils across the country. To address this, American Forests is conducting scientific research that has never been done before and using the findings from that research to create guidance for those involved in managing public and private forest land.  

José González gets ready to lead a group of children as they raft the Tuolumne River.

Innovation: Tree Equity Score

American Forests is pioneering the development of a Tree Equity Score for every urbanized neighborhood in the U.S. The score indicates whether people in under-resourced neighborhoods benefit from trees as much as do people in wealthier neighborhoods. Data related to climate change—as well as tree canopy, income, employment and ethnicity—is factored into each score. That’s because, as our climate warms, trees in cities are increasingly becoming part of the infrastructure needed to reduce energy use, protect human health and remove carbon from the atmosphere. The first scores to be created will be for the San Francisco, Phoenix, Miami, Houston and Seattle metropolitan areas, as well as Rhode Island. Rhode Island is also the testing ground for a suite of planning, policy and finance tools that can be used to improve each Tree Equity Score.

Place-based Partnership: Eldorado National Forest

For many decades, American Forests took a “carbon offense” approach to restoring forests. Plant more trees so more carbon can be sequestered. We still use that approach. But we’ve added to it. We also play “carbon defense,” which is about managing forests better so the existing trees within them can grow and store more carbon. The Eldorado National Forest in California’s Sierra Nevada mountain range is one place where we are doing both. A 2014 fire, known as the King Fire, burned nearly 100,000 acres in and around the forest. American Forests has been active in this area for several years, not just creating a forest restoration plan that involves carbon offense and defense approaches, but also leading the implementation of the plan.

Movement Building: Coalitions

American Forests co-chairs and staffs the Forest-Climate Working Group, America’s only forest sector coalition working to advance climate change solutions. The solutions are grounded in climate data and science. At the federal level, coalition members work with agencies and lawmakers from both political parties to educate them about how to support forest-climate solutions. At the state level, we help the U.S. Climate Alliance states set and bring to life ambitious commitments related to forest-climate solutions. The coalition also supports the success of voluntary carbon markets and shares the best climate-smart tools and practices being developed across the sector.

American Forests in Action

Climate-Smart Restoration

American Forests is leading by example with our forest restoration work in large landscapes and cities.

New research shows that reforestation efforts like American ReLeaf are the single-largest pathway to greater natural carbon capture, and we are developing new science-based techniques to maximize this carbon sequestration and long-term forest resilience.

Our tree planting in cities through Community ReLeaf also helps absorb carbon, and creates even greater carbon savings by cooling the surrounding environment and reducing energy costs by as much as 30 percent. Our urban tree planting is carefully targeted to urban heat islands, where this cooling benefit will be greatest.

Partnering for Action

American Forests is the co-chair of the Forest-Climate Working Group (FCWG), the nation’s only coalition dedicated solely to this issue. The FCWG includes a remarkable diversity of interests, from landowners and forest products companies to government, academia and conservation groups. The FCWG is the go-to source of information and ideas for federal and state officials alike.

This includes a special partnership with the U.S. Climate Alliance, a coalition of 16 U.S. states and Puerto Rico that is dedicated to climate leadership. The FCWG will help these states identify how to use forests as a climate solution. In August 2018, American Forests became the first group to commit to the U.S. Climate Alliance’s Natural and Working Lands Challenge.

Forests and Climate Change Science

American Forests is helping answer the scientific questions that will unlock new forest-climate solutions. We are currently partnering with the Northern Institute of Applied Climate Science on an unprecedented effort to identify how forest restoration and sustainable management can trap more carbon in forest soils — the single largest potential pool of carbon in forests. This will fill a longstanding gap in understanding of potential carbon capture in forests.

We are also using American Forests’ Science Advisory Board to help identify the key research being done on forests and climate, and to develop a national research agenda based on the research gaps that need to be filled.

Learn more about the Forest Soil Carbon Initiative.

What’s New

what’s new

Our Supporters

Our Supporters