We have completed maintenance on DiscoverMagazine.com and action may be required on your account. Learn More

Can Small Family Forests Make a Big Climate Difference?

New initiatives aim to help private landowners, who own more than a third of U.S. forestland, become key players in reducing U.S. carbon emissions.

By Marcello Rossi
May 10, 2023 2:15 PM
Bennett AFF Vermont
(Credit: The American Forest Foundation)


Sign up for our email newsletter for the latest science news

This article was originally published by Nexus Media.

For Susan Benedict, it was a dream come true when, a few years ago, she inherited 2,000 acres of Northern Appalachian woods that surrounded her parents’ home in central Pennsylvania. The 63-year-old had grown up hunting squirrels, drinking fresh spring water and meandering down trails through the property, and she always hoped she would be able to care for it one day.

But managing the land turned out to be more complicated than she had imagined. A sudden infestation of spongy moths led to widespread root rot, killing thousands of trees. Ferns, stilt grass and other invasive species then took over forest ground, preventing seedlings from sprouting. The high upkeep costs and property taxes soon became too much for Benedict to bear. 

“Whenever I got a bill, I was like, ‘Oh my gosh! How do I pay for it?’,” she recalls.

Benedict’s situation is not unique. Families and individuals collectively control 39 percent of U.S. forestland, in parcels averaging 66 acres. If managed well, that land, estimated to total nearly 300 million acres, could absorb about 350 million metric tons of CO2 per year, or about as much as 78 million fuel cars emit.

Yet hardly any of that land is managed optimally for carbon sequestration. That’s because owners often lack the expertise or resources to make the most of their forests’ potential.

The Carbon Markets

Benedict was considering logging to offset her hard costs until she heard about a program that would pay her to keep her forest intact – and she jumped at the chance.

The Family Forest Carbon Program (FFCP) was developed by The Nature Conservancy and the American Forest Foundation and launched in 2020. It’s one of a slate of programs launched in recent years that seek to connect owners of small land holdings to carbon markets, allowing them to get paid to implement carbon-enhancing practices such as letting existing forests grow to their full potential, planting climate-adapted trees and creating no-harvest zones on their properties.

“It’s almost impossible for smaller landowners to enter carbon markets,” says Paul Catanzaro, co-director of the Family Forest Research Center in Amherst, Massachusetts. “It’s complex and expensive.” 

According to the American Forest Foundation, less than 1 percent of the land in existing forest carbon projects in the country is located on properties under 1,000 acres in size.

Climate Change and Landowners

That doesn’t just cut small landowners from a key opportunity for income generation,  Catanzaro says. It also seriously diminishes the potential of U.S. forests to help mitigate climate change. 

“What we’re trying to do is to incentivize smaller landowners to take active steps that improve their forest health and make a meaningful impact for our planet,” says Sarah Hall-Bagdonas, senior forestry manager with the FFCP. The program aims to improve management on 55 million acres – about the size of Minnesota – of private forestland by 2050. 

Unlike traditional forest carbon projects that can require up to 100-year contracts, the FFCP commits landowners for only 20 years. As part of the agreement, FFCP connects landowners with professional foresters who create a forest management plan specific to the land and keep tabs on how the land is being managed.

This appealed to Benedict, who was one of the first landholders in Pennsylvania to sign up to the program. She says the management plan will help her three sons, who will eventually inherit the property — and the upkeep.

Once they’ve signed a contract, landowners receive an up-front payment followed by smaller, annual ones to cover the cost of maintaining a healthy forest. Payments vary depending on the land’s size and how much carbon FFCP estimates that it captures. Owners receive between $170 and $350 per acre over the course of the 20-year contract, according to Hall-Bagdonas. 

Benedict says the additional income helps her to cover property taxes and stay away from logging. 

Some 2,000 miles west, in Corbett, Oregon, Jon Stewart owns and manages Raincloud Tree Farm, a 120-acre property that he says costs about $10,000 a year to maintain – now paid for by carbon sequestration proceeds.

Environmental Policy

A few years ago, Stewart started working with Forest Carbon Works, a Minneapolis-based company that has developed an app that quantifies a land’s carbon stock. It then sells carbon credits, providing landowners with annual payments ranging from $30 to $275 per acre for up to 35 years. 

According to figures from Forest Carbon Works, the company has issued over $3.3 million in payments to participating landowners since it launched in 2016, helping remove over 12.6 million tons of CO2 from the atmosphere – equivalent to taking 2.8 million cars off the road for a year.

Efforts like this are now set for a major boost under the Inflation Reduction Act of 2022, which provides the U.S. Forest Service with $450 million to help private landowners who agree to undertake climate-smart forestry practices. The bill contains specific funding to help small forest owners enter carbon markets.

But while forest carbon offsets have grown into a multibillion-dollar industry, they remain a controversial climate mitigation strategy.

Critics say they are greenwashing schemes that promote business-as-usual pollution. A recent investigation by the GuardianDie Zeit and SourceMaterial called into question the accounting methodologies used by Verra, the world’s leading certifier of carbon credits, including those issued by the FFCP and showed that most credits were not associated with “meaningful reductions” in deforestation. (Verra disputes the findings). Then there is the issue of leakage: without a shift in demand, protecting one forest can simply lead to deforestation happening elsewhere

“The main goal of the Family Forest Carbon Program is meaningful and lasting carbon capture and storage, so it’s in our best interest to deliver measurable, credible results,” says Hall-Bagdonas. “We understand that carbon markets aren’t a solution by themselves. They should be the last step in a company’s path to reaching a net-zero carbon emissions profile.” She says that FFCP only sells its carbon credits to companies that have already taken all possible actions to avoid and reduce carbon emissions before purchasing credits.

There are also concerns about the length of the contracts. Typically, the benchmark that allows a project to brand itself as ‘permanent’ is 100 years, but some protocols and registries require a longer timeframe. That’s because the effects of CO2 in the atmosphere are long-lived.

Hall-Bagdonas notes that lengthy commitments might be a barrier for small forest owners, whereas shorter agreements can help spur more immediate action. She explains the FFCP plans to ensure consistent carbon storage across the region and throughout the country by including a wide variety of landowners so that even if one contract expires, there will be other forests under contract or soon to be under contract.

The Health of Small Forests

Yet the forests are increasingly at risk as carbon repositories, warns William Anderegg, a University of Utah researcher. “If initiatives of forest offsets do not adequately take into account the risks that climate change poses to forests, including wildfire, drought, and insect impacts, then these climate risks could compromise the long-term storage of carbon in these forests and thus their success as climate solutions,” he says. 

In a study he co-published in Nature Geoscience earlier this year, he found that several of the forest-based carbon offsets established in the U.S. are in regions most vulnerable to climate change. He says that forest offset protocols “urgently need to be updated” if they are to be effective tools to prevent further climate change.

Hall-Bagdonas agrees there are challenges and uncertainties to deal with. But, she notes, forest offsets offer substantial “co-benefits” that are hard to pass up: habitat conservation, water management, local economic development, and ecosystem resiliency.

In the end, she contends, the goal of projects like the FFCP isn’t merely to improve the health of small woodlands but also to change the way society views forests. 

“It’s time to shift our perspective and recognize forests not as resources to be exploited, but as vital ecosystems we need to keep intact if we are to have a sustainable future for both ourselves and our planet,” says Hall-Bagdonas.

1 free article left
Want More? Get unlimited access for as low as $1.99/month

Already a subscriber?

Register or Log In

1 free articleSubscribe
Discover Magazine Logo
Want more?

Keep reading for as low as $1.99!


Already a subscriber?

Register or Log In

More From Discover
Recommendations From Our Store
Shop Now
Stay Curious
Our List

Sign up for our weekly science updates.

To The Magazine

Save up to 40% off the cover price when you subscribe to Discover magazine.

Copyright © 2024 Kalmbach Media Co.