How the 1 Trillion Trees Initiative Can Have a Real Impact on Climate

Diana Chaplin & Meaghan Weeden | February 09, 2020 | 5 min read

How The 1 Trillion Trees Initiative Can Have a Real Impact on Climate

Trees are finally getting the international attention they deserve thanks to their potential as a natural climate solution for absorbing carbon, restoring vital ecosystems, and helping humanity adapt to a climate change. Reforestation campaigns have been on the rise over the past few years, with everything from cities and countries aiming to break world tree planting records to popular influencers and businesses that want to give back to nature.

How The 1 Trillion Trees Initiative Can Have a Real Impact on Climate

The latest major development came at the January 2020 session of the World Economic Forum, where the One Trillion Trees Initiative was announced as a means to rapidly increase global reforestation efforts. We expect this enthusiasm for trees will only grow over the next 10 years because the United Nations has declared 2021-2030 the Decade on Ecosystem Restoration. Thanks to this declaration, corporations and governments have made commitments to plant, restore, and preserve millions of acres of land around the world.

One Trillion Trees by 2050 Graphic

Source: Trillion Trees 

Science has played a part in this global awareness, with hundreds of studies contributing to the global conversation around Climate Change and reforestation. In July 2019, Jessica B. Turner-Skoff et. al of the New Phytologist Trust shared that "trees can increase the well‐being of a majority of the world's population." And a January 2020 study by James Mulligan et. al of the World Resources Institute touted planting trees as one of the best ways to absorb carbon dioxide from the atmosphere.

While it is clear that planting trees alone won’t save us from Climate Change, it can help tip the scales in our favor as we address other important factors. The Intergovernmental Panel on Climate Change has made it clear that we need to reach carbon neutrality by 2050 by phasing out fossil fuels. After 2050, we need to maintain carbon negativity at least until 2100 to stabilize rising temperatures at 1.5 C. Reforestation, with its enormous potential for global carbon capture, will play an essential role in this effort.

Past and Future Carbon Emissions

Source: Balancing the environmental benefits of reforestation in agricultural regions, S.C. Cunningham et. al

Quality Matters to Get the Trees Planted Right

That said, planting a trillion trees is a lot easier said than done, especially if we care about ensuring that those trees survive. If they don’t, they won’t be able to effectively reduce atmospheric carbon or revive the complex beneficial ecosystems on which we depend.

Many of the ambitious pledges and commitments that gain media attention lack the crucial details needed to ensure that such extraordinarily large targets will be met. This is concerning because, in some cases, more modest goals set in previous years have still not been achieved.

Nonetheless, we wholeheartedly believe that by working together, we can accomplish the audacious goal of planting one trillion trees. And here’s how it can be done to ensure that this results in a lasting, positive impact.

Increasing Scale and Capacity

Forest Landscape Restoration Opportunities

Source: World Resources Institute

Scaling up reforestation may seem simple, but it can be anything but. As land area increases, pressures are dialed up and new, unexpected obstacles have a tendency to pop up. Because of this, it is extremely important to include local stakeholders, who can provide a dose of reality to grand initiatives. As scale increases, claims to land can become murky, making it difficult to protect the rights of local and indigenous land owners and occupiers. In addition, accounting for variable landscape features throughout intended regions is important in determining where and how to plant.

As you can see, to scale up requires thoughtful consideration of the capacity, impacts, land uses, and existing infrastructure in the intended area.

Some questions to consider:

  • How long will it take to grow a sizable supply of native seeds?
  • Are there enough nurseries to support thousands of seedlings?
  • Will tree-planting organizations be able to recruit and train enough volunteers to start, plant, and nurture sensitive saplings?
  • Can the local ecology withstand concentrated activity, or will it prove detrimental to sensitive species?
  • Will the project comply with regulations set by local and regional governments?
  • Will it put pressure on existing agricultural operations, potentially leading to increased deforestation and other unintended consequences?
  • And finally, does it follow these core principles of good reforestation:
  • Restoration should enhance and diversify local livelihoods, not threaten them.
  • Afforestation should not replace native ecosystems.
  • Reforestation should promote landscape integrity and biodiversity, not monocultures.
  • Projections of Carbon Capture should account for the loss of current vegetation.

Working With Local Communities

Community Tree Planting

Over the years, we have found that an inclusive approach works best. By collaborating with and involving local stakeholders, we ensure that they play an active role in guiding and implementing projects. In doing this, we are able to mitigate common barriers to success. After all, when the last tree is planted and attention has shifted to other projects, it is the local communities that will decide the fate of millions of trees. Knowing this, we develop strong partnerships everywhere we go.

These partnerships inform the approaches and practices that will best serve each unique community and region. Ensuring that everyone’s needs are met necessitates taking a wider view of the landscape. 

Investing in Maintenance and Conservation

Carbon Cycling

Source: Balancing the environmental benefits of reforestation in agricultural regions, S.C. Cunningham et. al

As important as it is to get trees into the ground, it can be argued that maintaining each plot after planting is even more important. Unfortunately, this crucial part of the process can be forgotten in the rush to hit lofty planting goals. Proper maintenance of sensitive seedlings, especially during the first year, requires dedicated people and solid infrastructure. Close monitoring is necessary to determine regional effects and to adapt to changing conditions. Working with local organizations and stakeholders will ensure that viable, cost-effective solutions are implemented.

We’re excited to join hundreds of businesses, governments, and NGO’s worldwide in working on the 1 Trillion Trees Initiative. With the right approach, this project has the potential to address Climate Change on a scale never before seen. It’s a truly inspiring way to kick-start the UN Decade on Ecosystem Restoration and we can’t wait to roll our sleeves up and get to work. Ready to plant a tree? We’ll see you out there!

Brazil Waterfall
Brazil Biodiversity
Brazil Nursery
Plant Trees Where They're Needed Most
Brazil Planting Partners
Brazil Landscape
Brazil Planting Site
Brazil Saplings
Brazil Waterfall
Brazil Biodiversity
Brazil Nursery
Plant Trees Where They're Needed Most
Brazil Planting Partners
Brazil Landscape
Brazil Planting Site
Brazil Saplings

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. This project supports Brazil, a country well-known for its rich ecological diversity. Learn more

With your help, we will:

  • Support the habitats of Brazil's iconic wildlife species
  • Restore forests and improve the connectivity of fragmented forests
  • Provide jobs to community members and smallholder farming families
  • The Atlantic Forest, also known as Mata Atlantica, was once an expansive tropical rainforest ecosystem that covered 130 million hectares in Brazil. Sadly, centuries of deforestation for timber, sugar cane, coffee, cattle ranching, and urban sprawl have led to its decline, and it now occupies only 12% of its original size. But, there is still hope! Our planting efforts work towards restoring this vital ecosystem and its diverse tree species. Our focus is on areas such as western São Paulo State, where the Mooro do Diablo State Park and the Black Lion Tamarin Ecological Station are located, as well as many other forest fragments that are in need of restoration. We are planting trees, protecting the remaining forest, and promoting sustainable practices to preserve this beautiful environment for generations to come!
  • Our partners in Brazil are creating one of Brazil’s most significant reforestation corridors, connecting the Morro do Diablo State Park and the Black Lion Tamarin Ecological station. This will benefit endemic and endangered species, improve the livelihoods of thousands of families, and mitigate harmful edge effects. The project includes restoring significant private lands, promoting the occupation of restored areas by fauna, changing land use practices, improving small farmers' livelihoods, and providing high-quality carbon offsets. The program promotes sustainable agriculture and forest landscape restoration, influenced by policies that affect land use and conservation.
  • A personalized tree certificate (see gallery) to say thanks for your donation. We'll also send you reports about our Brazil project, so you can track the impact your trees are having on the ground!
  • We take great care in selecting species for our planting sites, ensuring that all of them are native to the Atlantic Forest. Our list of approximately 100 species includes rare and endangered species such as the Aspidosperma polyneuron (Endangered), Cariniana legalis (Vulnerable), Cedrela fissilis (Vulnerable), Zeyheria tuberculosa (Vulnerable), and Balfourodendron riedelianum (Near Threatened).

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