High-integrity, or undegraded,peatlands have served as cooling systems for our planet by capturing and storing carbon for thousands of years. Today, they continue to removean additional 370 million tons of CO2 from the atmosphere each year, which makes them critical ecosystems for mitigating climate change.
WCS has formed an initiative with its relevant regional teams to protect the world’s priority peatlands. These regions are home to some of the most important carbon sinks on the planet. Working together, along with partners, Indigenous peoples, and local communities, we can make a difference in the fight against the climate crisis.
WCS is working to protect peatlands globally, with on-the-ground work in priority HIP regions and countries.
These projects are in places like:
Pastaza portion of Pastaza-Maranon complex, Peru
Tierra del Fuego, Argentina
Hudson Bay Lowlands, Canada
Cuvette Centrale, Republic of Congo
Singkil Wildlife Reserve, Aceh
Country-program partnerships with Indigenous peoples and/or local communities (IPLCs) are a common feature of WCS HIP programs. As are partnerships with governments and research institutions.
Only 3% of the planet’s surface is made up of peatlands, but 25% of this area is within Canada. Those areas are estimated to store 150 billion tonnes of carbon. That’s equal to 11 years of current global greenhouse gas emissions.
There is a historical interest and effort by various stakeholders in Chile and Argentina to advance in the conservation of Patagonian peatlands, contributing from scientific knowledge, design and planning for the management of a rational extraction and the implementation of protected areas, and from the valuation of these ecosystems through education and art.
Based on over a decade of eco-cultural cooperation in Tierra del Fuego, Turba Tol comes from the trans-disciplinary research practice of Ensayos and rethinks the role of art, creating growing communities oriented towards biodiversity conservation and coherent environmental actions.
Peru boasts peatlands from its Pacific coast
all the way to the Amazon Basin, which is one of the largest peatland areas in the tropics.
28.2% of the Peruvian Amazon is made up of wetlands, with peat soils covering a total of
7,540 square kilometers, and recent studies have extended their known distribution by 61% within the
Peatlands are freshwater wetlands that accumulate organic matter. Theyare often characterized by specialized forms of plant life and deep, water-logged soils.
Despite occupying a fairly small area of the planet, peatlands store a vastly disproportionate quantity of carbon.This carbon would otherwise be released into the atmosphere, worsening our climate crisis. Peatlands also absorb, filter and slowly release water, which regulates water supply and helps combatdroughts and floods that have have become more common due to climate change.
Our best estimates indicate that peatlands globally store 600 billion tons of carbon, which is more than all of the carbon stored in all trees globally. This is also equivalent to roughly three quarters of the carbon remaining in known fossil fuel reservesand approximately2/3 the amount of the carbon-dioxide in the earth’s atmosphere.
Degradation threats to high-integrity peatlands (HIP) include:
In the News
The New York Times
THE WORLD'S PEATLANDS ARE CLIMATE BOMBS WAITING TO DETONATE
"The world’s richest countries should lead by example by protecting their own peatlands," writes WCS's Dan Zarin, "while also committing money to safeguard these landscapes in developing countries."