WCS uses cutting-edge science to understand the impacts of
climate change on wildlife and natural resources, plan conservation for a
rapidly changing world, and implement on-the-ground solutions to protect ecosystems.
Address the causes and effects of climate change on the ecosystems on which both wildlife and human communities depend.
How will we get there?
WCS is implementing conservation programs all over the world
to mitigate the impacts of CO2 emissions, and help affected people adapt to climate change:
We are protecting large swaths of tropical and boreal forest that sequester carbon through our work to protect intact forests and a mechanism called REDD+.
We are helping to restore degraded forest lands in areas of high conservation significance and where this can bring benefits to local people.
We partner with local communities and governments to find science-based solutions for adapting to the immediate and projected impacts of climate change.
WCS has become one of the world's most respected institutions for climate science on the effects of climate change on biodiversity. In addition:
By 2025, 12 nature based solutions projects anchored in WCS land and seascapes will generate 10 million tonnes in emission reductions and carbon sequestration.
4billion tonnes of CO2
If we and our partners are successful, our intact forest program will prevent emissions and lost sinks totalling more than 4 gigatonnes of CO2 by 2050—equivalent to almost three years of emissions from road transport in the U.S.
Through the WCS Climate Adaptation Fund, we have awarded $21.9 million to support wildlife adaptation in the U.S.
WCS Forests and Climate Change
We work on innovative solutions to help ensure that Earth’s remaining forests and peatlands can deliver climate change mitigation and adaptation benefits at the scale we need.
WCS is making a difference on this around the world.
In Madagascar, our science on climate change and coral reefs is helping to re-prioritize where government and local communities establish marine protected areas.
In Papua New Guinea, WCS is assisting small island communities in improving available information on climate change, increasing food security through climate-adapted agricultural practices, and enhancing community-based tools and approaches for climate change adaptation.
In the western United States, WCS is working to increase habitat connectivity for grizzly bears (a species for which nutritious high-elevation food sources are being impacted by warming temperatures and disease), through restoration of riparian areas that serve as critical movement corridors as bears seek new resources.
We address the causes of climate change primarily by protecting large swaths of tropical forest that would emit CO2 if destroyed.
Through an international approach called REDD+ (Reduced Emissions from Deforestation and Forest Degradation) we help governments, forest managers, and local communities to:
Quantify and value the climate benefits provided by forest conservation.
Receive payments in recognition of reducing deforestation.
Re-invest those payments in low-carbon and climate resilient paths to sustainable development.
Combining forest protection with the restoration of degraded lands has the potential to deliver up to a third of the climate mitigation action necessary to prevent catastrophic climate change. WCS has recently established a major new initiative to conserve and restore forests in partnership with WWF and Birdlife International. The partnership, called Trillion Trees,
will increase the scope and scale of our work on REDD+ and other promising solutions, and leverage greater action on forest restoration through our global network of field projects. The Trillion Trees vision raises our collective ambition and looks beyond a “zero deforestation” future to one where forests and trees are returning on a large scale.
Forest First Approach
This framing provides the scientific rationale and the business case for the public and private sector to proactively triage and target emerging deforestation risks before they are heavily embedded within supply chains, and provides a lens through which emerging deforestation frontiers can be identified.