With contributions from Julia Paltseva, senior analyst, Britta Dosch, analyst, and Christine Gerbode, senior research analyst, all at Environmental Defense Fund.
Gardens of the Queen archipelago off the coast of Cuba
Earth’s forests, oceans, wetlands and other natural landscapes have the power to pull carbon out of the atmosphere and to store it – making well-managed ecosystems key resources in the fight to halt climate change. The latest report from the Intergovernmental Panel on Climate Change found protecting these resources offers one of the highest mitigation potentials.
Efforts to keep healthy ecosystems intact, restore those that have been cleared or degraded, and improve how these landscapes are managed can have huge benefits to people and the planet, like improving water quality or protecting biodiversity. When these efforts also increase carbon storage or avoid greenhouse gas emissions, they are known as natural climate solutions, or NCS.
Healthy ecosystems around the world are disappearing rapidly, as more of the planet is degraded or converted to other uses. This continued loss could have dire consequences for the entire globe through its effect on climate, while doing particular harm and injustice to the Indigenous and local communities who have historically stewarded many of these crucial environments.
Scaling up global funding and support for NCS activities is an opportunity to limit climate damage while enhancing and protecting the enormous good these ecosystems provide – and benefiting the local people carrying out these important tasks.
One way to do this is to incorporate NCS activities into global carbon markets by crediting emissions. Environmental Defense Fund is now leading a collaborative process to lay out the key considerations and challenges of supporting NCS with the potentially powerful tool of crediting emissions reductions and removals—and of making sure the systems to support this tool are ethical, equitable and effective at the much larger scales of ambition needed to meet the moment.
