– Andrew Tilker, Re:wild Species Conservation Coordinator
Everything. Animals help sequester carbon.
An ecosystem teeming with life and biodiversity sequesters more carbon than an ecosystem without animals because animals support the processes that help keep ecosystems healthy and resilient — from the growth of new trees and plants to the prevention of forest fires.
When Wildebeest numbers dropped in the 1950s, the grasses of the Serengeti grew out of control. Wildfires became more frequent and intense, burning 80% of the grassland every year. The Serengeti was no longer a viable carbon store. It was a carbon emissions source.
Today, Wildebeest populations on the Serengeti have recovered to numbers over 1 million strong. There are almost no wildfire outbreaks. The Serengeti grassland is now a carbon sink that captures the same annual amount of carbon produced by Kenya and Tanzania.
Solving the climate crisis can really stink. For tapirs at least, their contribution comes in the form of steamy piles of poo.
The solution to our carbon emissions problem isn’t a new technology that sucks carbon from the air. It’s an ancient one—nearly 4 billion years old, in fact. It is the wild.
This publication by the Global Rewilding Alliance, supported by Re:wild, highlights some of the ways animals can help supercharge ecosystem carbon sinks to meet the 1.5°C climate target.
Solving the climate crisis can really stink. For tapirs at least, their contribution comes in the form of steamy piles of poo.
The solution to our carbon emissions problem isn’t a new technology that sucks carbon from the air. It’s an ancient one—nearly 4 billion years old, in fact. It is the wild.
This publication by the Global Rewilding Alliance, supported by Re:wild, highlights some of the ways animals can help supercharge ecosystem carbon sinks to meet the 1.5°C climate target.