actively help slow climate change
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Dugongs graze quietly through the shallow seagrass meadows off Australia's remote Torres Strait each morning.
Traditional owners across the region have protected and depended upon these gentle sea mammals for countless generations.
New research now shows this daily grazing routine also helps lock significant amounts of carbon into the seafloor.[5]
A manuscript published this week in the respected journal Global Change Biology formalises a rapidly growing scientific consensus.
More than 350 scientists spread across dozens of countries now endorse its central findings and conclusions.
It argues wild animals actively regulate the carbon cycle that ultimately stabilises Earth's entire climate system.[1]
The Scientific Consensus on Wildlife and Climate first emerged publicly in June 2026. Researchers announced it during United Nations climate talks held that month in Bonn, Germany.
Twelve international scientists drafted the original consensus wording before wider global endorsement began.[6]
Endorsements grew steadily in the months that followed, rising from roughly 287 scientists to more than 350. Dr Nathan Roberts of Northeast Forestry University in China coordinated much of that endorsement process. He described the September manuscript's publication as a major turning point for the entire field.[7]
The consensus statement has now been formalised as a full peer-reviewed scientific manuscript. Global Change Biology published the collaborative paper on 25 September 2026, after months of review. Peer review lends its detailed findings added standing across both scientific and policy circles.[1]
The manuscript reframes how mainstream science understands animals within the broader climate system. Wild species are now described as active participants rather than passive bystanders to global warming. Their everyday behaviours, the authors argue, actively shape carbon storage outcomes across entire continents.[8]
Dugongs illustrate one especially clear mechanism behind this shift in scientific thinking. Their constant grazing stirs seafloor sediment and recycles nutrients through tropical seagrass meadows worldwide. This activity helps meadows regenerate quickly and continue storing carbon efficiently over decades.[5]
Apex predators achieve remarkably similar climate benefits through an entirely different ecological pathway. Tigers regulate herbivore numbers across dense forests spanning South and Southeast Asia. Fewer overgrazing herbivores allow tree cover and forest carbon stocks to recover fully.[1]
Australia offers its own striking version of this same apex predator effect. Dingoes suppress kangaroo numbers along a long fence dividing much of the outback. Soil carbon and nitrogen levels prove markedly higher on the side where dingoes remain common.[2]
Collectively, these varied behaviours place wild animals firmly inside the planet's active carbon cycle. The consensus casts them as agents of climate stability rather than victims alone. Scientists say this fundamental reframing carries real consequences for how nations design future policy.[8]
Climate policy has traditionally treated the Earth system as static, largely lifeless machinery. Carbon budgets and national plans rarely account for animals actively cycling that same carbon. IFAW argues this significant blind spot has persisted for far too long already.[3]
Matt Collis of the International Fund for Animal Welfare says protection extends much further. He frames healthy wild populations as living infrastructure underpinning a genuinely stable climate. Collis wants these wildlife roles built directly into national policies and dedicated climate finance.[3]
Australia has a direct and obvious stake in closing this particular policy gap. The nation hosts the world's largest dugong population, well over 100,000 animals strong. Its formal climate policies, however, give this significant ecological role scant recognition.[5]
Dingo research points to a strikingly similar oversight within domestic conservation debate. Lethal control programs continue across much of the eastern pastoral rangelands each year. Few policies weigh the carbon and soil benefits dingoes quietly provide entire regions.[2]
International momentum is building steadily alongside this new scientific consensus. African leaders formally endorsed a Wildlife for Climate Declaration at COP30 in Belém. The voluntary, Africa-led framework is scheduled to launch officially ahead of COP31.[4]
The declaration offers participating countries a clear, formal path toward international recognition. It lets nations count wildlife protection efforts within their broader national climate commitments. Supporters describe it as a genuine bridge between biodiversity goals and emissions targets.[4]
Dr Roberts says COP31 now sits just a few months away on the calendar. He describes the summit as a pivotal moment for both policy and science together. The manuscript's carefully chosen timing, he argues, is far from coincidental.[7]
The consensus website continues collecting fresh signatures from qualified researchers around the world. Organisers hope the growing list of names strengthens pressure ahead of the summit. Momentum, they argue, now clearly favours formal recognition of wildlife's climate role.[6]
Ed Goodall of the World Federation for Animals frames the underlying stakes plainly. Removing threats and returning land and ocean to wildlife pays real, measurable climate dividends. He says nature has quietly performed this essential work for hundreds of millions of years.[9]
Matt Collis echoes that same sentiment from an animal welfare policy perspective. Protecting wildlife, he insists, addresses far more than single-species survival alone. It secures the wider ecological functions underpinning both ecosystem and climate stability.[3]
Australia's own institutions face genuine questions about whether they are truly listening. The Great Barrier Reef and Torres Strait together hold globally significant dugong habitat. Yet no formal mechanism currently credits this wildlife within national carbon accounting.[5]
First Nations communities have safeguarded these species across countless generations already. Their traditional ecological knowledge offers a template still largely absent from current formal policy. Scientists argue including such knowledge would strengthen both climate and conservation outcomes together.[8]
The Global Change Biology manuscript formalises years of mounting scientific evidence and debate. More than 350 scientists worldwide now confirm wild animals help actively stabilise Earth's climate. They stand as genuine partners in mitigation rather than passive victims of warming.
Australia's dugongs and dingoes both vividly illustrate mechanisms detailed within the new consensus. The nation hosts the world's largest dugong population alongside its own unique apex predators. Yet domestic climate policy has been notably slow to credit these ecological contributions.
COP31 and the pending Wildlife for Climate Declaration together offer a fresh opportunity. Governments worldwide can choose to formally count wildlife within their climate frameworks.
Whether Australia embraces that shift depends on decisions still to come.
References
1. Wild animals are our climate allies, peer-reviewed study reaffirms. Oceanographic Magazine reports on the September 2026 manuscript reaffirming wildlife's role in the carbon cycle.
2. Removal of an apex predator initiates a trophic cascade that extends from herbivores to vegetation and the soil nutrient pool. This peer-reviewed study documents dingo effects on soil carbon and nitrogen across the dingo fence.
3. Over 280 global scientists unite on urgent need for wildlife protection for sake of the climate. IFAW's press release quotes policy director Matt Collis on wildlife's overlooked climate role.
4. In Belém, African leaders back new Wildlife for Climate Declaration ahead of COP31. EnviroNews reports on the African-led framework announced at COP30.
5. Dugongs in Australia. The Australian Marine Conservation Society outlines Australia's globally significant dugong and seagrass habitat.
6. The Wildlife and Climate Consensus. The consensus website lists its twelve drafting scientists and tracks ongoing sign-ons.
7. Over 300 global scientists unite on urgent need for wildlife protection for sake of the climate. Inside Ecology details the Bonn launch and growing endorsement numbers.
8. Wildlife, Climate, and Policy: Why Animals Belong in Climate Action. Trisha Atwood and Nathan Roberts explain the consensus's reframing of wildlife as active climate participants.
9. An IUCN Resolution Recognized Wild Animals as Climate Allies. Earth.org quotes Ed Goodall of the World Federation for Animals on removing threats to wildlife.





