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From coral reefs in Papua New Guinea to chimpanzees in West Africa, grizzly bears in Canada and albatross colonies off Tasmania, some ecosystems are thriving despite climate change, habitat loss and other environmental pressures.

A ������ study has examined the common threads behind these unlikely success stories to develop a framework to support fragile ecosystems and the communities that rely on them.

Lead author from the Thriving Oceans Research Hub said three common factors tied these positive conservation stories together.

“Our study examined different species on different continents that are all facing unique conservation challenges. Yet each succeeded against the odds for remarkably similar reasons: local knowledge was valued alongside science, communities played a central role in decision-making, and management adapted to local social and environmental conditions,” Dr Lin said.

Rather than focus on environmental decline, researchers from the University’s Thriving Oceans Research Hub reviewed more than 70 studies of environmental and sustainability success, where places, species and social-ecological systems perform better than expected despite difficult circumstances.

Their review is the first to synthesise seemingly unrelated conservation bright spots and bring them together into a single framework. In doing so, they reveal the common conditions that allow people and nature to thrive against the odds, and offer a way to identify and learn from these unexpected success stories.

The study is published in .

Dr Lin said the study marks a shift from celebrating individual conservation success to deepening our understanding of where and why it occurs.

“Conservation is often framed as a story of loss and decline, but there are places where ecosystems and the people who depend on them are thriving despite enormous pressures,” Dr Lin said.

“By bringing together research from around the world, we’ve shown these aren’t simply lucky exceptions. They often share common characteristics that can serve as windows into real-world resilience and help guide conservation elsewhere.”

Although every bright spot is unique, common themes included adaptable practices and processes that were good for nature and fit-for-purpose within the local environmental and cultural setting. This was particularly the case when they were bolstered by a community with the capacity to implement these practices despite challenging conditions.

Conservation connected to community life

, Director of the Thriving Oceans Research Hub and co-author of the study, has spent more than 25 years working alongside coastal communities in Papua New Guinea, where one of the world’s coral reef bright spots was located.

“I’ve always known the place was special, but I was blown away when, out of a rigorous quantitative analysis of nearly 1700 coral reefs around the world, this site came up as one of our global bright spots,” Professor Cinner said, citing the results of his original landmark bright spots study, .

“These villages have maintained a customary practice of periodically closing parts of their reefs to fishing. It’s similar to fallow agriculture, giving ecosystems time to recover before harvesting resumes.”

Professor Cinner’s the marine protection practice has endured because it is woven into community life. Strong relationships between elders and younger generations, shared responsibility for managing the reefs and cultural traditions that reward participation have helped sustain abundant marine life while supporting local livelihoods.

“At a time when the headline story about coral reefs is that they are in trouble, this bright spot provides an alternative narrative as a story of hope and connection,” Professor Cinner said.

“The environmental success these communities have achieved comes from extensive local experience and genuine local ownership of decision-making, management and enforcement.”

Tasmania, West Africa and Canada success stories

A similar pattern emerged in very different places around the world.

In western Africa, were surviving despite widespread regional decline. In addition to those in inaccessible and protected areas, the strongest chimpanzee populations were often found where local communities maintained cultural traditions and social norms that discouraged hunting and supported coexistence with wildlife.

In Canada’s Great Bear Rainforest, First Nations communities have led grizzly bear conservation by placing Indigenous stewardship and knowledge at the heart of environmental governance. The while reinforcing community authority and relationships between people and Country.

Meanwhile, has shown how close partnerships between scientists, wildlife managers and policymakers can create bright spots. Collaborative decision-making led to innovative interventions to protect albatross chicks from parasites, expanded conservation programs and established an enduring process for testing future population management options.

Dr Lin said the new framework provides a practical way to identify, compare and learn from conservation success, helping governments, communities and environmental organisations move beyond celebrating isolated examples.

“Our framework shows that bright spots arise through a positive interplay of process, people and place,” Dr Lin said.

“What we hope our study provides is a way for scientists to identify different types of conditions that support conservation success. By developing a 'common language' across disparate global ecosystems, we hope that these bright spots can be compared consistently for improved outcomes globally.”

Professor Cinner said the findings offer a hopeful message at a time when environmental news is often dominated by crisis.

“Our review shows that local conservation bright spots are not isolated miracles. They follow patterns that we can recognise, learn from and apply elsewhere. That gives us real reasons for optimism as we work to protect both people and nature.”

Research

Lin, B. and Cinner, J. ‘Unifying bright spots for people and nature’ ( 2026). DOI: 10.1038/s41559-026-03180-5

Declaration

The authors declare no competing interests. Research was funded by Australian Research Council and the National Geographic Society.