Over 80% of the world’s remaining biodiversity is found on lands managed by Indigenous peoples. That’s a staggering fact—one that conservation science is only beginning to fully absorb. But as genomic technologies offer ever more powerful ways to track, protect, and even engineer species, a growing chorus of Indigenous leaders, scientists, and ethicists is demanding a fundamental shift in who holds the power—and the data.
Conservation genomics—the use of DNA sequencing to study and preserve biodiversity—has exploded in recent years. Researchers can now sequence the genomes of endangered species, track illegal wildlife trade through genetic fingerprints, and even engineer resistance to diseases like the chytrid fungus devastating amphibians. Yet for all its promise, the field rests on a shaky foundation: the assumption that genetic resources can be collected, analyzed, and owned without meaningful consent from the communities who have stewarded those species for centuries.
Look, this isn’t just a philosophical debate. It’s a practical crisis. In 2023, the Nagoya Protocol on Access and Benefit-Sharing reported over 600 cases of alleged biopiracy—the unauthorized use of genetic resources from Indigenous territories. And conservation genomics, with its high-tech pedigree, is far from immune. A 2024 study in Science found that fewer than 3% of conservation genomics projects in the Amazon had formal agreements with local Indigenous communities. That’s a problem. A big one.
The Promise and Peril of Conservation Genomics
Genomic tools are undeniably powerful. They’ve helped bring the California condor back from the brink of extinction by managing genetic diversity in captive populations. They’ve identified populations of the African forest elephant that were previously hidden from conventional surveys. They can even detect environmental DNA (eDNA) from water samples to reveal the presence of rare amphibians without ever laying eyes on them.
But every sample taken is also a piece of data extracted. And that data can be used in ways the original stewards never intended. “When researchers sequence the genome of a medicinal plant used by the Maasai or the Quichua, they’re not just cataloguing a species—they’re capturing generations of traditional ecological knowledge encoded in the relationship between people and plant,” explains Dr. Amara Osei, a genomicist and member of the Ojibwe First Nation at the University of British Columbia. “If that data ends up in a commercial bioprospecting database, or even in an open-access repository without community oversight, it’s another form of colonization.”
This tension has spurred a new movement within conservation biology. It’s called Indigenous Data Sovereignty—the principle that Indigenous peoples have the right to control the collection, ownership, and use of data about their lands, resources, and genetic heritage. The movement gained formal traction in 2022 with the publication of the UN Declaration on the Rights of Indigenous Peoples (UNDRIP), which explicitly recognizes the right to maintain and control traditional knowledge and genetic resources.
Why Indigenous Data Sovereignty Matters
You might wonder: isn’t open data the gold standard of science? Shouldn’t genomes be freely available to any researcher trying to save a species? The answer, Indigenous advocates argue, is more nuanced. Open access can—and often does—mean open exploitation. “Free and open data sounds democratic, but when the data comes from our lands and our knowledges, and we have no say in how it’s used, it’s not democracy—it’s extraction,” says Héctor Calixto, leader of the Kichwa community in Ecuador’s Amazon and co-author of a 2024 policy paper in Nature Ecology & Evolution.
One concrete example: the Mauna Kea silversword, a rare Hawaiian plant that thrives at high altitudes. In 2019, a team sequenced its genome to understand its adaptation to extreme conditions. The researchers deposited the data in a public database. But Native Hawaiian practitioners, who have used the plant in traditional medicine, were never consulted. When bioprospecting firms downloaded the genome to search for drought-resistant genes, the community saw it as a violation. “Our ancestors didn’t pass down that knowledge for a corporation to patent,” Calixto adds.
And it’s not just about ethics—it’s about effectiveness. A growing body of evidence shows that conservation projects actively co-managed with Indigenous communities achieve better outcomes. A 2023 meta-analysis in Conservation Biology examined 130 projects and found that those incorporating Indigenous governance reduced deforestation rates by 23% and improved species survival by nearly 40% compared to top-down approaches. Genomic conservation is no different. When communities are partners, sampling protocols respect sacred sites, and data sharing agreements align with traditional values of reciprocity—not just open access.
A Path Forward: Co-Governance in Practice
What does this look like on the ground? Some models are emerging. The Indigenous Conservation Genomics Initiative, launched in 2023 by a coalition of tribal colleges and universities in the United States, trains Indigenous students in genomic techniques while embedding cultural protocols into every step—from sample collection to data publication. One of its first projects, a survey of wild rice (Zizania palustris) genome diversity in the Great Lakes, required approval from over a dozen Ojibwe tribes and includes a clause that any commercial applications must receive tribal consent.
Meanwhile, the Global Indigenous Data Alliance has developed the CARE Principles (Collective Benefit, Authority to Control, Responsibility, Ethics) as a complement to the FAIR (Findable, Accessible, Interoperable, Reusable) data principles that dominate science. “CARE pushes back on the assumption that open data is always good,” says Dr. James Patel, a conservation biologist at the University of California, Berkeley, who works on carnivore genomics in the Rocky Mountains. “It asks: open for whom? And for what purpose? Those are questions we should have been asking from the start.”
Patel’s own research now includes agreements with the Blackfeet Nation, whose traditional territory includes parts of Glacier National Park where he collects wolf scat for diet analysis. “We set up a data trust where Blackfeet environmental managers hold the keys. If they don’t approve, the data doesn’t go online. It slows things down, sure. But it builds trust, and that trust is more valuable than any five-year grant cycle.”
What This Means for You
So why should a reader in London, or Toronto, or Sydney care? Because the way we do conservation genomics today shapes the biodiversity—and the justice—of tomorrow. Every time you see a news story about a species saved by genetic rescue, or a biotech company promising to restore the woolly mammoth, ask: Who owns that blueprint? Whose land did the samples come from? And does the public—including the Indigenous stewards—have a seat at the table?
In the race to prevent extinctions, we can’t afford to repeat the mistakes of the past. And as France recorded 2,025 excess deaths at the peak of a heatwave this summer—a stark reminder of how quickly environmental stress can turn lethal—the urgency of holistic conservation grows daily. Genomic tools can help. But only if they’re wielded with consent, humility, and a deep respect for the people who have been the most effective guardians of biodiversity for millennia.
The next revolution in conservation won’t come from a sequencer alone. It will come from a meeting of minds—laboratory and land, PCR machine and oral tradition. And it’s happening now.
Frequently Asked Questions
What is conservation genomics?
Conservation genomics is the application of DNA sequencing and genetic analysis to study and protect biodiversity. It includes techniques like population genetics to assess inbreeding risk, eDNA monitoring to detect rare species, and even gene editing to combat diseases threatening wildlife. It’s a powerful set of tools, but its use raises ethical questions about data ownership and Indigenous rights.
Why do Indigenous communities have concerns about genetic data?
Historically, scientists have collected biological samples from Indigenous lands and peoples without meaningful consent, leading to biopiracy and misuse of traditional knowledge. Indigenous communities worry that open-access genomic data can be exploited by corporations or used in ways that harm their cultural or spiritual relationships with species. Data sovereignty movements aim to give communities control over how their genetic resources are collected, stored, and used.
How can scientists collaborate ethically with Indigenous groups?
Ethical collaboration requires early and ongoing engagement, free prior and informed consent (FPIC), and legally binding data-sharing agreements that respect Indigenous governance. Models like the CARE Principles and data trusts empower communities to set terms. Scientists should also invest in capacity building—training Indigenous researchers and respecting traditional knowledge as a legitimate scientific system.
