Indigenous-Led Conservation in Panama: Carbon Stocks and the Ñürüm Model

The reframing: territory as a conservation strategy

The premise of indigenous-led conservation is a reframing of who protects nature and how. The older conservation model treated protected areas as something a state designates and manages, often in places where indigenous people lived, sometimes removing or marginalising them in the process. The emerging model treats indigenous territory itself as a conservation instrument, on the evidence that indigenous-managed land frequently retains its forest, wildlife, and carbon at least as well as state-designated protected areas, and sometimes better. That reframing matters because it changes the constituency for conservation: instead of indigenous communities being an obstacle to or a complication within conservation, they become its front-line practitioners, with the land tenure and institutional support to do the work durably.

This is not a romantic claim; it is an empirical one, and it is increasingly backed by formal synthesis. For Panama specifically, the relevant evidence is a 2026 review led by the University of British Columbia and published in the journal People and Nature, which is the backbone of this page.

The evidence: the UBC synthesis

The UBC-led review synthesised 111 peer-reviewed studies examining the relationship between indigenous lands and conservation outcomes, and the headline finding is broad: 75% of those studies showed a positive correlation between indigenous land tenure and conservation^[1]. The Panama-relevant finding is more specific and more striking. The review reports that, in both the Amazon and Panama, indigenous lands preserved carbon stocks at equal or greater levels than other formally protected areas^[1]. That is a direct, Panama-specific, evidence-based statement that indigenous-managed territory in this country is doing conservation work at a level that meets or exceeds the state protected-area system on the metric, forest carbon, that matters most for climate.

The review places that finding inside a wider pattern. In the Brazilian Amazon, native vegetation loss was found to be roughly seventeen times lower on indigenous lands than elsewhere; in Australia, some 60% of 1,574 threatened species analysed were found on indigenous lands^[1]. The consistent signal across continents is that recognised indigenous land tenure correlates with better-preserved habitat, which is why the conservation community has increasingly shifted toward supporting indigenous-led protection rather than treating it as outside the conservation framework.

The threat picture

The same review carries a sobering counterpoint. It reports that roughly 60% of indigenous lands globally are under threat from climate change and industrial development^[1]. The implication is that the very lands delivering the strongest conservation outcomes are often the lands under the greatest pressure, which is the central political fact of indigenous-led conservation. The conservation value of indigenous territory is well established; the security of that territory is not, and the gap between the two is where much of the real contest lies. The indigenous-rights page covers the structural framework in which that contest plays out; this page is about the conservation stakes.

The on-the-ground example: Ñürüm

The Panamanian case where the principle becomes visible in practice is the Ñürüm reforestation project, in which the Smithsonian Tropical Research Institute and traditional Ngäbe-Buglé leadership collaborate on indigenous-led reforestation in the Ñürüm district of the Ngäbe-Buglé Comarca^[2]. The project plants native tree species (guayacán, cocobolo, zapatero, nance, macano, and others) across a footprint of 100 hectares of planting within a 45,000-hectare area, with roughly 30 families participating and 20-year carbon-payment contracts financing the work^[2]. The indigenous-agriculture page covers the agricultural and economic mechanics in full; the conservation point here is that Ñürüm is a working example of the UBC review’s general finding: indigenous territory, managed by indigenous leadership with scientific partnership and carbon finance, delivering measurable forest restoration.

What makes Ñürüm a model rather than merely a project is the alignment of its design with the conditions the evidence says produce durable conservation. The land is held within the comarca, so the community has tenure security. The planting is native-species and ecologically informed, drawing on STRI’s long-running Agua Salud research. The economics flow to the participating families through carbon contracts, so the community captures the value of the conservation. And the design is indigenous-led, with traditional leadership as a partner in decision-making rather than a host for an external programme. Each of those features responds to a known failure mode of top-down conservation (the indigenous-agriculture page covers the failed 1973 pine plantations as the cautionary contrast); together, they amount to a design that the evidence predicts will last.

A caveat about the science itself

One detail in the UBC review deserves to be named rather than passed over. The synthesis found that only about 7% of the 111 studies it reviewed listed indigenous authors^[1]. That is a striking underrepresentation of indigenous people in the scientific literature that purports to study the conservation performance of their own land. The finding does not invalidate the positive conservation result (the carbon-stock and vegetation-loss figures stand on their own evidence), but it does qualify how the science is being produced: largely by non-indigenous researchers, studying indigenous lands, with limited indigenous authorship. A mature indigenous-conservation field would close that authorship gap as well as confirming the conservation outcome, and the 7% figure is worth holding in mind as a measure of how much further the field has to go on its own internal equity, separate from the conservation results it reports.

Where this connects

Indigenous-led conservation in Panama does not sit in isolation; it connects to several other threads. The Ñürüm model overlaps with the carbon-finance logic of the private-reserve sector (see private-reserves), in which standing forest earns protection through its carbon value. It sits alongside the broader NGO conservation landscape (see conservation-organizations), where institutions like ANCON and MarViva work the state and marine sides of the same protection agenda. And it stands in direct contrast to the deforestation pressure that has driven forest loss on the Pacific slope (see deforestation), a contrast that is the whole point: where indigenous tenure holds, the deforestation that characterises the surrounding landscape tends not to, which is the empirical heart of the case for indigenous-led conservation.

What to take away

For a reader interested in conservation outcomes, the load-bearing fact is the UBC finding that indigenous lands in Panama preserve carbon stocks at least as well as formally protected areas, a statement that puts indigenous territory on the conservation map by the hardest metric available. For anyone interested in how that works in practice, the Ñürüm project is the concrete Panamanian example: native-species planting, carbon finance, indigenous leadership, scientific partnership. And for anyone thinking about the politics of conservation, the dual picture (strong outcomes on one hand, 60% of indigenous lands under threat and only 7% indigenous authorship in the science on the other) frames the agenda: the conservation value is established, and the work now is securing the territory that delivers it and broadening who gets to produce the knowledge about it.

What “equal or greater carbon stocks” actually means

The UBC review’s Panama finding, that indigenous lands in Panama preserved forest carbon stocks at levels equal to or greater than other formally protected areas, deserves to be unpacked, because it is the sharpest single claim in the evidence base and its precision matters. Carbon stocks are the amount of carbon held in a forest’s trees and soil, and they are a hard, measurable proxy for how much standing forest a landscape retains: a landscape that is losing forest is losing carbon, and a landscape that is holding its forest is holding its carbon. Finding that indigenous lands match or exceed the state protected-area system on this metric is therefore a direct, quantitative statement that indigenous-managed territory is conserving forest at least as effectively as the country’s formal parks.

The reason that finding is significant is that it overturns a long-standing implicit assumption in conservation, that effective protection requires state designation and state management, and that indigenous territory is a category apart from “real” protected areas. The evidence says the opposite: in Panama, as in the Amazon, the territory managed under indigenous tenure is doing the conservation work at a level that meets or beats the state system, on the metric that matters most for the global climate. That does not mean indigenous lands are parks, or that the two are interchangeable; it means that indigenous tenure is a conservation instrument in its own right, and that treating it as such (supporting it, securing it, and counting it) is both empirically justified and practically necessary for any serious forest-carbon or biodiversity goal.

Tenure as the enabling condition

If there is a single variable that explains why indigenous-led conservation works, it is land tenure, and understanding that helps make sense of both the success and the threat. The conservation performance of indigenous lands is not a product of indigenous people having some inherent ecological virtue that others lack; it is a product of the institutional conditions under which they manage the land. Recognised tenure gives a community the authority to make and enforce decisions about its territory over a long horizon. Continuity of residence gives it the local knowledge to make those decisions well. And a direct stake in the land’s future (economic, cultural, spiritual) gives it the motivation to bear the short-term costs of conservation for the long-term benefit. Tenure, knowledge, and stake together are the enabling conditions, and where they are present, the conservation outcome tends to follow.

That framing also explains the threat picture. The same review reports that roughly 60% of indigenous lands globally are under threat, which is precisely an attack on the tenure that makes the conservation possible. If the enabling condition is tenure security, then the most effective way to undermine indigenous-led conservation is to undermine that security: through land incursions, through contested legal status, through development pressure that overrides community authority, or through the slow erosion of the institutional recognition that comarcas and indigenous territories depend on. The conservation case and the rights case are, in this light, the same case: securing indigenous tenure is simultaneously a defence of indigenous rights and the most cost-effective forest-carbon and biodiversity strategy the evidence identifies. Supporting indigenous-led conservation therefore means, concretely, supporting the tenure security that makes it possible, which is why the indigenous-rights and indigenous-conservation pages, though they sit in different sections, are ultimately about the same thing.

Quick reference

Last reviewed: 2026-07-03