What if the future of conservation science looks nothing like the past? Dr. Rosa Vásquez Espinoza, a Peruvian chemical biologist and National Geographic Explorer, is proving that the most effective approach to protecting the Amazon rainforest lies in honoring the knowledge that indigenous communities have preserved for millennia.
From groundbreaking research on 80-million-year-old stingless bees to policy changes that legally recognize native species for the first time, Rosa’s work demonstrates how traditional knowledge and modern science can collaborate to create more effective conservation solutions. Her story also connects to a larger movement across the Amazon basin—the race to protect 80% of the rainforest by 2025 to prevent irreversible ecological collapse.
The Scientist Bridging Two Worlds
Rosa grew up navigating between the Amazon jungle, high-altitude mountains, and modern cities in Peru. This unique upbringing gave her a perspective that would later shape her approach to scientific research.
“I had so much space to have fun in nature,” Rosa explains. “I had just so much joy every time I was outdoors. For me, it was a moment of just play of wonder, of just very freely asking resilient questions.”
Her curiosity about how the natural world functioned was influenced by watching her grandmother work with medicinal plants—asking permission from rivers before fishing, saying thank you to the land before harvesting, and talking to flowers before collecting leaves or roots for medicinal preparations.
The Jaguar Dream That Changed Everything
Rosa’s most unexpected scientific breakthrough came from a surprising source: an ayahuasca ceremony where she experienced a vivid dream of becoming a jaguar with injured cubs. In the dream, she instinctively knew which medicinal plants would heal the cubs.
Rather than dismissing this experience, Rosa asked a scientific question that opened an entirely new branch of research for her: Can animals self-medicate?
The answer is yes. This field, called zoopharmacognosy, studies how animals instinctively seek out plants and other substances to treat ailments. Common examples include dogs eating grass when sick or elephants seeking specific trees to induce labor—behaviors that may have taught human ancestors about medicinal properties of plants.
“Science originates from nature,” Rosa observes, “and indigenous wisdom holds an unparalleled connection to plants and animals that modern science does not typically consider.”
Ancient Bees and Global Connections
Rosa’s research on stingless bees illustrates the global importance of local Amazon species. These bees have survived for 80 million years—since the age of dinosaurs—making them one of Earth’s oldest pollinators.
During COVID-19, when Amazonian communities were completely isolated from modern medicine, Rosa discovered that stingless bee honey was among the primary remedies they used to treat symptoms. Her chemical analysis revealed that these honeys contain hundreds of unique medicinal compounds, with different bee species producing honey with distinct therapeutic properties.
This research contributed to Peru’s Law 32235, passed in January 2025, which granted the first legal recognition and protection to native stingless bees in the country.
Rosa also helped demonstrate how deeply the Amazon connects to global systems. The rainforest generates 15-20% of the world’s freshwater that is delivered to the Atlantic Ocean and influences weather patterns worldwide. Products many people use daily—from coffee grown in high-altitude Amazonia to annatto seeds used as natural food coloring—originate from the region.
Living Beautifully: A New Conservation Philosophy
One of the most compelling insights from Rosa’s work comes from indigenous philosophy. Her Ashaninka friend taught her that to honor nature, one must “live beautifully”—taking care of yourself as part of caring for the natural world.
This concept challenges the common approach in conservation work that often emphasizes sacrifice and burnout. Instead, it suggests that taking care of oneself—drinking enough water, resting between tasks, making time for community and joy—is integral to effective environmental stewardship.
The Organization Rewriting Conservation Science
Rosa’s individual discoveries are part of a larger transformation in how conservation research gets conducted. Through Amazon Research Internacional, the organization she founded, Rosa is implementing an approach that puts indigenous communities at the center of scientific research rather than treating them as subjects to be studied.
Community-Led Research in Practice
Most conservation organizations study indigenous communities. Amazon Research Internacional works with them as equal partners and scientific leaders. Rosa notes that in all of scientific literature, she can count on one hand the number of research papers where indigenous community members are first authors. Her organization is changing this pattern through collaborative research projects.
The organization operates on four core principles:
Community-Led Science: Indigenous scientists like Richar Demetrio, an Ashaninka park ranger and beekeeper, lead research projects and co-author papers that blend traditional ecological knowledge with modern scientific methods.
Policy Change Through Partnership: Rather than conducting research in isolation, the organization provides scientific evidence to inform policy decisions. Their stingless bee research helped convince lawmakers to update Peru’s legislation protecting native species.
Capacity Building: Instead of extracting traditional knowledge for study elsewhere, they train community members in technological tools for species monitoring and scientific development while applying generations of ecological expertise.
Rights of Nature Advocacy: The organization advocates for legal recognition of Amazonian life forms and ecosystems’ rights to exist, representing a fundamental shift in the relationship between science and the natural world.
The Stingless Bee Project: Science in Action
The stingless bee project demonstrates how this collaborative approach creates better scientific and conservation outcomes. When Rosa learned that communities were using stingless bee honey to treat COVID symptoms, Amazon Research Internacional partnered with community leaders who shared their knowledge about which bee species produce honey for different ailments.
Community leaders like Stefanie Torres, a Kukama-Kukamiria leader and president of the Asociación de Meliponicultores de la Región Loreto, and Heriberto Vela, a Kukama-kukamiria beekeeper, provided expertise about which bees treat eye infections, fertility issues, or respiratory problems.
Rosa’s chemical analysis confirmed what communities had known for generations: “Each of these samples had hundreds, not just tens, hundreds of unique medicinal molecules that were known to have impact as anti-inflammatory, as antioxidants, even as anti-cancer and just a variety of properties.”
The collaboration resulted in Peru’s first law recognizing stingless bees as native species deserving protection. Indigenous scientists were co-authors on the research that influenced this policy change, demonstrating how community-led science can drive legislative outcomes.
The project now includes creating the first stingless bee distribution map across Peru and Bolivia, training park rangers in advanced monitoring technology while applying traditional ecological knowledge, and developing bilingual open-access guides to preserve knowledge for future generations.
Why This Approach Works Better
When indigenous communities lead conservation science, the results demonstrate clear advantages:
Better Science: Traditional knowledge provides research questions and insights that outside researchers might not consider. Rosa’s animal self-medication research, inspired by indigenous ways of understanding the world, opened entirely new scientific inquiries.
Better Conservation Outcomes: Communities that partner in research rather than serve as subjects become stronger advocates for protecting their ecosystems.
Better Policy: When indigenous scientists co-author research that influences legislation, the resulting policies reflect what communities actually need rather than external assumptions.
Better Equity: This approach addresses the historical pattern of extracting indigenous knowledge by making communities the leaders and beneficiaries of research.
The Race to Save 80% of the Amazon
Rosa’s work connects to an urgent, larger conservation challenge currently unfolding across the Amazon basin. Indigenous leaders are calling for protecting 80% of the Amazon by 2025 to prevent the ecosystem from reaching an irreversible tipping point.
Understanding the Tipping Point
Scientists warn that if deforestation and degradation cross 20-25% of the Amazon, the entire ecosystem could collapse into savanna. The current situation is alarming: the region has already reached 26% degradation, with 17% of forest cover lost and another 9% degraded.
Recent research has identified specific triggers that could push the forest past the tipping point: a 65% reduction in forest cover, 10% decline in Atlantic moisture, or just a 6% drop in rainfall could trigger irreversible change.
However, protecting 80% remains achievable. Data shows that 74% of the Amazon (629 million hectares) consists of intact priority areas and low-degradation forest that can still be preserved.
86% of deforestation occurs in areas without territorial management aimed at conservation—meaning outside of protected areas and indigenous territories. Cattle ranching accounts for nearly 2% of global CO2 emissions annually and represents the primary driver of deforestation.
Indigenous Territories as Carbon Storage Leaders
Data supports Rosa’s emphasis on indigenous-led conservation. Although protected areas and indigenous territories cover only half of the Amazon, they store 60% of the region’s carbon—34.1 billion metric tons of CO2. Over the past decade, these areas absorbed 257 million metric tons of CO2, while the rest of the Amazon emitted 255 million metric tons.
Indigenous territories physically occupy 237 million hectares in the Amazon basin, with 45% of the intact forest existing in indigenous territories—an area larger than France, Great Britain, Germany, Italy, Norway, and Spain combined.
Current Challenges and Policy Developments
Recent developments present both challenges and opportunities. Amazon deforestation surged 92% in May 2025 and is up 27% overall this year, with much occurring in recently burned areas as criminals use fire as a less risky method for illegal deforestation.
The crisis extends beyond Brazil. Colombia saw a 43% increase in Amazon deforestation in 2024, with over 113,600 hectares lost, even in protected areas like Tinigua and Chiribiquete.
However, policy responses are emerging. Brazil announced $150 million from the Amazon Fund to boost enforcement—the largest financial aid through the fund, which includes helicopters, drones, and AI systems to monitor remote areas. President Lula partially vetoed Brazil’s controversial environmental licensing bill, removing 63 provisions that would have expedited destructive development projects.
Lessons for Conservation’s Future
Rosa’s work—from her individual scientific discoveries to her organization’s collaborative approach to the broader 80% by 2025 campaign—demonstrates several key principles for effective conservation:
Traditional Knowledge as Foundation: Indigenous communities possess detailed ecological knowledge developed over millennia. Effective conservation science incorporates this knowledge as a foundation rather than treating it as supplementary information.
Community Leadership: When indigenous communities lead conservation efforts rather than simply participating in them, both scientific and conservation outcomes improve measurably.
Holistic Approaches: Rosa’s concept of “living beautifully” suggests that effective conservation requires caring for both ecosystems and the people who protect them, rather than viewing these as separate concerns.
Policy Integration: Scientific research that includes indigenous communities as co-authors and leaders is more likely to influence policy effectively because it reflects actual community needs and knowledge.
Global Connections: Local conservation work in the Amazon has global implications for climate stability, biodiversity preservation, and indigenous rights.
How to Support Amazon Conservation
Several organizations are implementing approaches similar to Rosa’s work:
- Amazon Research Internacional – Rosa’s organization conducting community-led scientific research
- Amazon Watch – Defending rainforest and indigenous rights
- Amazon Conservation Association – Supporting community-led conservation
The Amazonia 80×2025 declaration provides a way to support the broader campaign for protecting 80% of the Amazon by 2025.
For those interested in following current Amazon conservation developments, the Amazon Network of Georeferenced Socio-Environmental Information (RAISG) provides ongoing research and analysis.
Conclusion
Rosa’s journey from a jaguar dream to policy-changing research illustrates how conservation science can evolve to become more effective and equitable. Her work demonstrates that the future of Amazon conservation—and perhaps conservation more broadly—lies not in studying indigenous communities but in following their leadership.
As the Amazon approaches critical tipping points, the traditional knowledge that Rosa’s work helps bridge with modern science becomes increasingly vital. The 80% by 2025 campaign represents both an urgent conservation goal and a broader recognition that indigenous communities are not just stakeholders in conservation efforts—they are the leaders who can make those efforts successful.
The approach Rosa pioneered through Amazon Research Internacional offers a model for how scientific research can support both environmental protection and social justice. By putting indigenous communities at the center of research rather than at the margins, this work creates better science, better conservation outcomes, and better policies.
The Amazon’s future depends on expanding this model—recognizing indigenous knowledge not as folklore to be studied but as sophisticated science to be respected, and supporting indigenous communities not as research subjects but as the scientists and conservationists they have always been
