The Defining Elements
- Laureate of the 2026 Rolex Awards, Rosa Vásquez Espinoza secured the first legal rights ever granted to an insect species, with all 74 members of Peru’s Congress voting in favour.
- Stingless bees pollinate at least 80% of Amazonian flora, with each hive protecting between 20,000 and 100,000 square metres of surrounding rainforest.
- The legal victory protects at least 10 to 15 million bees across approximately 50,000 square kilometres of rainforest.
- Her next phase: a national bee corridor targeting at least 200,000 square kilometres, beginning in the Ashaninka territory in the deep Amazon.
- Her methodology bridges Western chemical analysis of stingless bee honey with Indigenous tracking knowledge passed down through generations.
A Scientist Rooted in the Amazon
Rosa Vásquez Espinoza grew up with a grandmother who came from a small town in the high Andes of Peru, whose own family traced roots to the central high-altitude Amazon. That upbringing shaped her instinct to treat the rainforest as a living system rather than a research subject. Her grandmother, whom she describes as the first chemist she ever knew, taught her to identify and memorise plants from early childhood, laying a foundation that formal science would later build upon.
That dual inheritance became the engine of her work. As she advanced through Western scientific training, she felt the tension of standing with one foot in each world, aware that the two systems were not communicating. Over time she identified her own role clearly: to act as a bridge between modern biological analysis and the ecological knowledge held by Indigenous communities across the Amazon. Her approach treats neither system as subordinate to the other.
The Science Behind the Stingless Bee
Vásquez Espinoza and her team conducted the first chemical analysis of stingless bee honey in Peru, finding that it contained hundreds of distinct molecules drawn from the surrounding flora. That finding reframed the bees not merely as pollinators but as living indicators of forest health. Where stingless bees thrive, she concluded, the broader Amazon ecosystem is functioning. Where they are absent or threatened by deforestation, pesticides, or invasive species, the forest itself is in decline.
Locating wild stingless bee colonies in the field proved one of the project’s most demanding challenges. Most colonies nest inside hollow trees, their only external sign a coin-sized entry hole in trunks that can rise tens of metres above the forest floor. To find them, her team learnt from Indigenous colleagues whose knowledge of bee behaviour, inherited across many generations, allowed them to detect nesting sites by sound and by reading the landscape in ways that no instrument currently replicates.
From Law to Corridor: The Next Scale of Protection
After two and a half years of advocacy, lobbying, and repeated rejections, a Peruvian Congress member eventually called Vásquez Espinoza’s team as the debate began, unannounced. The vote passed with 74 members in favour and none against, making stingless bees the first insect species in the world to hold legal rights: the right to healthy flora, freedom from contamination, and representation by the Indigenous communities that live alongside them. For Vásquez Espinoza, the moment produced an emotional release built from years of accumulated persistence.
The Rolex Awards recognition that followed brought a new resource: scale. She presented her data to SERNANP, Peru’s national service for protected areas, proposing a bee corridor that would run from the Ashaninka territory outward through the heart of the rainforest. The target is at least 100 million bees protected and regenerated, within a corridor covering at least 200,000 square kilometres. Following the SERNANP meeting, authorities confirmed their interest in expanding the model across all of Peru’s national protected areas. The full campaign film is available via the official Rolex video, and further detail on the programme appears on the Rolex website.
Why It Matters
The Rolex Awards have long directed attention toward projects where scientific rigour and community knowledge converge at a point of genuine environmental urgency. For audiences across the GCC, where Rolex maintains a significant presence and where sustainability initiatives increasingly inform luxury patronage, Vásquez Espinoza’s work represents the kind of purpose-driven commitment that the Rolex Awards are designed to amplify. The bee corridor, if realised at the scale she is now pursuing, would stand as one of the most consequential conservation outcomes ever linked to the programme.
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Frequently Asked Questions
What did Rosa Vásquez Espinoza achieve for the Amazon's stingless bees?
After two and a half years of advocacy, she secured the first legal rights ever granted to an insect species anywhere in the world. The Peruvian Congress voted unanimously to legally recognise and protect stingless bees, covering approximately 50,000 square kilometres of rainforest and at least 10 to 15 million bees.
What is the bee corridor that Rosa Vásquez Espinoza is proposing?
She is working to establish a national bee corridor through the heart of the Peruvian Amazon, beginning in the Ashaninka territory. The target is to protect and regenerate at least 100 million bees across a corridor spanning at least 200,000 square kilometres, with the ambition to expand it across all national protected areas in Peru.
How does Rosa Vásquez Espinoza combine scientific research with Indigenous knowledge?
She treats Western scientific analysis and Indigenous traditional knowledge as equal and complementary systems. Her team uses chemical analysis of stingless bee honey alongside community-held expertise passed down through generations to locate bee nests and map their habitats in ways that neither approach could achieve independently.
