Medicinal gardens

Medicinal Gardens for Biocultural Regeneration

An Indigenous-Led Model for Ecological Restoration, Traditional Medicine, and Intergenerational Knowledge Renewal

Mission:
To restore degraded rainforest landscapes through Indigenous-led medicinal gardens that regenerate ecosystems, revitalize traditional knowledge, strengthen community health, and build climate-resilient territorial futures across the Amazon.

Why This Matters Now

Across the world, traditional ecological knowledge is declining at alarming rates. The Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES) has identified biocultural diversity loss as one of the major drivers of ecosystem degradation. Simultaneously, the World Health Organization estimates that approximately 80% of the global population relies in part on traditional medicine for primary healthcare.

In the Amazon, medicinal plants have sustained Indigenous communities for generations — providing medicine, food, dyes, animal nutrition, and cultural identity. Yet accelerating deforestation, soil degradation, climate variability, and extractive pressures are eroding both forest ecosystems and the knowledge systems tied to them.

Medicinal Gardens for Biocultural Regeneration was launched in 2025 to respond to this dual crisis:

  • Ecological degradation

  • Loss of ancestral plant knowledge

The programme restores both landscapes and memory.

High-altitude rainforests provide water for the Amazon
We are committed to restoring the Amazon Rainforest to strengthen the connection between people and their natural environment.
— Dr. Rosa Vásquez, Founder & Executive Director, ARI

A Triple-Benefit Restoration Model

Each medicinal garden is designed to generate interconnected benefits:

🌱 Ecosystem Regeneration

Native medicinal species contribute to:

  • Soil restoration and moisture retention

  • Microclimate stabilization

  • Pollinator support

  • Improved water infiltration

  • Long-term carbon sequestration potential

As climate patterns shift — with increased soil dryness, irregular rainfall, and pest pressures — restoration strategies must integrate both ancestral planting knowledge and adaptive resilience techniques. Communities receive training from ecological experts while grounding reforestation in traditional practices.

🩺 Community Health & Food Sovereignty

The gardens increase direct access to traditional medicine and nutritional plant species, strengthening territorial autonomy in healthcare and reducing dependence on external systems.

🐾 Wildlife & Biodiversity Support

Medicinal and native species also provide:

  • Fruits and forage for wildlife

  • Habitat complexity

  • Support for insects and pollinators

  • Regeneration of degraded patches within broader forest matrices

Reforestation efforts must be guided by those who have safeguarded these ecosystems for generations. Our knowledge ensures the right species are planted in the right places, creating sustainable, self-sufficient forests
— César Ramos, President, EcoAshaninka
Cesar Ramos, President of EcoAshaninka

Impact at a Glance (2025–Present)

✔ 4 Indigenous medicinal gardens established
 • Loreto (Kukama territory)
 • Ucayali (Shipibo territory)
 • Cusco (Ashaninka territory)

✔ 1 high-altitude cloud forest corridor restored
 • Andean–Amazon transition zone
 • Strengthening watershed protection and wildlife corridors

✔ ~7,000 native plants established (combined)
 • ~1,000 seedlings in lowland
 • 6,000 seedlings in montane

✔ 75+ medicinal species cultivated

✔ Approximately 10 hectares under regeneration (combined)

✔ 80 community members directly involved
 • ~50% women
 • Strong youth participation (~20+ youth engaged)
 • Elders guiding species selection and knowledge transmission

Planting decisions are made collectively through intergenerational assemblies. Restoration is carried out in minga — communal work gatherings rooted in Andean-Amazonian traditions of reciprocity and collective stewardship.

Children participate in seedling preparation. Youth document plant uses. Elders share medicinal knowledge. Restoration becomes education.

A Living System of Regeneration

Each garden functions as a living classroom. Elders guide species selection. Youth document plant knowledge. Children prepare seedlings. Restoration becomes intergenerational exchange in practice.

Communities also receive training in climate-resilient reforestation, responding to soil dryness, irregular rainfall, and emerging pest pressures. Traditional knowledge and adaptive ecological science are integrated side by side.

This work contributes directly to global biodiversity and climate commitments — including the Kunming–Montreal Global Biodiversity Framework — while advancing goals linked to health, climate resilience, and life on land.

In practice, this means:

  • Strengthening Indigenous governance over land and knowledge

  • Restoring degraded areas with native medicinal species

  • Building ecological resilience across elevation gradients

  • Creating long-term educational spaces within communities

Regeneration here is ecological, cultural, and educational at once.

In the Kukama tradition, medicinal plants were cultivated with deep respect. They were not regarded merely as natural resources, but as living beings endowed with spirit and wisdom
— Avita Taricuarima, Kukama scientist
The creation of medicinal gardens will allow us to recover ancestral knowledge, promote the care of nature, and offer the general public a living space to learn about traditional medicine, strengthening their identity and their connection to Mother Earth
— Karina Garcia, Teacher, activist, and Shipibo-Konibo leader

Looking Ahead: Knowledge, Science & Scale

Together with Indigenous youth and elders, we will begin co-leading scientific and cultural documentation of the species being restored — establishing ecological baselines and strengthening knowledge sovereignty.

Next steps include:

  • Indigenous-led biodiversity and restoration monitoring

  • Development of a multilingual medicinal plant encyclopedia (Kukama, Shipibo, Ashaninka)

  • Formalization of community research pathways

  • Strengthening intercultural exchanges between territories

  • Expansion into additional communities and ecological zones

The goal is clear: To ensure that restoration is not only planted — but studied, documented, owned, and led by the communities themselves.

Support & Partnerships

  • High-altitude cloud forest reforestation supported by On the Edge

  • Lowland medicinal gardens supported through private philanthropic contribution

We are deeply grateful for partners who believe in Indigenous-led ecological regeneration and long-term territorial resilience.

Uniting traditional knowledge with modern science