The Institute’s agroecological work began at Synergia Ranch in northern New Mexico in 1969. When the property was acquired, decades of overgrazing and land misuse had left much of the landscape degraded and vulnerable to erosion. Through ecological restoration, soil-building, water conservation, tree planting, and organic cultivation, the ranch was gradually transformed into a productive and biodiverse oasis within the semi-arid piñon-juniper ecosystem of the American Southwest.
Today, Synergia Ranch continues to function as an active demonstration site for regenerative agriculture and ecological restoration. Orchards, gardens, pollinator habitats, native grass plantings, compost systems, and erosion-control structures are integrated into a working landscape that produces food while enhancing biodiversity and ecosystem health. No-till cultivation, compost-based fertility, drip irrigation, and biological soil management are used to improve soil function, increase water retention, and build long-term resilience in an increasingly arid climate.
Building Healthy Soils
Healthy soils are the foundation of productive ecosystems. The Institute’s agroecology programs emphasize composting, soil biology, organic matter restoration, and regenerative land management. Current work at Synergia Ranch includes hot composting, vermicomposting, Johnson-Su bioreactors, biochar-enhanced composts, and biological soil inoculation techniques designed to increase microbial diversity and improve soil structure. These efforts build upon decades of experimentation with composting and nutrient cycling that informed later ecological systems research, including Biosphere 2 and other closed ecological system studies.
Water and Landscape Restoration
Water scarcity and soil erosion are defining challenges for many of the world’s agricultural regions. The Institute has long explored methods for restoring degraded landscapes through ecological design. At Synergia Ranch, this includes erosion-control structures, native grass hedgerows, pollinator corridors, micro-catchments, drip irrigation, and other techniques that slow water movement, increase infiltration, and improve soil stability.
The Institute’s work in ecological water management also extends beyond agriculture through the development of Wastewater Gardens®, biologically based wastewater treatment systems that mimic the cleansing functions of natural wetlands while producing attractive and productive landscapes.
Learning By Doing
Practical work has always been integral to the Institute’s approach. Volunteers, students, researchers, farmers, land managers, and community members regularly participate in workshops, field days, research projects, and hands-on learning experiences. Knowledge is shared through experimentation, observation, and collaboration across disciplines.
This tradition reflects a core principle of ecotechnics: that lasting solutions emerge when scientific understanding, practical experience, and cultural creativity are brought together.
Agroecology for the Future
As climate change, biodiversity loss, soil degradation, and water scarcity increasingly challenge food systems worldwide, agroecology offers practical pathways toward resilience. The Institute of Ecotechnics continues to explore and demonstrate methods that regenerate landscapes, support biodiversity, strengthen local food systems, and foster a more harmonious relationship between human communities and the ecosystems that sustain them.
Agroecology is not simply a method of farming. It is an ongoing process of learning how to live productively within the limits and opportunities of the biosphere.
- No-till gardens focused on building soil health, increasing organic matter, and enhancing biological activity
- Native pollinator hedgerows integrated throughout orchards to support biodiversity and ecosystem resilience
- Intensive short-duration rotational grazing systems that improve pasture productivity and soil regeneration
- Erosion-control structures designed to stabilize landscapes and restore degraded gullies, arroyos, and washes
- Rainwater harvesting and catchment systems that capture, store, and distribute water for native plant restoration and agricultural production
Read more about the projects implementing these practices click Here