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Sol Academy - Regenerative Education for Biocultural Resilience

Trust T1 (13) Climate action Courses (10) Reduced inequality (1) No Poverty (8) Decent work and economic growth Stratospheric Ozone Land Use Change Tropical And Sub-Tropical Forests Ocean Acidification (2) Zero hunger Release of Novel Entities Freshwater Use Nonprofit / NGO Biosphere Integrity Land System Change (17) Partnerships for the goals (4) Quality education (16) Peace, justice and strong institutions Tours Volunteer Biogeochemical Flows (5) Gender equality Rivers And Streams Climate Change Events (15) Life on land (3) Good health and well-being (11) Sustainable cities and communities Collaborate Participatory & Regenerative Governance Regenerative Agriculture & Soil Health Education Regenerative Entrepreneurship

Size: 2 ha
Climate Zones: Tropical dry zone with strong coastal influence; drought-prone with high evapotranspiration
Regenerative Focus: Use of education to implement regenerative principles across ecological, economic, and cultural dimensions

About this land node

A bioregional learning ecosystem rooted in project-based holistic education, ecological restoration, and cultural resilience. The node regenerates a former grazing landscape through integrated pedagogy, soil restoration, and bioclimatic design, forming a replicable model for land-based education and adaptation.

Overview

Project Vision: To position education as a foundational infrastructure for regeneration, linking ecosystem health, community agency, and intergenerational adaptation
Project Purpose: To foster community participation and regenerative integration with bioregional stake holders to increase territorial resilience by integrating nature-based learning, ecosystem functionality, and social inclusion across educational and community structures.
Project Title: Sol Academy
Political Location: Santa Cruz Canton, Distrito 27 de Abril, Guanacaste Province, Republic of Costa Rica

Ecology & biodiversity

Biodiversity context: Located within priority dry forest restoration mosaic; fragmented habitat in process of reconnection
Ecological corridors: Part of a critical faunal corridor bridging marine edge and inland dry forest patches
Natural boundaries: Defined by micro-watersheds and seasonal riparian corridors within a dry tropical bioregion
Ecosystem unity: Ecological intersection of tropical dry forest and marine coastal systems, forming a high-value restoration interface

Climate & water

Climate Zones: Tropical dry zone with strong coastal influence; drought-prone with high evapotranspiration
Rainfall patterns: Dual-season regime with high interannual variability; peak rainfall May–Oct, dry stress Nov–April
Average Rainfall: 1,500–2,000 mm/year
Temperature Extremes: Min: 20°C | Max: 32°C
Average Temperature: Annual mean: 26°C
Watershed: Nandamojo watershed.Feeds intermittent streams flowing toward Nicoya Gulf recharge zones
Nearby water bodies: Approx. 1 km from Pacific coastline, <2 km from seasonal freshwater flows

Land & terrain

Elevation & slope: 0–200m elevation with gentle slopes and intermittent ridgelines
Landforms: Former pastureland interspersed with rocky outcrops and ephemeral creeks
Soil Types: Sandy loam soils prone to degradation when exposed; current restoration underway with organic inputs and polycultures
Soil health: Organic matter increase through compost, green manure, and perennial root networks
Erosion risk: Moderate erosion risk, addressed through perennial cover and contour techniques
Renewable resource potential: Solar yield 5.5+ kWh/m²/day; biomass cycling through agroforestry; passive water harvesting corridors

People & history

Land Acknowledgements: Acknowledges historical stewardship of the Chorotega people and honors their ecological worldview
Recent land history: Low-impact cattle ranching legacy now transitioning to integrated restoration and food system pilot

Regenerative practice

Regenerative Focus: Use of education to implement regenerative principles across ecological, economic, and cultural dimensions
Regenerative Methodologies: Project-based learning, regenerative agriculture, climate literacy modules, bioclimatic campus infrastructure
Environmental objectives: To be a bioregional community hub for active collaboration of regenerative initiatives.Restore 5+ hectares of degraded forest using native species; regenerate soil and water cycles; embed ecological literacy in curriculum.Student led actions such as beach clean ups, reforestation, pollinators habitat restoration using native species, communal compost, permaculture farming, circular economy, socio ecological entrepreneurship.
Community objectives: Enhance food sovereignty, environmental awareness, and community capacity for territorial self-determination.Incubation, frameworks and community oriented capacity building
Community engagement: Participatory governance with local families; open curriculum sessions; youth-driven restoration brigades
Economic Model: Blended model: tuition + solidarity scholarships + ecosystem-based fundraising + aligned capital mobilization via traceable contributions and digital tools

Impact

Expressed Impact: Currently serves 50+ students; 5+ hectares under reforestation; embedded in territorial capacity development
Key impact metrics: * Verified area under restoration (hectares) * Soil carbon gains * Biodiversity indicators * Learners reached * Governance participation * Alignment with climate adaptation performance standards

Visiting & links

Nearest urban centres: 10 km from Nicoya; access to health, transport, and educational services
Website: https://linktr.ee/sol.academy.cr
Social media: https://www.facebook.com/sol.academy.cr
Visit Link: https://api.whatsapp.com/send?phone=50685559555