Sol Academy

Bioregional Land Node

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Land Node Description

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.

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.

Sol Academy

Project Start Date: 2025-09-01

Mycelium Activation Date: 2025-03-01

Political Location: Santa Cruz Canton, Distrito 27 de Abril, Guanacaste Province, Republic of Costa Rica

Bioregional Location: Chorotega, Costa Rica

Types of Regeneration:

EducationParticipatory & Regenerative GovernanceRegenerative Agriculture & Soil HealthRegenerative Entrepreneurship
Land Nodes

Project
Details

Vision

To position education as a foundational infrastructure for regeneration, linking ecosystem health, community agency, and intergenerational adaptation

Primary 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.

Primary Community Objectives

Enhance food sovereignty, environmental awareness, and community capacity for territorial self-determination.Incubation, frameworks and community oriented capacity building

Regenerative Focus

Project-based learning, regenerative agriculture, climate literacy modules, bioclimatic campus infrastructure

Regenerative Methodologies

Use of education to implement regenerative principles across ecological, economic, and cultural dimensions

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

Steward Type:

Nonprofit / NGO

Land Node Phase:

20+ Years: Long-Term Legacy

Biomes:

Rivers And StreamsTropical And Sub-Tropical Forests

Aligned SDGs:

(1) No Poverty(10) Reduced inequality(11) Sustainable cities and communities(13) Climate action(15) Life on land(16) Peace(17) Partnerships for the goals(2) Zero hunger(3) Good health and well-being(4) Quality education(5) Gender equality(8) Decent work and economic growth

Relevent Planetary Boundaries:

Biogeochemical FlowsBiosphere IntegrityClimate ChangeFreshwater UseLand System ChangeLand Use ChangeOcean AcidificationRelease of Novel EntitiesStratospheric Ozone
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Project
Location

Land Nodes

Geographic
Information

When defining bioregional Land Nodes, geographic qualities are crucial because they help establish the ecological, cultural, and environmental context for regenerative practices. 

*This Bioregional Land Node is working with Mycelium to collect and display more information about their land, community, and regenerative practices. Check Back Soon for More Information!

Ecosystem Unity:

Bioregional system linking terrestrial and coastal habitats through landscape-scale design and learning

Climate Zones

Tropical dry zone with strong coastal influence; drought-prone with high evapotranspiration

Seasonal Precipitation Patterns

Dual-season regime with high interannual variability; peak rainfall May–Oct, dry stress Nov–April

Temperature Extremes

Min: 20°C | Max: 32°C

Watershed Location

Nandamojo watershed.Feeds intermittent streams flowing toward Nicoya Gulf recharge zones

Proximity to Water Bodies

Shallow aquifers under seasonal stress; community-led monitoring in place

Flora and Fauna

Native dry forest flora, Guayacán, iguanas, pollinator species, turtles, coral reefs, sharks, hawks, howler monkeys, iguanas, possums, raccoons, foxes

Landforms

Former pastureland interspersed with rocky outcrops and ephemeral creeks

Land Acknowledgements:

Acknowledges historical stewardship of the Chorotega people and honors their ecological worldview

Cultural Landscapes:

Landscape transition from extractive use to ecological education and community regeneration

Recent Land History:

Low-impact cattle ranching legacy now transitioning to integrated restoration and food system pilot

Ecological Corridors

Part of a critical faunal corridor bridging marine edge and inland dry forest patches

Proximity to Urban Centers

10 km from Nicoya; access to health, transport, and educational services

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