Hydroponics and Aquaponics Agrivoltaics Demonstration for Youth and Food Security
The St. Eustatius Farmers Foundation proposes a Statia Doet community action project to expand its proven agrivoltaics experiment at the STUCO Solar Park by introducing vertical hydroponic tower gardens and a small-scale aquaponics demonstration system.
Our field experience has already shown that syntropic-style beds and traditional planting methods can perform successfully under agrivoltaic conditions. We are now ready to take the experiment to the next level by integrating innovative vertical farming systems that use less land, maximize water efficiency, and demonstrate climate-smart agriculture in action.
This project will dedicate a vertical hydroponic tower system and an aquaponics unit as educational demonstration tools for youth, volunteers, farmers, and community members. These systems will help show how modern food production methods can thrive even in small spaces and under changing climate conditions. By combining these systems with agrivoltaics, the project will illustrate how food can be grown in harmony with solar infrastructure while improving resilience, reducing water stress, and creating opportunities for local learning and innovation.
The overall purpose of the project is to inspire youth and community members to see agriculture not as an old-fashioned survival activity, but as a modern, scientific, and entrepreneurial pathway. Through hands-on participation, youth will learn about plant growth, nutrient cycling, water conservation, solar-integrated farming, and the importance of local food production for island resilience.
The St. Eustatius Farmers Foundation proposes a Statia Doet community action project to expand its proven agrivoltaics experiment at the STUCO Solar Park by introducing vertical hydroponic tower gardens and a small-scale aquaponics demonstration system.
Our field experience has already shown that syntropic-style beds and traditional planting methods can perform successfully under agrivoltaic conditions. We are now ready to take the experiment to the next level by integrating innovative vertical farming systems that use less land, maximize water efficiency, and demonstrate climate-smart agriculture in action.
This project will dedicate a vertical hydroponic tower system and an aquaponics unit as educational demonstration tools for youth, volunteers, farmers, and community members. These systems will help show how modern food production methods can thrive even in small spaces and under changing climate conditions. By combining these systems with agrivoltaics, the project will illustrate how food can be grown in harmony with solar infrastructure while improving resilience, reducing water stress, and creating opportunities for local learning and innovation.
The overall purpose of the project is to inspire youth and community members to see agriculture not as an old-fashioned survival activity, but as a modern, scientific, and entrepreneurial pathway. Through hands-on participation, youth will learn about plant growth, nutrient cycling, water conservation, solar-integrated farming, and the importance of local food production for island resilience.
Friday • 09:00 - 13:00
Lynch STUCO SOLAR PARK
Other
Other
Outside
0 / 6 Volunteers
4 Organization volunteers
4 Organization volunteers
Contact person
PEECC Foundation
Sara
M Stone
(599)3184817
Project Goals
Expand the current agrivoltaics experiment into vertical hydroponics and aquaponics
Demonstrate innovative food production systems for youth education
Promote food security and crop resilience on St. Eustatius
Encourage community participation in sustainable agriculture
Show how limited space and water can still produce healthy crops efficiently
Build awareness of future farming careers, green innovation, and local entrepreneurship
Project Objectives
Install at least one vertical hydroponic tower garden within the agrivoltaics demonstration area.
Set up a small aquaponics demonstration system showing the relationship between fish, water, and plants.
Engage youth and volunteers in the assembly, planting, and maintenance of the systems.
Provide practical demonstrations on water-saving agriculture, vertical growing, and solar-linked food production.
Produce leafy greens, herbs, and suitable crops that can serve as examples of resilient local food production.
Why This Project Matters
St. Eustatius, like many small islands, faces challenges related to food import dependence, climate pressure, limited land, and water scarcity. This project responds directly to those realities by showcasing systems that are:
space-efficient
water-efficient
educational
innovative
adaptable to island conditions
The project also supports a broader vision of creating a more self-reliant and food-secure Statia, while motivating youth to take interest in agriculture, science, sustainability, and technology.
Expand the current agrivoltaics experiment into vertical hydroponics and aquaponics
Demonstrate innovative food production systems for youth education
Promote food security and crop resilience on St. Eustatius
Encourage community participation in sustainable agriculture
Show how limited space and water can still produce healthy crops efficiently
Build awareness of future farming careers, green innovation, and local entrepreneurship
Project Objectives
Install at least one vertical hydroponic tower garden within the agrivoltaics demonstration area.
Set up a small aquaponics demonstration system showing the relationship between fish, water, and plants.
Engage youth and volunteers in the assembly, planting, and maintenance of the systems.
Provide practical demonstrations on water-saving agriculture, vertical growing, and solar-linked food production.
Produce leafy greens, herbs, and suitable crops that can serve as examples of resilient local food production.
Why This Project Matters
St. Eustatius, like many small islands, faces challenges related to food import dependence, climate pressure, limited land, and water scarcity. This project responds directly to those realities by showcasing systems that are:
space-efficient
water-efficient
educational
innovative
adaptable to island conditions
The project also supports a broader vision of creating a more self-reliant and food-secure Statia, while motivating youth to take interest in agriculture, science, sustainability, and technology.
