The GP (short for Garden Pool) was a one of a kind creation invented by Dennis McClung in October of 2009. It is truly a miniature self-sufficient food-system. Rather than keeping our creation to ourselves, we have decided to share it with others. GPs are being built all over the world offering an easy and sustainable solution to current food production challenges. The Garden Pool system uses more than 98% less water than conventional farming methods, has next-to zero external inputs, uses no chemical fertilizers or pesticides, and raises very nutritious food!
Current Garden Pool Projects:
C.O.R.N. Garden – Help feed the hungry and provide valuable research for overseas trips at this amazing community garden at the home of Garden Pool.
STEM Garden Kits – FREE hydroponic kits for all K-12 classrooms near Garden Pool.
Seed Library – Check out FREE seeds for your garden with your library card at participating public libraries.
Fruit Trees For Community – FT4C is back with the biggest and best priced wholesale fruit tree order in the Southwest. Order amazing nut, berries, and fruit trees and we will also donate to the community in your name.
Garden Pool Research Center – Our headquarters, and home of the original Garden Pool, is getting a remodel. Our research center includes 3D printing, a plant propagation station, hydroponic supply room, computers, and all of the tools GP needs to do what we do at the Garden Pool.
Garden Pool Ghana – The GP Team is working with villages in the beautiful West African country of Ghana to build scalable commercial food systems to empower economic development and provide nutritious food to the community.
Garden Pool Haiti – GP is going back to Haiti in Spring 2016 to build more Garden Pools and also look to manufacture our 5 Gallon Bucket U.V. Sterilizer.
Garden Pool Honduras – The GP Team is designing a large-scale sustainable food system to help feed a rural orphanage and K-12 school with 350 children. We will also bring hands-on agriculture and 3D modeling skills for the soon-to-be University. Look for the build to take place in 2016!
More projects are in the works…
Garden Pool was created to document converting an old backyard family swimming pool into a closed-loop ecosystem and has since evolved into an international non-profit organization.
A typical Garden Pool system combines:
- solar power – harnessing and storing the sun’s energy
- water conservation – using less water by recycling wastewater and harvesting and storing dew & rainwater
- poultry farming – raising chickens & ducks in a closed-loop symbioses with the fish, pond plants, and the vegetation from the Garden Pool.
- closed-loop aquaculture – raising tilapia fish and the feed for the fish in the system itself while continuously recycling the fish pond water.
- organic horticulture – using natural methods to control garden pests without using chemical pesticides or chemical fertilizers to grow.
- hydroponic and aeroponic gardening – growing fruits, veggies, & herbs without soil
- aquaponics – the symbiotic cultivation of produce and fish in a recirculating hydroponic environment, the Garden Pool way.
- biofiltration – natural water filtration method using biochemistry and a special mix of pond plants, including duckweed.
- thermal mass – thousands of gallons of water that is warmed by the sun and being surrounded by earth and concrete provides “inertia” against temperature fluctuations.
- permaculture – GP systems mimic relationships found in natural ecologies.
- dairy goats – dwarf Nigerian pygmy goats provide fresh milk daily.
- dwarf fruit & nut trees – small trees that produce an array of food.
How To Make a Garden Pool:
Step 1: Dig a pond or reuse an empty pool.
Most GP’s are usually either pool or pond-based systems. A pond can be hand-dug in a day with helpers, but always call before you dig to make sure there aren’t buried utility lines. You can also repurpose other water storing items such as barrels or IBC’s. Get creative and reuse what you have. It is best to place the pond inside the greenhouse to take full advantage of thermal mass.
Step 2: Build a Greenhouse
Step 3: Cover the GP with Plastic or Shade Cloth
Step 4: Add a Solar Setup
Step 5: Add Plants, Chicken or Ducks, and Fish
Once you add life to a GP it transforms in to an ecosystem. Algae from sunlight and animal waste begins the process. Algae is fish food and the fish waste is plant food. The pond plants help feed the poultry and fish. Once established and properly maintained, GP’s are self-sustaining. A once useless space can be transformed into a highly productive and easily scalable food-system that uses a fraction of the water traditional farming methods use without external feed, pesticides, or fertilizers.
Step 6: Grow Food & Harvest 365 Days a Year!
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