Saturday, May 3, 2014

Turn your backyard into a working farm: Scott Henley - Pasadena CA.

Turn your backyard into a working farm. 

Published on Feb 24, 2014

Scott Henley wanted to prove he could turn the backyard of his modest Pasadena (Los Angeles) home into a working farm. To turn his 8000-square-foot backyard into a productive farm, Henley turned to aquaponics- a combination of aquaculture (fish farming) and hydroponics: "This is a very efficient way to grow things in a small space. And it also produces a protein source."

He farms tilapia because they breed fast. The fish waste is broken down in the water by naturally-occurring bacteria into nitrate. The plants take up the nitrates as food and the now-cleaned water is fed back to the fish and the process begins again. The only inputs are sunlight and fish food. It's an inherently organic system because any pesticides would upset the natural balance of the small ecosystem.

After less tha 2 years in operation (he started in the summer of 2012), he- through Whisper Farms- now sells enough produce to restaurants, CSAs and at the local (Altadena) farmer's market- to cover all costs and produce a small profit. His "experiment" is still not productive enough to create a salary, but he hopes that will change once he's able to sell his fish and create more of a cooperative setup with other farms (to reduce the permitting costs for selling at farmers' markets).

Filmed by Johnny Sanphillippo -- more of his stories about urbanism, adaptation & resilience: http://granolashotgun.com/  
Original video: http://faircompanies.com/

Tuesday, April 29, 2014

How to build an IBC aquaponic system.

 
How to build a really simple IBC aquaponic system using a minimal amount of tools.
Do you want to build an aquaponics system using cheap recycled materials? You’ve come to the right place. Here at Santa Cruz Aquaponics we have a simple aim, to help as many people as possible set up their own aquaponics system. So in helping people do this we’ve tried to provide in depth information about IBC’s and about the different ways in which people have used them in aquaponics
We also have step by step instructions, parts lists and pictures of many different IBC aquaponic systems. You can download "The IBC of Aquaponics" an interactive pdf manual on building IBC aquaponics systems for free from here:
 http://ibcofaquaponics.com/files/IBCofAquaponics.pdf

Totally free, over 180 pages of information. 
www.backyardaquaponics.com

Tuesday, April 22, 2014

Aquaponic Science Project Update

Hello everyone, and Happy Earth Day. The lettuce and basil plants are beginning to sprout and I'm as giddy as a schoolgirl over the prospect of enjoying some fresh garden salads soon. I will keep you posted.
This is the basic idea for a aquaponic container: It's called an IBT.

IBT with a grass skirt. Don't ask.

Pipes lead to a two-stage filter unit and pump.

Lot of lava rocks for the plants.
The lettuce and basil plants are beginning to sprout.

Tuesday, April 1, 2014

275 gallon IBT container tanks came today.

We received the fish tanks today, two 275 gallon IBT containers. Nice and clean, ready to fill them up once we get a pad on the ground.





Thursday, March 27, 2014

What is Aquaponics?

What is Aquaponics?

  Aquaponics is the combination of aquaculture (raising fish) and hydroponics (the soil-less growing of plants) that grows fish and plants together in one integrated system. It is a concept that mimics mutually beneficial natural systems. Vegetables and fish grow together: the combination of aquaculture and hydroponics. Aquaponics is a sustainable, self contained, closed loop food producing ecosystem. Aquaponics systems are becoming very popular across the world, with many small to medium size aqua farmers starting Aquaponic systems in the backyard. Aquaponic systems use a cycle of symbiotic relationships: the fish feed the plants with it's waste products, and the plants support the fish by filtering out the waste and using it as fertilizer. Aquaponic systems uses no chemicals, requires a fraction of the water that is normally used in field crop production. With California facing extreme drought this year. Aquaponics could save the California AG industry! The fish supply nutrients to a bed of plants (called Grow Beds), and plants clean up the water that the fish live in, making a mutually beneficial environment. No chemicals are added what so ever. The only thing added to the system is food for the fish.
  • Aquaponics produces ten times more crops in the same amount of space
  • Aquaponics uses 75% less energy than almost any other farming method
  • Aquaponics is free of chemical fertilizers, pesticides, and herbicides
  • Aquaponics require 1/2 the labor necessary of other food production methods
  • Aquaponics eliminates weeds, pests, and diseases for fish and plants
  • Aquaponics can range in size from desktop systems to commercial farms
  •  Aquaponics uses 90% less water than conventional farming methods 
  • The symbiotic relationship is efficient and sustainable
An aquaponics system is made up of a tank containing your fish of choice, and a series of grow beds for vegetable production. The fish water is pumped to the grow beds, and is evenly distributed by a simple system of pipes. The fish water feeds the plants, such as tomatoes, cucumbers, lettuce and other green leafy vegetables, then filters through the grow bed that is filled with gravel/round river stones, finally returning to the fish tank by gravity or by pump. The water is returned to the fish tank cleaned and ready for use by the fish. And so the cycle continues. It is totally organic.


Aquaponics is a balanced, self-contained eco system that works, a natural balance is achieved. Earthworms can be raised to feed the fish and the earthworm compost is used in other parts of the garden or perhaps planter box gardens. The worm farm is fed on excess vegetable material from the aquaponic system. The plants perform essential filtering functions, the solid waste removal, and bio-filtration. Once the system is initialized, the water stays Ph balanced and remains crystal clear. The water is basically recycled, with a small amount of water added weekly to compensate for what is lost by evaporation, and transpiration by the vegetables. Aquaponic systems use about 10% of the water required for traditional gardening. Aquaponics is the future of commercial food production.
Planter Grow Bed
Planter beds provide better plant support and are closely related to traditional soil gardening. The cost of building the system is lower because there are fewer components, and it is easier to understand and learn. The industry standard is to be at least 12″ (300 mm) deep to allow for growing the widest variety of plants and is made of food safe material.