The Golden Book of Aquaponics 2

Why Try Aquaponics? 

Aquaponics is an efficient answer to the most basic requirement of modern living: a clean and sustainable source of food. Traditional aquaculture and farming are out of reach for the majority of individuals in the country. Not everyone has a large space that can be dedicated to a conventional vegetable garden.

Shortage of usable space prevents people from even trying farming their own food. Aquaponics eliminates these problems because this type of system does not require a lot of space. What is aquaponics, anyway?

Aquaponics is simply a hybrid of aquaculture (farming of fish) and hydroponics (vegetable farming with the use of a water-based medium). Aquaponics combines the best of both systems. This translates to more advantages for the aquaponics farmer. How does an aquaponic system work?

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Aquaponics Stanadard As wikipedia says too No1

From Wikipedia, the free encyclopedia

A small, portable aquaponics system

Aquaponics  is a sustainable food production system that combines a traditional aquaculture (raising aquatic animals such as snails, fish, crayfish or prawns in tanks) with hydroponics (cultivating plants in water) in a symbiotic environment. In the aquaculture, effluents accumulate in the water, increasing toxicity for the fish. This water is led to a hydroponic system where the by-products from the aquaculture are filtered out by the plants as vital nutrients, after which the cleansed water is recirculated back to the animals. The term aquaponics is a portmanteau of the terms aquaculture and hydroponic.
Aquaponic systems vary in size from small indoor or outdoor units to large commercial units, using the same technology. The systems usually contain fresh water, but salt water systems are plausible depending on the type of aquatic animal and which plants.[citation needed] Aquaponic science may still be considered to be at an early stage

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Aquaponics basic Components of a system

Aquaponics - Aquaculture Meets Hydroponic Farming 

 

There are a variety of methods used in aquaculture, but the system - by definition - is a closed system. This in itself poses a problem - the large amounts of water needed to successfully sustain a healthy colony of aquatic life. When you grow commercial amounts of fish or other aquatic species you must clean the water continuously due to the high amounts of toxins given off by the waste of the crop.
Hydroponics itself poses problems of its own, namely the constant flow of water and addition of nutrients - a costly and time-consuming effort. Water must be constantly monitored for necessary supplementing with food and other components for plant health, and the constant, open circulation of water results in large amounts of evaporation of water that must be replaced continuously.
Enter Aquaponics and its benefits. If the fish needs clean water to survive, and the plants need constant nutrients, why not give each what it needs in a compatible, symbiotic relationship that, when balanced, becomes a complete ecosystem needing just a minimal amount of maintenance? That plan was put into place, and by aquponics we have the ever-expanding research of combining the two systems for the greater good, enabling more food to be grown in less space, and less water being used to grow it.

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Urban Aquaponics Basic Components

There are three part components to the system:

Your Fish, The Plants You Grow, and The Hardware You Use To Build.

1. Fish

A variety of freshwater fish can and have been used for aquaponics systems,

including carp, goldfish, trout, smallmouth bass, largemouth bass, catfish, and

tilapia to name a few.

2. Plants

Based upon your decision surrounding your choice of fish, and the stage of their

maturity, you will now need to give thought to your plants.

The Ultimate Aquaponics Home System is a float based system, and you can

either start your seedlings already in the floats or you can transfer the shoots

from a seedling bed attached to the system (an option for which your plans here

allow) or from a conventional seedling tray.

3. Hardware

Schedule 40 PVC, Pump, Floats, lumber, and water treatment products.

Many of the hardware items can be purchased locally.

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The Golden Book of Aquaponics 1

 Introduction: Many years ago, a friend of mine introduced to me the concept of aquaponics. At first, the idea seemed a bit crazy - take care of fish, and let vegetables/fresh produce grow with the help of the nutrients present in the fish tank. Let me be honest with you: I have no green thumb. Im no farmer, and I am certainly no fish expert.

And yet, something about aquaponics caught my fancy. It was the idea of true self-sufficiency that made me try it. I imagined myself being able to grow a clean protein source (fish) and a steady source of vitamins, minerals, and fiber (vegetables). It was really the stuff of dreams. Who hasnt dreamed of being able to pick clean and tasty food from their own yard?

And then there I was - looking at a simple blueprint for a backyard aquaponic system. My friend told me that he didnt have the time to experiment in his own yard and he thought about me when he was about to throwaway the blueprint.

I took the blueprint, thanked my friend, and embarked on my own personal backyard adventure. I never looked back. Now my own aquaponic system is steadily producing tilapia and other edible fish, and I have fresh vegetables to harvest every few months. You can do this, too! Why Try Aquaponics?

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Art the aquaponics

Acquaponics system reflects the values ??and culture of art Watch this video

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Aquaponics Stanadard As wikipedia says too No2

 

 

 

Function

Aquaponics consists of two main parts, with the aquaculture part for raising aquatic animals and the hydroponics part for growing plants.. Aquatic effluents resulting from uneaten feed or raising animals like fish, accumulates in water due to the closed system recirculation of most aquaculture systems. The effluent-rich water becomes toxic to the aquatic animal in high concentrations but these effluents are nutrients essential for plant growth.[1] Although consisting primarily of these two parts, aquaponics systems are usually grouped into several components or subsystems responsible for the effective removal of solid wastes, for adding bases to neutralize acids, or for maintaining water oxygenation... Typical components include:

    Rearing tank: the tanks for raising and feeding the fish;
    Solids removal: a unit for catching uneaten food and detached biofilms, and for settling out fine particulates;
    Biofilter: a place where the nitrification bacteria can grow and convert ammonia into nitrates, which are usable by the plants;..
    Hydroponics subsystem: the portion of the system where plants are grown by absorbing excess nutrients from the water;
    Sump: the lowest point in the system where the water flows to and from which it is pumped back to the rearing tanks.

Depending on the sophistication and cost of the aquaponics system, the units for solids removal, biofiltration, and/or the hydroponics subsystem may be combined into one unit or subsystem,[1] which prevents the water from flowing directly from the aquaculture part of the system to the hydroponics part

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