1 an aquarium and plant support 2 bacteria to break down fish waste 3 a filter containing the

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Aquaponics is a practical system that has begun using only a couple of decades. It is a hybrid technology that combines hydroponics farming (fish farming) and (growing plants without substrate, off the ground). It is an environmental technology that spends almost no water, plants are virtually no nutrients and fish need a filter system. It acts as an ecosystem between plants and fish, fish waste the power of plants, and plants act as a natural filter for fish.
Although fish breeding farms and growing plants in soil is made from very ancient times, the combination of both is very new. Research on aquaponics began around 1970 and continues. Many universities and laboratories around the world are interested in this new technology, which grow plants and raise fish with a minimum of waste and costs, and also its commercial applications is very funny. For schools, aquaponics is an excellent hog model of natural biological cycles that teaches students the life of the fish and the plants in a masterful synergistic process.
Aquaponics is an amazing cycle and a perfect example of synergy, where man has been inspired by nature. If you look around, plants grow in oceans and in and around ponds and lakes. Why? Nature must have had several reasons for this. And one is the close relationship that exists between plants and fish.
Fish live in a clean, well-oxygenated environment, and must be fed properly. Consume their food and are solid and liquid wastes. If accumulation of debris will poison hog fish is formed in the tank. This is the reason why aquariums are always sold with a special filter that removes wastes.
The plants consume most of their food through the roots. For this to occur, the solid parts should be reduced to its chemical fundamentals. Explained simply, the solids must be exposed to water to feed certain bacteria (the "nitro-bacteria") begins to decompose. Throughout bacterial chain solids are transformed into nitrite, terribly poisonous to plants, and then into nitrates, which plants absorb and take advantage of them. During this conversion many minerals plant carrying most of the essential elements needed are also processed. While plants absorb their nutrients removed all waste water fish, creating a clean environment and healthy fish need to live and grow.
A commercial scale aquaponics technique remains on the sidelines, although nowadays more and more companies begin to use it, especially in Australia and California. In the Virgin Islands, a team of researchers has developed a commercially viable aquaponics system designed for use in the tropics where natural numbers of fish have been reduced and many agriculture products rely on importation.
1 an aquarium and plant support 2 bacteria to break down fish waste 3 a filter containing the bacteria and can aerate the water 4 fish and fish food floors 6 5 pH regulators (Up and Down) and a test kit, test kit, and a comprehensive supplement micro and sub-micro-elements to prevent any deficiencies in the diet of plants.
How about looking at any pet shop: the aquarium, filter and "nitro-bacteria" needed to convert hog fish waste into plant food. It is important to know that is not essential to buy the bacteria as it will develop naturally in the tank in about three weeks. But if you prefer not to wait and you also want to ensure your results, you can buy it in appropriate and mix with other quantities, as they are not too expensive. hog
As to the culture system, must be hydroponic. You can choose hog the one you want. You can use NFT or Aero-hydroponics, depending hog on how you want to harvest: NFT for soft crop, Aero-hydroponics for dynamic and vivid results. Is important to ensure oxygenation excellent solution to both the fish and to the plants. Of course, make sure the temperature is adequate, good ventilation, cleaning, etc., ... ie all parameters that guarantee a traditional hydroponics and c