An Overview of Hydroponics Systems
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Hydroponics gardening is a fantastic way to garden indoors. A soilless method of gardening, you can utilize a growing medium (or not) and feed the plants using a nutrient solution. Grow lights are used to ensure that plants receive adequate light so that photosynthesis occurs. There are many different hydroponics systems available, with different advantages to each. Learning a bit about each hydroponics system will help you discover which ones might be best for you and your plants.
In the static solution culture method, plants grow in glass or plastic containers that hold nutrient. The plants are held above the liquid by resting on the lid of the container. A hole is cut in the lid to allow the roots through, so that they can reach the nutrient. Oxygen is also important to plant growth, so some form of aeration is needed in the solution. This is most often accomplished in home uses with an aquarium pump. The maintenance is fairly minimal, because you only need to refill or change the solution regularly. Instead of a lid, some gardeners use a sheet of thin plastic to hold the plants right on the surface of the liquid nutrient. With a hole cut in the plastic, this ensures that the roots are always in contact with the solution. This is an easy method for home gardeners to use.
Aeroponics is technically not hydroponics, but it is related. Neither uses soil in which to grow plants. In aeroponics, however, plants grow in a mist or air environment. The plants are held in suspension on a support, and the roots are misted with nutrient solution at regular intervals. The advantage to this system is that it grows great plants while saving on energy and water. It usually takes less of both to grow the same number of plants aeroponically as it would hydroponically.
Deep-water culture allows for very fast growth in plants, because, not unlike static solution culture, plants are suspended over nutrient solution, and the roots dangle in the solution. An aquarium air pump is used to oxygenate the solution, helping the plant roots to take in a great deal of oxygen, leading to quick growth. You can actually connect several plastic containers used for deep-water culture together, and recirculate the water into each container. The advantage of this system is the rapid growth you get out of the plants.
All systems require adequate hydroponic lights. If hydroponics gardening is a new activity for you, you might find it easier to get grow light kits. These ensembles will have all of the necessary components to get your lighting system up and running quickly and easily. Grow lights make a big difference in how well your plants will grow, so be sure to invest in those that are suited to your plants and the environment in which you grow them.
Growing Hydroponics Strawberries.
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Growing Hydroponics Strawberries.
By: Brian Sandifer
The hydroponics system is a soil-less farming system. This system is
presently used to produce enormous amounts of produce, for commercial and individual consumption. This article will look at the production of strawberries with a hydroponics system. For a long time farmers applied methyl bromide in order to kill the soil diseases that is inherent with soil agriculture. But with hydroponics production the need for methyl bromide may soon become a thing of the past.However, in order to set up this system, initial financial commitment is necessary, but that initial investment is usually recovered and more. Strawberries are quite popular with consumers. More so,
when the product is better and tastier. Strawberries are recognized as a high value produce. That essentially means that the product does well in financial conversion. With year round production, this produce is certain to make reasonable amount, and the farmer could recover financially since he could price his product a little higher than
usual without losing his customer base. Strawberries have been shown to do well under the hydroponics system. The farmer will also do well because with that initial set up, he can reuse the nutrient solution, thereby reduce the entire cost of production. Very little is wasted, the water in hydroponics could be reused and the labor is not as intensive as it is with soil farming. The farmer would also need to monitor the temperature for the plant. Strawberries have been found to do much better when the day time temperature is around 68 degrees, and the night time temperature is around 57, or 58. Again it is well known that strawberries respond well to NFT, or nutrient film technique. As long
as the farmer is able to apply such technique he can be sure he will come out ahead financially. So coupled with minimal labor, the potential for higher income from
selling a superior product, there is very little doubt that the farmer will do well financially. . Also it is a big advantage when the farmer could minimize the cost of doing business, because he can reuse the nutrient base solution. At 57 or 68 degrees, lighting is not as intense as could be in other hydroponics farming produce. The system is not labor intensive, so with little attention to the growing plants a farmer could make much more than he could in soil farming.
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