hydroponics

Hydroponics – “Soiless Agriculture” is useful in two main ways. First, many plant species grow more in less time and often are of higher quality. With the result, under certain environmental and economic conditions, hydroponics growing is more profitable and beneficial to the farmer. Second, by providing more controlled environment than growing in soil, the hydroponic techniques remove many unknowns from experiments.

When plants are grown hydroponically there are no soil-borne diseases, weeds to pull, or soil to till, and plants can be placed very close to one another. This allows producing a large amount of food in a small amount of space. Water-efficiency is one more feature of hydroponics as it uses closed loop systems or containers that re-circulate the water, and therefore requires only a small fraction of the water used in traditional farming.

The same qualities make hydroponics ideal for those who wish to grow plants with maximum density and maximum control over conditions. These qualities combine to make hydroponics useful wherever people wish to grow plants in a non-traditional manner. Science fiction writers have long speculated that hydroponics would allow space stations or spaceships to grow their own food.

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As it is rewarding, hydroponics is also a very delicate and soliciting system. Regardless of whether you're an amateur or professional, you will need at least some hydroponics schematic plans before you actually start the crop. You need to get an idea what the growing place will look like, what its maintenance necessities will be and how much further you will have to invest before you finally harvest the crop.

To get a picture of what a hydroponics system looks like, it is a good idea to turn to someone else who works in the field and see the real indoors culture. Yet, if that is not possible for you, try one of the hydroponics schematic plans available online.

Virtual growing rooms

Meeting the need of having a model starting point, many sites provide hydroponics schematic and detailed plans of a soilless growing system. One of the latest idea was that of organizing a virtual growing room where visitors interested in hydroponics can really see what it is like for themselves. Not only accurate images, but very professional explanations of the working parts come together with these virtual tours. Growing rooms on display online help increase interest in the soilless culture growing and increase the self-confidence and knowledge of the growing community.

You may be wondering why anyone would let you find out the secrets of a business, even by simply revealing the hydroponics schematic plan. It comes without saying that such plans are provided by companies that very often sell hydroponics equipment, and have a commercial interest in the business too. Or, they may want to promote some of the complete hydroponics plans online.

However, mention should be made that there are cases when such virtual growing rooms are displayed by environmental organizations in order to increase population awareness. All in all, regardless of such reasons, having a look at the hydroponics schematic rooms and plans is a terrific opportunity. Don't miss such a useful experience!

Small or large hydroponics schematic plans

The hydroponics schematic plans available on the Internet are applicable to different business sizes. Not any plan matches all types of growing systems, even there may be differences particularly in the type of irrigation you choose for your plants.

Many of the systems proposed online include designs that can be monitored from the distance in all respects, either nutrient solution concentration or environmental control over the small indoors garden. Then it is up to you what kind of hydroponics culture you want to grow.

Growing and caring for orchids is a very pleasurable experience for any enthusiast. There is however an alternative to growing orchids the traditional way and that is with hydroponics. Hydroponics allows you to grow crops and plants without soil or compost as the roots of the plants are placed in a mineral nutrient solution.

The Babylonians and Aztecs cultures grew plants without soil so technically they were using a form of hydroponics. Our technology and scientific knowledge has improved dramatically since the times of the Babylonians and Aztecs as well as our understanding of the benefits

In their natural environment, plants absorb mineral nutrients from soil when these nutrients dissolve in water. The level of our understanding of the required nutrients has enabled us to artificially introduce them into the plants water supply and as a result the soil is no longer required.

Please be aware that there is a difference between hydroponics and a soilless culture. Hydroponics is a type of soilless culture but other soilless cultures include sand and gravel.

There are many advantages using hydroponics which can be applied to the care of orchids.

No soil It should be obvious that you don t need to purchase any soil. No soil means that soil borne diseases are no longer an issue which reduces the need for pesticides.

No weeding required

Watering It is very difficult to under water an orchid but over watering is a very common problem. Hydroponics removes this headache and at the same time saves water.

Space Less space is required with hydroponics.

Light More of the plant is exposed to sunlight. Also, as more of the plant is exposed it is
possible to see the roots so identification on any problems is easier.

It s easy The system is very easy to set up and once set up it requires very little maintenance.

Growth The orchid is given the correct nutrients in the correct quantities which means more beautiful and healthy orchids can be grown.

There are obviously many advantages which hydroponics provides. It won t however solve all the problems faced by the orchid enthusiast. Greater flower yield isn t always guaranteed and the costs can sometimes be higher than when grown in soil.

Orchid enthusiasts should make an effort to at grow at least a few orchids using this method. They will be surprised at the ease of using hydroponics and it will only increase their knowledge and experience in the care of orchids.

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.

Whether you are a newcomer to indoor gardening or have been practicing it for years, you are aware that it is certainly not the most practiced kind of gardening done in the world today. Though there are more and more people growing their own flowers, plants, and vegetables each year, there is certainly not a majority of people growing these indoors in water instead of outdoors in soil. It is for this simple reason that it is not always easy to get your needs met when it comes to getting all of the hydroponics supply items that you need to start and maintain an indoor growing system.

Though a trip to any neighborhood gardening shop will not bring a whole lot of results if you are looking for indoor gardening supplies, some shops do offer a little corner with nutrients for your water trays or lighting for your indoor garden. For most indoor gardeners, however, the amount of available items and products is completely insufficient for operating a functioning indoor garden.

Some of the things that are needed are offered by these general gardening shops, but a lot of the items are missing. Anyone who is serious about indoor gardening is looking not just for a bag of nutrients for their water garden. They are also looking for a variety of different types of such nutrients. If you find yourself in this situation, you might look to the Internet in order to meet your hydroponics supply needs.

The good thing about the Internet is that it can bring supplies to people across the U.S., or even across the world. A specialized shop just for indoor gardening might not draw enough customers in order to stay open, but an online store has the opportunity to draw customers from across the U.S. or across the world. It is for this simple reason that the Internet is probably a better place to look if you need more indoor gardening supplies than can be found in your local gardening center.

The question then becomes how to find the best hydroponics supply online store. As with many other categories of online stores, there is a large variety available, so choosing the right one is not usually an easy task. Be sure to look for companies that offer a variety of products, and compare prices to make sure you are finding the best deals on individual items.

The Hydroponics Outlet not only offers a selection of top of the line products at low prices, they also provide personalized customer service. The people behind this online store are not primarily concerned with making a sale they are primarily concerned with helping their customers grow the best flowers, plants, and delicious vegetables inside their homes. This is the reason why we are the best when it comes to hydroponics supply sources available online. Visit http://www.hydroponicsoutlet.com today to learn more.

Any hydroponics system is based on the same primary principle: you replace the soil with something else to support plant roots, in an effort to give a chance in areas of the world where nothing grows because of poor soil quality, such as sand and ice deserts, high mountain platforms and many more. If we look at the word's meaning : "hydroponics system", 'hydro' means water and 'ponos' refers to labor, so a hydroponics system is defined as the "working water".

How hydroponics systems evolved and who used them

A hydroponics system was attested to have been created and used for the first time by the Babylonians, and we also know that the Aztecs possessed similar knowledge about building it too. When referring to a hydroponics system as we know it today, we must take into consideration that the actual concept appeared at the beginning of the 19th century.

Over the last several hundred years, horticulturists and many scientists have tried to develop various hydroponics system models attempting to grow crops in regions of the globe where the soil makes traditional agriculture impracticable. A version of a hydroponics system was included in the NASA spacial program bringing fresh vegetables in space and helping astronauts clean the air.

Before the late 1970s very few people were interested in hydroponics system models and those pioneers were scientists or horticulturists. In the years that followed more and more people were attracted by this idea, and many hydroponics system models were bought to be used as a hobby.

Agriculture using hydroponics system models needs very few or no pesticides at all, since almost all the problems plants have are generated by soil, so practically you will have ecological crops at a decent price. If you are a professional horticulturist buying a hydroponics system isn't an expensive and risky investment, because the need for ecological food has increased all over the world. Thus it is sure fact that there will be buyers for your crops. But not only horticulturists benefit from the advantages of hydroponics system models, teachers also find them very useful especially when teaching children about plants and crops.

What is the potential of hydroponics system models?

As I said before hydroponics system models bring something new, they are an innovation based primarily on technology and electrical power supply. I also have some doubts about those who say that hydroponics system models can bring food in poor countries, in such cases a hydroponic system needs an electric infrastructure first in order to serve community interests.

The potential of this new agricultural opportunity attracted many investors especially after the 80s, when all the hydroponics system components were made out of plastic, which is cheap and easy to replace when needed. Maybe this is the agriculture of the future.

The word “hydroponics” is derived from two Greek words: cidra, meaning water, and punikos, meaning labor; thus, literally “waterworks.” Contrary to popular belief, hydroponic gardening is an ancient form of agriculture, going back 3,000 years. There are references to the cultivation of plants directly in water in Egyptian records dating back to the time of the New Kingdom and the “Woman-King,” Pharoah Hatshepsut around 1460 BCE.

The best-known grow systems of the ancient world were the Hanging Gardens of Babylon. Also known as the Gardens of Semiramis, the Hanging Gardens operated on the principles of hydroponic gardening. Reputed to have been located near Al-Hillah in present-day Iraq, this elaborate grow system has become regarded as one of the Seven Wonders of the Ancient World.

The Hanging Gardens were built by King Nebuchadnezzar around 600 BCE. His wife, Amytis, was from Media, whose people were the ancestors of the modern Kurds. The country of Medea was a mountainous one, roughly corresponding to present-day Kurdistan, northern Iran and Azerbaijan. Legend says Amytis became homesick for the mountains and the flora of her homeland; Nebuchadnezzar had the Gardens constructed for her. According to Greek historians of the time, the Hanging Gardens, a water pipe led into a well tower, which supplied water via a number of vaults for fruit trees growing in a layer of asphalt.

Centuries later, Italian traveler Marco Polo, who reportedly visited China during the late 13th Century CE and introduced pasta to Italy, commented on what he called the “Floating Gardens.” Around the same time on the other side of the world, the Mexica – one of the native peoples who later formed the Aztec Empire of Mexico – built a city called Tenochtitlan on the shores of Lake Texcoco. Where Mexico City stands today, the Mexica constructed an extensive urban center that included a type of early hydroponic system upon which plants were cultivated on the surface of the water. These early Mexican “floating gardens” were developed out of necessity, because arable land was at a premium in the area. Called chinampas, they were actually small, artificial islands that were created by scooping up mud from the marshy areas bordering the lakes. This mud was ultimately held together by tree roots; food plants were cultivated on these “islands,” and were amazingly productive.

The modern history of hydroponics actually begins in 1627, when Sir Francis Bacon’s Sylva Sylvarum was published posthumously. In this treatise, Bacon – an English philosopher and contemporary of Shakespeare – wrote about the cultivation of terrestrial plants without soil. Although Bacon died before his theories could be explored, the idea of water culture caught on as an area of scientific study throughout the remainder of the 17th Century. By the 1860s, German botanists Julius von Sachs and Wilhelm Knop had perfected the first nutrient solutions for soilless agriculture, and modern hydroponic gardening was born.

Introduction in Hydroponics – II

More on Hydroponics

Plants can be supported in a variety of ways, by using frames and tying the plant stems to them at regular intervals using plastic ties. Automatic reels can be bought which makes the job a lot easier. They consist of a spring loaded reel of cord with a hook arrangement that fixes to the ceiling, or a top runner, and a hook or loop to tie to the top area of the plant stem. As the plant grows so the slack in the cord is taken up by the reel. Depending on your growing system the roots will either be supported or not. If no support is used, for example in a water culture system/Aquaponic System, then the plant should be supported at or near the base of the stem, to stop it from lifting if the reel supports are used.

The optimum temperature for your plants to grow will again vary with both genus and species. Ask your supplier what this should be. Now you need to devise a system to maintain the temperature within the optimum top and bottom limits. This can be achieved by either a series of fan and/or heaters together with various other pieces of equipment such as timers, controllers, monitors and CO2 dosers, or by a commercially produced environmental control system. These ready made systems come in a variety of price options designed to suit almost every pocket.

A fan assisted ducting system normally provide fresh air requirements for your grow room. This introduces clean air (via a filter to remove impurities) from the outside. An Ozone generator is often used to neutralize any noxious odors and to improve the supply of oxygen. Another similar ducting system then extracts the dirty air back to the outside, again via a filter to remove impurities and cut down on unwelcome odors. Humidifiers can be used, if needed, to increase the amount of airborne water vapor.

In general, the more you are prepared to spend, the more sophisticated the systems that are available to you.

A Brief Word of Warning:

Poor quality lighting systems or electrical equipment can be very dangerous sometimes. Always buy quality assured electrical equipment that carries the safety mark for your country. Do not risk your life or the lives of those you love just to save a few pounds or dollars. Accidents are more likely to occur if the person who sets up the equipment is not particular about safety.

- IF IN DOUBT CONSULT YOUR SUPPLIER OR A PROFESSIONAL ELECTRICIAN -


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Those of you who are beginners in hydroponics may be very interested in how to build your own hydroponics system. Actually they want something easy to implement and if possible with fast results. But before you make up your mind to build your own hydroponics system you must decide what type of crops you will grow, vegetables, flowers, fruits or something else. To respond to the clients' requests many companies that act in the hydroponics market edited various guides on how to build your own hydroponics system.

A brief description about the most known hydroponic system

You will appreciate the Ebb and Flow system if you are trying to build your own hydroponics system for the first time. It is not complex at all, in fact this is the right solution for those trying to learn about hydroponics. Generally speaking, the system is based on several reservoirs depending on the design you adopt, a timer that synchronizes a pump to flood the plants with the nutrients at a certain interval of time. If you decide to build the Ebb and Flow model consider the following parts: a flood tray, you must set on the size and shape according to your plans and a nutrient reservoir is also needed.

Under the circumstances you must calculate the needed volume according to the flooding intervals and the amount of liquid required for each flood, be careful to consider this component because if your reservoir would get empty the crops will be lost, also you must buy the Ebb and Flow fittings.

The tubings needed, all the pipes must respect you plan specifications so be consequent because not sticking to your planning can make your project a mess. A water pump is what keeps your crops alive so don't try poor quality pomps that can practically compromise the crops. As you can see to build your own hydroponics system is no easy thing to do, but it's not impossible either. The growing medium is another factor that needs to be considered when choosing what plants to have.

Is hydroponics an attraction

Hydroponics is attracting more and more people day by day because it is simply great to grow plants without soil and the problems it implies. Thirty years ago hydroponics was just beginning to be appreciated, and to build your own hydroponics system was considered a very difficult and bold task to accomplish. It was so hard to achieve because plastics were just at the beginning and prices were still high, but now you can acquire a cheap model for less than $200 so many began to appreciate how pleasant this hobby really is.

Hydroponics gardening becomes more and more popular these days. Some consider it miraculous. But what is hydroponics gardening after all? How does this system work? Why is it considered more convenient and more successful than classic gardening (geoponics)? What are the advantages and disadvantages of growing your own hydroponics garden? Here are some answers to the questions above.

With hydroponics you can grow plants (fruits, vegetables, flowers etc.) using water and mineral nutrients instead of soil. The idea behind hydroponics gardening is to provide the plants with all the nutrients they need to absorb, without using soil. Besides, soil is just a nutrient reservoir and its not critical to the plant growth.

You can grow almost any kind of plant using hydroponics techniques but there's no guarantee that you will produce greater crops and more nutritious or better tasting products than with quality soil. What is certain is that hydroponics gardening is cheaper, less tiring and it allows greater control of the plant itself.

Here is a list of the great advantages that hydroponics gardening has to offer comparing with classic geoponics gardening:
- In geoponics gardening you kill the plant when you remove it from the ground while in hydroponics gardening you can package the plant and keep it alive and fresh for longer periods of time.
- In geoponics gardening you have to dispose, sterilize and reuse a solid medium while in hydroponics gardening you don't even use any kind of solid medium.
- In hydroponics gardening you have eye contact and full control of the plant's root system while in geoponics gardening roots are hidden in the ground.
- In hydroponics gardening there's no need to worry about over watering or under watering the plant while in geoponics gardening you always have to change and adjust your watering techniques according on the weather and the soil condition.
- Hydroponics gardening can be developed in areas where there's no quality soil present. For example in areas covered with snow or in a space station while geoponics gardening should always be developed in quality soil in order to produce best crops.
- Hydroponics plants is an excellent plant research and plant learning tool. They can be transferred anywhere without any hassle. In order to study a geoponics plant you have to move to the place where the plant grows.
- Plants grown with geoponics methods may suffer from all kinds of diseases, pesticides, weeds etc. caused by the presence of soil. In hydroponics gardening there's no soil at all no weeds and no pesticides of course.
- The use of water to maintain and preserve the plant can be dramatically reduced in hydroponics gardening, while in classic geoponics gardening you always have to use more water than you need for irrigation.
- A hydroponics garden may be set up with timer systems to automatically fertilize the plants while in geoponics gardening fertilizing the plants is always a pain and most of the times it must be done manually.
- Plants grown with hydroponics techniques are healthier because they receive a balanced and controllable portion of nutrients while with geoponics gardening you can never be sure about the plant's nutrition because there are too many factors to consider, for example whether the soil already contains enough minerals to grow the plants or whether it should be enriched with the right mix of minerals etc.

Here are some of the disadvantages of having your own hydroponics garden:
- Hydroponics gardening usually relies in electrical systems like timers or pumps. These systems control critical aspects of the plant's nutrition routine. If any of the system fails it could result to the total destruction of the plant. In geoponics gardening you just add the water and let soil do the rest.
- If you are serious about hydroponics gardening you need more technical knowledge and information on various subjects (different solutions and mediums, types of irrigation, various materials etc.) while in geoponics gardening the rules are pretty standard and well known to almost everybody.
- Hydroponics plants require close attention, care and support and will die if not frequently monitored while geoponics plants do not require such close attention.

There are many plants used for hydroponics, some of them are much more profitable to grow on a hydroponic farm than on traditional soil, an example could be lettuce that needs a lot of water. Different other plants for hydroponics ca be found to be as productive as on classical methods, but you must realize that not any kind of crop can be grown on a hydroponic farm. This is why a good evaluation is required before replacing soil cultivation. Almost all the plants for hydroponics can be grown on soil terrain with similar results, problems appear when soil doesn't allow vegetable growing.

Do plants for hydroponics have special growth requirements?

Any plant regardless of the growing medium has certain needs to grow. Plus, there are also many elements that adjust the growing factors. Parameters like air, water, light are universal, plants for hydroponics respects these principles. The difference is that if a plant always has enough nutriments at its root, it won't concentrate in developing its root, and the entire energy will be focused on blooming and fruit giving. Thus plants for hydroponics are not chosen because they are resistant, but thanks to their capacity to produce a larger crop if they are properly fed on nutrients.

Another common factor that plants for hydroponics and plants in regular cultures have is the air movement. The air circulation will ensure that the plant receives the needed amount of carbon dioxide. The indoor hydroponic systems use all sorts of ventilation methods to replace the air inside, thus preserving the good health of the plants.

If you want to choose plants for hydroponics farming you should be well informed about each plant nutrient and mineral requirements, owing to the fact that the combination of the two is the most important element in the hydroponic system. In gardening or agriculture many minerals are not used in the classical fertilizers because the soil already has a sufficient quantity, hence a surplus won't be necessary.

In the hydroponic system you have to provide all the resources necessary to the plant or else you risk losing the crops or getting poor quality products. So keep in mind not to use soil fertilizers in a hydroponic environment. Plants for hydroponics systems must be treated with solutions that have a pH varying between five and six, also pay attention to the evolution of the plants in the various stages.

Further on plants choice for hydroponics

Plants for hydroponics are more exposed and fragile to variations in the amount of chemicals in the nutrient solution. Maybe in the classical method the soil helps diluting the chemicals avoiding the root being burned, but here you may risk exposing the plant roots directly to hostile action. So if you are not an expert try choosing a plant more resistant to chemical variations or use ready-made nutrient solutions.

Hydroponics is used to grow plants without the nutrients available from soil. A method of supporting the plant and root structure is devised, and the roots are kept moist with a nutrient solution. Below are some of the more common hydroponic systems.

Ebb and Flow

In a hydroponic ebb and flow system, plants are supported by an inert growing medium in a container placed above the nutrient solution. A pump is used at preset intervals to pump solution into the container with the plants, thus flooding the container. An overflow tube is used to prevent the level of solution getting too high, with the excess draining back into the nutrient container. After a few minutes, the pump is switched off, and the nutrient solution drains back through the pump into the lower container.

Water Culture

In a hydroponic water culture system the plants are placed above the nutrient solution, with their roots immersed in the nutrient solution. Typically, a net pot is used to hold the plant, placed in a hole cut into a styrofoam sheet, which floats upon the nutrient solution. Air is pumped into the solution, typically using an aquarium air pump and air stone. The air keeps the roots from rotting.

Wick Systems

In a hydroponic wick system, the plant is supported by an inert growing medium such as perlite or vermiculite. A wick passes through the growing medium, with the ends of the wick placed in the nutrient solution. The wick draws the nutrient solution into the growing medium via capillary action, which contiues drawing the nutrient through the growing medium to the plant roots.

Drip

In a hydroponic drip system, plants are supported by an inert growing medium. Nutrient solution is pumped at preset intervals through a drip system, delivering nutrient solution to each plant. The system may be designed to recover excess solution, which is reused. In a non-recovery system, the pump timing must be carefully controlled in order to reduce waste and control costs.

Nutrient Film Technique

In this method, plants are supported within tubes or channels, typically within a plastic pot. The plants roots are irrigated by a shallow flow of nutrient solution, which is continually pumped in. The tubes (or channels) are placed at a slight angle to keep the nutrient solution moving.

Aeroponic

In an aeroponic system, the plant is suspended with its roots dangling in the air. Nutrient solution is sprayed onto the roots via a misting system, typically every few minutes.

The Lettuce Raft System - Hydroponics

Each day I respond to more and more emails from people looking for the simplest, most inexpensive means of growing hydroponically. I often recommend the Hydroponic Planter from the previous chapter, however, this “simple and inexpensive” method just isn’t complicated enough. So... after giving it some careful thought, a worthwhile solution presented itself.

The raft system is simple, inexpensive ($20-$30 complete) and “complex” enough to satisfy any first timer’s appetite for a fun project that actually works quite well. In concept, the raft system does exactly as it says. Plants are grown in Styrofoam “rafts” that float in a shallow pool of nutrient. To keep the nutrient from stagnating, a small air pump is used to deliver oxygen to the solution and eagerly awaiting roots.

Parts List

(1) 14 Gallon Roughtote reservoir
(1) Single outlet air pump (Elite 801)
(1) 2’ x 2’ x 1.5” rigid foam sheet
(9) 2” net cups
(1) 6’ x 1/4” air tubing
(1) Air stone
(1) Small bag of LECA
(9) Perfect Starts or equivalent seed starting/rooting plugs
(1) 1/4” compression grommet
+ Hydroponic nutrients

Tools You’ll Need

Electric or battery powered drill - 3/8” or 1/2” chuck
1 7/8” hole saws for cutting plant sites
3/8”drill bit for drilling grommet hole
Jigsaw or coping saw for cutting foam
Razor knife for cutting tubing
A pen or marker

Author’s first prototype raft system made from
a plastic garbage pail. Plants shown were
grown under a 95W 6500K fluorescent bulb
which is said to provide similar output to HID
systems yet without as much heat. Not bad for
three week old lettuce.

Step 1.

Trace the outline of your container onto the styrofoam sheet as shown here.

Step 2.

Measure the distance between the outer edge of your container and the inner wall (measurement ‘X’)

Step 3.
Be sure to cut the styrofoam ‘X’ inches smaller than your outline so that it fits neatly inside the container. After a little bit of additional trimming, you should have a perfect fitting “raft” as shown here. Make sure it can move freely up and down inside the reservoir with it full of water since the pressure may deform it a bit. If this is the case, simply trim away until you can get from 4-8” of up and down movement. This is very important for this system to work properly.

Hydroponics gardening is better known as soiless gardening. Carrying its legacy right from the times of the Aztecs civilizations this type of gardening has always fascinated human kind. The famous hanging hardens of Babylonia are also based on the same technique of Hydroponics Gardening . Hydroponics gardening basically means gardening on false soil where the plant and the soil layer float on the water. With the help of Hydroponics you can have your favorite plants planted in your rooms. Generally, Hydroponics gardening is used for decoration purposes. With the help of Hydroponics you can also have flower plants which will fill your rooms with their faint fragrance. However, hydroponic plants also require a lot of care and nutrition. There are various Hydroponics guide and tips through which you can give the plants the exact nutrition and care which they require.
Following tips will help you in making your hydroponic gardening productive and healthy: -
1. Getting a good start: - The germination period of the seeds in case of hydroponics gardening is carried on a medium. Thus it is very important what sort of medium is used for this purpose. Well you can use peat moss, expanded clay, composted bark, gravel or sand. The ones to be avoided are oasis, vermiculite, perlite and rockwool. Thus the above mentioned favorable mediums will help the plants get a good start. Now it is to be kept in mind each an every plant has a different requirement so the medium should be chosen accordingly.
2. Proper Light: - Another important requirement for Hydroponic plants is proper light. The light requirements depend upon the plant types and also the plant's different stages. For this purpose you can use Metal Halide as well High Pressure Sodium lights depending upon the stage of the plant. There are some LED lights which can be accordingly adjusted to feed the plants with lights in their different stages.
3. Giving the required Nutrition: - It is a well known fact that without proper nutrition the plants cannot grow. There are a total of sixteen nutrients which the plants require in order to grow properly. Some of them are macronutrients and some of them are micronutrients.
4. Disease Prevention: - In hydroponics gardening also you will face the same problem of insects and plant diseases. Thus you will have to battle it out. You can do this by selecting disease resistant plants, maintaining clean growing environment, temperature control, proper ventilation and constant monitoring of problems.

Thus by following these tips you can have a pleasant experience of Hydroponics gardening.