Hydroponics Is?

Hydroponics (From the Greek words hydro, water and ponos, labor), is a way of cultivating plants, using mineral nutrient solutions, in water. Soil is not used. Terrestrial plants may be grown with their roots in the mineral nutrient solution only or in an inert medium, such as perlite, gravel, mineral wool, or coconut husk. (http://en.wikipedia.org/wiki/Hydroponics)
It was discovered in the 19^th century that plants absorb mineral nutrients as inorganic ions in water. In natural conditions, and although soil also acts as a mineral nutrient reservoir, by itself it is not relevant to the growth of plants. When the required mineral nutrients are introduced into a plant's water supply artificially, soil is not required for the plant to grow.
Historically, hydroponics was defined as crop growth in mineral nutrient solutions, with no solid medium for the roots. It is a subset if ‘soilless culture’, which only requires that no soils with clay or silt are involved in plant cultivation.
Plants that are not usually cultivated in a natural environment are possible to grow in a controlled climate system like hydroponics.  During the time of World War II, produce was grown with hydroponics on the dry Pacific Island, and this was the first time that hydroponics was used on a large commercial basis to feed people. NASA has also looked to utilize hydroponics in the space program. ‘Ray Wheeler, plant physiologist at Kennedy Space Center’s Space Life Science Lab, believes that hydroponics will create advances within space travel. He terms this as “a life support system with the biological component of growing plants—called a bioregenerative life support system. It has several benefits for NASA.” These Scientists are researching how different amounts of light, temperature and carbon dioxide, along with plant species can be grown and cultivated on planets like Mars. (http://en.wikipedia.org/wiki/Hydroponics)

Hydroponics has taken plant cultivation to whole new level, and its methodology has attracted even those who were scarcely interested in gardening or planting. But, what are the advantages and the disadvantages of hydroponics cultivation? 

There are several advantages to growing plants using the hydroponics cultivation method, which excludes the use of soil. Growing time is comparatively much less and less space is required. As well, it entails much less effort and the need for garden maintenance is reduced. Of course, it is economical too, because water is conserved, the nutrients are recyclable, and pest, weed, and diseases problems are better controlled. No soil bred pests are borne, there is higher productivity, and finally, there is increased control over the plants rooting environment.

In spite of the above mentioned advantages, one should also be cautious though, of the demerits of using the hydroponics cultivation methods. These include rather a steep set up cost, and growers should possess the appropriate skills and knowledge to maintain maximum production in commercial applications. While the threat of soil borne pests is absent, but because each plant in a hydroponics system shares the same nutrient, diseases and pests can adversely affect each plant. Also if there is an unfavorable change in climate, plants grown with the hydroponics methods will wither or shrivel. Additionally, warm weather or decreased oxygen may curb production and lead to a loss in crops.

 In conclusion, it may be mentioned therefore, that it is necessary to consider both, the advantages and disadvantages of hydroponics. One will therefore be able to make an informed decision this will allow you to make informed decisions on what application is appropriate for one’s respective requirement.

Hydroponic Solutions

With the growing popularity of the hydroponics methods of growing plants, it is a good idea to be aware of the vast variety of nutrient hydroponic solutions available that may be used. These include bloom mix, super shot, mix for lettuce, tomato special, one, two, and three part mixes, and several brands to choose from, like Iguana Juice, Happy Frog, Dr, Hornby’s Big Bud etc.
A common factor in all hydroponic systems is the nutrient solution – the hydroponic solution. This solution consists of all the nutrients that a plant requires, and in a readily absorbed form, it can be provided directly to the roots of the plants. Consequently, you can expect a substantial plant yield, and that is where the basic beauty of hydroponics lies!

Although one may not grasp the scientific formulas and chemical processes involved in the concoction of hydroponics solutions, it may be helpful to be a little knowledgeable about it, just in case anything goes wrong in the plant cultivation process. The hydroponics method is heavily dependent on proper plant nutrition, and it is therefore necessary that one be aware of what is involved in the creation of hydroponic solutions. Discussed below are the factors involved in successfully making a hydroponics solution.

• Good Water
• Macro & micro nutrients
• pH
• Nutrient mix?

Good Water

It would be wise to get tap or well water tested, if you are going to use it in the hydroponic solutions. You may inquire about this through a health department or call a water company to ask about the calcium content of the water. You basically want to whether you have very hard very soft water. There are plenty of mineral contents and calcium carbonate in hard water. Soft water in

Basically, what you want to know is if you have very hard or very soft water. Hard water has lots of mineral content as well as and calcium carbonate. Soft water has low mineral content, and this is preferable in making hydroponic solutions. It should be noted salty soft water should be avoided.

If the quality of your water is really poor, then you can consider installing an RO (reverse osmosis) water filter. This is especially necessary if you have water heavily laden with minerals. The water will then be alright for making hydroponic solutions. 

                           
 Macro & Micro Nutrients 

Given the fact no soil is used in hydroponics, it is necessary that it be supplemented with complete nutrition.

Plants mainly need 6 major macro-nutrients in large amounts. These include nitrogen, phosphorus, and potassium, calcium, sulfur, and magnesium. These nutrients needed to be contained in all hydroponic solutions in an adequate ratio.

Plants also need micro-nutrients (minute traces of other elements) in order to grow. The nutrient solutions you buy for your hydroponics garden are not the same as other plant fertilizers. They include all the trace elements, too. So hydroponic solutions are like a one-day vitamin supply, well packaged proportionately with traces of iron, boron, manganese, zinc, molybdenum, copper, cobalt, chlorine, selenium, and silicon.

pH

The pH is number that indicates how much acid or alkaline there is in you hydroponic solution. This is necessary, because if the presence of pH is not adequate in hydroponic solutions, the nutrients gets locked out and do not get applied to the plants.

Fortunately, the pH is very easy to control. You may use a pH test kit, or ph ‘dip’ strips.
The proper range of pH for your nutrient solution: 5.5-6.5 (6.0 is ideal).

Which Nutrient Mix is best?

There are some solid and simple suggestions about hydroponic solutions:

·         Purchase hydroponic solutions specifically for hydroponics. Regular fertilizer will not at all be suitable for your garden.

·         Purchase the best quality nutrients that you can. This will go a long way in achieving a substantial plant yield.

·         Avoid ‘organic’ nutrients. These require decomposition which may create an inconsistency in hydroponic solutions. Consequently, such nutrients will be harmful for your plants.

Home Gardens

Home gardens, (also known as forest gardens), are found in humid areas. They use inter-cropping to cultivate trees, crops, and livestock on the same land. In Kerala in South India as well as in northeastern India, they are the most common form of land use; they are also found in Indonesia, One example combines coconut, black pepper, cocoa and pineapple. (http://en.wikipedia.org/wiki/Home_garden)

In several countries of Africa, such as Zambia, Tanzania, and Zimbabwe, African countries, for example Zambia, Zimbabwe, Tanzania, home gardens abound vastly in rural, peri-urban, as well as urban areas. They are relied upon as vital sources of food security. Most well known home gardens are the Chagga gardens on the slopes of Mt. Kilimanjaro in Tanzania and they are an excellent example of the agro forestry system. Women are the main participants in home gardening in most countries, and the food produced is mainly for subsistence.
 In Nepal, the home garden is known as the Ghar Bagaincha. It pertains to the land use system, where several types of plants are cultivated and taken care of by household members. The products of these home gardens are mainly meant for consumption by members if a family. 

The term “home garden” is often thought of as similar to the kitchen garden but they differ in terms of function, size, diversity, composition and well as features.  

 In Nepal, the government has never spoken of home gardens as an important unit of food production, mainly because of their small size. They therefore remain neglected from research and development. However, at the household level the system is still thought of as very important given that it is a source of quality food and nutrition for the rural poor as home gardens are crucial contributors to the household food security and livelihoods of farming communities in Nepal. They are usually planted with a mixture of annual and perennial plants that can be cultivated on a daily or seasonal basis. Biodiversity that has an immediate value is maintained in home gardens as women and children have easy access to preferred food, it is necessary therefore that home gardens be promoted for maintaining a  healthy way of life. ‘Home gardens, with their intensive and multiple uses, provide a safety net for households when food is scarce. These gardens are not only important sources of food, fodder, fuel, medicines, spices, herbs, flowers, construction materials and income in many countries, they are also important for the in situ conservation of a wide range of unique genetic resources for food and agriculture (Subedi et al., 2004). Many uncultivated, as well as neglected and underutilised species could make an important contribution to the dietary diversity of local communities (Gautam et al., 2004).’ (http://en.wikipedia.org/wiki/Home_garden)

Along with their role in being a source of supplementary diet, home gardens also lead to ‘whole family’ and ‘whole communuity’ participating in the process activity of providing food.. Children, the elderly, and those caring for them can take part in field agriculture, adding other households along with home gardening to their list of activities. This custom was around in several countries of the world where home gardens are popular, for thousands of years. 

Home gardens are an example of polyculture and preserve considerable crop genetic diversity that is absent in monocultures. Efforts are afoot today to promote a similar concept in temperate climates.

How to Grow Plants

Buying seeds, which ones are right for your region, what they will look like through bud stage, all the set up materials and specific fertilizer you will need and where to buy them.

On this world there are invisible processes that we unconsciously follow. There aresome that are just like others, or normal issues that everyone should do and there are also these unique ones that you've developed by your self through time. One instance of these customary methodologies that everybody must observe is getting a driver’s license. Anyone who needs to have it should comply with the steps set by their corresponding government. On the other hand, one instance of the distinctive process you develop innately is taking a bath. People usually have their patterns in taking a bath like shampoo first then cleaning soap or vice versa. It differs from person to person however not one is more appropriate than the other.

Gardening is also a course of in which a certain routine is followed. One step comes after the other. Although you could classify the precise gardening as one of the processes you develop via time, the first few steps however must comply with a sure order especially when you'll develop plant indoors. You could be curious now on what steps ought to be adopted on the greatest means to grow plant indoors, here are the primary two you want to remember.

Setting Up the Garden
Frequent sense would let you know that for you to grow seeds indoors you first must have a garden inside your house. That is principally the first step on how you can develop plant indoors.

Choosing the right arrange that is suited for your crops is a hard job, however to provide you a tip, hydroponics is the better way in order for you the very best harvest on our plant. And the most common arrange that plant growers use is the Ebb and Flow system. It's because in a hydroponic system it is possible for you to to manage the vitamins and mild-weight that go into your plant and by this you'll have the option to manipulate how they're going o grow. You will be assured that by diligence you will have a wholesome plant growing your way.

Rising the Seeds
Rising the seeds is the next step in tips on how to develop plant indoors. If you finish up rising plant, you either have the option to buy clones or seeds. Clones are plant seedlings, and are virtually simpler to develop since they've already grown so if it is possible for you to to accumulate them the better.

However when you would not have any luck on discovering plant clones, you'll find a way to all the time accept seeds. The standard factor to do if you finish up starting with seeds is to encompass it with Rockwool. Since not like in soil planting where you simply burry the seeds in soil, in hydroponics you should drench the seeds in water. But keep in mind to not totally submerge the whole seed in water because it can't grow in that state, preserve at the least 30% of the seed above water.

CFL Bulbs for Hydroponics

Hydroponics are the a very good way to grow fruits, vegetables and plants at home due to the fact that they do not use soil, and therefore there is minimal mess! To cultivate plants using Compact Fluorescent Light (CFL) bulbs, you may easily install them where you want to grow your plants properly.

 CFL bulbs are inexpensive to purchase. When you flip on the light switch, an electrical current flows through a combination of argon and a small amount of mercury gas. This gas generates an invisible ultraviolet light that stimulates the phosphorous coating on the inside of the bulb which in turn produces the light that we see.
CFL bulbs, as mentioned above, are the best method for growing food from hydroponics, since they provided the light required for faster plant growth. If you choose to cultivate plants through hydroponics, you can set your garden in such place where you can take good care of the food and the plants receive adequate sunlight. However, if you plan to grow food in your kitchen, CFL bulbs are useful equipments for providing the light required for the growth of plans, vegetables, and fruits.
If you grow plants outdoors in your garden, they may be susceptible to certain risks like adverse weather, animal attacks etc. By growing plants inside your house, you avert these risks and can take better care of the plants. The CFL bulb will sufficiently provide the appropriate amount of light needed for plant growth. In fact, full spectrum CFL bulbs will make it seem as if your plants are taking in continuous sunlight, even if there are set in a windowless basement.

A full spectrum CFL bulb generates approximately, 6500 kilowatts of electricity. The manufacturer guarantees that is amount is a sufficient temperature that helps in fast plant cultivation. The CFL bulb is made with technology that emulates sunlight, and so it is helpful in growing plants wherever they are planted. Additionally, CFL bulbs produce a minimal amount of heat, so your plants are safe from any harm that may be caused.
When you choose to use hydroponics for growing plants, you may buy a hydroponic kit that contains CFL bulbs as well. A manual is provided in this kit that provides all the necessary guidelines as to how to use CFL bulbs.
The hydroponics method of growing plants as grown immensely in popularity, owing to the fact that people can so conveniently pursue their hobbies of planting and gardening. The hydroponics method provides all the equipment necessary for growing food at home. Moreover, the CFL light bulbs are useful not only for growing food, but they are a good gardening tool as well. You can grow plants and flowers to beautify your home and create a pleasant interior environment.

As already mentioned, CFL bulbs are cheap, as the cost for gardening will likely be lower if you use them. Daylight and full spectrum CFL bulbs are usually more expensive than their standard counterparts, but they definitely would not cause a pinch in the pocket! It is a good idea to shop around for the best prices of CFL bulbs.

Hydroponic systems

The various Hydroponic systems can be categorized as active or passive systems. Active systems usually involve a pump to rapidly supply the water mixed nutrient solution to the roots of the plants. Passive systems, on the other hand, are dependent upon a medium such as wick which takes capillary action in absorbing the nutrient solution and passing it along to the plant roots. The draw back here is that passive systems are unable to provide the necessary requirement of oxygen for adequate plant growth.
Hydroponic systems can further be differentiated as recovery or non-recovery systems. With the former, the nutrient solution accumulates into a reservoir, once it has passed over the plant roots, and can therefore be reused. With the non-recovery system, this is not the case; the nutrient solution simply passes over the plant roots but does not drain back into the reservoir.
Discussed below are the various active and passive hydroponic systems.
The Wick System

Perhaps the most inexpensive and easy to set up hydroponic system is the wick system. All that is involved in its operations is a candle or lantern wick, that take capillary action is supplying the nutrient solution, stored in a reservoir, to the plant’s roots. Perlite or vermiculite are usually the growing media used in this passive system. The drawback of this system is that it is unable to provide adequate oxygen to the plants, preventing them from growing well and effectively.
The Ebb and Flow System

Also known as the flood and drain system, this is an active, yet low maintenance hydroponic system, that makes use of a pump immersed in a reservoir. Rockwool and grow rocks are most commonly used growing mediums in this system. The reservoir is what holds both the pump and the nutrient solution. When the pump is activated, it pushes the nutrient solution to the plant roots through an upper tray. Ideally, the pump should be kept running for about half an hour. Once a single nutrient solution flooding cycle has run its course, the liquid drains back into the reservoir, and can be reused for subsequent, periodic flooding cycles.
Once the nutrient solution flooding cycle has completed its course, fresh oxygen is sucked into the growing medium as the solution accumulates back into the reservoir. This proves to be tremendously beneficial to plant growth, as it receives a complete doze of both, nutrition and oxygen that it requires for healthy cultivation.
Nutrient Film Technique

The most well known of active hydroponics systems is the Nutrient Film Technique (N.F.T) system. N.F.T. systems are able to supply nutrient solution to the roots of the plants through the submersible pump for upto 24 hours, and there is no timer require to control the pump.  The nutrient solution pushed into the growing tray, runs over the roots of the plants, and then accumulates back into the reservoir.

In the Nutrient Film Technique, the only growing medium required is air. This system therefore proves to be rather an inexpensive one. The plant is usually supported in a small plastic basket, and the roots dangle into the nutrient solution.

The one drawback of the N.F.T system is that it is rather vulnerable to power outages and pump failures, and interruption to the flow of the nutrient solution can cause the roots to dry out.
Continuous Drip

An active hydroponics system, the continuous drip method also involves a pump immersed in a reservoir. Additionally, the reservoir is fitted with supply lines connected to each sown plant root. This enables one to adjust the quantity of nutrition solution required for each plant. Additionally, there is a drip tray placed under the rows of the plants, which transmits the nutrition solution back to the reservoir. The growing media used in the continuous drip system are is usually Rockwool, although given its operational method, any growing medium works well with this system.
Aeroponics

 Perhaps the most technical of all hydroponics systems, aeroponics mainly uses air for its operation. The controlling timer runs the pump, moistening the roots of plants with the nutrient solution for a few seconds every couple of minutes. The roots hang in the air, and because of this reason, they are likely to dry out if the moistening cycles are interrupted.

Grow light suggestions for Hydroponics

Grow lights are basically manufactured to instigate plant cultivation through sending out an electromagnetic spectrum that is used for photosynthesis. Artificially similar to sunlight, grow lights serve to create alfresco environmental conditions; the difference lies in the fact that the power of these lights can be controlled. In addition to the ability to vary the light’s tiperature, a luminous impact and flexibility in adjusting color tiperatures is what makes thi an appropriate source of energy for cultivating plants.

Discussed below are three prominent types of grow lights that are known to be the most effective for hydroponics. These are fluorescent grow lights, metal halide (MH) grow lights, and high pressure sodium (HPS) grow lights. Before preceding however, a word of caution: it is always best to place your plants at an adequate distance from the grow lights, in order that they are not deprived from its impact as it moves out of the bulb.


Fluorescent Grow Lights

Usually used for cultivating clones and seedlings, the good news about fluorescent grow lights that they can be set as close to your plants as you desire, without running the risk of burning thi. For best results, the distance between these lights and your plants should be approximately 18 inches. It is also suggested that these grow lights be used optimally in order to reap rich and healthy plant yields.



Metal Halide Grow Lights

Like fluorescent grow lights, metal halide grow lights are usually used in the priature or vegetative phase of plant cultivation. The difference here, though is, that these lights need to be kept at approximately 12 to 18 inches away from atop the plants, as they become inflamed enough to burn the plants! Additionally, caution needs to be exercised when it comes to the size of these MH lights – the larger they are, they further should they be placed from the tops of the plants. On a more positive note, MH grow lights result in taller plant yields, approximately 24-26 inches, and the rate of plant growth is also more rapid than is the case with fluorescent lights.

High Pressure Sodium Grow Lights

High Pressure Sodium Grow Lights are generally more beneficial during the bloom stage of plant cultivation, used to grow flowers, fruits, and vegetables. Like MH lights, HPSG grow lights can also cause plants to burn, so again, it is best to place your plants at a distance of at least 12 to 18 inches away from their pressure; as well, the size of these lights matters as to how close or how where you place your plant tops to avail their energy.

It should be borne in mind that when plants blossom and reach the flowering stage, much more light is needed for thi to grow at an adequate quality. In quantitative term, this generally means that the fruits, vegetables, and flowers should develop to a size of about 12 to 36 inches on the top of your plants.

Concluding words of caution:

Prior to investing in and using grow lights, it would be well worth being considerate of factors such as their heat generating capacity (too powerful or too light are virtually useless as your plants could either get burnt, or not grow as well as they should. Additionally, you should also determine the amount of electricity these lights use; riiber, that in  addition to lights, you are also going to need to use water, and it is very important to be careful to riain safe from any harm when using both these sources for your gardening activities. Be sure to read up on any literature that comes with the grow lights, you may find the necessary safety precautions stated above!

Basics of Hydroponics

The word hydroponics comes from the Greek language – hydro meaning water and ponos meaning labor. Hydroponics is therefore a way of cultivating plants, by mixing mineral nutrients
In the 19^th century, researchers, researchers discovered that plants imbibe essential minerals mixed in water, and that soil only acts as a mineral nutrient reservoir. It is therefore not essential for plant growth
The difference between hydroponics and a soilless culture is sometimes confusing. While soilless culture requires that no soil with clay or silt be used, hydroponics is a subset of the soilless culture – there is absolutely no role of soil in hydroponics.

The Benefits of Hydroponics

There are several benefits attributed to hydroponics, compared to the conventional way of cultivating plants. The supply of oxygen that is provided through the growing media is very good for healthy plant yields. Also as a result of receiving an adequate supply of oxygen, the plants roots are able to imbibe the nutrition supply more rapidly. Additionally, the plant roots do not have to extract the nutrient solution from soil, as this is mixed with water, and is supplied directly to them. No wonder that plants grown hydroponically, cultivate faster and thicker. It has been noted that the rate of plant yield is approximately 30 to 50 percent faster with hydroponics as compared to soil based cultivation.

It should be noted too that hydroponic plants find and break down food more easily, and require considerably less energy for this. The conserved energy leads to faster growth and significant yields. Additionally, since there is no requirement of soil, the risk of bug infections and other plant borne diseases is drastically reduced.

Growing Media used in Hydroponics.

A prominent ingredient used in most hydroponics systems is the growing medium. Examples of these include Rockwool, perlite, vermiculite, and different types of sand. All of these generally work well with all Hydroponics systems. The main purpose of growing media is to supply oxygen and facilitate the passage of the nutrient solution to the rooting system of plants.

Of all the different growing media, Rockwool has gained in immense popularity, owing to the fact that it is able to retain a significantly larger amount of air and water than soil. It has a pH content of about 7.8, which leads gardeners to be a little cautious about using it, since this can also raise the level of pH in the nutrient solution.

The other growing media mentioned above (perlite, vermiculite, and sand) are comparatively more stable than Rockwool, in that they barely impact the pH level of the nutrient solution. The drawback associated with these growing media is that they tend to hold excess water, and can prove to be harmful to those plants that are sensitive to a high degree of moisture. On a better note though, these three media are relatively inexpensive in comparison to Rockwool.

Nutrients

The nutrition solution used in hydroponics includes all the ingredients that a plant would receive from soil. Most of the nutrients are rather concentrated, and are available at hydroponic supply stores in either liquid or powdered forms. Usually, two different containers come with them, one to be used for plant growth, and the other to be used when the plants have blossomed. The liquid form of nutrition solution is easier to use than it powdered counterpart, although, it is expensive in price.  It mixes well in water and accumulates adequately into the reservoir. The powdered nutrients on the other hand are economical, but require more effort in dissolved well into water and the reservoir.

pH

Hydroponic plants generally require a maximum range of pH of 6.3. The good news for gardeners it is much easier to gauge the range of pH in a hydroponic system than in soil. Additionally, there are pH testing kits available at relatively cheap prices at several hardware set stores.

It is imperative to check for the pH level in growing media, as too much or too little of it can adversely affect plant growth, rendering them unable to adequately take in their required amount of nutrition. It is advisable therefore, to check the pH level at least once a week, and to make any necessary adjustments to its level. If the level needs to be raised, one can use dissolvable potash, and if needs to be reduced, then phosphoric acid can be used

Welcome to Coast Hydroponics™. Whether you are a hydroponics enthusiast or a seasoned professional, you will find a great selection and unparalleled value in our hydroponics store. Our knowledgeable staff is ready to help you select the right growing lights, irrigation system and nutrients to ensure your success.
Browse our online store for values on individual products or choose one of our discounted complete kits. Coast Hydroponics is your smartest choice in hydroponics.
Our brick and mortar store is located at 1319 South Coast Highway, Oceanside, Ca 92054 come visit us!

A Beginners guide to Hydroponics and Organic Hydroponic Gardening

Hydroponics is the term used to describe the process of growing plants with a water based nutrition solution. There is no soil involved at all, and hence there is reduced risk of pesticides and other plant borne diseases. Progressively, people have started using organic hydroponic gardening to grow fruits and vegetables. As it the case any way, the main ingredients used for hydroponics plant cultivation are either already organic in nature (water), or they can be made organic (the nutrients and fertilizer).

Hydroponics stems from the Greek language (hydro meaning water and ponos meaning labor). As mentioned above, it is a method of growing plants, using water mixed with nutrients. Additionally, growing media such as perlite, gravel, and mineral wool are also used. There is no need for soil since it is only acts as nutrient reservoir. The nutrient solution is an adequate substitute to soil for plant cultivation.

Hydroponics has evolved as a fascinating development in indoor gardening. The main reasons why plant growers undertake hydroponics are that it is comparatively more cost effective and efficient than soil based gardening. The commonly perceived benefits of hydroponics include:

·         Soil less plant cultivation

·         Steady, stable,  and substantial plant yield

·         Reduced risk of pests and diseases

·         Less cost of water, since usually it can be reused

·         Less space, growing time, and labor involved

·         Low cost of nutrition, since the nutrients mixed with water are recyclable

·         Virtually no nutrition pollution owing to the fact that hydroponics is a controlled method of plant cultivation and can be conducted in a covered area with artificial lighting.

In summary, the hydroponics owes its popularity to the facts that it results in a higher rate of plant growth, it does not involve the usage of soil, and it can be used to grow plants in places where previously it was impossible to conduct in-ground agricultural or gardening activities.

Organic Hydroponic Gardening

The word organic is used to describe anything that comes from the earth, for example, plants, animals, and vegetables. Organic Gardening therefore means that no artificial ingredients are used to grow plants. As it is, one of the main ingredients in hydroponics, water, is organic, and organic fertilizer can easily be obtained from cows, chicken, seaweed, sheep manure, bones, and several other natural sources.
It may be noted here that along with the water mixed nutrients, plants also need air and nitrogen to grow well. Additionally, they also require an adequate provision of pH (potential Hydrogen) in the fertilizer. It has been proven that hydroponics conducted with an organic fertilizer results in richer and substantial plants growth.

Plant Transplantation 

The great benefit of both, hydroponics and organic hydroponics gardening is that you can easily transfer plants cultivated with soil, to a hydroponic system. This simply involves gently extracting the plants from the soil, and then running its roots under some cold water. Finally, you can place the roots into the hydroponic pot or container and cover it with the growing media.

In conclusion, hydroponic and organic hydroponic gardening make it possible to achieve more pure and healthy environmental conditions. And finally, those people who have used these methods of plant cultivation have found them to be rather fun and productive. So go ahead, and start your hydroponics garden today!

Welcome to Coast Hydroponics™. Whether you are a hydroponics enthusiast or a seasoned professional, you will find a great selection and unparalleled value in our hydroponics store. Our knowledgeable staff is ready to help you select the right growing lights, irrigation system and nutrients to ensure your success.

Browse our online store for values on individual products or choose one of our discounted complete kits. Coast Hydroponics is your smartest choice in hydroponics.

Our brick and mortar store is located at 1319 South Coast Highway, Oceanside, Ca 92054 come visit us!