How 2 Part Nutrients Work on your Hydroponic Plants

In the world of hydroponics, the goal is to always get larger plants and bigger yields. Unfortunately, untold numbers of growers simply do not take the steps necessary to see the growth and improvement that they desire in their hydroponics garden. This is unfortunate, because with the right grow enhancers, virtually any hydroponics grower can see the kind of massive yields that are comparable to what the pros get. By following a taking a few simple precautions, you utilize quality grow enhancers to improve your hydroponics growth. http://www.growersunderground.com/

Protect Against Disease - One of the most basic and vital grow enhancers is to just protect against disease. You may have the strongest, largest, and potentially highest yielding plants on the planet. But they will not mean a thing if you suddenly find your grow room over run with pathogens. While hydroponics usually have fewer diseases that affect their plants than soil grown plants, viral, fungal, and bacterial diseases can still strike, and totally make weeks of hard work go down the drain.

More of How to Use Grow Enhancers to Improve Hydroponics Growth
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Picture report of my Blue Cheese Gow by barneys farm on soil, on mineral nutes. http://www.advancednutrients.com/hydroponics/index.php

Picture review of my medical grow using advanced nutrients stimulators. http://www.bigbudsmag.com/

The water culture method of hydroponics is the simplest to set up on a small scale. In this system the plant roots are totally immersed in a nutrient solution. The major disadvantages of this system are the large amount of water required per plant and the need to aerate the solution continuously.

The actual design of the system is limited only by the imagination of the builder. The system must provide means to (1) support the plant above the solution, (2) aerate the solution, and (3) prevent light from reaching the solution (to prevent the growth of algae). http://www.growersunderground.com/

A standard tray or tank is shown in Figure 1. The tray may be made of concrete or of plastic-lined or asphalt-sealed wood. If you use asphalt to seal the tank, be sure that it does not contain creosote or tars. Do not use asphalt that leaves an oil film on the surface of the water. A typical size is 6 to 12 inches deep, 2 to 3 feet wide, and as long as is convenient. The plants can be supported by inserting them through holes drilled in a plywood top or through holes punched in a l-inch-thick Styrofoam sheet that floats on the surface of the solution.

You can make a small system from a child's wading pool, a plastic pail, a fish tank, or a drinking tumbler. A large tomato plant should be grown in a container that holds at least 2 gallons as the solution in a smaller container will be used up too quickly. Lettuce plants, on the other hand, may be grown in smaller containers.

Figure 1. Cutaway view of a typical tray for an aquaculture system.

Short plants such as lettuce and spinach will usually support themselves. Drill a 1-inch hole in the Styrofoam or wooden cover and insert a transplant. The plant may be held in place by packing a flexible material such as cotton into the hole around the stem. A plant started in sand, perlite, or vermiculite can be transplanted easily to the water culture system because these materials can be washed from the roots readily.

Figure 2. Cutaway view of a typical tray for an aquaculture system.

Read more: Water Culture or Aquaculture
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Growing plants in aggregates such as sand or gravel is often preferred to the water culture method since the aggregate helps to support the roots. The aggregate is held in the same type of tank as is used for a water culture system. The nutrient solution is held in a separate tank and pumped into the aggregate tank to moisten the roots as needed. After the aggregate has been flooded it is drained to provide aeration. Enough water and nutrients cling to the aggregate and roots to supply the plant until the next flooding (Figure 3). http://www.advancednutrients.com/hydroponics/index.php



The solution is generally pumped to within 1 inch of the surface and then allowed to drain. If the top surface of the bed is kept dry, the growth of algae will be minimal. To allow rapid drainage, the aggregate must be coarse. Use sand with particles of at least 1/16-inch diameter or gravel of about 1/4- to 3/8-inch diameter. The best aggregates are silica gravel, granite, basalt, or smooth river-bottom rock of the inert type that contains no calcium. Larger aggregates will require more frequent flooding, whereas smaller aggregates will not drain properly. In small, experimental units you may use any of several different substances. Perlite, Styrofoam, and crushed marbles have all been used successfully by hobbyists.

Read more: Hydroponic Systems - Aggregate Culture
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By definition, hydroponics means water labor from the Greek words for water (hydro) and labor (ponos). By practice, hydroponics means the cultivation of plants in a nutrient-enriched water medium, thus, doing away with the necessity for finding tracts of land or pots of soil to grow plants.

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And speaking of nutrients, this is probably the most significant reason for the success of hydroponics. After all, you can determine with almost precise measurements the quantity and quality of nutrients that the plants need to thrive, with almost no other factors coming into affect your inputs of said nutrients. Now contrast that with soil gardening where factors like drainage and soil runoff affects nutrient absorption.

Hydroponics nutrients are dissolved in water, circulated to the plants and monitored for pH levels. Take note that the maintenance of the right pH levels is essential in hydroponics since it determines who well the plants absorb the nutrients in water. Of course, each type of plant requires a different set of optimum pH level.

The nutrients used in hydroponics generally come in ionic and organic forms. Thus, you will see cations of calcium, magnesium and potassium as well as anions like nitrate, sulfate and dihydrogen phosphate as the primary ingredients in hydroponics nutrients. Of course, these ingredients can be mixed and matched to come up with different solutions. Plus, variations on a particular mix cam also be made as the plant reaches various stages in its life, thus, optimizing its nutritional and aesthetic values.

Another important observation when using hydroponics nutrients is that it can change as soon as it makes contact with the plants. This is because the plants themselves can deplete certain substances faster than the others or that the plants alter the pH levels of the water itself due to their alkaline or acidic nature. Thus, it is always important to monitor and measure nutrient levels on a regular basis lest salt concentrations become too high, plants become too undernourished and pH levels too far off the mark.

There are two basic ways of measuring nutrient levels:

* TDS Meters - First, a Total Dissolved Solids (TDS) meter will provide for a measurement expressed in parts per million (ppm), thus, 1 ppm means one part of the mineral weight to one million parts of the nutrient solution. At present, it is the standard of measurement amongst US growers.
* The second one is the Electrical Conductivity (EC) meter, which provides for a miliSiemens per centimeter reading. Basically, the general rule is that the higher the conductivity, the greater the food available for the plants. However, be careful not to have a very high conductivity as it can lead to a burn-and-kill way of dying for your plants.

Both meters provide for instant readings so it should be easy to control the nutrient levels as necessary. Or better yet, you can also install nutrient controllers that will automatically measure, monitor and adjust the pH and nutrient levels in the water. Of course, these are expensive devices but are well worth the investment especially if you are planning to engage in hydroponics for a long time in a virtually commercial capacity. With the right nutrient solutions, hydroponics offers many opportunities to grow numerous plants ranging from tomatoes to herbs to flowering plants!

Article Source: http://EzineArticles.com/3340800

Many Hydroponic gardeners have experienced problems with plant odor, mold, mildew, and even mites that contaminate the air. One solution used or considered for use against this problem is an ozone generator. Ozone, when properly used, is the most effective, dependable method of odor elimination.

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An ozone generator releases ozone (O3) into the indoor gardening area eliminating plant odors. However, some people may have questions over the safety of ozone generators indoors.

One common misconception arises from the association of ozone with smog and pollution. Ozone is usually mentioned in pollution and climate change news stories, however, ozone is not a greenhouse gas. In fact, ozone plays an important part in protecting life on Earth by absorbing potentially harmful ultraviolet radiation.

Ozone is basically just oxygen (O2) with three rather than two molecules. A natural gas, ozone is created when air in the atmosphere is bombarded with ultraviolet radiation from the Sun. Ozone can also be created artificially by devices using high voltage electrical currents. Ozone is able to kill odors because it releases its third molecule, which then acts as a sort of "predator" of other odors by binding to their sources and eliminating them.

For this reason, ozone has been popularly used by commercial establishments for years as a means of purifying and deodorizing the air.

If you have a Hydroponic indoor grow room, an ozone generator may be the most cost effective solution as compared to other types of air purification systems. The generators are very energy efficient and economical to use. They are also small and easy to fit into practically any type of grow room configuration. Ozone generators are available in a wide range of sizes to handle both large and small indoor grow rooms.

Are there any dangers to worry about? Ozone air generators are safe so long as they are installed and operated properly. The Occupational Safety and Health Administration (OSHA) and the Environmental Protection Agency (EPA) have certain standards for save levels of ozone in occupied areas, which all manufacturers follow.

If your Hydroponic indoor grow room is not occupied, then there is no danger using an ozone air generator. The safe levels required only apply to rooms in which there are people or animals present. If there are people or pets in the areas of the generator, the room should be well-ventilated and the ozone air generator set at safe levels.

The ozone generator should be synchronized to run when your exhaust fan is on. Using a timer to run this device when the exhaust fan is activated will turn the generator on with proper ventilation. You can then arrange your plant maintenance time around the exhaust system cycles, and ozone will only be released when you are out of the indoor grow room and absent from the area. This will solve any concerns about safety and ozone. The short bursts of ozone emitted by ozone generators turn back into oxygen generally within 30 minutes.

In order to keep ozone from penetrating into other rooms, you should keep doors and other openings shut, and preferably sealed if there are large gaps underneath the indoor grow room entrance. You can use plastic sheeting to seal off openings that cannot be closed.

Remember, ozone is only dangerous at high levels. You can work in your Hydroponic grow room so long as the room is well ventilated and the generator is kept at a safe level setting or off. In fact, ozone exists naturally in the air we breathe regardless of whether there is a generator around or not. Dangers arise only when the ventilation is not sufficient to handle the amount of ozone produced by the generator.

If you are venting directly outdoors, ozone air generators do not produce enough ozone to endanger the areas outside of your grow room. Vented ozone quickly dissipates in the surrounding air outdoors. The dangers only apply to confined areas in which the ozone can build up if the settings are too high or the ventilation is inadequate.

One point to repeat is that ozone is not a greenhouse gas! If you closely read those articles about the ozone layer, you will find that scientists are actually worried about the depletion of the ozone layer, i.e., too little rather than too much ozone.

So if you are considering using ozone for your indoor grow room, it is safe so long as the equipment is installed and operated properly within your exhaust system. The benefits of using an ozone generator to eliminate plant odor, mold and pests far out weight the small inconvenience of plant maintenance during times the generator and exhaust system are cycled off.

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Hydroponic gardening is a growing system that does not require the use of soil. Instead, the plants are provided essential nutrients through a nutrient solution reservoir. Choosing what kinds of nutrients to use in your hydroponic system can seem quite challenging. Without the correct balance of required nutrients, the plants could suffer irrevocably. The first step in selecting the right nutrients starts with knowing your plants' growing requirements.

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Instructions

1. Write down all the plants you want to grow in your hydroponic system. Keeping a plant chart will help in identifying which growing properties are most important to you. Next to each plant's name, write down what you wish to achieve with this plant, such as bigger yields or larger quantities of blooms. Many commercial nutrient suppliers offer premixed solutions that achieve different growing results.

2. Research each plant you want to grow to determine which vitamins and minerals are most important for maximum growth. Some plants, such as tomatoes, require lower levels of nitrogen than lettuces. You would not want to grow these two plants in the same hydroponic system since they have different nutrient requirements.

3. Inspect the hydroponic gardening system and determine how much water it will hold. Different types of systems ---flood and drain versus drip, for instance---will have different nutrient solution requirements. Refer to the information that came with the hydroponic system and the nutrient solution to determine the best ratio for your specific gardening system.

4. Purchase the nutrient solutions that are going to be beneficial to your specific plants. Refer to the chart you made earlier to determine which characteristics of the growing plants are most important for you to achieve. Nutrient solutions are available at gardening centers and hydroponic stores online.

5. Use the hydroponic garden's included pH test kit regularly to make sure the nutrients you add to the solution are not affecting the pH too badly. Different nutrients and ratios of these nutrients can raise or lower the water's pH, which could cause a harmful growing environment for the roots of the plants.

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Many people mistakenly believe that the art of growing plants successfully without using soil, known as hydroponics, is a new technology. Leading Hydroponics experts and suppliers, Great Stuff Hydroponics, aim to throw some light on the origins of this ancient technique.

It is commonly thought, amongst gardening experts that the famous hanging gardens of Babylon could be the earliest example of a complex use of hydroponic techniques. Fresh water containing plenty of oxygen and nutrients were used to keep plants alive without having any soil surrounding their root structures. Other possible uses of hydroponics in the ancient world have also been suggested within Aztec culture.

However, it was not until the middle ages when scientific knowledge about the workings of plant life began to develop. In 1600, Jan Van Helmont deduced that plants take their nutrients only from the rainwater, rather than from the soil itself. He realized this because plant mass rises according to plant growth over time however soil mass stays much the same. This paved the way amongst scientists and chemists to find out more about exactly which nutrients need to be present in water to promote healthy plant growth.

Then the English scientist, Joseph Priestly, discovered that plants photosynthesize, converting carbon dioxide into oxygen, and that this process is speeded up when the plant is exposed to bright sunlight. This was also an important development regarding the lighting techniques which are now used for commercial hydroponic growth.

By the mid 1800's as a result of much interest in the subject and many experiments, a definitive list of minerals and nutrients needed by plants in order to thrive had been developed, with nutrient solutions created by the German botanist Wilhelm Knop.

The techniques of hydroponic growth, such as controlling the amount of light, water and nutrients available to the plant, are ideally suited to growing plants indoors. For this reason, in the early half of the twentieth century, commercial greenhouse growers began to realize the potential of hydroponics. Hydroponic plant growth uses only 1/20th of the water which traditional (soil based) agriculture demands. Also, soil borne diseases and virtually all pests are eliminated. These growth techniques are not only environmentally friendly, using less water and reducing agricultural 'run off' which would normally find its way into the water table, but it is also ideally suited to arid climates. This was proven brilliantly during the war, when American troops stationed on barren Wake Island in the Pacific, were able to survive by growing fresh food hydroponically.

Dr. William Gericke perfected hydroponic techniques during the 1940's, and even decided upon the name for them, amalgamating the Greek 'hydros' (meaning 'water') and 'ponos' (which means 'working') into one word.

Since then, hydroponic growth techniques have diversified into a variety of ways to grow plants in 'soil-less cultures', although they use other media instead of soil which means that not all soil-less cultures can strictly be defined as hydroponic any more. Not only that, but there is now also a plethora of different growth promoters, nutrient solutions and hydroponic lighting designed for different aspects of plant growth on the market.

No single person or culture developed hydroponics, however the broad depth of modern scientific knowledge on the subject, drawn from many developments and experiments over time, mean that it is a viable commercial agricultural method and is also well suited to researchers, hobbyists and enthusiasts alike. Amazingly, this ancient technique can be practiced at home, using one of the hydroponic kits available online from Great Stuff Hydroponics. Kits can be supplied to beginners and advanced growers in addition to all other hydroponic equipment and specialist supplies.

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How can I use the power of the sun in buildings growing hydroponics, multistory?

By using multi story buildings that are no longer being used by people or factories, hydroponics can be grown on the various floors. A source of light for growth is required. The best light is the sun, less costly and natural, however it needs to be distributed into the building. The light needs to sent into four floors covering a large area. To keep cost down no moving conveyors will be used. All plants will be stationary.

Theoretically or practically? Fibre optics carries light down fibres. So some form of thick fibre optic cable conveying light from the outside would do the trick. Or mirrors round the building - one set on each side set at 45 degrees to reflect light inwards into the floors. If you could rebuild then the use of glass building blocks would help.

If you have a hydroponic growing system in place, then you will be needing hydroponic nutrients. Hydroponic nutrient is plant fertilizer, and because the plants are growing without soil, it is imperative that you provide the plants with all the food they need through the hydroponic fertilizer that you use in the system. Organic nutrients suitable for hydroponic gardening are the best way to go, especially if you are growing vegetables and fruits. These hydroponic nutrients are made without the use of synthetic chemicals, which can be toxic to humans and animals, and thus offer a safer choice for growing food crops in your hydroponic growing system.

In hydroponic gardening, the organic nutrients are used as a liquid fertilizer, because the plant food is mixed into water to form a solution. In deep water culture, the plant roots stay submerged in the hydroponic nutrient solution, and are aerated by a submersible pump and air stones. In ebb and flow hydroponics, plants are grown in a soilless growing medium in a tray with a reservoir holding the organic nutrients solution below, and then periodically a submersible pump raises the liquid level so it floods into the plant tray, after which the fluid leaks back into the reservoir. In aeroponics, which uses no growing medium at all, the crowns of the plants rest in nets that hold the roots of the plants in the air. A mister is used to spray the hydroponic fertilizer on the plants roots, and in this way the plants receive both food and needed oxygen for optimal growth.

Organic nutrients have been specially formulated for certain types of plants, certain stages of plant growth or for overall plant nutrition. Some organic nutrients are especially suited for growing wonderful fruits and flowers, and could contain ingredients such as bone meal, rock phosphate, cottonseed meal and other organic fertilizers. Some of the nutrients are used on a regular basis to supply the plant with food, while others are used as boosters, to the supply the plant's special needs at certain times, like the bloom booster fertilizer. Whichever nutrient you choose, it will also need to include both macro and micronutrients. These nutrients must all be present in order for the plants to survive and in the right amounts in order for them to thrive. Some nutrient is formulated to produce short, squat plants that have thick, strong stems. Others are blended to bring out vivid colors in flower and fruit production. There are organic nutrients available to meet any hydroponic fertilizing need your plants might have.

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Did you ever wish to have the type of garden which would produce delicious vegetables, fruits, and flowers throughout the whole year? Did you even know that was possible? Well it is - if you do hydroponic gardening! And you can create a hydroponic garden in your own home.

The secret to successful and productive hydroponic vegetable gardening year round is in finding the right well-balanced nutrient solution. The nutrient solution that you use to circulate around the roots of your plants will create for you a happy and healthy vegetable plant or it will kill it. The proper nutrient levels must be found and maintained. Here is a quick checklist of items that should be checked and maintained to create an environment conducive to a healthy thriving plant.

The pH level of the plant determines the type of nutrient solution they need. The plants that thrive on acid need a pH level below 7 while other plants will need a pH level above that.

Also, to maintain optimal absorption of the nutrient solution, it is necessary to make sure proper air circulation is occurring at the roots of the plant. A waterlogged plant will certainly not thrive!

Pre-mixed nutrient solutions can be found from a variety of sources and can even be made by the home gardener. But if you are a beginner at hydroponic gardening you may want to opt for the pre-mixed nutrient solutions.

The basic ingredients for any hydroponic solution contains a proper mix of potassium phosphate, potassium nitrate, calcium nitrate and magnesium sulfate. These must be fully dissolved in the mixture before being circulated through the vegetable plants' root systems.

Micro-nutrients such as boric acid, manganese chloride, zinc sulfate, copper sulfate and iron sulfate are often used in the nutrient solution as well.

The nutrient solution can be used for a maximum of two weeks when plants are small. Once plants have matured the nutrient solution should be replaced every week.

Many hydroponic plants are grown in a greenhouse. The correct mixture of carbon dioxide in the air is necessary in order for these plants to thrive. This can be done a number of ways that includes: - burning hydrocarbon fuels - dry ice - decomposition of organic matter - compressed bottled carbon dioxide

Maintaining a proper temperature is also very important for their survival. The ideal temperature for your plants is normally between 40 to 95 degrees Fahrenheit. The ideal temperature for a particular plant growing will vary however.

In addition, if it is too humid it may not be healthy for your plant. A very dry climate is not good for most plants either.

The amount of light your plants receive can cause your plant to thrive or it can doom your plant. Too much light will dry out your plants while too little light will be ineffective. Different plants will respond differently to light and many hydroponic gardeners will have to experiment with different light to attain the ideal environment for the plants' growth.

Some plants may be affected by air pollution while others are not. If this is an issue, you may want to grow plant species that are not bothered by air pollution,

In summary, plants are affected by the following elements: pH balance, light, air, water, temperature, and pollution. If you take all of these things into consideration in your particular hydroponic vegetable garden your plants will be sure to thrive.

Have you ever stopped and asked yourself why, despite all the vitamin supplements you take, are you still lethargic and sick? You would be surprised to learn that it is because you may be deficient in essential minerals. Companies that sell vitamin supplements cut costs of production by not including minerals in their products. This is particularly the case with the low cost vitamins that are produced by pharmacies and supermarkets. Fulvic acid solutions contain large amounts of these essential minerals that contribute to making many parts of your body run as it should.

The reason why mineral deficiencies are so common, is the fact that the soil in which our crops are grown are no longer rich and fertile due to synthetic fertilizers and pesticides used on the crops. Modern farming methods have destroyed our soil and left our foods inert. Organic crops should contain all the minerals we require in bio-available format. Most commercial multivitamins are riddled with fillers to make them look good and shiny. Unfortunately, the additives interfere with the body's ability to absorb the nutrients. Tricalcium phosphate is one such filler, which negatively interacts with the absorption of magnesium.

To test the quality of your multivitamin, drop it in a glass of water and see if it dissolves in fifteen minutes. If it does not completely dissolve, you may as well throw it away. It is not bio-available and of poor quality.

Humic Acid is the ultimate source of miracle mineral rich molecule, fulvic acid. Fulvic acid molecules have to be extracted from the humate material (humic acid) in order to create a fulvic acid solution. This separates the low molecular weight fulvic acids from the humic acids with the heavier molecular weight. However, you do not want to leave behind any valuable nutrients of the humic acids. humic acid is a great source of full spectrum plant-source nutrients and minerals.

Fulvic acid is required to promote the health of your intestinal flora. It helps to absorb vitamins and minerals from your food more readily by making them more readily bio-available. The ripple effect is astounding when more minerals are absorbed and the body responds to the effects thereof. The results of mineral changes can be seen in a matter of days when you use a properly formulated fulvic acid supplement.

Fulvic acid acts as an antioxidant, which removes toxins from your body. We live in a world full of toxins, also known as free radicals. Pollution of the air, water and soil all contribute to poisons in our bodies. If not removed, they could lead to conditions that prevent our bodies from performing as they should and could lead to diseases such as cancer.

Apart from water and oxygen, minerals such as humic and fulvic acids are the most vital substances for life. Apart from their anti-oxidant properties, they supply vital antioxidants, transport and enhance nutrients and increase assimilation. These minerals bind or chelate trace as well as major elements, making them organic.

Widespread on the earth's surface, you will find the most common forms of organic carbon. Humic substances are the most common. In ancient times, plant deposits were buried on the surface of the earth, but never turned into coal. They remain in organic form and are commonly referred to as leonardite, lignite, fulvates, humates and humic.

This simple soil substance has the ability to clean up the environment of Earth, heal lands for agriculture and neutralize radiation. In man, plants and animal, it can destroy viruses, prevent disease and restore damaged organs and tissues. Imagine what a good quality fulvic acid supplement can do for you.

Sandy soils have almost the opposite problems of clay soils. That would stand to reason, as clay soils are made up of very small particles and sandy soils have larger particles. Particle size makes a huge difference in the way water, air and nutrients move through the soil. Large particle size of sandy soil particles mean that water moves fast and nutrients leach (move away, into groundwater) quickly. Humic acid added to sandy soils will dramatically improve them for gardening and farming purposes. Unless you are using pure sand as a hydroponic growing medium, you need a bit more organic matter in your soil. Humic acid can help.

Humic Acid and Nutrient Availability in Soils

Sandy soils, in general, have a dearth of organic matter. Organic matter is important for numerous reasons. Of chief importance is that as it decomposes, it breaks down into nutrients the plants can absorb. The sand particles also weather and break down, but do not release the same nutrients as organic matter. Humic acid also aids in nutrient holding capacity for sandy soils so that they remain available for plants and do not leach out. If you see plants growing on sandy soil without enough organic matter added, they often show signs of nitrogen deficiency (a yellowing of the leaves.) In addition to making macronutrients more available, humic acid also makes micronutrients such as iron more available, by bonding with it and keeping it from forming precipitates with phosphorous and leaching out.

Humic Acid and Soil Structure in Sandy Soils

Because of the space between the soil particles, water is able to freely flow in and out of sandy soil, which is problematic for the plants that need water. The addition of humic acid improves the water holding capacity of poor soil so that it can be available to plant and plant roots as needed. Another way humic acid improves soil structure is by stimulating beneficial microorganisms. Microbes are responsible for decomposing organic material which creates a continuous production cycle of humus and further solidifying a health structure

Humic Acid is the Duct Tape for Gardeners

It sounds too good to be true that the same substance that helps break up clay soils and improve drainage and oxygen exchange also helps sandy soils retain nutrients and water. Many chemicals have been developed from the beginning of agriculture, but none can rival organic matter, especially humic acid. Research by different organizations has identified benefits of humic acid in terms of soil microbial activity, plant growth and respiration, nutrient availability in soil, and more, but no researcher has been able to exactly mimic the effects of naturally occurring humic acid with any synthetically produced substance. There is simply no substitute.

Would you like to try growing your own fresh fruits year round, but live in an area where, due to cold temperatures, snow or poor soil, you are unable to do so outdoors? Instead, why not try hydroponics, a form of gardening in which you can grow plants without any soil at all. There are several different types of fruits you could consider growing in a hydroponic manner.

One aspect of plant culture that is wise to keep in mind is to pay attention to the growing conditions a particular plant needs to survive and thrive. Poor choices for hydroponic-style gardening are succulents, because they will only thrive in dry conditions, and you are attempting to grow plants in the medium of water. Water-loving plants make a good choice for hydroponic gardening, because the plants will be growing in water. Melons are a good example of a fruit that grows well in this circumstance. Watermelons and cantaloupe can both be grown successfully hydroponically because both are water loving plants and can thrive in this sort of growing medium.

Although not considered a fruit by some, nevertheless tomatoes meet the scientific criteria for classification as a fruit. Tomatoes grow wonderfully in a hydroponic environment as long as they have excellent lighting.

Other fruits that grow well hydroponically are berries. You can grow strawberries, blueberries, blackberries and raspberries very well in a hydroponics system.

Grapes are another favorite fruit that you can grow using this method as well. Both table grapes and wine grapes have been successfully grown using hydroponic methods.

Surprisingly, there are some trees that can be grown in a hydroponic manner. Banana trees are one, and dwarf citrus trees, such as lemons, are another. Imagine growing fruits that would normally require a tropical or very warm climate to produce fruit during an Alaskan or Scandinavian winter, through the appropriate use of a hydroponic plant system and the correct lighting and proper nutrition.

All plants will receive absolutely no nutrients from soil, since this system uses none, so the gardener must supply the plants with nutrients in the form of a nutrient solution. You water the plant with the nutrient, and the plant takes the food up through its roots. Typically the nutrients are dissolved in distilled water, because the water needs to be very pure. If you use your own water, you will likely want to have the water tested for elements that may already be present, so that you do not provide too much of any one nutrient.

Hydroponic-system gardening is an excellent way to increase fruit yields over conventional soil gardening, and it allows gardeners to grow fruits that would otherwise not be possible in their climate or soil.

Plants grow best in a well-ventilated environment. This is especially true if you're growing plants in a controlled environment like in a hydroponic grow room. It is a fact that all artificial light sources generate heat, therefore, you must be able to provide means to cool down the temperature in your grow room. You can do this by installing a grow room exhaust fan in your hydroponics garden. You must keep in mind that in order for your hydroponic plants to thrive successfully indoors, you must ensure that they always have access to fresh air. And you can only do that by securing a special ventilation system that can regulate the temperature and humidity in your grow room.

It is also important that before you buy and install a grow room exhaust fan in your grow area, you already know the best size that would fit your grow room. This is important to ensure that your plants will get optimum ventilation. Here are a few tips on how you can determine the best size of grow fan for your hydroponics garden:

1. Get the volume measurement of your grow room. You can determine that by multiplying the room's length by the width and then by the height. For example, if your grow area is 9 feet in length, 12 feet in width and 10 feet in height, that is (9 x 12 x 10), your grow room's volume measurement is 1080 cubic feet.

2. Compute the minimum cubic feet per minute that will be vital for the exchange of the air in the grow room. The grow room exhaust fan should exchange the air in the room at least once every three minutes. So, divide your number of cubic feet by three minutes to calculate the minimum CFM (1080 / 3 = 360 CFM).

3. Add 5 percent to your minimum CFM if you are using carbon dioxide enrichment. Therefore, if your grow room has a 360 CFM, add 18. You will get a result of 378, this is the actual minimum CFM requirement in order to ventilate your grow room.

4. After calculating the minimum CFM, you can now choose the best size of grow room exhaust fan that will perfectly suit your grow room.

Finally, air movement with a correctly sized grow room exhaust fan plays an important role in determining the success of any Indoor Gardening effort. Though it is often overlooked, air movement is essential to maintaining optimal conditions for plant growth. It serves to ensure the correct levels of temperature, humidity and CO2 at the leaf surface which is the critical interface for vital plant processes like photosynthesis and transpiration.

Hydroponic plants need the correct temperature and humidity, moisture, light, air, the absence of pathogens and the correct ratios of nutrients in order for them to thrive. Thus, it is important for any novice hydroponic grower to know the essentials of plant nutrition to be able to maximize the genetic potential of his hydroponic plants.

A hydroponic nutrient solution is composed of water, dissolved air and a dozen essential elements in their proper proportions. These essential elements are divided into two categories: the macronutrients and the micronutrients. The macronutrients are required to be supplied in greater amounts, while the micronutrients are delivered to the plants in smaller quantity. To make the most out of your nutrient feeding, it is advisable to use 2 part hydroponics nutrients to help in the different stages of your plants' development.

The 2 part hydroponics nutrients consist mainly of two components; the Grow formulation and the Bloom formulation. The Grow formulation contains more nitrogen (N) that promotes better and stronger shoot and leaf growth in the vegetative stage, while the Bloom formulation contains higher phosphorus (P) and potassium (K) that help in the budding, flowering and fruiting of plants. Both formulations are very essential for healthy plant growth. These formulations also promote faster growth and vigorous flowering because they also contain the right amounts of minerals that your plants need at specific stages of development.

Using an effective grow enhancer can definitely give you bigger yields and better crops. These products are also popular because they can be used through any stage of plant development such as germination, vegetation, and flowering. Grow enhancers are considered very effective because they contain a powerful combination of vitamins and other substances designed to help stimulate plant growth.

One of main reasons why these enhancers can give you bigger yields is because they provide your plants with essential B Vitamins. Using certain concentrations of B vitamins is a very potent way of stimulating plant growth. For example, vitamin B1or Thiamine helps promote the synthesis of sugars that your plants need to thrive. By adding this vitamin into your reservoir, you increase your plants' ability to absorb these sugars, thus, giving you large, hearty fruits and vegetables. This B vitamin complex also contains vitamin B2 or Riboflavin that activates an enzyme to catalyze the ability of plant cells to turn oxygen and sugars into the energy that they need to grow.

Grow enhancers are also often packed with seaweed or kelp extract which contain powerful plant hormones designed specifically to encourage plant growth. These hormones send a signal to your plant cells to grow and divide very rapidly, which leads to faster growth, faster harvest time, and bigger yields. And to make these nutrients and vitamins as effective as possible, high quality grow enhancers come with a humic acid base. Humic acid has the ability to chelate, or bind positively charged ions that can allow your plants to absorb more nutrients than usual.

Hydroponics is easy to set up when you're a hobbyist, but if you have aspirations of becoming a master grower, you owe it to yourself to read the best hydroponics newsletter on the web.