Hair Hydroponics

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Hair Hydroponics

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Hair Hydroponics

Hydroponics From Nature

Hair Hydroponics

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Hair Hydroponics

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Root systems vary in size from those of a seedling, perhaps a few inches long, to those of a ' redwood that can grow larger in size than the visible tree itself! Regardless of the physical size of the plant, roots serve three essential functions:. Hydroponics is all about healthy roots! The absorption of water and nutrients takes place just behind the root tip through tiny root hairs. These root hairs are extremely delicate and usually die off as the root tip grows further into the medium. The method in which the roots absorb water and nutrients is called diffusion. In this process, water and oxygen pass into the root structure through membranes in the cell walls. An interesting point is that diffusion actually takes place at the ionic level, which in laymen's terms means nutritional elements are passed by the electrical exchange of charged particles. This fact can lead to confusion over whether hydroponics is unnatural and is not at the level of 'organic quality' because plants grown using hydroponic methods are not fed 'organic nutrients. In other words, in the process of feeding, plants can't absorb organic material unless it is first broken down into pure elements, no matter where it comes from. Since a hydroponic system is generally cleaner than a composted organic growing environment, the hydroponic system itself provides a superior growing environment. But also remember the first principle of hydroponics: GIGO. Garbage in, garbage out. A hydroponics system is only as good as the nutrient its being fed with. When thinking about plant roots, oxygen is rarely the first thing that comes to mind. But oxygen is crucial to root health. Oxygen is absorbed by roots and then utilized for growth, and in return, the roots give off Carbon Dioxide. The absence of oxygen in the root zone will cause asphyxiation, which in turn will damage the roots and will adversely affect the top of the plant as well. Stagnation of water in the root zone also causes asphyxiation, in addition to root rot. Once plant roots die, or they become dehydrated, death of the organism is usually imminent. Many studies have proven that oxygenation to the root zone is a major factor in determining a plant's growth potential. In fact, the practice of 'Aeroponics' as a growing method has been developed to maximize growth one step beyond that conventionally believed to be possible with hydroponics. Plants grown aeroponically actually have their roots suspended in mid air! However, exposure to light also promotes the growth of algae. Algae appears as a green or brown slime on roots, plumbing, and containers. Some studies have suggested that plants suffer when their roots are exposed to light, however this is probably mostly due to the resulting algae growth on the surface of the root. Algae will compete for both water and nutrients, as well as oxygen. To be on the safe side, I recommend using opaque containers and avoid the use of transparent materials for tubing and reservoirs, for any hydroponic system. Dark colors such as deep green, deep blue and black work best at blocking stray light. You should also note that plant roots are extremely delicate and should not be handled. You will, at some point, need to transplant seedlings or cuttings into your hydroponic garden. Just be patient and gentle, and keep roots wet. In the event that roots begin to obstruct proper flow and drainage in your system, you may have no choice but to adjust their position, which may cause damage if you are not careful. It's of utmost importance to maintain sufficient humidity around your plants' roots at all times. Low humidity will cause dehydration and root dieback. Dieback is visible in the form of dry, browned, and sometimes decaying roots. Once your plants' roots die, there is no method to revive them. If the damage is serious, your crop stands a slim chance of surviving. Roots at left are from a 45 day old hydroponic cucumber grown in a low quality nutrient solution. The roots at right were fed with a premium quality nutrient solution. Plants that are grown in soil and granular or fibrous growing mediums that maintain a high percentage of air to water develop air roots below left. The tiny root hairs serve to steer growth in the direction of water and food. Note that plants grown with their roots completely submerged in water develop 'water roots' shown below right. Observe the absence of root hairs, which are unnecessary in this situation. While air rooted plants can easily be transplanted to a hydroponic system, water roots usually will not survive the move to soil or a drier medium. In most hydroponic gardens, soilfree growing mediums are used primarily for starting seeds and when rooting cuttings. The less medium a system requires, the easier and less expensive it is to operate. This is a major consideration for those intending to make a profit from their hydroponic gardens. Modern day soilfree mediums have come a long way since the use of river gravel and sand in early systems. A perfect medium is able to hold a nearly equal concentration of air and water. As you have learned, your plants need both oxygen and nutrients to reach their roots. These 'holes' in the medium are known as 'interstitial spaces. Fine sand features very small interstitial spaces that cannot hold much air and water. On the other hand, coarse gravel has large interstitial spaces that can hold a lot of both air and water. Yet, as science would have it, once the interstitial space gets to be too large for capillary action to hold the water in place, you guessed it, the water runs right through it. If your system constantly recirculates your nutrient solution, a fast draining medium would be acceptable. But obviously, coarse gravel isn't a good medium for a system that doesn't constantly circulate nutrient to the plants. Each of these mediums may be used alone or in combination with each other to enhance performance. My favorite loose growing medium is coconut coir, otherwise known by trade names like Ultrapeat, Cocopeat and Coco-tek. Coco coir represents a major step forward in organic soilfree growing mediums. It combines the water retention of vermiculite with the air retention of perlite, however it is a completely organic medium made from shredded coconut husks. Why coconut husks? The coconut husk serves its seed two purposes:. Finely shredded and steam sterilized, coconut coir offers plants an ideal rooting medium that also offers protection against root diseases and fungus. And unlike peat moss, which is rapidly becoming depleted from overuse, coir is a completely renewable resource. You can now find several variations of coir on the market. The most popular is the compressed briquette format, which requires soaking in a gallon of water before use. As an added benefit, coir doesn't soil your hands, clothes, or carpets. It brushes off readily, without any residue. Perlite has been around longer than any other soilfree growing medium. Made from air-puffed glass pellets, and nearly as light as air, perlite has excellent oxygen retention. Its ability to retain oxygen is the main reason it is used as a supplement in soil and soilfree mixes. The main drawback of perlite is its lightweight consistency, which makes it easy to get washed away. This drawback makes perlite an inappropriate medium in flood and flush type hydroponic systems or those that would be subjected to strong wind and rains if situated outdoors. Some of its common trade names include Geolite, Grorox and Hydroton. LECA is made of expanded clay pellets that hold water by virtue of its porosity and surface area. These mediums are pH neutral and reusable, making them ideal for hydroponic systems. While lava rocks appear to have some of the same qualities, they should never be used in hydroponic systems because they alter the pH and leave behind a heavy sediment that can harm equipment. For the same reason, you should always rinse new LECA stones to remove the dust caused by movement during shipment. Layer of perlite on bottom is to allow complete drainage in this top-fed hydroponic planter. Close-up view of young tomato root as it grows into expanded clay aggregate. Inset shows inner porosity of LECA stone. Continue reading here: Growing Mediums for Hydroponic Systems. Hydroponics Home System. Grovida Gardening Gardening current. The Complete Grape Growing System. Lawn Care Magic The secret to growing the lawn of your dreams. How to Build a Backyard Chicken Coop. Koi Fish For Beginners. Answers to Raising Chickens. Recommended Hydroponics Home System.

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