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Link: http://www.billboardmama.com/los-angeles-hydroponics-and-martians-omelet-p-405.html

Lemme tell you, if you were stuck on the space station for 6 months and begun craving for a Denver omelet in Los Angeles, hydroponics would help you.

But let's go back a bit. Foremost, what is this Hydrowhatchamacallit? Plants don't actually need soil to thrive although we are accustomed to finding them grown in soil. Hydroponics is a growing method which employs water and melted nutrients. Hydro means water, ponos means labor. Basically, hydroponics thus implies "working water". There is a whole grocery aisle of positive results to hydroponics farming.

First, by cultivating in water the absorption of nutrients is speeded. The growth velocity of a soil plant is 30-50 percent slower than in a hydroponics plant grown under the same conditions. This makes for greater harvests (more!) over less time and requiring less space. Hydroponics systems deliver the needed sustenance right to the plant. Thus, roots do not spread as much as they do in soil. Scientists believe that the growth pace of hydroponically grown plants is more because the plants do not have to search in the soil for the nutrients it requires and this collected energy lets them grow quicker and produce more. Pretty awesome.

Martian omelet?

That's correct. For many years NASA has been finding means for space station astronauts and eventually planetary colonizers to grow their own food. It's a must as there is no low-cost and easy way for them to bring 3 years of food stuff with them. In space, where longer term life will have to be sustained as we go out further and further, Los Angeles hydroponics demonstrates to be the most efficient means to generate fresh foods. The weight of the cargoes that need to be taken with them outside Earth will be cut down significantly. And, since space is at a premium in outer space colonies, colonists will have to use more efficient agricultural techniques than those applied on Earth. Plants bred hydroponically are frequently bigger and healthier than plants grown naturally, even though hydroponics doesn't require soil and takes up less space than natural means. Also a cleaner method of growing plants than soil-based systems is hydroponics. It is also thought that dirty water created by the astronauts could be cleaned by recycling it via a plant system.

Enough with the nerdy stuff? What can they probably eat?

For as long as they possess the seeds and the space to plant, astronauts can definitely cultivate anything their tummies desire. Fruits. Herbs. Vegetables. Anything. So our astronauts' tummies will be kept satisfied with all the best food from Earth. All brought about by Los Angeles hydroponics.

Link: http://www.billboardmama.com/hydroponics-and-martians-omelet-what-do-they-have-in-common-p-404.html

Let me inform you, if you were marooned on the space station for six months and had craving a Denver omelet, hydroponics would help you.

But let's go back a bit. First off, what is this Hydrowhatchamacallit? Eventhough we are accustomed to seeing plants cultivated in soil, they do not necessarily require soil to thrive. Hydroponics is a method of breeding plants which applies water and dissolved nutrients. Hydro means water, ponos means labor. Essentially, hydroponics therefore means "working water". There is a totally grocery aisle of benefits to hydroponics farming.

First, the absorption of nutrients is hastened by cultivating in water. The growth rate of a soil plant is 30-50 percent slower than in a hydroponics plant grown under similar conditions. This makes for plentiful yields (more!) over less time and utilizing less space. The needed nutrients are delivered right to the plant by the hydroponics systems. Therefore, roots don't spread as wide as they do in soil. Scientists think that the growth rate of hydroponically grown plants is better because the plants don't need to hunt in the soil for the nutrients it requires and this saved energy lets them hasten growth and increase production. Pretty cool.

Martian eggs, anyone?

You got that right. Ways for space station astronauts and eventually planetary colonizers to cultivate their own food is in the works by NASA for numerous years. Since there is no economic or viable way for them to take 3 years of food stuff with them, it has become a necessity. In space, where longer term life will have to be sustained as we venture out further and further, hydroponics demonstrates to be the most able means to generate fresh foods. The mass of the supplies that need to be taken with them outside Earth will be cut down significantly. Colonists will need to use more efficient agricultural strategies than those on Earth because space is at a premium in outer space colonies. Plants grown hydroponically are oftentimes larger and healthier than plants grown naturally, even though hydroponics doesn't need soil and requires less space than natural means. Also a cleaner method of growing plants than soil-based systems is hydroponics. It is also considered that dirty water produced by the astronauts could be cleaned by recycling it through a plant system.

Tired of the techie matters? What would they possibly eat?

As long as they possess the seeds and the space to plant, astronauts can definitely cultivate anything their tummies want. Fruits. Herbs. Vegetables. Anything. So what we'll have are satisfied, fit astronauts with many green, yellow and red food from home to keep their stomachs cheerful. Thank heavens for hydroponics.

Link: http://www.billboardmama.com/about-led-grow-lights-p-403.html

This is sort of dorky, but also kind of cool... LED? What is it? An electronic light source introduced as a functional electronic component in 1962 is a light-emitting diode (LED). The first LEDs were most of the time used in expensive equipment like laboratory and electronics test equipment, then subsequently in TVs, radios, telephones, calculators, and even watches.

Now, indoor gardening is among the numerous forms of workable applications for LEDs. In hydroponics, the most popular form of indoor gardening, LED grow lights are employed. When plants are grown outdoors, they require the nutrient providing sunshine to provide them with a complete light spectrum range.

Hydroponic lights are applied to emulate what the sun's light spectrum can offer plants since sunshine is not abundant indoors. If you go back to your knowledge of physics and chemistry, you'd know that sunshine is produced when photons, contained by the atoms, move around or change electron positions. This endless process generates sun. With the help of electricity, procreating this procedure is the way how LED grow lights function. Now, while the sunshine itself generates light in all spectrums, here are certain spectrums that a plant cannot use, like the green light spectrum, so artificial indoor light with that spectrum are lost on plants.

This is not the constantly the situation with hydroponic lights. Many indoor grow lights are full-spectrum grown lamps appropriate for all stages of plant growth while others are designed with one certain spectrum, ordinarily either red or blue. What this means is that if you are growing seedlings on to adulthood, you may need to have various hydroponic lights on hand to be able to give them the right light spectrum they demand when they require it. Be aware of what you are cultivating and what light spectrum your plant requires before purchasing LED grow lights.

Link: http://www.billboardmama.com/growing-hydro-weed-p-402.html

Hydro weed connotes marijuana hydroponically grown inside. Growing Cannabis inside normally has to do with breeding the plants in a soil-like medium and contributing fertilizer when the plants are watered. Growing hydro weed indoors allows the farmer absolute control over the development surroundings but is more complex and costly than growing outdoors. To be able to grow plants inside, a growing medium (soil or growing substrate), water, nutrients, light and air have to be provided to the plant.

Using hydroponics, the hydro weed plants are cultivated not in dirt, but normally in what's called rock wool or perlite and the cultivator must maintain as close to an ideal atmosphere inside the grow-room as possible. Usually with differences no bigger than 10 Celsius with a colder night and hotter day, the air temperature should be kept within a particular range. The right amounts of CO2 should be saved in order for the plants to cultivate most efficiently. It is also important to promote vigorous air circulation within the grow room, which is ordinarily accomplished by installing an extraction fan and one or more oscillating fans.

The benefits of growing hydro weed are many. It's a completely manageable, safe environment where the farmer, you, controls the shots. You determine the potency, the yield levels and the strain. The project itself - apart from the obvious advantages after you've reaped - can be rather informative and fun. If this seems complex, or it's new to you, that's fine. Any honest hydroponics dealer will aid you learn what you have to know the best way to grow hydro weed.

Link: http://www.billboardmama.com/grow-weed-at-home-is-it-possible-p-401.html

Although people have come to realize that learning to grow weed at home is fairly easy, many do not understand a lot do not comprehend that they can grow the ultimate, which is hydro weed. Not only will the plants grow faster in a hydroponics environment, but when plants begin to mature there isn't any down time for transplant shock Try engaging in an intriguing experiment. Use the traditional soil planting for one plant and use the hydro method for the other. If the plant in the soil takes nearly twice as long to mature, don't be surprised! In most cases this is because as the plant matures it becomes root-bound which slows down the growth of the plant.

The wick system and the reservoir systems are the easiest systems of hydroponics. Although there really isn't any real 'system' such as a pump and drain, the basic premise is that the water will wick to where you need it to go. Holes need to be cut in the post after the wicks are cut and inserted, of course if you want to do it correctly. Don't forget, to grow properly, there has to be an ample amount of space at the bottom to keep the plants above the reservoir of water below the plant.

The wick system is more labour to grow weed and much more of a hassle to setup and maintain than the reservoir system. Place in a kitty litter size tray that has sides of at least 4" high, the plant containers. Fill each individual vessel 1/3 up from the bottom with clay beads.Add a hydroponics mix of vermiculite-perlite peat moss up to the top.Now place each container in the tray. Pour hydroponics nutrient water solution into the tray so that 1/4 of the container is immersed in water.

In order to get more budding in less amount of time, these methods are best used in a greenhouse or indoors. Watering your plants daily, when using the hydro method, will cause them to grow even faster. Both of the above strategies are made to hold moisture and drain much better than soil planting so over-watering problems that affected your plants in the past, is just that, in the past. There is no need to worry about mineral buildup in the soil or lack of root oxygen with the wick and reservoir passive methods.

Lastly, due to the nature of this strategy, you can use smaller containers than if you grow weed in soil. With hydroponics, a plant can mature in a 3/4 gallon pot and it will not need to be repotted. That plant can go from seed to maturity in that same bin. When your plant is in soil, that is impossible because as it ages it gets root-bound. Because hydro weed gets its nutrients through the nutrient water and the means used permits the oxygen to be distributed throughout the entire plant, a plant becoming root-bound is very rare.