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What is hydroponics?

As noted in Hydroponic Food Production by Howard M. Resh: “The hanging gardens of Babylon, the floating gardens of the Aztecs of Mexico and those of the Chinese are examples of ‘Hydroponic’ culture. Egyptian hieroglyphic records dating back several hundred years B.C. describe the growing of plants in water.” While hydroponics is an ancient method of growing plants, giant strides have been made over the years in this innovative area of agriculture.

Throughout the last century, scientists and horticulturists experimented with different methods of hydroponics. One of the potential applications of hydroponics that drove research was growing fresh produce in non-arable areas of the world and areas with little to no soil. Hydroponics was used during World War II to supply troops stationed on non-arable islands in the Pacific with fresh produce grown in locally established hydroponic systems.

Later in the century, hydroponics was integrated into the space program. As NASA considered the practicalities of locating a society on another planet or the Earth’s moon, hydroponics easily fit into their sustainability plans. By the 1970s, it wasn’t just scientists and analysts who were involved in hydroponics. Traditional farmers and eager hobbyists began to be attracted to the virtues of hydroponic growing.
 
A few of the benefits of hydroponics
  • The ability to produce higher yields than traditional, soil-based agriculture.
  • Allowing food to be grown and consumed in areas of the world that cannot support crops in the soil.
  • Eliminating the need for massive pesticide use (considering most pests live in the soil), effectively making our air, water, soil, and food cleaner.
Commercial Growing
Commercial growers are flocking to hydroponics like never before. The ideals surrounding these growing techniques touch on subjects that most people care about, such as helping end world hunger and making the world cleaner. People from all over the world have been building or purchasing their own systems to grow great-tasting, fresh food for their family and friends. Ambitious individuals are striving to make their dreams come true by making their living in their backyard greenhouse by selling their produce to local markets and restaurants. In the class room, educators are realizing the amazing applications that hydroponics can have to teach children about science and gardening.
Hydroponic Research
The speed of hydroponic research is increasing at exponential rates as the many benefits are realized.  Associated disciplines such as aeroponics and aquaponics lead the way and nobody knows what the future holds for such an exciting green technology. General Hydroponics will continue to drive innovation and provide cutting edge technologies and resources.

F.A.Q

Hydroponics is a fun and satisfying hobby that is both challenging and rewarding. To start you will need a hydroponic system,hydroponic nutrients, an inert hydroponic media (may be dependent on type of hydroponic system), a light source (natural or artificial), pH and EC meters, time and plants.

There is a huge popular debate about the value of “organic” fertilizers and methods. Many people would like to apply “organics” to hydroponics. Currently accepted organic fertilizer components are dependent upon organisms in the soil to convert the “organic” materials into a useable form for plants. In hydroponics we provide the minerals required for plant growth directly, completely eliminating the need for soil and soil organisms. The result is much higher growth rates and yields than organic methods can achieve.

Anywhere. Indoors, in a greenhouse as well as outdoors. Any plant can be grown with hydroponics, though some are more delicate than others. If there is enough light for the plant to grow, you can probably bet somebody has grown it using hydroponics.

Hydroponic produce is cleaner than its soil grown counterpart, and the grower has the ability to adjust the nutrient feed for maximal growth and yield in the shortest time.

Certainly. About 160 years ago scientists determined that ten elements were required for plant growth. Three of these ten were provided by air and water: carbon (C), hydrogen (H) and oxygen (O). The others, nitrogen (N), phosphorus (P), potassium (K), calcium (Ca), magnesium (Mg), sulfur (S) and iron (Fe) were obtained by plants from the soil or other growing medium. Six additional elements have been determined essential for plant growth: manganese (Mn), zinc (Zn), copper (Cu), boron (B), molybdenum (Mb) and chlorine (C1). These six also are generally supplied through the growing medium. FloraSeries® contains all of these elements.

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