HYDROPONICS GARDENING - Andrea M. Wilson

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Résumé :
When we think of gardening, what we often see in our heads is a man or a woman on all fours crouched over a plot of dirt. They dig a hole, place in a seed or even a whole plant which they have bought, close it up and there you go. Or maybe we think of gardening in line with farming and we picture the same thing, only this time there isn't someone crouched down but a series of mechanical inventions that do all that busy work for them. We almost certainly don't think of an indoor setup, as that is more in line with hanging plants and decorative greens than it is with the concept of gardening. This would suggest that our main identifier which separates gardening from owning a few plants is the dirt itself, the soil which is part of Mother Earth. But the facts are quite different. There are many different ways of gardening. The classic flowerbed in the front yard is just one of them. Here we'll be looking at another of them: Hydroponics. To say hydroponics is a new fad in the gardening world would discredit its history which reaches all the way back to the hanging gardens of Babylon and the Aztecs' floating gardens. There are even Egyptian hieroglyphs which describe a form of hydroponic. More recently, hydroponics was even given a place within NASA's space program. Clearly, this is not a new fad. But commercial growers and scientists are coming around to the method, leading to more hydroponic setups being used and more research looking into the advantages of hydroponics. So, what makes hydroponic gardening different than traditional gardening? As the name implies (hydro) water plays a key role. The hydroponic garden actually doesn't make use of soil. Instead, hydroponic gardens make use of nutrient-based solutions through the circulation of water. So, a hydroponic garden tosses out the soil and instead uses an inert grow medium like clay pellets, vermiculite, perlite or one of several others that will pop up throughout this book. What this does is let the roots of the plant directly touch the nutrient solution, get more oxygen as they're not buried in the ground, and together these both promote growth. This book covers the following topics: What is hydroponic gardening Managing plant health How to build your own hydroponic system Best plants for hydroponics gardening Hydroponics vs soil gardening and & advantages and disadvantages Myths and mistakes to avoid Growing mediums & nutrients and lights System maintenance Problems with the operation of a hydroponic system Choosing plants ...And much more But there are even more benefits to using a hydroponic setup than just expedient plant development. Despite the fact that hydro is in the name, hydroponic gardens actually use up less water than traditional soil-based gardens do. This is because the hydroponic system is an enclosed system. This means that there is less soil runoff, evaporation or wastewater in a hydroponic setup. Therefore, a hydroponic garden, when properly set up and maintained, will produce bigger plants at a faster rate with less environmental strain. It seems win-win-win, all around....

Sommaire:
When we think of gardening, what we often see in our heads is a man or a woman on all fours crouched over a plot of dirt. They dig a hole, place in a seed or even a whole plant which they have bought, close it up and there you go. Or maybe we think of gardening in line with farming and we picture the same thing, only this time there isn't someone crouched down but a series of mechanical inventions that do all that busy work for them. We almost certainly don't think of an indoor setup, as that is more in line with hanging plants and decorative greens than it is with the concept of gardening. This would suggest that our main identifier which separates gardening from owning a few plants is the dirt itself, the soil which is part of Mother Earth. But the facts are quite different. There are many different ways of gardening. The classic flowerbed in the front yard is just one of them. Here we'll be looking at another of them: Hydroponics. To say hydroponics is a new fad in the gardening world would discredit its history which reaches all the way back to the hanging gardens of Babylon and the Aztecs' floating gardens. There are even Egyptian hieroglyphs which describe a form of hydroponic. More recently, hydroponics was even given a place within NASA's space program. Clearly, this is not a new fad. But commercial growers and scientists are coming around to the method, leading to more hydroponic setups being used and more research looking into the advantages of hydroponics. So, what makes hydroponic gardening different than traditional gardening? As the name implies (hydro) water plays a key role. The hydroponic garden actually doesn't make use of soil. Instead, hydroponic gardens make use of nutrient-based solutions through the circulation of water. So, a hydroponic garden tosses out the soil and instead uses an inert grow medium like clay pellets, vermiculite, perlite or one of several others that will pop up throughout this book. What this does is let the roots of the plant directly touch the nutrient solution, get more oxygen as they're not buried in the ground, and together these both promote growth. This book covers the following topics: What is hydroponic gardening Managing plant health How to build your own hydroponic system Best plants for hydroponics gardening Hydroponics vs soil gardening and & advantages and disadvantages Myths and mistakes to avoid Growing mediums & nutrients and lights System maintenance Problems with the operation of a hydroponic system Choosing plants ...And much more But there are even more benefits to using a hydroponic setup than just expedient plant development. Despite the fact that hydro is in the name, hydroponic gardens actually use up less water than traditional soil-based gardens do. This is because the hydroponic system is an enclosed system. This means that there is less soil runoff, evaporation or wastewater in a hydroponic setup. Therefore, a hydroponic garden, when properly set up and maintained, will produce bigger plants at a faster rate with less environmental strain. It seems win-win-win, all around....