馃尫Why grow in hydroponic gardens?! 馃尡
The increase in population on an exaggerated scale has
brought with it new alternatives to provide inputs, especially food, it is in
the midst of this crisis that ingenuity in the field of agriculture takes a
step forward.
Known as hydroponic cultivation, it is a technique that aims
to triple the growth time, and utility, it is used without the use of land and
also abandons traditional agriculture methods, this means that they do not face
problems such as inclement weather.
Being these made by means of the roots in suspension and
with varied supports that can go from the bark, to the gravel or the foam. To
the above, of course, the water is added, which, in this case, is accompanied
by the necessary nutrients for the crops to prosper.
It is noteworthy to highlight its particular usefulness
since 93% of the remaining water can be used, being used in the development of
techniques such as the one illustrated below.
馃寧 Is it possible to standardize the use of hydroponic crops
globally?
There are certain factors that impede the construction and
location of this type of orchards, despite this it is still the most probable
reality, although it may not be able to be distributed by all the borders and
sectors, both rural and urban on the planet, a percentage of 55%, since they
correspond to the total value of environments in which its utility would be
relatively "impossible".
(Number of deserts globally "25%" + number of
glaciers "30%" = 55%)
According to the information, what would be more useful to grow using this technique? 馃崄
Bamb煤
Bamboo is the fastest growing and fastest growing
terrestrial plant, it is considered "one of the plants that can save the
planet", since it generates large amounts of oxygen, is capable of retaining
water and reforesting forests, likewise It has various uses: such as the
manufacture of paper, biodegradable products, buildings, and large food
supplies. It is characterized by its "Perennial" species, the plants
capable of surviving for almost their entire life, in order to provide the
environment with great protection to the environment and atmosphere, despite
these particularities, in general this type of plants needs a certain amount of
earth with depths greater than 3 cm, becoming a problem, even so, the
possibility is still present.
Fern Bracken
Bracken Fern has the skills to grow or survive in the
environments and soils most contaminated by the heaviest metals such as:
arsenic, cadmium, copper, nickel, lead, among others. Scientists after long
hours of research conclude that this Bracken Fern plant contains vitamin E,
calcium, magnesium, copper, potassium, iron, among others. These help combat
menstrual discomfort, as well as have expectorant properties that relieve
airway congestion and cough, relax arteries and help fight hypertension. This
plant, in addition to having healing properties, also has properties that
benefit its environment and cultivation, since once they have matured, these
metal-laden ferns are incinerated and can be reused.
What would happen in the near future whit the use of these techniques? 馃榾
In the future, applying the techniques of vertical
agriculture by aeroponics and hydroponics would reduce soil erosion due to
over-exploitation by agriculture and construction on a daily basis. Since by
the year 2050 it is foreseen that the soils will lower their quality, so as to
lose 10% of all current agricultural yield due to erosion.
For this reason, the most effective solutions are
sought to counteract this damage, called "Vertical Agriculture", the
objective of which is to enable agriculture to plant crops inside buildings and
skyscrapers with the requirement of professionals capable of analyzing data,
systems supervisors, and bioscientists. and other specialized professionals who
work with crops.
Citing its innovative technologies for this process such as:
Led Technology, which allows it to grow at low cost, without the need for
sunlight. So that Vertical Agriculture offers better care for both humans and
their nature, reducing carbon dioxide emissions, obtaining greater production
of these, saving water, up to 95%, among others.
¡¡Thanks for reading me!! 馃憢


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