10 Best vertical vegetable garden (Vertical farming) ideas

10 Best vertical vegetable garden (Vertical farming)
Rameshng, CC BY-SA 3.0 , via Wikimedia Commons

What is a vertical vegetable garden(Vertical farming)?

Vertical vegetable gardens are a space-saving home gardening system that allows you to grow crops on a small plot of land.

That being said, imagine having limited space in your backyard. Then you can take advantage of the land and cultivate only a small amount of crops. However, it is possible to cultivate more under the vertical vegetable garden system.

Why the need for a vertical vegetable garden?

Vertical vegetable gardens are especially suitable for cultivation in less spacious areas. It is also possible to use this method when cultivating marshy lands. This type of cultivation is also suitable for cultivation in areas with large slopes.

Cultivation in lands with limited space

In this cultivation method, the cultivation is done in the flat system. The deck system does not have a standard deck size and can be designed to be well ventilated and exposed to sunlight.


Cultivation on muddy lands

The marshy land is not suitable for most crops. For that reason, it is possible to use a vertical vegetable garden system to grow high backyards out of swamps.

Cultivation in large sloping areas

This variety is suitable for cultivation in areas with large slopes. This is due to the reduced sun exposure in sloping areas. Water supply can also be difficult. For these reasons, this method is whitewashed.

Is a vertical vegetable garden successful?

This is a successful method. It is also an easy method. Even so, owning one is still beyond the reach of the average person. In this system, limited space is sometimes available.

What are the methods of making a vertical vegetable garden?

vertical farming is the exercise of developing plants in vertically stacked layers. a few not unusual selections of structures to residence vertical farming structures include homes, transport bins, tunnels, and deserted mine shafts. Despommier and his students got here up with a design of a skyscraper farm that could feed 50,000 humans. despite the fact that the design has not but been built, it effectively popularized the concept of vertical farming. contemporary programs of vertical farmings coupled with different today’s technology, including specialized led lighting, have resulted in over 10 times the crop yield that might acquire via traditional farming techniques.

the main benefit of making use of vertical farming technologies is the extended crop yield that incorporates a smaller unit place of land requirement. the expanded capability to cultivate a bigger type of vegetation straight away because crops do no longer share identical plots of land at the same time as growing is every other sought-after advantage. additionally, crops are proof against climate disruptions due to their placement interior, meaning fewer plants misplaced to extreme or surprising climate occurrences.

vertical farming technology faces economic challenges with large begin-up fees as compared to conventional farms. in Victoria, Australia, a “hypothetical 10 level vertical farm” might value over 850 times extra per square meter of arable land than a conventional farm in rural victoria. vertical farms additionally face large energy needs because of the use of supplementary light like LEDs. furthermore, if non-renewable energy is used to satisfy these energy needs, vertical farms could produce more pollution than conventional farms or greenhouses.


History of Vertical farming

Dickson Despommier Vertical farming
By Profvrr – Own work, CC BY-SA 4.0, https://commons.wikimedia.org/w/index.php?curid=35105707

Dickson Despommier, professor of public and environmental health at Columbia University, based the foundation of the concept of vertical farming. in 1999, he challenged his class of graduate college students to calculate how a whole lot meals they could grow on the rooftops of recent york. the scholars concluded that they could simplest feed approximately 1000 people. unhappy with the results, Despommier suggested developing plants interior instead, on a couple of layers vertically.

Despommier and his students then proposed a layout of a 30-story vertical farm ready with artificial lighting fixtures, superior hydroponics, and aeroponics that could produce sufficient food for 50,000 human beings. they in addition mentioned that approximately 100 forms of end result and vegetables could develop at the top floors at the same time as decrease floors could house chickens and fish subsisting on the plant waste. although Despommier’s skyscraper farm has not but been built, it popularized the concept of vertical farming and inspired many later designs.



Techniques of vertical farming


Techniques of vertical farming
Public Domain, Link

Hydroponics refers back to the technique of growing plant life without soil. in hydroponic structures, the roots of flora are submerged in liquid answers containing macronutrients, which include nitrogen, phosphorus, sulphur, potassium, calcium, and magnesium, in addition, to trace elements, together with iron, chlorine, manganese, boron, zinc, copper, and molybdenum. additionally, inert (chemically inactive) mediums along with gravel, sand, and sawdust are used as soil substitutes to offer a guide for the roots.

the blessings of hydroponics consist of the potential to increase yield per area and decrease water usage. an examination has shown that, in comparison to standard farming, hydroponic farming could boom the yield consistent with the region of lettuce by around 11 times at the same time as requiring thirteen instances less water. due to those benefits, hydroponics is the fundamental developing device used in vertical farming.


By Bryghtknyght – Own work, CC BY 3.0, https://commons.wikimedia.org/w/index.php?curid=10754457

the time period aquaponics is coined by way of combining words: aquaculture, which refers to fish farming, and hydroponics—the method of developing flowers without soil. aquaponics takes hydroponics one step in addition to the aid of integrating the manufacturing of terrestrial plants with the production of aquatic organisms in a closed-loop device that mimics nature itself. nutrient-wealthy wastewater from the fish tanks is filtered by using a stable removal unit after which brought about a bio-clear out, wherein toxic ammonia is transformed to nutritious nitrate.

while soaking up vitamins, the vegetation then purifies the wastewater, that’s recycled lower back to the fish tanks. moreover, the flowers consume carbon dioxide produced by using the fish, and water within the fish tanks obtains warmth and facilitates the greenhouse to keep the temperature at night time to store power. as maximum commercial vertical farming structures consciousness on producing some speedy-developing vegetable vegetation, aquaponics, which additionally includes an aquacultural issue, is currently now not as extensively used as traditional hydroponics.



The invention of aeroponics became inspired by the initiative of NASA (the national aeronautical and space administration) to find an efficient way to grow plants in areas within the Nineteen Nineties. in contrast to conventional hydroponics and aquaponics, aeroponics does now not require any liquid or solid medium to develop plant life in. rather, a liquid answer with nutrients is misted in air chambers in which the flowers are suspended. by means of ways, aeroponics is the most sustainable soil-less developing approach, as it uses as much as 90% much less water than the maximum efficient conventional hydroponic systems and requires no replacement of growing medium.

moreover, the absence of a developing medium lets aeroponic structures adopt a vertical design, which further saves strength as gravity routinely drains away excess liquid, while traditional horizontal hydroponic structures regularly require water pumps for controlling extra answer. presently, aeroponic structures have not been widely implemented to vertical farming, but are starting to appeal to enormous attention.

managed-environment agriculture

managed-surroundings agriculture (CEA) is the change of the natural environment to boom crop yield or expand the growing season. CEA structures are usually hosted in enclosed structures together with greenhouses or homes, in which management may be imposed on environmental factors which include air, temperature, light, water, humidity, carbon dioxide, and plant nutrients.[13] in vertical farming systems, CEA is often used in conjunction with soilless farming techniques which include hydroponics, aquaponics, and aeroponics.


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