Vertical Farming

Forget everything you know about farming. Big open spaces, tractors, even soil. After thousands of years doing things pretty
much the same old way, there’s a, well, growing trend in agriculture: vertical farming. Every green plant needs the same few ingredients
to grow: light, water, carbon dioxide, oxygen, and some assorted nutrients and minerals. Via photosynthesis, plants use light energy
plus water and carbon dioxide to make sugars using chlorophyll and other molecules. They use those sugars along with oxygen to
power their cells. Plants also transform some of the sugars into
other useful carbon-based molecules, like the tough cellulose that gives them structure. The nutrients and minerals are vital to plant
cells staying happy. Nitrogen is used the most. The element is incorporated into amino acids,
which organisms like plants build into proteins and enzymes that make life life. Phosphorous atoms are in ATP, the molecule
cells use for energy. Magnesium is central in chlorophyll. Potassium catalyzes the chemical reactions
that make sugars. So where do plants get all this stuff they
need? In the wild, plants get light from the sun,
water from rain and groundwater, CO2 and oxygen from the air and nutrients and minerals from
dirt. As humans learned to farm we supplemented
some of those ingredients using technology like irrigation or spreading on fertilizers. But vertical farming takes it to a whole new
level, so to speak. Obviously the vertical part is the first step. Everything else stems from that. Instead of growing plants in big horizontal
fields, you grow them in racks stacked on top of each other. Basically do for farming what high rise apartment
buildings did for housing. Growing plants in towers gives you a lot more
production for your footprint. It solves other problems too. Moving plants indoors means they’re not
at the mercy of weather and other environmental factors like say drought or smog. We don’t need to convert more wilderness
to extensive farmland, and it better controls runoff of fertilizers and pesticides into
waterways. Hydroponics is one way to grow plants indoors,
meaning the roots sit in nutrient-rich water. No dirt! As a bonus, that actually reduces water use. One study found that hydroponics produced
more lettuce with 90% less water. There’s also aeroponics, where the roots
get sprayed with a mist of that nutrient-laden water. Aeroponics uses 70 percent less water than
hydroponics. However you need more than water to grow plants
indoors. When it comes to vertical farming the energy
use can be much greater than horizontal farming. Climate control systems including air circulation,
water pumps, and sensors all require electricity. And then there’s lighting. Despite many gardeners’ sunny dispositions,
there isn’t sunlight indoors. How you get this light can make or break the
cost of the whole operation compared to regular farming. Remember, that thar field has a free source
of lighting: the sun. So many vertical farmers use artificial lights. Traditionally, they’d use grow lights, which
produce the full spectrum of visible electromagnetic radiation. It turns out that chlorophyll mostly responds
to two narrow bands of red and blue light, meaning a lot of a grow light’s energy is
wasted. Especially the heat they give off, which can
actually hurt plants. So modern vertical farms often use light emitting
diodes instead. Three things make LEDs great for vertical
farming: One, they give off very little heat. Two, they use WAY less energy than incandescent
or fluorescent bulbs. And three, LEDs can be engineered to put out
very specific colors of light. This means you can dial in LEDs to exactly
the colors that chlorophyll likes best for the plant to grow and flourish. There are already a few companies trying to
make vertical farming work. One uses old bomb shelters in London. Another uses warehouses in Newark, New Jersey,
where they stack plants 36 feet high and carefully monitor all the vital variables to keep the
best growing conditions. [LIST ON SCREEN moisture, carbon dioxide,
nutrients, light, etc.] Right now vertical farming is still more expensive
than conventional agriculture, given that whole free sunlight thing. But there are other advantages to remember. Like using less water. And because vertical farms can be in cities
you burn less fossil fuels to get fresh tasty salad greens to restaurants and grocery stores. So who knows? Maybe a high rise near you will literally
start to blossom, stemming your need to get up so early for those farmers’ markets. Thanks to ChemMatters for their article on
vertical farming. Check out the article at this link here and
make sure to like and subscribe on your way out. Let us know any other topics you’d like
us to cover. Thanks for watching!

52 thoughts on “Vertical Farming

  1. Maybe vertical farms can connect solar panels to the LED lights. That way, the sun would be supplying light free light to the plants rather than having the sun's energy wasted.

  2. 1)Talking about a complex system of infinite interactions: soil. And you use the word "dirt".
    2) How many nutrients does a specific plant need and at what quantities?
    3) Maybe the weather is what contributes to the nature of a plant and not a bad thing?

    That's why i hit the dislike button.

  3. Still wondering till now why Hydroponic or Aeroponic which usually used by future farm industry always farm lettuces when people doesn't consume lettuce that much, why not put rice to it? Or corn? Or chilli and tomatoes? Why always lettuce?

  4. It's a good solution for food security. Try to transfer the technology at grass root level as well should be affordable.

  5. Excellent video!) In fact, given the advantages of vertical trusses over classical ones, moving to them is a matter of several years. Personally, I believe that we are very fortunate to witness such revolutionary breakthroughs that change the world for the better before our eyes. For those who do not want to stand aside while others are building the future, now is the right time to take part in creating vertical farms, in work with FARM FRESH HATCHERY. Learn more by clicking on my affiliate link do not be afraid of change, try something new, develop spiritually and financially, as I do it. Good luck to all!

  6. wouldn't it be an advantage to lead daylight through a prism system to get free extra lightning. + will those plants survive normal sunlight 10-20 generations later? + how much energy do those farms need compared to the energy the rooftop can produce if solar cells are on it?

  7. Yeah you can grow lettuce but what about potatoes, corn, wheat etc. You have very outdated imformation on farms. Next time compare new up to date farmers. Go big or go home

  8. Well why not use sunlight even indoor by engineering the sunlight in through the roof in a way that it would reach every plant by using mirrors

  9. wheres the study on hydroponics producing more lettuce with 90% less water? if you didnt cite it, im gonna assume youre talking out of your ass.

  10. Looks great on paper and practical in large cities but too many low information Youtube flunkies see these videos and make stupid malicious comments about farmers on other Youtube videos, especially GMO topics. Look, our poor struggling farmers are financed up to their eyeballs and this is NOT a solution for farms in agricultural areas. Farmers can't pull a million bucks out of their asses to build expensive hydroponics facilities. Maybe a PARTIAL solution in areas hit by severe climate change drought, like the southwest or California. This is ONE solution, not THE solution.

  11. You can reduce the use of energy if you put small mirrors around the plants, or just use a highly reflective paint. You can maybe even paint all the walls in the room with reflective paint or just white. The entire room doesn't need to be lighted, all the light that goes in all directions in the room is wasted. So, the plants actually use much less light.

    The energy problem is not really a problem as they say, because the sun is up 12-15 hours a day, and the LED light works 24 hours a day.

  12. You forgot to mention, that we need to nail nuclear fusion first, if we want vertical farms to produce anything that has any calories in it. Until that, it's an environmental disaster, using more energy than transporting food from thousands of km-s away.

  13. We have developed a solar PVT panel system to cover the running costs of grow lights, pumps and with the byproduct of warm water from cooling the PV panels, keeps the water at 28c

  14. light doesnt shine well vertically or scale efficientally that way. most commercial growers dont grow that way for reasons

  15. Even as I consider trying this myself, i can't imagine paying for lighting it year round. Natural sunlight is best because nothing we have is nearly as powerful nor has a wide spectrum. Artificial light may be supplementary but unless energy becomes cheaper than dirt & water the farm rules thanks to the sun. Perhaps it will as soil errosion & aquifer depletion reaches a tipping point.

  16. Great video! I loved the LED lighting explanation
    But isnt lignin the tough molecule of the structure?
    Cellulose is a long chain of sugars

  17. vertical farming is the new fashion, but consume lot of energy, if some technology can reflect the sun light from outdoor to indoor without any additional energy consumption that would save some energy cost

  18. WHY DON'T YOU JUST BRING THE SHINE INDOORS? By that I mean use solar cells on the roof and transmit the sun inside to operate the LED lights.

  19. Don't give the bullshit of costing more. Do it outside and kill the whole energy cost. Most of the energy cost.

  20. Solar panels will help in the energy side, and people forget how expensive it is to buy land to do normal agriculture.

  21. We are going to do Vertical Farming at The Urban Tree Village in Amsterdam 🙂 www.

  22. Starting today, at home. Bought €100 of pipes, screws and seeds and have build an indoor 5-level feet wide hydroponics system, completely automated.

  23. i love the outstanding quality of this video and all the other videos in this channel. but you guys should rename this video to "Growing Plants In The Air Instead of In The Ground – How is it done?" that provides interest to people who have never heard of vertical farming, like me.

  24. The growth of the market could be attributed to the growing urbanization, rising demand for high quality food with no use of pesticides and herbicides, and independent farming technique with low impact of climatic conditions

    Details study Analysis: Read more:

    Vertical Farming Market by

    Growth Mechanism (Hydroponics, Aeroponics, and Aquaponics)

    Structure (Building Based and Shipping Container)

    Offering (Hardware, Software, and Service)

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