They’re great thoughts though I’d like to point out that most human made structures do no make use of the sun and so their complaint about having solar panels take up the same space is somewhat dubious.
The other comment I’d make is that they chose to highlight an experiment utilizing wheat. Mostly because we use a lot of it. However, humans could modify their diets to consume less wheat if we wanted to. There is nothing mandatory about consuming wheat and so we could focus on plants that need less light to grow.
I’d also like to note that the vertical farming stuff has very little innovation going on in the space because there is no demand for it at all currently. If there were demand, you may see alternative technologies taken up.
Alternative technologies like using mirrors to harvest the UV light and transport it without electrical costs and losses in reproducing it. Or mutating the plants in some ways. Or making better use of UV light by only targeting the leaves or such. Plenty could be done to innovate.
That all being said, I think vertical farming has absolutely no future. Mostly because the alternatives are so good. We could redo an entire farming setup. Or we could cut down on food waste. And cut down on meat consumption. And invest in lab grown meats. Lab grown meats that have a large potential to turn food waste into usable food. All of those are far better tech and this is a dead end concept I’m afraid.
Great repy!
I don’t get lab grown meat, though. It is still super expensive, after years and years of research. Plant based alternatives are on the marked for years and already frighteningly close to meat made from animal tissue. These plant protein alternatives are great for the planet, water soil, co2, pretty healthy and don’t need stem cells or sterile labs to grow. To me, lab grown meat feels like an excuse for people to keep eating animal meat, because the real alternative is not there yet. But it is, just stop making excuses and adapt your accustomed taste a tiny bit.
Your criticisms of the tech are good. I agree with them which is why I said current alternatives are already taking off because you’re right, plant based proteins are doing well.
That being said, there are downsides to plant based alternatives depending on what your design constraints are. Notably some difficulties farming specific plants, crop rotations still need to happen, etc. Also the land consumption is still a concern. And despite criticisms it’s not like lab grown meat has gone nowhere, even recently.
However I’d agree that both this vertical farming technique and lab grown meat are long future technologies and I expect neither to mature fully in the next decade or two maybe. So in that case, we can cut down on meat consumption. Make meat only for special occasions or something. Then we cut down on the land area of meat.
I deal with this situation the same as with our power needs. Implement the things best available to us now and stop waiting for future tech. But as far as future tech goes, vertical farming has a ton of challenges and lab grown meat has more potential in my mind. Especially since lab meat is already being sold and consumed whereas vertical farming seems to exist still in the conceptual phase. Just my two cents though.
Wheat is an amazing “invention” because it is so calorie dense compared to other crops, I would imagine (just guessing, no expertise in the area) that plants that grow with less sun don’t get to be as calorie dense because they have lower input energy - and ultimately the conservation of mass/energy is a physical law.
Maybe I’m miles off with this guess - so don’t take it as fact.
I don’t necessarily view the limiting factor as being the ultimate nutrient density per unit UV light.
Some compounding factors if you’d like to think about this more: UV light is not a monolith and so if you’re using artificial light you may be able to select for plants that still have high calorie yields but can accept a lower wavelength of UV that would lower power costs.
The same goes for water costs and just the general suitability for these vertical towers as well as what fertilizers work best for them.
The amount of optimization is one of the reasons I’m not hopeful for this type of project. There’s a ton of variables, you’re essentially making an entirely new form of farming and it’s a harder version of it. Meaning that it won’t experience the explosion of industry around it probably.
Currently, i see no alternative that doesn’t devastate ecosystems. I see a future in vertical farming, as knowledge and consciousness of that problem grows.
In the eventual future, sure. But that may be a century away. There are many other solutions that should be implemented before vertical farming that would actually protect ecosystems. The main thing would be pesticides. That’s what I’m far more concerned about than this mere concept.
Here is a great reply from the Low-Tech Magazin.
They’re great thoughts though I’d like to point out that most human made structures do no make use of the sun and so their complaint about having solar panels take up the same space is somewhat dubious.
The other comment I’d make is that they chose to highlight an experiment utilizing wheat. Mostly because we use a lot of it. However, humans could modify their diets to consume less wheat if we wanted to. There is nothing mandatory about consuming wheat and so we could focus on plants that need less light to grow.
I’d also like to note that the vertical farming stuff has very little innovation going on in the space because there is no demand for it at all currently. If there were demand, you may see alternative technologies taken up.
Alternative technologies like using mirrors to harvest the UV light and transport it without electrical costs and losses in reproducing it. Or mutating the plants in some ways. Or making better use of UV light by only targeting the leaves or such. Plenty could be done to innovate.
That all being said, I think vertical farming has absolutely no future. Mostly because the alternatives are so good. We could redo an entire farming setup. Or we could cut down on food waste. And cut down on meat consumption. And invest in lab grown meats. Lab grown meats that have a large potential to turn food waste into usable food. All of those are far better tech and this is a dead end concept I’m afraid.
Great repy!
I don’t get lab grown meat, though. It is still super expensive, after years and years of research. Plant based alternatives are on the marked for years and already frighteningly close to meat made from animal tissue. These plant protein alternatives are great for the planet, water soil, co2, pretty healthy and don’t need stem cells or sterile labs to grow. To me, lab grown meat feels like an excuse for people to keep eating animal meat, because the real alternative is not there yet. But it is, just stop making excuses and adapt your accustomed taste a tiny bit.
Your criticisms of the tech are good. I agree with them which is why I said current alternatives are already taking off because you’re right, plant based proteins are doing well.
That being said, there are downsides to plant based alternatives depending on what your design constraints are. Notably some difficulties farming specific plants, crop rotations still need to happen, etc. Also the land consumption is still a concern. And despite criticisms it’s not like lab grown meat has gone nowhere, even recently.
However I’d agree that both this vertical farming technique and lab grown meat are long future technologies and I expect neither to mature fully in the next decade or two maybe. So in that case, we can cut down on meat consumption. Make meat only for special occasions or something. Then we cut down on the land area of meat.
I deal with this situation the same as with our power needs. Implement the things best available to us now and stop waiting for future tech. But as far as future tech goes, vertical farming has a ton of challenges and lab grown meat has more potential in my mind. Especially since lab meat is already being sold and consumed whereas vertical farming seems to exist still in the conceptual phase. Just my two cents though.
Wheat is an amazing “invention” because it is so calorie dense compared to other crops, I would imagine (just guessing, no expertise in the area) that plants that grow with less sun don’t get to be as calorie dense because they have lower input energy - and ultimately the conservation of mass/energy is a physical law.
Maybe I’m miles off with this guess - so don’t take it as fact.
I don’t necessarily view the limiting factor as being the ultimate nutrient density per unit UV light.
Some compounding factors if you’d like to think about this more: UV light is not a monolith and so if you’re using artificial light you may be able to select for plants that still have high calorie yields but can accept a lower wavelength of UV that would lower power costs.
The same goes for water costs and just the general suitability for these vertical towers as well as what fertilizers work best for them.
The amount of optimization is one of the reasons I’m not hopeful for this type of project. There’s a ton of variables, you’re essentially making an entirely new form of farming and it’s a harder version of it. Meaning that it won’t experience the explosion of industry around it probably.
Currently, i see no alternative that doesn’t devastate ecosystems. I see a future in vertical farming, as knowledge and consciousness of that problem grows.
In the eventual future, sure. But that may be a century away. There are many other solutions that should be implemented before vertical farming that would actually protect ecosystems. The main thing would be pesticides. That’s what I’m far more concerned about than this mere concept.