His advice: "Population will continue to grow - but you can't make more land."
https://www.nytimes.com/2021/05/22/world/global-population-s...
I wonder what we can learn from what is happening in Japan?
Source?
Tri-State area in the Northeast is a good example of ‘almost, but no cigar’. Sure, you can live in some parts of Connecticut/NJ/Upstate and commute to NYC, but I feel like it should be a lot better.
Bullet trains would expand what’s possible. Imagine living in Philly and commuting to NY or vice versa in a reasonable amount of time.
Building (no pun) our way out of this mess is one way, but not enough. We need better/faster travel, and unfortunately that initiative should have started 10 years ago. We’re too behind on that front, so I’m not optimistic about the housing market being properly saturated with houses to keep the frenzy at bay. The places where they will have to build are not viable if you need to get to an economic center daily.
Edit:
One thing I think the federal government can incentivize is to subsidize companies to not have a large headquarters anywhere. Find a tax break for companies to create distributed offices across at least 3-5 states. That’s a great way to let people relocate in a safe way (same company, different office), and help build new economic centers.
The only thing that changes within the span of a decade or even a single lifetime is desirable vs undesirable land. Purchasing property isn't as much of a "sure thing" as everyone believes. Housing prices are dictated mostly by local policy and speculation rather than physical space.
[0] https://www.theguardian.com/commentisfree/2021/apr/05/bill-g...
The Fed can't print any kind of land, why such specificity?
But that land won't have farmable topsoil.
(a) adding IP (gengineering crops to grow more efficiently
(b) driving down the cost of inputs (light/water/nutrients)
(c) making production really dense to offset the cost of building a skyscraper even more than just buying cheap farmland
I'm curious how much more cost efficient vertical farming can really get.
And of methods for doing that, irrigation is the most effective. This speaks directly to Liebig's Law of the Minimum, which states that whatever factor is most critical in limiting plant productivity is the one whose adjustment will have the greatest impact on productivity. For plants, water is a cheap addition, it's frequently the critical missing factor in increasing land productivity, and will literally take you from 0 to 100% alone.
(https://en.wikipedia.org/wiki/Liebig%27s_law_of_the_minimum)
By this reasoning, "vertical farming" is taking land as the limiting factor and literally requires building more land, substrate, water, sunlight, and nutrients in order to increase areal productivity. This is close to a maximally expensive expansion option. To date, vertical farming has been utilised only on very high-value crops, or those for which freshness is at an absolute premium. (Fresh crops can be moved across and between continents in days or hours, though quite often a 14-day transport with refrigeration retains freshness.)
For bulk cereal staples, overall land area remains the principle limiting factor, with sunlight, water, topsoil, fertiliser, and pest control as principle inputs. Weather is another key factor, with freezing, damaging storms (hail, winds), and heat as major concerns.
That's a bit of a stretch, no?
The cost of the Fed printing money is effectively zero, there are substantial costs associated with building and maintaining such structures.
Looking at industry data, e.g. https://ccorpinsights.com/costs-per-square-foot/ we can see that construction costs per livable square foot go from $300 for single story to $600 for midrise to $800 for highrise.