Should of been more careful.

Yes, accounting, as Raphael said, for a lot of variations within countries.
to my eyes, what it looks like, is either a pot of water or a pot of nothing (or, if not nothing, then nearly nothing - just a little dry mulch or nutrient mix)
In that case, I wonder - what is the plant growing in? What are the roots rooted in? Where does the plant get nutrients? There didn't seem to be any kind of soil or soil replacement.
Could be difficult - my next appointment is in December, and by then, I might have forgotten about it, or they might have replaced the plant.(its a cool plant - can you ask what kind it is?
Plants hardly need soil. It provides a few micronutrients that could be replaced with a tiny spoon of plant food. The vast majority of what plants need they get from the air. This is why large trees aren't in the middle of a giant hole by the time they're fully grown.
some of the stuff between the noodle roots may be soil or a soil substitute...or its one of those plants that don't need much in the way of dirt, provided that the owner give them nutrients with or in their waterings.
Moose-tache wrote: ↑Tue May 31, 2022 6:59 pm Plants hardly need soil. It provides a few micronutrients that could be replaced with a tiny spoon of plant food. The vast majority of what plants need they get from the air. This is why large trees aren't in the middle of a giant hole by the time they're fully grown.
Thank you both, interesting to know!
Sounds similar to Goodhart’s Law to me, though I’m sure there’s other applicable laws too.Raphael wrote: ↑Wed Jun 01, 2022 8:39 am I'm wondering if a specific rule in economics and the social sciences has a name and known originators:
There seems to be a general rule in life that often, when two mathematically quantifiable things have, until now, usually had a specific mathematical relationship with each other, and if you, then, intentionally change one of these things in order to use the mathematical relationship between the two things to change the other thing as well, all too often, the moment you start doing this, the mathematical relationship between the two things breaks down.
Now, to some extent I worked this out on my own, but I think I heard something like it from other people, too, so I'm pretty sure that people smarter than me have done work on this principle before me. Who were these people, and what did they call the principle?
That's it! Thank you!bradrn wrote: ↑Wed Jun 01, 2022 9:00 am Sounds similar to Goodhart’s Law to me, though I’m sure there’s other applicable laws too.
Got named after the Greater and the Common Flamingos. Flamingoes? Flamingi?Raphael wrote: ↑Wed Jun 01, 2022 3:22 pm Today I learned that there's a species of flamingo called the lesser flamingo. Which makes me think - what kind of asshole taxonomer gave that bird its English name? I mean, other species of animals have names like the great white shark, the emperor penguin, the king cobra, the giant panda, the goliath birdeater - and then there's the "lesser flamingo"? What did that poor bird do to deserve that name?
I checked on the Wiki and there was no mention of a "Common Flamingo", but it did list both flamingos and flamingoes as plurals of flamingo (no mention of flamingi though).keenir wrote: ↑Wed Jun 01, 2022 3:54 pmGot named after the Greater and the Common Flamingos. Flamingoes? Flamingi?Raphael wrote: ↑Wed Jun 01, 2022 3:22 pm Today I learned that there's a species of flamingo called the lesser flamingo. Which makes me think - what kind of asshole taxonomer gave that bird its English name? I mean, other species of animals have names like the great white shark, the emperor penguin, the king cobra, the giant panda, the goliath birdeater - and then there's the "lesser flamingo"? What did that poor bird do to deserve that name?