Yes, in that way. Scientists can’t say something is true for sure. You can argue (correctly) that gravity has more evidence backing it up. It’s the accepted theory that gravity works the way it does because it lines up with every observation made involving it.
In the same exact way, psylocybin being produced by mushrooms to deter predators (certain insects in particular) comports with every observation made about it and explained with the same theories of evolution that lead to similar results with organisms producing chemicals all over the animal kingdom. Like gravity, it’s bad science to say it like an absolute fact, but it’s likely based on all available data.
Or they produce it exactly because animals are entertained by it to spread its spores. Or it’s random. Or who the hell knows. 🤷♂️
https://www.sciencedaily.com/releases/2018/02/180227115548.htm
Scientists. Scientists are who knows.
These conflict.
Right… In the same way that gravity is still only a theory.
No, not in that way.
Yes, in that way. Scientists can’t say something is true for sure. You can argue (correctly) that gravity has more evidence backing it up. It’s the accepted theory that gravity works the way it does because it lines up with every observation made involving it.
In the same exact way, psylocybin being produced by mushrooms to deter predators (certain insects in particular) comports with every observation made about it and explained with the same theories of evolution that lead to similar results with organisms producing chemicals all over the animal kingdom. Like gravity, it’s bad science to say it like an absolute fact, but it’s likely based on all available data.
So then not something scientists know is true.
I could see that being really bad for something that size.
These things usually aren’t random. It takes energy for the organism to make it, so there’s usually some evolutionary advantage.
Reminded me of this.
Dropped my phone can you help me find it?