This guinea hen is upset that ditto candy doesn’t work on every pokemon in Pokemon Go.
This frog did not force a bot to watch 10,000 hours of anything, because A.I. algorithms work a lot better on transcripts. Moreover, this frog did not force a bot to read the equivalent of 10,000 hours of transcripts because it’s even easier to just make something up and claim that you did the work and no one is going to ask for proof anyway.
This bird is a future historian writing about a society that ignored the will of its people, forcing them to live impoverished lives, suffering and dying in pain, prevented from accessing comforts – while also strongly encouraged to partake in the free flow of alcohol and guns. This bird wants to know why no one foresaw the inevitable and obvious consequences.
Some things just don’t make sense to birds.
This is an ultraviolet photo of a purple grenadier.
See, I had a theory. Since birds have developed UV vision at multiple times in their evolutionary process, and birds are so focused on plumage for breeding, then it would make sense that some birds would develop ultraviolet plumage. This makes even more sense when you stop to think about how feather colour works, as it’s refraction, not pigmentation. Since many known pigments break down under UV light, it is more reasonable to think that birds would have a UV signature than animals like lizards or mammals.
So this summer I took my UV camera around to look at all the birds. I only found one species – the purple grenadier – that has a strong and obvious UV signature in the feathers (there are some birds that have UV markings on the bills of baby birds so the parents can feed them more easily). Check out this page for what it looks like in visible light: http://www.finchinfo.com/birds/finches/species/purple_grenadier.php
Yes, all that’s happened is that the purple areas turned white, but the white is a very special white. See, my UV camera isn’t all that great at detecting UV (most aren’t), and very few things are white outside of the sun and bright reflections of the sun. To bird eyes, it is likely that the white parts of this bird gleam as bright as the sun – even in shadow. The feathers are that reflective.
If their predators see in a different wavelength than their potential mates do, this adaptation may blend camouflage with the vibrant mating colours in a way that I’ve never heard of happening in any other species.
It’s hard to do this photography in Minnesota, as we have so few days with a high UV index, but I hope to take more photos when I head south. Maybe other birds do this too.