been replaying black2 again, this time using a tepig. no, sadly, she’s not shiny, but i did wonder what the shiny form of emboar was. and holy crap does it look awesome. had to draw it. it’s going on the ever-growing list of shinies i want.
So I jumped on a bandwagon with out knowing it. After finishing these I went on tumbler and found at least eight other designs for a dawn Lycanroc. I tried to change as much as possible but still stay a bit with the old one (a bigger poofy tail was definitely necessary), but it still feels unoriginal. Despite that it still works as just a special midnight lycanroc and i think I might use her as a character.
This can be split into two main categories; communicative functions and non-communicative.
1. Mate Selection
While insects tend to use chemical communication more as a means of attracting potential mates colouration can however play a significant role in mate selection in a number of ways.
Honest signalling - in which the colouration reveals the quality of the individual as these colourations are costly to produce. Therefore only individuals that are high-quality are able to afford the cost of producing these signals (in this case the iridescence or shiny colouration)
A study (
Fitzstephens & Getty, 2000) found that male Calopteryx maculata (Black-winged damselfly) with higher fat stores had a much bluer iridescent colouration compared to males on low fat diets.
Amplifier traits - iridescent / shiny colours may be used to amplify the differences in the signals of quality (however no studies have directly focused if this is a function of iridescence)
Sensory drives -
iridescent colouration was favoured due to being more effective in signalling in certain ecological environments
Receiver Bias - females (or in rare cases the males or hermaphrodites) as the receivers may have favoured certain
colouration due to being better received by their sensory system therefore resulting in the evolution of this colouration
2. Species Recognition
Man species use iridescent / shiny colouration in order to identify members of their own species! As simple as that!
Colias eurytheme (orange sulfur butterfly) use UV
iridescence to communication with conspecifics
Iridescense / shiny colouration may be used in intrasexual encounters; mostly male-male agonistic encounters and can be used as a territorial signal.
Can help insects that school together facilitate their orientation or direction within their schools / flocks. This is seen in many aquatic species of fish and even squid.
5. Predation avoidance
Iridescense / shiny colouration can be used to order to actually avoid predation! Although at first glance you’d assume this would make them more visible, this isn’t always the case.
Mimicry / camouflage - insects can avoid predation by mimicking objects, leaves, raindrops, other harmful species or even by blending into the background
A number of iridescent jumping spider species (Salticidae); such as Brettus adonisin this study (
Jackson & Hallas 1986) were found to mimic raindrops to avoid predation
The iridescent green leaf beetles such as the (Dogbane Leaf Beetle, Chrysochus auratus) similarity use their iridescence colouration to mimic dew on leaves.
Species like tiger beetles (
Cicindelinae) even use their
iridescence to create an unsaturated appearance that allow them to blend into their envrionment (
Schultz 1986, 2001)
Warning colouration - insects may use their colouration to communicate their toxicity or unpalatability serving as aposematic warning.
Panamanian tortoise beetle (Charidotella egregia) that change from gold to red when disturbed by predators
(Vigneron et al. 2007).
Startle displays - some species will use their
iridescence colouration to create a flash that may startle potential predators long enough for them to escape due to the way in which the iridescence reflects light.
The tiger beeltes again! Some of them have bright colouration like below that they use as startle defenses against predators (Sargent 1990).
There’s much debate over whether
Iridescense / shiny colouration has any function in either heat absorption or dispersion.
Some found evidence that the structures used to created iridescense / shiny colouration acted as heat collectors, like in the wings of butterflies (
Miaoulis & Heilman 1998). However other’s have found no evidence of thermoregulation in tiger beetles
Schultz & Hadley (1987).
iridescense structures may reduce the friction in burrowing insects
Because it is loanword from Finnish, which is quite rare, and also there is a funny story behind it. You see, once upon time there was a Finnish word “rapakalja” which meant “bad beer” (lit. mud beer). For some reasons Swedes liked it and it got adopted to Swedish… Only that now it got extra “p” and means “gibberish / nonsense”. And it really is a loan from Finnish, I checked from the official Swedish ordbok.
I really wonder what happened that they came up with that. Maybe they got bad beer in Finland and things turned out to be confusing?
Anyway, Finnish stopped using the word rapakalja for some reason. It still exists in some dialects but honestly I have never heard anybody using it… Until somebody invented this funny game where the idea is to cheat others to believe in weird explanations. In Sweden, they decided to call the game “rappakalja”, because it is quite confusing and nonsense game.
Finland has this lovely habit of taking all the things from Sweden and pretty soon that game ended up there with the same name, and became quite popular. Rappakalja is still not official Finnish word, but it is sometimes understood as “confusing”.
So that is how Swedish once got a word from Finnish and then later sold it back with new shiny form.