– Phoenixes always cook their food, and can be persuaded to share.
– No raw meat breath!
The Science: According to a neuroscience theory, cooked food is the key to human intelligence. Cooking makes nutrients more accessible to animals with inefficient digestion (in the case of a phoenix, one can’t fly when it takes hours to digest a simple meal, so digestion must be quick. That means not everything eaten can be broken down and absorbed, which equals fewer nutrients). Cooked food is easier to process and absorb nutrients from, which allows humans to have way more brain function than other animals. It takes a lot of nutrients to keep all our brain activity going, so cooking is key (plus it allows us to eat otherwise poisonous/tough things and increase nutrient sources). Phoenixes are also highly intelligent (of course!) and therefore benefit from cooking food like we do. Their brains would require it!
– Phoenixes are highly adaptable (you’d have to be, to get reborn!).
– They’re vivid, active dreamers. Who wants to be kicked by a flaming bird dreaming about walking somewhere?
– Phoenixes are fairly helpless when reborn.
– Phoenixes may be prone to trauma after difficult or prolonged negative experiences.
The Science (!): Our ability to dream is a direct consequence of how adaptable our brains are (neuroplasticity). Without dreams, the human brain is so adaptable that it would lose space dedicated to sight when we sleep at night/during the long nights of winter when vision is limited. Dreams activate the vision portion of our brain and keep it intact. Animals born with a high degree of instinct, who can function well within hours of birth (e.g. species subject to predators that must be able to run away from day one) don’t have neuroplasticity/adaptability like we do. Therefore, they don’t require dreams like we do, because they won’t lose much by getting some shut eye. Their brains are more fixed. So if phoenixes are adaptable, they must dream like we do.
The consequence of this is that more neuroplasticity also means a period of prolonged danger or a traumatic event changes the brain. This is why humans experience PTSD (and/or effects on sleep, digestion, the immune system, you name it). A brain that adapts to danger helps a being in danger stay alive. Adapting back to safe conditions doesn’t happen quickly or easily, though. This could happen to anyone with an adaptable brain, even to the majestic phoenix!
Another example of this (if you even want one!) is that I was surprised by a spider in my bathroom recently. I am an arachniphobe. My brain considers spiders dangerous, so my fight or flight response was immediately triggered (I chose flight). Now I cannot go into that room without checking for a spider because my brain reminds me that spiders appear in my bathroom (and therefore the bathroom may be dangerous and must be approached with caution). Our brains are so flexible it doesn’t take much to create a new pattern of behavior! (On the other hand, if I saw an alligator in the lake, my brain would remind me to be careful around the lake and I’d be safer for it).
So a phoenix may have some hang ups like this, too. (My sister once worked with an arachniphobic sea lion, so even if your phoenix doesn’t have equal-to-human intelligence, it may refuse to go anywhere near webs and shriek). Therefore…
– Despite being mighty, fire-clad animals, phoenixes can be fearful of tiny creatures and refuse to approach them no matter how much you try! A phoenix frightened of pigeons would be VERY inconvenient.
– Travel delays shall ensue.