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- Seen Nov 3, 2024
This question started to bug me oh-so-sudden after watching most of the seasons, as it is in real life a trivia, a no-problem issue, so it took time to notice this anomaly.
Have you ever wondered either in the games, the anime or the manga when you go to the local professor to get your starter, there are always 1 fire, 1 grass and 1 water type to choose from exactly?
Now take the next step with Gary MTF Oak and other examples. Assume there are two children to choose their starter. Does each of them get the chance to choose any of the three types? Can both for example take bulbasaurs?
The answer is NO!
The second-to-choose is stuck with only 2 choices!
Start to get suspicious?
You should be!
Because how come the case of Ash do not occur more often?
Now, when does a kid get a starter?
It is a little wishy-washy here, as there are two options:
- the novelization of season 1 tells in a certain day of april after the kid entered his/her 10th age.
- on their 10th birthday.
Both have troubling consequences.
If the first option is true, that means per region only 3 child per year borns, and that's the maximum! Many times we see only 1 or 2 child at the professors to choose their starter.
But let's be generous, and assume 3 per year. Let's say life-expectancy is like in real life for humans, aka. 60 years.
That means any region's maximum population can be 60*3 = 180!
Of course this cannot be true, so let's try reverse. The highest known population of a region (Unova) is 949.
Still assuming 3 child per year that can show how long a poke-human lives in average: 949/3 = 317 years!
-----
If the second option is true, we have another kind of problem, but let's do the previous math, with the assumption a poke-year equals a real-life year, aka. 365 days. That'd mean in one year even with 1 child a week we get 52 child per year,and 52*60 = 3120 population. If pokeworld is a dangerous place, and people live only 30 years as average the expected population would still be 1560, which is way above the minimum population known which is Kanto's 375 average.
Where did the population go? To the Great Pokemon War?
Sad fact is, for a population to exist without facing extinction on the long run is 500, so a less-than 400 population is problematic.
But maybe we have the answer how people keep going.
You know with a normal population birth don't spread equally in a year. There are peaks of giving birth, and random factors and whatnot. So sooner or later you'll end up with 10 year old kids lining up at their birthday at the local professor in numbers. 4-5-10 kids will be there instead of the prescribed maximum of 3.
How can it be this never happens (except for Ash)?
The answer can be related to all the Joys, Jennys, Don Georges and so on: they are using clone-technology! That's why we never see pregnant women, or even hospitals. Hospitals of pokemon would be too troubling with all the cloning-tanks growing little Giovannis in 'em
!
Have you ever wondered either in the games, the anime or the manga when you go to the local professor to get your starter, there are always 1 fire, 1 grass and 1 water type to choose from exactly?
Now take the next step with Gary MTF Oak and other examples. Assume there are two children to choose their starter. Does each of them get the chance to choose any of the three types? Can both for example take bulbasaurs?
The answer is NO!
The second-to-choose is stuck with only 2 choices!
Start to get suspicious?
You should be!
Because how come the case of Ash do not occur more often?
Now, when does a kid get a starter?
It is a little wishy-washy here, as there are two options:
- the novelization of season 1 tells in a certain day of april after the kid entered his/her 10th age.
- on their 10th birthday.
Both have troubling consequences.
If the first option is true, that means per region only 3 child per year borns, and that's the maximum! Many times we see only 1 or 2 child at the professors to choose their starter.
But let's be generous, and assume 3 per year. Let's say life-expectancy is like in real life for humans, aka. 60 years.
That means any region's maximum population can be 60*3 = 180!
Of course this cannot be true, so let's try reverse. The highest known population of a region (Unova) is 949.
Still assuming 3 child per year that can show how long a poke-human lives in average: 949/3 = 317 years!
-----
If the second option is true, we have another kind of problem, but let's do the previous math, with the assumption a poke-year equals a real-life year, aka. 365 days. That'd mean in one year even with 1 child a week we get 52 child per year,and 52*60 = 3120 population. If pokeworld is a dangerous place, and people live only 30 years as average the expected population would still be 1560, which is way above the minimum population known which is Kanto's 375 average.
Where did the population go? To the Great Pokemon War?
Sad fact is, for a population to exist without facing extinction on the long run is 500, so a less-than 400 population is problematic.
But maybe we have the answer how people keep going.
You know with a normal population birth don't spread equally in a year. There are peaks of giving birth, and random factors and whatnot. So sooner or later you'll end up with 10 year old kids lining up at their birthday at the local professor in numbers. 4-5-10 kids will be there instead of the prescribed maximum of 3.
How can it be this never happens (except for Ash)?
The answer can be related to all the Joys, Jennys, Don Georges and so on: they are using clone-technology! That's why we never see pregnant women, or even hospitals. Hospitals of pokemon would be too troubling with all the cloning-tanks growing little Giovannis in 'em
![[PokeCommunity.com] What is the population of the world? [PokeCommunity.com] What is the population of the world?](https://i.imgur.com/uQuWRwK.png)