The evolution of pokémon
#5 of humanity supplmental
This supplemental is a study by a human. The element that is 244 in weight is plutonium remains from the nuclear war in Joseph era. Life went on, it took 4000 years for the human and pokémon relations to improve. There was not much else to do for the nuclear winter. These events are currently theoretical.
All pokémon have the same chromasomes pairing this allows them to interbreed. Since all pokémon are based off of mews DNA they changed over millions of years. New types and new species of pokémon have developed through several mass extinctions. The maternity and paternity habits of pokémon are also a major factor. The reproduction rate varies on how they reproduce and their size. Whether it is eggs or live birth affects the next generation. Pokémon have three reproductive groups, Male, Female; No Gender. No gender pokémon generally cannot breed. Ditto seems to be the only exception. Their DNA has a majority of recessive traits with an abnormal X/Y gene. They are often used for cloning other pokémon. Males tend to have small penises and testicles in most regions, but the few exceptions are the five temple region and two others. It is theorized that domesticated pokémon inter-bread with more wild pokémon. The more wild pokémon died faster and reproduced fewer offspring so their line ended. The domesticated pokémon are less violent and tend to be nicer than their wild counter parts. The wild male will compete for females to breed with and have larger testicles and penises to attract more females and mate more frequently. Domesticated pokémon do not compete with violence like wild ones do. The less aggressive males attracted more females with skill and compassion. Over 300 years males became less aggressive, giving gifts to obtain breeding partners. Females accept these gifts and tokens of their love. If they can mate, eggs can appear more frequently than live birth. Live birth is a recessive trait that has a slower reproduction rate. It also makes female more protective of their offspring. The gestation varies for each species. A rattata has two weeks and a snorlax is one year. It is based on life span and size of the adult. Only compatible types have offspring in most regions. The genetic marker is the limitation, and these genes are still unknown. Comparably is wider with live birth pokémon. Live birth creates hybrids and new species of pokémon. The females can have one to eight offspring born in one pregnancy. Pokémon that lay eggs are less protective of their offspring. If one dies they have two or three to replace it quickly. Live birth parenting is more protective. The mother will kill any attackers to protect their young. They run if they can but, just after birth they cannot. They are highly aggressive at this time period. If you battle one, you are likely to lose with the pokémon that was sent out dead. If the female is in late pregnancy, the male is extremely aggressive to protect her and his unborn litter. Eggs and pokémon that a born are at base level evolution; The only species I found that only lay eggs are Flying, Bug; Dragon types. Some water types can lay eggs or live birth, but most send out clouds of sperm and eggs to develop and grow without parenting. Pokémon that hatch from eggs are more disease resistant and are on the average weight of the base evolution. Live born pokémon are under weight to allow birth. They gain weight and experience quicker than egg born pokémon. They are susceptible to diseases and infections. They cannot reproduce immediately it they take time to develop. The parents' traits blend creating hybrids that are less susceptible to disease. Over time the hybrids become a new species of pokémon When level evolutions hatch or are born they all reach the ability to reproduce. The need to reproduce is less important than when they level evolve. The current theory is females wanted to reproduce when they are bigger and stronger. The chance of them dying is drastically reduced when laying the egg or giving birth. A charizard has three or four times the needs to reproduce than a charmander. Pokémon like absol who do not evolve by level become sexually active after their bodies are ready.
Bottle necking and the fall of civilizations
Micro-congeal DNA passed down from the mother shows a minimum of two bottle necks in reproduction. The latest is about 2000 years ago. Remains indicate a variant of type one poké virus. It seems early conservation was applied to counter the mass extinction. It reduced to population loss. Human remains also have the type one poké virus in their teeth. When the people died, it seems pokémon died of starvation if they did not escape their location. The other known extinction has a radioactive decay of uranium 235 and an unknown element with a weight of 244. The population drop was inconsistent as if a war occurred. Many species of pokémon were wiped out around 8000 years ago. The bottle necking was limited. It was like only a few females reproduced creating new type and species of pokémon came from the survivor. Based on that information pokémon gave birth to live young around that time. It appears humans were near extinct along with the rest of the pokémon. The fossils I have studied show signs of teeth marks and signs of cannibalism may have occurred because of starvation.
The DNA history and variations
The recessive trait of giving live birth also affects the level of aggression, teeth, size, and weight. They are heavier overall. The teeth have sharper, larger K9s in their mouths. They gain more weight in the summer and fall than egg-laying pokémon. The aggressive tendencies are heightened. Males show strength and are more active to attract females in the winter to breed. The males do not raise the young very often. It is the mother's job. The male lives with the female for a couple of weeks, or until a nether female is in breeding season. When the young are about to be born he brings all his mates to make a pack. This then, creates a hunter gather group of pokémon. The only place in the world where three types of reproduction occur is the five temple region. The population of pokémon mostly gives birth to live young. Thirty percent lay eggs and incubate then until they hatch. The last 8 percent lay eggs that hatch in about a week. They do not live long due to predatory pokémon finding them a steady food source. They leave some around to continue to produce eggs. When they fight back, they tend to lose unless they join them to find a new mate. The eggs hatch a little later but, they are far more wild than the domesticated pokémon. The offspring lay eggs if female. The male offspring have testicles and penises the same size as pokémon that are born live. The dominate traits that males are nearly asexual with more caring then strength is the sign of modern breeding practices. The more docile pokémon gets to bread and the more aggressive are sterilized to inhibit reproduction. If the male evolves multiple times, the males are sterilized for each evolution. The males tend to regenerate the testicles every evolution. The cause is unknown. If the male was born live, the sterilization is permanent. The males tend to run away to protect their reproductive viability. Most trainers just let them go so they do not have to pay the pokémon doctors.
Copyright of Nintendo, Game freak; anyone I do not know.