Sesquipedalian!
Eats Luftwaffles for Breakfast
Indeed, the idea in itself is quite useless and unnecessary as our classification of Pokemon is already quite sound when referring to the game play itself, but I am quite curious as to how one may be developed efficiently.
It is indeed noted that Pokemon in themselves hold a number of distinctions that separate themselves from each other and are classified into their associate groups - Body Form, Colour, Type, Egg Group, etc.
In such a case, what would one consider the greatest method of classifying Pokemon per a taxonomic system? In the Linnaeus-based biological classification system - the system most everyone is familiar with - we hold Domain, Kingdom, Phylum, Class, Order, Family, Genus, and Species. Of course, Pokemon is by far less complex than the aforementioned, so on what grounds may we classify the species?
For example, would it be more sound to hold Egg Groups as major sections with subdivisions associate with Pokemon elemental types? Of course, the factor of being double-typed and holding two egg groups is unwieldy in itself. And how may one differentiate between individual species? We already hold specific "Pokemon Species" names, however some of these are shared - for example, both Flygon and Xatu share the "Mystic Pokemon" title, and specific Pokemon in their own evolutionary lines themselves share the same species title.
A handful of days ago, as a result of extensive boredom and tomfoolery in Pokemon White and on the internet, I created a basic method of truncating Egg Group names into pseudo-scientific linguisto-cides and horrific destructions of what were once Latin and Greek:
Monsteros (Mons-) - Monster
Amphibios (Amphi-) - Water 1
Chitinisomos (Chiti-) - Bug
Avios (Avi-) - Flying
Telluros (Telluro-) - Ground
Neireidos (Nei-) - Fairy
Xylonos (Xylo-) - Plant
Anthropos (Anthro-) - Humanshape
Anchordatos (Anchor-) - Water 3
Petros (Petro-) - Mineral
Akathoros (Akatho-) - Indeterminate
Piscos (Pisco-) - Water 2
Dittos (Ditto-) - Ditto
Drakonos (Drako-) - Dragon
Anavgos - No Egg
Note the prefixed names besides the names proper. How may this tie into the factor of two egg groups? The prefixed name of the egg group may be added as an aforementioned prefix to the second egg group. The result is a single word that describes the fact that the Pokemon may be found in both egg groups.
For example, Gyarados resides within both the Water 2 and Dragon egg groups. Thus, its Egg Group classification may be "Anchor- + Drakonos" = "Anchordrakonos".
Of course, this method is extremely unwieldy and overly complicates simple systems. It is fun, however.
In conclusion, what are the opinions of the public on a Pokemon Taxonomic System? Do you believe it is possible, or are the systems of differentiation in Pokemon too convoluted for a sound classification system? And what of the above questions?
It is indeed noted that Pokemon in themselves hold a number of distinctions that separate themselves from each other and are classified into their associate groups - Body Form, Colour, Type, Egg Group, etc.
In such a case, what would one consider the greatest method of classifying Pokemon per a taxonomic system? In the Linnaeus-based biological classification system - the system most everyone is familiar with - we hold Domain, Kingdom, Phylum, Class, Order, Family, Genus, and Species. Of course, Pokemon is by far less complex than the aforementioned, so on what grounds may we classify the species?
For example, would it be more sound to hold Egg Groups as major sections with subdivisions associate with Pokemon elemental types? Of course, the factor of being double-typed and holding two egg groups is unwieldy in itself. And how may one differentiate between individual species? We already hold specific "Pokemon Species" names, however some of these are shared - for example, both Flygon and Xatu share the "Mystic Pokemon" title, and specific Pokemon in their own evolutionary lines themselves share the same species title.
A handful of days ago, as a result of extensive boredom and tomfoolery in Pokemon White and on the internet, I created a basic method of truncating Egg Group names into pseudo-scientific linguisto-cides and horrific destructions of what were once Latin and Greek:
Monsteros (Mons-) - Monster
Amphibios (Amphi-) - Water 1
Chitinisomos (Chiti-) - Bug
Avios (Avi-) - Flying
Telluros (Telluro-) - Ground
Neireidos (Nei-) - Fairy
Xylonos (Xylo-) - Plant
Anthropos (Anthro-) - Humanshape
Anchordatos (Anchor-) - Water 3
Petros (Petro-) - Mineral
Akathoros (Akatho-) - Indeterminate
Piscos (Pisco-) - Water 2
Dittos (Ditto-) - Ditto
Drakonos (Drako-) - Dragon
Anavgos - No Egg
Note the prefixed names besides the names proper. How may this tie into the factor of two egg groups? The prefixed name of the egg group may be added as an aforementioned prefix to the second egg group. The result is a single word that describes the fact that the Pokemon may be found in both egg groups.
For example, Gyarados resides within both the Water 2 and Dragon egg groups. Thus, its Egg Group classification may be "Anchor- + Drakonos" = "Anchordrakonos".
Of course, this method is extremely unwieldy and overly complicates simple systems. It is fun, however.
In conclusion, what are the opinions of the public on a Pokemon Taxonomic System? Do you believe it is possible, or are the systems of differentiation in Pokemon too convoluted for a sound classification system? And what of the above questions?
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