Is there a “Perfect Pokemon”? Well, I guess technically there is the genetically engineered Mewtwo…but what about “naturally occurring” Pokemon? Can Trainers “breed” them for battle?
A form of “Pokemon breeding” has been a vital part of the competitive scene for years. Players took advantage of hidden stats known as “Individual Values”, or “IV’s”, which would influence a Pokemon’s proficiency in battle. These stats could be changed based on training and utilising certain items in-game. In order to have the most control over a Pokemon’s IV’s, it is best if a Player breeds a Pokemon from the start by hatching them from an Egg, allowing for modification of stats from the very start. This is in contrast to usiong caught Pokemon, which are often above Level 1, so some of their important stats have already been changed “naturally” (Tapsell 2017).
But what about real life animal breeding? More specifically, “selective breeding” – this refers to human-influenced or artificial breeding to maximise certain traits, such as better production of certain materials (for example, milk or wool) or better physicality for domestication (stronger builds for beasts of burden, etc.). This is in contrast to natural breeding or selection, in which the best traits towards survival and adaptation are passed through breeding, although these traits may not be best suited for human use of the animal. Selective breeding is most likely as old as domestication itself, but its only been recently (at least, in the past few centuries) that humans have more drastically modified animal genetics (Oldenbroek and van der Waaij 2015).
But can we see selective breeding archaeologically? For the most part, this sort of investigation requires a large amount of data – zooarchaeologists can see dramatic modifications to bred animals by examining large assemblages of animal remains over time. Arguably one of the best examples of this can be seen in looking at dog domestication and how breeding techniques have drastically changed aspects of canine anatomy (Morley 1994).
Zooarchaeological data can be supplemental by other sources of evidence, such as text and material remains. Perhaps the most powerful innovation in archaeological science, however, is DNA analysis – using techniques such as ancient DNA (aDNA), we can see specific genetic markers to further investigate exact points of change (MacKinnon 2001, 2010).
The most recent additions to the Pokemon video game franchise, Pokemon: Let’s Go Pikachu and Let’s Go Eevee have not only streamlined gameplay, but have also made the previously “invisible stats” more visible and trackable to the chagrin of some seasoned Pokemon players. However, for new players this is undoubtably a welcome change…now if only we could make it just as easy to see in real life zooarchaeology!
MacKinnon, M. (2001) High on the Hog: Linking Zooarchaeological, Literary, and Artistic Data for Pig Breeds in Roman Italy. American Journal of Archaeology. 105(4). pp. 649-673.
MacKinnon, M. (2010) Cattle ‘Breed’ Variation and Improvement in Roman Italy: Connecting the Zooarchaeological and Ancient Textual Evidence. World Archaeology. 42(1). pp. 55-73.
Morey, D.F. (1994) The Early Evolution of the Domestic Dog. American Scientist. 82(4). pp. 336-347.
Oldenbroek, K. and van der Waaij, L. (2015) Textbook Animal Breeding and Genetics for BSc Students. Centre for Genetic Resources The Netherlands and Animal Breeding and Genomics Centre. Retrieved from https://wiki.groenkennisnet.nl/display/TAB/Textbook+Animal+Breeding+and+Genetics
Tapsell, C. (2017) Pokemon Sun and Moon Competitive Training Guide. Eurogamer. Retrieved from https://www.eurogamer.net/articles/2017-12-15-pokemon-sun-and-moon-competitive-training-guide-how-to-raise-the-best-strongest-pokemon-for-competitive-play-4925
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