Fern Spider Bio-technologically Engineered. This mutation was a experiment to see how the survival rate of a spider with built in camouflage versus from one without, differentiates. This mutation affects the animal in a positive way, allowing it to blend into its environment, hiding from it's predators more effectively. How does this affect the animal? This mutation occurs through Bio-technology crossing of genetics. The way it was created hasn't been revealed yet to society. It was created at Massey University in New Zealand. It was a cross between a Wolf Spider and a Ponga Fern. How does this occur? This occurs only every time a scientist wants to genetically cross a fern and a spider. Or whenever they want to create new experiments to challenge new theory's. How often does this occur? This mutation is beneficial to the spider. It allows camouflage, to better adapt to its surroundings and hunting skills. This allows the spiders' survival rate to increase. Is this beneficial or harmful to the animal? Yes this can, it can be prevented by stopping genetic cross breeding in laboratory's. Also, by stopping experiments on animals to create new mutations on purpose. Can this be prevented? THE END.