Final answer:
The black and white colour pattern of skunks is an example of aposematic coloration to warn predators, rather than camouflage for night activity, making the statement false.
Step-by-step explanation:
The colour pattern of skunks, which is black and white, is not primarily an adaptation for camouflage during night activities but rather for aposematic coloration. Aposematic coloration serves as a warning to potential predators about the skunk's ability to release an unpleasant odor when threatened. Therefore, the statement that 'Skunks are black and white because this colour pattern makes them better camouflaged for night activity' is false. The contrast of white and black fur is highly visible, especially in moonlight or within the light range perceived by nocturnal predators, acting as a deterrent rather than as a form of camouflage for the striped skunk.
Adaptations such as mimicry and camouflage do provide advantages to animals for survival and hunting; however, in the case of the skunk, the black and white pattern serves to ward off predators rather than to blend into their environment. This differentiation is vital for understanding the ecological roles of colouration in various species.