Final answer:
The reference information does not provide details on the specific cyclone tracks A, B, C, or D, hence it's not possible to determine which would cause more snowfall in Detroit. Cyclone tracks are used to predict weather conditions, such as snowfall, but specific descriptions of the tracks are necessary to make an accurate prediction.
Step-by-step explanation:
The direct answer to which cyclone track would most likely result in an extended period of substantial snowfall at Detroit is not provided in the reference information given. However, typically in meteorological studies, different tracks of cyclones, indicated by letters such as A, B, C, or D, would have descriptions that detail the path the cyclone is expected to take. Areas affected by a particular track would experience weather events consistent with the influence of the cyclone, such as snowfall, heavy rains, or high winds. It is important for meteorologists to predict these tracks accurately to anticipate the weather conditions that could occur.
For example, regions in the path of a cyclone track that brings moist air from open water and collides with cold continental air masses might expect heavier snowfall. Without the specific descriptions of each track mentioned in the question, it is not possible to determine which track, A, B, C, or D would result in more snowfall for Detroit.