Modern flamingos derive their pink coloration from pigments stored in tiny shrimp that they filter from shallow, salty waters. The shrimp get this pigment from tiny red algae that they filter through their leg bristles. In the Jurassic period (about 200 million years ago), both algae and shrimp were an excellent source of food for any larger animal equipped to sieve them out of the water through an anatomical strainer. The Argentine pterodactyl possessed a row of thin, bristlelike teeth through which it pumped water, straining out any tiny food particles in the process. Thus, because it was able to filter both algae and shrimp, it is reasonable to conclude that the pterodactyl acquired a pink coloration. Which one of the following statements, if true, strengthens the argument for the existence of a pink pterodactyl? ["The Argentine pterodactyl's habitat included shallow seas that were particularly rich in red algae and shrimp.", 'If the Argentine pterodactyl did not eat a diet containing red algae, its color was determined by factors other than diet.', 'The Argentine pterodactyl inhabited the shores of shallow freshwater seas in Jurassic South America.', 'There is a specific type of shrimp that does not eat the algae immediately but carries them on its bristles and eats them later.']