Let’s say you are studying a population of Japanese four o clock plants. In these plants, the allele… Show more Let’s say you are studying a population of Japanese four o clock plants. In these plants, the allele for red color flower shows incomplete dominance over the allele for white flowers. For your experiment, you produced a large number of heterozygous individuals for flower color (pink flowers) and transplanted them into different habitats and left some in the lab. You waited a few years, while plants reproduce for a few generations and then you go back and resample the populations you have transplanted. In habitat A, you find that you only have red flowering plants and white flowering plants but there are no pink flowering plants. A) Is the population in habitat A in Hardy-Weinberg equilibrium? Yes/No, explain. B) Which one(s) of the five agents of evolutionary change could be responsible for these results? Explain • Show less