in the lab, you will change the number of birds with each beak phenotype for the second and third…

in the lab, you will change the number of birds with each beak phenotype for the second and third generations. what row of the data table will be the basis for computing new numbers?\nnumber of insects eaten\nnumber of seeds eaten\nnumber of fruit eaten\ntotal food eaten eaten by the flock\npercentage of food eaten by the flock

in the lab, you will change the number of birds with each beak phenotype for the second and third generations. what row of the data table will be the basis for computing new numbers?\nnumber of insects eaten\nnumber of seeds eaten\nnumber of fruit eaten\ntotal food eaten eaten by the flock\npercentage of food eaten by the flock

Answer

Brief Explanations:

To compute new numbers of birds with each beak phenotype for the second and third - generations, the starting point should be the current state of the bird population. The number of birds with each beak phenotype in the first generation is needed. Among the given options, the total number of birds in the flock (implied by the context of bird population) is related to the starting state. The row that gives information about the current bird population situation is the one that should be the basis. Since the number of birds with each beak phenotype is related to the food - eating behavior which affects survival and reproduction, the starting number of birds with each beak phenotype is related to the food they eat. The most relevant here is the total number of birds in the flock which can be related to the total food eaten by the flock as it gives an idea of the current population size and its food - consumption relationship.

Answer:

Total food eaten by the flock