Rabbits with the brown coat color allele (B) are dominant over rabbits with the white coat color allele (b). A small population of rabbits (Parent Generation) has2 individuals homozygous for B, 6 individuals that are heterozygous, and 2 individuals homozygous for b What would you predict the frequencies of alleles B and b to be in the next (first) generation if this population is not evolving? (2) Parent Generation 8b Bb Bb Bb 2. req of B forest fire happens to eliminate half the parent generation 1o 5 Freq of b: microevolutionary process has occurred here? (2) genetic antt- bottlenec Based on the new allele frequencies in this post-fire population, what would you predict the genotype frequencies to be in the next generation is this new population maintained Hardy-Weinberg equilibrium? (2) d by red tides) occurs in softshell clams (Mya arenaria) in areas Resistance to saxitoxin (a toxin produce of the North American Atlantic coast. Clams are exposed to the toxin when they ingest the a form the red tides. Clams from areas subject to recurrent red tides are relatively resistant to the toxin and accumulate it in their tissues. Clams from unaffected areas have not evolved such resistance. Toxin resistance is due to a specific allele for a gene that codes for a membrane transport protein. What microevolutionary process is occurring in populations subject to recurrent red tides (be as specific as possible) (2) What effect if any would this have on the genetic diversity of such populations? (2) ons originally did not have resistance to toxins. What microevolutionary sistance to appear in clams? (2) Assuming that c pr Intions lack toxic resistance