a. intimate excerpt.
b. akin choice.
c. group choice.
d. genic choice.
e. inclusive fitness .
e. selfish genes .
a. an adaptation.
b. an exaptation.
c. a preadaptation.
d. lifelike choice.
e. group survival .
a. Groups that differ in terms of altruistic and selfish genotypes have derived function reproduction or survival.
bel. The altruistic behavior benefits the population.
c. The rate of extinction of the selfish genotype is senior high school.
d. There is a gene hang among populations.
e. The beneficiaries of the behavior are related to the individual acting it .
a. the influence of altruistic traits.
b. the work of group survival.
c. the effects of individual survival.
d. Both boron and cytosine
e. All of the above
a. Correlate body size with predation risk across a number of closely relate species, independent of phylogenetic relationships.
b. Correlate body size with depredation risk across a number of close related species, taking into report phylogenetic relationships.
c. Expose two species that differ in torso size to predators and compare their survivorship.
d. Expose all of the close relate species to predators and compare their survivorship.
e. Correlate body size with other possible antipredator traits, such as armor or swimming accelerate .
a. survival ; reproduction
b. geological duration ; geographic compass
c. speciation ; extinction
d. fitness ; heritability
e. sexual replica ; asexual reproduction
a. It may be a necessity consequence of physics or chemistry.
b. It may have evolved by genetic drift preferably than by natural choice.
c. It may have evolved because it was correlated with another trait that conferred an adaptive advantage.
d. It may be a consequence of phylogenetic history.
e. All of the above
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a. environmental change that does not threaten extinction
boron. The superiority of new mutations to any preexistent genic variations in an unchanging environment
c. Future extinction of a population
d. Environmental change that reduces population size
e. none of the above can cause the evolution of an adaptation .
a. They enhance seaworthiness.
bacillus. They evolve through natural excerpt.
c. They perform a routine.
d. They arose when the current function originate.
e. They are developed by individuals in response to the needs of the individual .
a. can not evolve by individual selection.
b. could evolve by group selection.
c. would decline in frequency among early nonaltruistic phenotypes.
d. All of the above
e. none of the above
a. selfish genes.
b. group choice.
c. individual choice.
d. kin survival.
a. Snake skull bones → swallowing prey
b. Kea ’ s peck → piercing skin
c. Orchid bloom form → pollination
d. Spider intimate suicide → fertilization success
e. Ant concerted behavior → queen generative achiever
a. generative achiever
bacillus. lifelike selection
c. Sexual choice
d. Individual excerpt
e. meiotic drive
a. the mutant in the number of offspring produced as a consequence of competition for mates.
b. any consistent difference in generative success among phenotypically different classes of organisms.
c. its survival rate.
d. its average per caput pace of increase in numbers.
e. its physiologic discipline .