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If a population remains reproductively isolated then it is most likely that they would not mutate because there are no new genes being added or taken away, but it doesn't mean there isn't a chance that there may be a random mutation but its very unlikely.

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If a population remains reproductively isolated, then the species will only be able to evolve by mutations and there would be no genetic diversity.

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The population wont evolve due to no mutations or adaptations, if it remains  isolated since genes are not exchanged.

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If a population is reproductively isolated, then the offspring's genes/chromosomes wouldn't be able to mutate as much and there would be no adaptations to make so basically, the species wouldn't be able to evolve.

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The population would stay the same until a mutation occurs within the population.

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If the population is reproductively isolated then the gene pool would stay the same. The species would only evolve through mutations. Gene flow would not be possible, so mutations are the only way that the population would evolve.

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The gene pool would become stagnant and the population would never change. Inbreeding would also probably occur, leading to harmful mutations.

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if a population remains reproductively isolated then it would not evolve and could not be genetically diverse. Mutations could occur, but most likely they will not happen.

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If a population remains reproductively isolated, then the genes will remain the same. There would be little chance of mutation and the species will not evolve if there are not many mutation to chance them. If there is a mutation that becomes common within the population then that means genetic drift and natural selection occurred within the population.

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The population would stay exactly the same. The only way to create diversity would be if a mutation occurred and natural selection.

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The population in that area would remain unevolved unless a mutation occurred. If there was a mutation, then natural selection might take place to cause a genetic drift.

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If a population remains reproductively isolated, it will never evolve and never be genetically diverse

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The population would remain the same, unless a mutation or natural selection occurs.

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Since the trade of genes won't occur between populations then the population won't change unless a mutation occurs within the population or natural selection.

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The population would stay the same, and the would grow through mutations and natural selection.

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The population would evolve through mutations and natural selection.

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The gene pool would be the same. The population would evolve slowly through mutations and natural selection.

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The population would remain the same unless, there is a mutation, or natural selection happens.

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A mutation could occur to create a separate group

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Ifa a population is reproductively isolated then the genes of the population would only change through genetic mutations.

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If a population is reproductively isolated, it would still be able to evolve via random mutations. If the new traits help the organism survive, then they will be passed down.

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The population would stay the same unless of causes of mutation. If these processes did not happen then the populations would stay the same or not change. If the population is isolated then there will be no genetic flow.

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If a population is reproductively isolated, it would evolve through mutation, natural selection. Gene flow could not happen because of the isolation. The population could mutate a new trait and pass it down.  The population would be naturally selected by the environment. There would be no genetic drift because mutation could occur. Recombination occurs in all of the processes but gene flow and genetic drift can not take place in this population.

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The population will evolve, but it will take longer than normal. The population wouldn't have any gene flow due to the population being isolated. There may be a change in alleles due to genetic drift, but it's only due to random chance. Not only that, but mutations can also due to random chance. Natural selection will also happen no matter what.  Not only that, but recombination will occur no matter what as well as all organisms undergo meiosis.

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If a population remains reproductively isolated then the species would never evolve.

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The species would stay the same unless a mutation, natural selection or recombination.

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If a population remains isolated

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The population would stay the same, without mutations, recombination, or natural selection. If these processes did not happen, then the population would not vary.

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If a population remains reproductively isolated, the species wouldn't have that many mutations.

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The organisms in that area would a stay the same. Since they are re productively isolated there would be little chance of mutation.

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There is a possibility of a mutation causing the population to grow.

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If a population is isolated then there would be no genetic flow, because there would be no other species to come over and repopulate. There would be some mutations, but not many.  There will not be any natural selection because all of the organisms will still be relatively the same.

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Unless a mutation occurred, the isolated population would never evolve.

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The population wouldn't evolve unless a mutation occured. They would be stagnant and couldn't have any form of evolution.

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The organisms would have the same genes and there would be no gene change unless there was a mutation of some sort.

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The species would never evolve because they would never meet any new species with different features and genetic flow would not be possible. They would only evolve if they reproduced with a member of that population that had a mutation, which would cause offspring to be different and lead to change in the genetic structure of that population. Genetic drift could also happen, such as a natural disaster, and that could alter the population but it would only make it less diverse.

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The gene pool would end up having no variations for a long time. There would be no signs of gene flow.  No gene drift either. Evolution would not happen

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The gene pool would be small and stay the same, and genetic drift and gene flow would not happen because their alleles are all the same. Because they do not exchange alleles with other populations, they can't evolve because they are the same.

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They would never evolve unless a mutation occured in the population.

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When a population remains genetically isolated there could be a mutation that causes the population to evolve.

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The alleles would remain relatively the same until a mutation in the gene occurs. The species may also have to adapt to the environment because it changes.

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If a population remains reproductively isolated, then the genes would stay the same. There would be a small chance of mutation and so the species would not change a lot because there is no mutation to change them.

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If a population is isolated it may evolve and change the whole species

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The species would mutate which could lead to evolution.

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If a population remained isolated, the species would mutate due to chance and recombination.  These mutations would evolve the species through natural selection and genetic drift. The
species would not undergo gene flow with another population because it's isloated.

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The gene pool remains relatively stagnant if no new organisms are introduced. Natural selection does its work by eliminating the weak or underdeveloped, leaving mutated genes to adapt to the species environment. Genetic recombination does not much occur and nor does gene flow- however, genetic drift still does due to natural events.

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A mutation needs to occur in order to evolve a popoulation

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Then there would be little change. The

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The gene pool would stay mostly the same, and no mutations would occur. Natural selection would take its course and help the species adapt and evolve

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the population would stay the same unless a mutation occur.