Which of the following best explains how meiosis, followed by fertilization, ensures genetic variation?: A). Changes in an organism's DNA during telophase creates different versions of alleles. Reshuffling of the alleles during sexual reproduction produces variation that results in each member of a sexually reproducing population having a the same combination of traits.
B.) Changes in an organism's DNA during prophase I creates different versions of alleles. Reshuffling of the alleles during sexual reproduction produces variation that results in each member of a sexually reproducing population having a unique combination of traits
C.) Changes in an organism's DNA during telophase I creates different versions of alleles. Reshuffling of the alleles during sexual reproduction produces variation that results in each member of a sexually reproducing population having a unique combination of traits.
D.) Changes in an organism's DNA during prophase creates different versions of alleles. Reshuffling of the alleles during sexual reproduction produces the same allele combination as the parent and results in each member of a sexually reproducing population having a unique combination of traits.