Lamarck<span> is usually remembered for his </span>belief<span> in the inheritance of acquired characteristics, and the use and disuse model by which organisms developed their characteristics. </span>Lamarck<span> incorporated this </span>belief<span> into his theory of </span>evolution<span>, along with other more common beliefs of the time, such as spontaneous generation.</span>
The outcome of this scenario is gene flow between the two com populations (Option b). It may lead to the introduction of the genetically modified allele into the natural population.
<h3>Gene flow and cross-pollination</h3>
Gene flow refers to the interchange of genes (alleles) between different populations as a consequence of mating and/or migration.
Gene flow leads to the mixture of different alleles in the populations, which will be selected in each environment in order to shape allele and genotypic frequencies over time.
In this case, maize is an allogamous plant, which means that cross-pollination and gene flow will occur between different maize (corn) populations.
Learn more about gene flow here:
brainly.com/question/17190749
<span>This
is because changes on the planet are slow and take long periods of time (geological
times) for observable changes to be noticed by humans. While the earth looks
static, it is dynamic and can be shown by a time-lapse camera put in a location
such as a tectonic boundary</span>