Answered

Engage with knowledgeable experts and get accurate answers on IDNLearn.com. Discover in-depth answers from knowledgeable professionals, providing you with the information you need.


During a severe windstorm on an isolated island, some pollen and seeds from conifers are carried high into the air in
a cloud of dust. In which of these situations would the dust cloud containing the seeds and pollen be considered an
agent for gene flow?
The dust cloud is subjected to an extended p eriod of ultraviolet radiation, causing a mutation in a gene of the
conifer seeds.
The dust cloud settles, and a few of the conifer seeds return to the same environment.
© The dust cloud is subjected to electromagnetic radiation from the sun, causing the pollen to be unable to
pollinate flowers.
The dust cloud settles over a forest on a distant, isolated island and pollinates some conifer trees in that
forest.

Sagot :

Ajinemsidn

The situation in which the dust cloud containing the seeds and pollen would be considered an agent for gene flow is that the dust cloud settles over a forest on a distant, isolated island and pollinates some conifer trees in that

forest.

Causes of Gene flow

Gene flow occurs when there is introduction of genetic material from one population of species to another population of the same species in another environment.

When there is gene flow between two different populations, there would be change in composition of the gene pool of the receiving population.

From the example, the severe storm caused the pollen and seeds from a particular conifer in a particular environment to migrate to another environment. When the migrating pollen pollinates the conifers of the new environment, the pollen would be considered an agent for gene flow.

Learn more about gene flow here:

https://brainly.com/question/26318876

Pdupree78idn

Explanation

Think its D

Thank you for contributing to our discussion. Don't forget to check back for new answers. Keep asking, answering, and sharing useful information. Your questions find answers at IDNLearn.com. Thanks for visiting, and come back for more accurate and reliable solutions.