Final answer:
The asexual reproduction of Dinobryon is beneficial for the species as it conserves energy by bypassing the need to find a mate and allows for rapid population growth since every individual can reproduce.
Step-by-step explanation:
Dinobryon, a species of protozoa that reproduces asexually, benefits in certain aspects for survival of the species. One significant advantage is that it does not use up energy finding mates. Asexual reproduction allows every individual to produce offspring, leading to potential population growth without the need for mate selection, thus conserving energy.
Moreover, asexual reproduction ensures the parent’s successful genetic traits are passed down directly, which can be beneficial in a stable environment. This form of reproduction can lead to rapid reproduction rates because all individuals are capable of reproducing, in contrast to sexual reproduction where only females are biologically capable of producing offspring. Additionally, asexual organisms can still occasionally adopt sexual reproduction when environmental conditions warrant genetic diversity.
In essence, asexual reproduction provides a survival advantage in stable environments through energy conservation and potentially faster population increase. However, this mode of reproduction results in less genetic diversity, which can be a disadvantage in changing or challenging environments, where genetic variation is key to adaptability.