Some plants and animals are capable of asexual reproduction. Describe how this process occurs in one specific plant and one spec
ific animal. Discuss the benefits and pitfalls of this reproduction strategy for each organism. Conclude with an explanation of how asexual reproduction can help and hinder a population’s ability to grow.
Reproduction is the biological process by which new organisms known as the offsprings are produced by their parents. It is of two types: Sexual reproduction and Asexual reproduction. The difference between the two types lies in the number of parents required for both. In Sexual reproduction, two parents are required to give rise to the offspring. In asexual reproduction, a single parent can give rise to the offspring. Asexual reproduction is commonly seen in plants but is less common in the animal kingdom. The advantages of sexual reproduction:
produces genetic variation in the offspring the species can adapt to new environments due to variation, which gives them a survival advantage a disease is less likely to affect all the individuals in a population
In asexual reproduction there is only one parent. The offspring are clones of the parent and each other.
The advantages of asexual reproduction include:
the population can increase rapidly when the conditions are favourable only one parent is needed it is more time and energy efficient as you don't need a mate it is faster than sexual reproduction The disadvantages of sexual reproduction:
time and energy are needed to find a mate it is not possible for an isolated individual to reproduce The disadvantages of asexual reproduction include: CONCLUSION: it does not lead to genetic variation in a population the species may only be suited to one habitat disease may affect all the individuals in a population. (HOPE THIS HELPS)
You can determine its genotype by crossing it to an animal with a recessive genotype, llbb.
Explanation:
A test cross is performed when there is an individual with an unknown genotype and we desire to know if it is a heterozygote individual or a dominant homozygote individual.
The cross occurs between the individual of unkown genotype and a recessive homozygote individual.