Which Statement Best Describes How Selective Breeding Helps Horse Breeders Produce The Most Desirable Traits For Racing?

Which statement best describes how selective breeding helps horse breeders produce the most desirable traits for racing? Selective breeding produces horses with a higher rate of survival due to an increase in the genetic diversity of the horse offspring.

What are the benefits of selective breeding?

Benefits of selective breeding include: new varieties may be economically important, by producing more or better quality food. animals can be selected that cannot cause harm, for example cattle without horns.

Which best describes how selective breeding changes the traits of organisms?

The correct answer is option (D) Dogs exhibiting desirable characteristics are bred only with one another, so genetic diversity decreases.

What is it called when some animals are selectively bred because they possess some desirable characteristic?

Artificial selection is the identification by humans of desirable traits in plants and animals, and the steps taken to enhance and perpetuate those traits in future generations.

How does selective breeding work in animals?

Selective breeding involves choosing parents with particular characteristics to breed together and produce offspring with more desirable characteristics.

What are the advantages and disadvantages of selective breeding in animals?

Pros and Cons in Selective Breeding. Selective breeding is an agricultural practice used to hereditarily fortify advantageous traits on plants and animals. Disadvantages include a reduction in genetic diversity and discomfort for animals that have very exaggerated characteristics.

Which of the following statements is true regarding selective breeding?

The correct answer: The true statement about selective breeding and genetically modified organisms is (a) Farmers have been able to produce new varieties of crops by selective breeding alone.

Which traits can be improved by selective breeding?

Selective Breeding. Breeders of animals and plants in today’s world are looking to produce organisms that will possess desirable characteristics, such as high crop yields, resistance to disease, high growth rate and many other phenotypical characteristics.

Which is most likely an example of selective breeding?

Dogs. All modern dogs have been selectively bred by humans over thousands of years. Dogs were first bred from a common ancestor of the gray wolf (Canis Lupus), which was domesticated by humans with whom it lived in close proximity.

When animals with desired characteristics are mated to produce offspring with those desired traits?

Selective breeding
Selective breeding: when animals with desired characteristics are mated to produce offspring with those desired traits.

Why might selective breeding be used in horses?

Selective breeding may be used in horses to produce faster offspring. This is because horse racing is a lucrative industry and as such horses that have great speed can secure large earnings for their owners. Selective breeding is when human beings control which organisms mate with each other.

Which is an example of an organism that has been selectively bred for a particular genetic trait?

An example of artificial selection – Dog breeding
Around 30,000 to 40,000 years ago, humans began domesticating wolves. Nowadays, these domesticated animals are what we call dogs!

When a breeder chooses the mating pair or so the offspring have a desirable trait?

Artificial selection or selective breeding describes the human selection of breeding pairs to produce favorable offspring. This applies to all organisms – from virus to four-footer, and from pet to food source.

How does selective breeding work quizlet?

Selective breeding is when humans artificially select the plants and animals that are going to bread so that the genes for particular characteristics remain in the population. How are organisms chosen? Organisms are selectively breed to develop features that are useful or attractive. Plants that produce bigger fruit.

What techniques are used in selective breeding?

In animal breeding, techniques such as inbreeding, linebreeding, and outcrossing are utilized. In plant breeding, similar methods are used. Charles Darwin discussed how selective breeding had been successful in producing change over time in his 1859 book, On the Origin of Species.

What are some examples of selective breeding in animals?

• Hunting dogs (e.g. beagles) were typically bred to be smaller in stature so as to enter fox holes.
• Herding dogs (e.g. sheep dogs) were bred for heightened intelligence in order to follow herding commands.
• Racing dogs (e.g. greyhounds) were specifically bred to be sleek and fast.

What is the advantage of artificial breeding animals?

Artificial insemination is commonly used instead of natural mating in many species of animals because of the many benefits it can reap. These benefits include increased safety of the animals and producer, increased production efficiency and better genetics.

What are advantages of animal breeding?

Improved animal welfare, a better use of resources, reducing impact in the environment by reducing GHG and ammonia emissions, disease resistance and more robust animals are some of the characteristics that breeders help to improve. They are essential to provide nutritious and safe food for populations.

What is true about an offspring produced by selective breeding?

Selective breeding allows producers to select and breed parent organisms with desired traits to produce offspring with more desirable characteristics. This process creates offspring who are genetically superior to the parent organisms, thus improving plants and animals with each generation.

Which term also describes selective breeding?

Terms in this set (7)
Which term also describes selective breeding? natural selection.

How does selective breeding increase genetic diversity?

Selective breeding leads to future generations of selectively bred plants and animals, all sharing very similar alleles which will reduce variation. Genes and their different alleles within a population are known as its gene pool .