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What is the product of selective breeding?
Selective breeding is when parents with idealistic traits are crossed (mate) to produce offspring with exaggerated versions of these traits. Multiple matings usually occur to create a line with 100% abundance of the idealistic trait.
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Selective breeding is the process in which two animals from thesame species reproduce due to useful characteristics. Two animalswith a certain type of characteristic are bred …together to produceoffspring. Then the offspring with the most useful characteristicbreeds with another offspring to produce more offspring. Thisprocess continues for generations until the offspring consistentlyhave the useful characteristic farmers or scientists are lookingfor. Cross-breeding is a type of selective breeding except withanimals from two organisms from the same species but not the samebreed. Selective breeding is one of the most common causes for awide range of breeds in animals and varieties in plants. this isincorrect It is the process which humans use animal breeding and plantbreeding to selectively develop particular characteristics bychoosing which typically animal or plant males and females willsexually reproduce and have offspring together
Selective breeding is known as artificial selection because you areselecting the mates instead of letting them select their own. It'sbypassing nature so it's classified as art…ificial. Outsidepersuasion that directly effects the outcome of the naturalselection.
Selective breeding has improved food production due to only thebest foods being produced. Animals are specially selected by howmuch of something they are producing, so breedin…g two animals withhigher quality foods will make more animals producing the samequality products.
Selective breeding is when a species is purposely breed to have certain characteristics. Ex. lots of dogs are breed to have a shiny coat, of a certain color of fur etc. Natura…l selection is having nature choose your characteristics. Ex. On the Galapagos islands, the finches have different depths of beaks. All they eat are seeds. The beaks ranges from 6 to 14 mm deep when the rainfall is normal. During years of drought, the seeds they eat have less water and the seeds are large and tough to crack open. Then, the finches with small beaks won't be able to crack the seeds open because they have weaker beaks than finches with larger beaks. The small beak finches die of starvation and the large beak finches live to pass on their genes of having large beaks. Over time, the finches with small beaks all die off and there will only be finches with larger beaks. This is natural selection.
all breeds of animal can be selective breed DaveScriv added: Indeed all breeds of domestic livestock were created by selective breeding, although it looks more obvious on som…e than others. Taking a few chicken breeds as examples, Drentse & Friesians (both from The Netherlands) don't look much different from wild Jungle Fowl in size & shape (although bred in many plumage colour varieties, most of which are different from JF colours), so don't look as though they've been subjected to much selective breeding, but they've still been selectively bred to an extent, and have existed for over 1000 years (long before they were 'officially recognised breeds') in their home regions to be active little birds which could find most of their own food (their original peasant owners couldn't spare much valuable grain in this mainly cattle/pasture region) and be nimble and alert enough to avoid being eaten by foxes. The Netherlands is also one home country of Sabelpoot Bantams (also developed in England as 'Booted Bantams' & Germany as 'Federfussige Zwerghuhner', one of the most extreme (huge feathering on legs & feet, plus an wide range of plumage colours & patterns) and obvious examples of selective breeding. Some of the colour varieties are fairly new, but Booteds/Federfussiges/Sabelpoots generally were first developed well over 200 years ago. Google the breed names to get pictures.
its when you take a desirable trait to produce a certain kind of offspring. like making bigger sweeter strawberries or making horses faster.
Selective breeding is a process by which man selects traits in an animal species/breed which he deems the most beneficial to the human race. A great example is of the Belgian …Blue breed of cow, few individuals were born with a genetic mutation that caused 'double muscle' meaning it essentially had twice the amount of meat, by only breeding from these animals or from the parents that produced the mutation you can breed a whole line of animals that will make you twice as much money as a normal beef cow. The same can be held true for dairy cattle, toady's cows have udders so big it is often difficult for them to even move around, but by breeding from those individuals with larger udders you can produce more milk per cow therefore make more money per cow i.e. higher productivity. The same general theme is seen over all of out domesticated animals from dogs to pigs, chickens etc, man breeds for traits he desires rather than those that would naturally survive.
In selective breeding the traits that the offspring inheirits is controlled by the person who is doing the breeding. For example if a chihuahua breeder is looking to make smal…ler dogs, they are gonna breed two small dogs with the hope that the puppies will inheirit their parents traits. Natural selection on the other hand is not controlled by humans. It is when offspring inheirit traits that make it more likely to survive. Organisms with certain traits are more likely to survive and reproduce. If there are some mice born, some in the litter are white and the others are brown. When these mice go to find food, the white mice are more easily seen by the keen eyes of an owl than the brown ones. Therefore the brown ones are more likely to reach reproductive age and producing mice. This continues in a cycle until the mice end up almost all being brown.
Selective breeding in domesticated animals is the process of a breeder developing a cultivated breed over time, and selecting qualities within individuals of the breed that wi…ll be best to pass on to the next generation.
In both processes the favourable characteristics are passes on to the next generation. . Both processes eventually form a new species.
During selective breeding, the chromosomes of two organisms are taken, having one of he desired qualities. As a result, a new individual develops which has the important quali…ties of both the parents. In animals, especially dairy animals, selective breeding helps in obtaining a breed which can be used for meat as well as for laying eggs. In plants, hybridization has helped in developing very useful breeds of wheat which are high yielding as well as occupy lesser area.
Selective breeding is when farmers or bioligists breed certain animals together because of their traits. This is man made . For example, cattle are breeded together based on …positive traits. Natural Selection, however, is natural obviously. Here the concept of "the survival of the fittest" is put into place. Animals that run the fastest, have the longest necks, etc. tend to survive. Then, when these animals breed, their characteristics are passed on from generation to generation and become more common.
In Animal Life
Cross breeding is simply taking two breeds of animals and mating them together (Such as a Charolais crossed with a Hereford). Where selective breeding is selecting the what… two animals you want bred together to produce a better animal.
Breeding is just breeding any pair of parents together to get offspring, whereas selected breeding is choosing a certain set of parents and targeting a few specific traits you… want the offspring to have, such as fur length, coloration, or body shape.
To get fish the color you want.
In a very limited way: natural selection and selective breeding arealmost exactly alike, except that in the case of selective breeding(artificial selection) humans are involve…d in selecting whichindividuals get to raise offspring.
why do we make selectively breed happen