अन्तः-प्रजनन हिंदी उपयोग और उदाहरण

""कोई भी सुनहरीमछली के साथ अन्तः प्रजनन के सकती है जिससे उत्पादित मछलियां निर्जीवाणुक संकर मछली हो सकती है।

कोई भी सुनहरीमछली के साथ अन्तः प्रजनन के सकती है जिससे उत्पादित मछलियां निर्जीवाणुक संकर मछली हो सकती है।

अन्तः-प्रजनन इसके अंग्रेजी अर्थ का उदाहरण

The breed's numbers were never large, and so few examples existed after World War II that in 1949 the President of the Pont-Audemer breed club in France allowed for other breeds, including the Irish Water Spaniel, to cross-breed with the existing population in order to alleviate the risk of inbreeding what few Pont-Audemer Spaniels remained.

These studbooks contain information on birth date, gender, location, and lineage (if known), which helps determine survival and reproduction rates, number of founders of the population, and inbreeding coefficients.

As captive populations are usually small and maintained in artificial environments, genetics factors such as adaptation, inbreeding and loss of diversity can be a major concern.

Although inbreeding can be relatively common, when it results in a reduction in fitness it is known as inbreeding depression.

The detrimental effects of inbreeding depression are especially prevalent in smaller populations and can therefore be extensive in captive populations.

To make these populations the most viable, it is important to monitor and reduce the effects of deleterious allele expression caused by inbreeding depression and to restore genetic diversity.

Closely monitoring the possibility of inbreeding within the captive bred population is also key to the success of reintroduction into the species' native habitat.

This is a reduction in fitness, similar to that of inbreeding depression, but arises from a number of different mechanisms, including taxonomic issues, chromosomal differences, sexual incompatibility, or adaptive differences between the individuals.

Founding populations for captive breeding programs have often had fewer individuals than ideal because of their threatened state, leaving them more susceptible to challenges such as inbreeding depression.

To overcome challenges of captive breeding such as adaptive differences, loss of genetic diversity, inbreeding depression, and outbreeding depression and get desired results, captive breeding programs use many monitoring methods.

Artificial insemination is used to produce the desired offspring from individuals who don't mate naturally to reduce effects of mating closely related individuals such as inbreeding.

The maximum avoidance of inbreeding (MAI) scheme allows control at a group level rather than an individual level by rotating individuals between groups to avoid inbreeding.

Some detrimental effects include delays in understanding optimal conditions required for reproduction, failure to reach self-sustaining levels or provide sufficient stock for release, loss of genetic diversity due to inbreeding, and poor success in reintroductions despite available captive-bred young.