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2: Identify Founders | Breeding for Diversity
http://www.breedingfordiversity.com/step2
Pedigree chart with unknown parents that should be categorised. As well as potential parents for animals without parents registered is the second step. Preferably also record the place or region where founders were collected. This step will complete the dataset and make it ready for analysis. It is necessary to characterise and maximise genetic diversity. Necessity for the next step. Will therefore promote the wrong animals, due to unidentified relations within the population. Two or three categories.
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Zoos | Breeding for Diversity
http://www.breedingfordiversity.com/zoos
Red Panda decline rapid in the wild. Zoos are the last resort for some species. Though their capacity is limited, zoos are an opportunity to aid in preservation of some of the endangered species. Zoos can assist by giving priority for endangered species over abundant species and by applying breeding programs for endangered species. Again the key is genetic diversity. It is necessary to adapt back to environment in the wild. Scimitar Oryx Only surviving in zoos. Captive breeding is costly.
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Breeds | Breeding for Diversity
http://www.breedingfordiversity.com/breeds
The last two centuries genetic diversity decreased within most if not all domestic breeds. This resulted in a high incidence of breeds specific genetic diseases. What to do if you want your breed to be healthy? The (non)sense of selection. In small populations, this is. By most breeders, selection is seen as a strait forward activity: you look for traits and you select. Moreover most breeders believe that selection is a necessity:. If you do not select against problems, the breed will deteriorate. Instea...
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1: Merge pedigrees | Breeding for Diversity
http://www.breedingfordiversity.com/step1
Combine all regional pedigree data into one global database table. If you want to preserve a population, take the first step: make one database table containing all animals worldwide. This effort is more than simply add all records in one file. If several tables exist and there has been exchange of animals, the records need to be connected. There should not be double records, especially for animals that have offspring. Necessity for the next step. Is it possible to preserve a population on regional level?
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3: Find genetically important animals | Breeding for Diversity
http://www.breedingfordiversity.com/step3
3: Find genetically important animals. With the pedigree complete and reliable, the importance of each animal in the current population can be calculated. Per animal one should calculate:. 2 actual (current) contribution (CC);. PMx is developed for zoos. The only software that calculates kinship and is freely available is PMx. Click here for the website. If you want to contribute to such a tool, in one way or another! Maintained by At Your Side.
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4: Breeding | Breeding for Diversity
http://www.breedingfordiversity.com/step4
Four steps to diversity. Conservation is a constant battle with limited resources. Depletion of genetic diversity is the thin end of the wedge of extinction. This website provides guidance for anyone involved in preservation of an endangered species of rare domestic breed. When pedigrees are available the four steps presented will guide you to maintain diversity: cost efficiently. Go to Step 1. To see what still is to come. Last but not least, do not hesitate to contact. Maintained by At Your Side.
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4 steps | Breeding for Diversity
http://www.breedingfordiversity.com/conservation
Conservation of captive populations. Four steps to diversity. Conservation is a constant battle with limited resources. Depletion of genetic diversity is the thin end of the wedge of extinction. This website provides guidance for anyone involved in preservation of an endangered species of rare domestic breed. When pedigrees are available the four steps presented will guide you to maintain diversity: cost efficiently. Go to Step 1. Unfortunately the ultimate method proven by science: Optimal Contributions...
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Mean Kinship | Breeding for Diversity
http://www.breedingfordiversity.com/mean-kinship
Mean Kinship example (. Mean kinship is widely accepted as a conservation method within zoos. For example, mean kinship was used to manage genetic diversity of the captive black-footed ferret population before successful reintroduction in the wild. What is mean kinship. Flaws of mean kinship. 2) the current generation will differ from the next generation. Mean kinship in practice. Maintained by At Your Side.
