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                <text>Staff  Publications</text>
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        <element elementId="50">
          <name>Title</name>
          <description>A name given to the resource</description>
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              <text>INDICATORS OF REPRODUCTIVE PERFORMANCE IN GOATS AND SHEEP MEAT PRODUCTION</text>
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          <name>Creator</name>
          <description>An entity primarily responsible for making the resource</description>
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              <text>NEVER ASSAN</text>
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          <name>Description</name>
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              <text>Reproductive performance is a major contributing factor to the&#13;
efficiency of goat and sheep meat production. Therefore, enhancement&#13;
of reproductive capacity of goat and sheep flocks is among the most&#13;
effective mechanisms of increasing the overall meat production. There is&#13;
an inessential difference between productivity and reproductivity, as&#13;
almost of the reproductive parameters are the ones that greatly&#13;
influence production, consequently the viability of any goat and sheep&#13;
enterprise: stated differently, production is equal to reproduction.&#13;
Reproductive performance and its interactions on the productivity of&#13;
goats and sheep flocks, especially with regards to the management of&#13;
each ewe’s/doe’s lifetime production (female replacement&#13;
determination), are structural grantors of a complex biological system&#13;
that determine meat yield. The principal goal of goat and sheep&#13;
reproduction is to iterate generations for a specified production&#13;
intention, first and foremost meat, milk or wool as defined by species or&#13;
breeds and their crosses and in special circumstances, the production of&#13;
animals of superior economic priority. Some of the measures of&#13;
reproductive performance include parameters such as survival rate,&#13;
prolificacy, sexual maturity, lambing age and interval, conception rates,&#13;
kid/lambs weaned per year etc. Reproductive characteristics are&#13;
sensitive to environmental factors as a result can easily adapt to sound&#13;
flock reproductive management practices. More or less important&#13;
variables goat and sheep farmers need to attentively consider to&#13;
promote reproductive performance are age of animals, weather, season,&#13;
and nutrition. There is evidence that nutrition and management are major determinants of kids’/lambs survival rates, while genetic has been&#13;
a dominant factor controlling prolificacy. Regardless of the fact that&#13;
genetics of animals is important in goat and sheep reproduction,&#13;
reproductive traits are lowly heritable as a result any attempt to&#13;
genetically improve reproductive efficiency becomes slow and difficult.&#13;
This entails reproductive efficiency through genetic selection is&#13;
completely implausible. It is assumed that understanding the measures&#13;
of reproduction, especially females in order to attain an optimum&#13;
number of new-born of the required attributes at the most convenient&#13;
time and at a minimum cost is critical for mutton and chevon producers.&#13;
The earlier the replacement females starts to give birth to young ones,&#13;
the more the young ones they produce in their life time, and also the&#13;
longer the females’ productive life as a result contributing to long term&#13;
flock productivity. Protracted kidding/lambing interval will reduce&#13;
overall productivity in goats and sheep meat production, while&#13;
persistent check on reproductive indicators throughout all phases in the&#13;
reproductive cycle allows producers to adopt husbandry management&#13;
practices that are meant to optimise overall meat productivity in goats&#13;
and sheep. The present review gives an insight on some of the indicators&#13;
of reproductive performance and their possible impact on the overall&#13;
productivity in goats and sheep meat production</text>
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          <name>Publisher</name>
          <description>An entity responsible for making the resource available</description>
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            <elementText elementTextId="1138">
              <text>Scientific Journal of Animal Science</text>
            </elementText>
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        <element elementId="40">
          <name>Date</name>
          <description>A point or period of time associated with an event in the lifecycle of the resource</description>
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            <elementText elementTextId="1139">
              <text>2020</text>
            </elementText>
          </elementTextContainer>
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  <tagContainer>
    <tag tagId="373">
      <name>Goats</name>
    </tag>
    <tag tagId="536">
      <name>Meat production</name>
    </tag>
    <tag tagId="537">
      <name>Reproductive indicators</name>
    </tag>
    <tag tagId="111">
      <name>Sheep</name>
    </tag>
  </tagContainer>
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