This document summarizes a training on artificial insemination in sheep and goats. It outlines the primary advantages of AI, including allowing the use of genetics from anywhere in the world, using deceased sires, and breeding a sire to more females. Some key advantages discussed are access to a wide variety of genetics at low cost and minimizing disease transmission. It also notes fertility rates tend to be lower with AI than natural breeding. The document emphasizes that dairy sheep and goat farms are likely to benefit most from AI and that technical preparation, such as trainer expertise and farmer training, is important to achieving the advantages.

1. EIAR-DBARC-ICARDA-ILRI (LIVES)-FAO Training on Reproduction in Sheep and Goat,
Debre Berhan, Ethiopia, 13-15 October 2014
Mourad Rekik, ICARDA

2.  Unlimited Breeding Selection
 Cost Effectiveness
 Disease
 More Matings per Ram or Buck

3.  Primary advantages of AI is that ram or buck
from around the world can be used for
breeding.
 Make use of semen from deceased sires or
sires that live a much longer distance away
from the farm.
 Can use more than one breeding sire on
your herd (for instance, you can use one sire
per female).

4.  A farmer can have access to a wide variety of
ram and buck at relative low cost.
 A farmer can make use of superior genetics that
cannot be found at a local animal sale.
 Less cost compared to keeping one or more ram
and buck in terms of feeding, housing and labour
expenses.

5.  Many diseases in small
ruminant are spread
through sexual contact.
The risks of these
diseases are minimized
with AI because the
semen of the donating
animals is tested, the
procedure itself is
performed without
physical contact.

6.  Through the use of artificial insemination, a
male can be bred far more often than with
natural breeding.
According to the University of Florida's Institute of
Food and Agricultural Sciences (IFAS), a bull can be
bred naturally less than 100 times per year.
However, with artificial insemination the same bull
can be bred to tens of thousands of cows. The IFAS
notes that one bull, in 1968, provided semen for
more than 60,000 dairy cows.

7.  Fertility rate, Clean-up male
 Knowledge of physiology of reproduction
 Trained Technician
 Cost for keeping semen frozen
 Equipment
 Handling facilities for breeding
Restrictions

8.  There is only a 40 to 60% conception rate for
AI than with using a fertile ram and buck.
 Still have to use a ram or buck as "clean-up"
to cover the females that were missed or
didn't conceive

9. • Behavioural patterns of oestrus
Ram-ewe seeking activity
Ewe’s tail fanning
Movement of the head
toward the male
Active inmobilization
followed by mating
• Insemination Time

10. Trained Technician

13. Important!!!
The reasons for using AI in a farm need to be very clear. Within the
sheep industry, the group that can benefit more from these
techniques is the dairy sheep and goat.
The advantages of AI will be reached throughout:
 Technical preparation
1)Technician expertise in “farmers training” and “AI technique”
2) Farmers Trained : in Reproduction Management
 Improvement semen quality
1) Long semen preservation (24-48h at 4°C)
2) Frozen semen (double insemination? Double doses?)

14. Thank you very much for your attention!