The document summarizes the changing landscape of livestock production in developing countries. It notes that demand for animal source foods is rapidly increasing in developing countries. Smallholder farms currently dominate livestock production in many developing nation contexts. There are opportunities for agricultural research, including animal genetics, to help enable a sustainable transition and meet rising demand through improving smallholder systems rather than large-scale industrialization. Achieving food security while addressing environmental and health challenges will require productivity gains from improved animal health, genetics, and feeding practices.

1. The changing livestock sector in developing countries: the
context for animal genetic research
Shirley Tarawali
Animal Genetic Research for Africa (Biosciences for Farming in Africa),
Nairobi, 10-11 September 2015

2. Key messages
•
Demand for animal source foods is increasing rapidly - almost
all the increase is in developing countries
•
Despite this, food and nutritional challenges remain
•
Human health and environmental challenges associated with
animal source foods important
•
Much animal protein is produced by smallholders in
developing countries
•
Opportunities for research in general, animal genetics in
particular to contribute to sustainable, positive transitions

3. Animal source foods: 4 of 5 highest value global commodities
FAOSTAT 2015
(values for 2013)
0
2
4
6
8
10
12
0
2
4
6
8
10
12
Net production value (Int $) billion
Production(MT)millions
Cow milk has
overtaken rice

4. Drivers of change: population
Anticipated change 2013 – 2050
Asia: +20%
Africa: +113%
Europe: -4%

5. 2015 GDP growth forecast

6. Percentage urban, 2014

7. Gains in meat consumption in developing
countries are outpacing those of developed
0
2
4
6
8
10
12
Millionmetrictonnes

8. % growth in demand for livestock
products
2000 - 2030
8
0
2
4
6
8
10
12
Pork
0
2
4
6
8
10
12
Poultry
0
2
4
6
8
10
12
Milk
FAO, 2011
Based on anticipated change in absolute tonnes of product comparing 2000 and 2030

9. The challenge: Is attaining global food security and
sustainable food production possible?
How will the world feed itself sustainably
by the time the population stabilizes about 2050?
•
60% more food than is produced now will be needed
•
75% of this must come from producing more food from the same
amount of land
•
The higher production must be achieved while reducing poverty and
addressing environmental, social and health concerns
•
This greater production will have to be achieved with temperatures
that may be 2−4 degrees warmer than today’s
•
Demand for animal source foods rising fastest

10. Nutritional divides among 7 billion people today
Chronic disease
likely to cost $35
trillion by 2030
11% of GNP lost
annually in Africa
and Asia from
poor nutrition

11. Food insecurity and under nutrition remain
persistent
• 72 developing countries have reached the
2015 MDG 1 target of halving the proportion
of hungry people
• Hunger remains an everyday challenge for
• almost 795 million people worldwide,
including 780 million in developing regions
2014-2016

12. As much as half of the agricultural GHG emissions
come from animals
GHG per kg of animal protein produced varies
hugely: Big opportunities to mitigate
Herrero et al. 2013

13. What’s special about animal/smallholder food?
•
90% of animal products are
produced and consumed in the
same country or region
•
Most are produced by smallholders
•
Over 70% of livestock products
are sold ‘informally’
•
500 million smallholders produce
80% of the developing world’s food
•
43% of the agricultural workforce
is female

14. Various sources:
BMGF, FAO and ILRI
Smallholders still dominate
livestock production in many countries
Region
(definition of
‘smallholder’)
% production by smallholder livestock farms
Beef Chicken
meat
Sheep/goa
t meat
Milk Pork Eggs
East Africa
(≤ 6 milking
animals)
60-90
Bangladesh
(< 3ha land)
65 77 78 65 77
India
(< 2ha land)
75 92 92 69 71
Vietnam
(small scale)
80
Philippines
(backyard)
50 35

15. Demand for livestock commodities in developing
economies will be met – the only question is how
Scenario #1
Meeting livestock demand by
importing livestock products
Scenario #2
Meeting livestock demand by
importing livestock industrial production know-how
Scenario #3
Meeting livestock demand by
transforming smallholder livestock systems

16. Sustainable animal food systems
are a must
•
Productivity and efficiency:
– Sufficient food with lower
environmental foot print: Animal
health, genetics, feeding
•
Animal source foods:
– Safe, not wasted and consumed
in appropriate quantities
•
Emerging challenges:
– Zoonotic diseases
– Anti-Microbial Resistance

17. Replacing the 90% of locally produced animal
commodities is not feasible
•
Economically
•
Africa’s food import bill (2013): US $ 44 billion
•
About one fifth is livestock (highest after cereals):
•
Meat: US $ 5 billion; Milk: US $ 4 billion
•
Business as usual: the import bill doubles
•
Or for livelihoods
•
Almost 1 billion rely on livestock for livelihoods
•
43% of the agricultural workforce is female

18. Research for development solutions
•
Food & nutritional
security
•
Poverty eradication
•
Environment &
human health
Policies,
institutions and
markets
Sustainable
livestock
systems
Feed resources
Animal
genetics and
breeding
Livestock
healthCapacity
development

19. Livestock genetics in the midst of
this complexity
Improved
genetics
Improved
productivity
Lower disease
risk
Reduced
emissions
intensity
Less zoonoses
Respond to
new challenges
Direct: climate;
markets; ………
Indirect: vectors
– disease……..
Targeting: by system; commodity
Delivery and ‘maintenance’
Information

20. Using production from different genotypes
and production systems to assess gaps
A
A
A
A
B = reproduction
only
C = health
only
B
C
Effects of different management strategies on the
increase in value of annualized milk off-take

21. Using productivity data combined
with modelling to assess gaps
Gains from dairy technology interventions:
Value of change in milk yields only

22. The presentation has a Creative Commons licence. You are free to re-use or distribute this work, provided credit is given to ILRI.
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