Livestock Research for Rural Development 25 (6) 2013 Guide for preparation of papers LRRD Newsletter

Citation of this paper

Boer goat production in Kikatsi Sub County, Kuruhura District, Uganda

I Arineitwe and E K Ndyomugyenyi

Department of Animal Production and Range Management, Gulu University, P.O. Box 166, Gulu, Uganda
ellyndyomugyenyi@gmail.com

Abstract

A study was conducted to assess the contribution of Boer goats to household incomes in Kikatsi Sub County, Kuruhura District.  A total of 60 households were used for the study in five different parishes in the sub county. Data were collected using structured questions, observations, and interviews.  Secondary sources of data were also reviewed.

Respondents (93.4%) who kept between 1and 60 Boer goats were more than those (86.7%) who kept a similar number of indigenous goats. However, there was a small difference of 1.6% between respondents who kept 21 - 40 indigenous goats (43.3%) and those (41.7%) who kept a similar number of Boer goats. The number of Boer goats (78.3%) heavier than 26 kg was higher than that of indigenous goats (51.7%) with similar weights. The market price of the goats was dependent on the weight of the individual goat but not the breed type. Respondents (93.3%) who sold 1 - 4 Boer goats per month were more than those (86.7%) who sold a similar number of indigenous goats indicating that Boer goats contributed more to farmers’ income than indigenous goats. The main limitations to Boer goat production were lack of capital (95%), shortage of established cultivated pasture and fodder crops (90%), poor goat management skills (81.7%), and lack of veterinary services (75%). The other source of income for farmers was cattle keeping (75%) although some farmers (13.3%) also grew crops such as bananas for income generation. The study showed that Boer goats contributed to household incomes and people adopted the new intervention of Boer goat production.

Key words: breed type, cattle, household incomes, intervention, limitations, market price


Introduction

Livestock forms the backbone of economic activity of Kiruhura District where animals kept include indigenous goats, Boer goats, hybrid goats (mixture of Boer goats and indigenous goats), Ankole cattle, exotic cattle breeds, and hybrid cattle (mixtures of exotic and Ankole breeds). Goat production plays an important role in Uganda, providing meat in the diets of people and income from local sales and in the markets of urban centres. In Uganda, goat meat ranks second to beef in quantity but it is preferred to beef in terms of palatability and delicacy (Matthewman 1980). Goats also have roles in traditional, cultural and social sectors of the Ugandan small scale farmer where they are used as bride price in marriages (Kusiluka 1995). The population of goats in Uganda was estimated to be 12.5 million in 2008 where the Western Region that includes Kiruhura District had the highest number (MAAIF 2010). The population of goats in Uganda has increased in recent years from 12.5million in 2008 to 13.2 million in 2010 (MAAIF 2011). The steady increase of goats from 2008 to 2010 is shown Table 1.

Table 1: Estimated goat and other livestock numbers (in millions) in Uganda

Animal type

Year ˊ08

Year ˊ09

Year ˊ10

Goats

12.5

12.8

13.2

Sheep

3.4

3.5

3.6

Cattle

11.4

11.8

12.1

Pigs

3.2

3.3

3.4

Chicken

37.4

38.6

39.7

Source: MAAIF Statistical Abstract Year 2011


The increase of goats over the years in Uganda is due to their ability to tshrive under diverse conditions, namely their versatility in adapting to semi-arid, humid, cold, and mountain conditions.Commercialization of goat production is promoted by the government of Uganda especially for resource-poor, peri-urban producers who raise goats on a small scale for income generation. The government designed a Plan for Modernization of Agriculture (PMA) whose objective was to transform subsistence farming into commercial farming as a way of ensuring food security and improving household incomes. Although the popularity of small ruminants (goats inclusive) among the rural households is high, small ruminant production systems receive little attention compared to cattle (Matthewman 1980). As a result, goats lag behind cattle in terms of numbers.

 

Presently, a number of goat meat and dairy breeds have been imported into the country by the government, non-governmental organizations (NGO) and private sector. The Boer goats distributed in Uganda are mainly imported from South Africa. Cross breeding indigenous goats with exotic breeds of meat and dairy goats has been practiced but breeding practices are often not planned and coordinated. Since Boer goats were introduced in Kiruhura district by National Agricultural Advisory Services (NAADS), there is lack information on their profitability and income contribution to the rural households. Availing this information will be useful to the government and other stakeholders on how best they can improve household incomes through Boer goat production. Therefore, this study was conducted to assess the contribution of Boer goats to household incomes in Kikatsi Sub County, Kuruhura District. The other objectives were to establish the population numbers of Boer goats; contribution of Boer goats to the household incomes; limitations to Boer goat production; and other sources of income for farmers.   


Materials and Methods

The data on the population of Boer goats, Boer goat contribution to household incomes, limitations to Boer goat production, and other sources of income for farmers were obtained using structured questions, observations and interviews.  Secondary sources of data were also reviewed especially from the district and sub county headquarters. Comparisons between households, weight of goats, and goats sold were determined using One-sample t-test.     


Results and discussion

Population of Boer goats and indigenous goats 

Population numbers of Boer and indigenous goats are shown in the Tables 2 and 3. The majority of respondents kept 21 - 40Boer goats while the minority respondents kept more than 60 Boer goats (Table 2). The number of respondents who kept 21 - 40 indigenous goats was higher than that which kept more than 60 indigenous goats (Table 3). Many respondents kept 21 - 40 indigenous goats, more than those who kept a similar number of Boer goats although the difference was not very high. Generally, the number of respondents who kept 1 - 60Boer goats did not differ much with those was higher than those who kept a similar number of indigenous goats.

Table 2: Population of Boer goats1

No. households

% of households

No. of Boer goats

15

25.0

1-20

25

41.7

21-40

16

26.7

41-60

4

6.7

60+

Total 60

100

-

 

Table 3: Population of indigenous goats1

No. households

% of households

No. of Boer goats

19

31.7

1-20

26

43.3

21-40

7

11.7

41-60

8

13.3

60+

Total 60

100

-

1t3,0.05 = 3.18 (two-tailed); tcalculated = 0.00487; standard deviation = 10.3; standard error of the difference = 5.13

The majority of respondents kept between 21 and 40 Boer and indigenous goats probably because it was the most manageable number considering the labour scarcity pasture and fodder, and shelter (housing) involved in goat production (Figure 1 and Table 8). The number of farmers rearing more than 60 Boer and indigenous goats was small because managing high number of goats was labour intensive and also required high housing costs. Additionally, farmers lacked skills and veterinary services, which limited them to a few numbers of goats. The fact that the number of respondents keeping 1 - 60 Boer goats did not differ much with those who was higher than the number which kept indigenous goats indicated that Boer goats were gaining popularity in Kiruhura District. The popularity of Boer goats was also shown by the small difference of 1.6% between farmers who kept 21 - 40 indigenous goats and those who kept a similar number of Boer goats.    

Contribution of Boer goats to household incomes 

The results of the contribution of Boer and indigenous goats to household incomes are shown in the Tables 4, 5, 6 and 7. There was high number of Boer goats with weights more than 26 kg and the least number had weights between 16 and 20 kg (Table 4). However, the number of Boer goats heavier than 26 kg was higher than that of indigenous goats with similar weights (Tables 4 and 5). The market price of the goats was dependent on the weight of the individual goat but not the breed type. Many Boar goats were heavier than indigenous goats because Boer goats have good feed conversion efficiency, and big body frame that accommodates more meat than indigenous goats (Figure 1).  This agrees with Lu 2002 who reported that Boer goats are known to have superior traits for goat meat production, heavier body weight and fast growing rate compared to other goat breeds. Since the market price of the goats was dependent on the weight of the individual goat (Tables 4 and 5), Boer goats had the potential to earn more income to farmers than indigenous goats.

Table 4: Weights of Boer goats and corresponding prices2

Weight of Boer goats (kg)

No. of  Boer goats

% of Boer goats

Market price /goat

(UGX ‘000’) 1

16-20

5

8.3

80-100

21-25

8

13.3

150-225

26+

47

78.3

230+

Total

60

100

-

1 0.01US$ = UGX 25

 

Table 5: Weights of indigenous goats and corresponding prices2

Weight of Boer goat (kg)

No. of Boer goats

% of Boer goats

Market price /goat

(UGX ‘000’) 1

16-20

12

20.0

80-100

21-25

17

28.3

150-225

26+

31

51.7

230+

Total

60

100

-

1 0.01US$ = UGX 25

2t2,0.05 = 3.18 (two-tailed); tcalculated = -0.00187; standard deviation = 23.1; standard error of the difference = 13.4


Boer goats Indigenous goats

Figure 1: Boer goats and indigenous goats in relation to body frame

The majority of respondents sold 1 - 2Boer goats per month while few respondents sold more than 6 Boer goats (Table 6). Many respondents sold 1 - 2 indigenous goats while a few sold more than 6 indigenous goats (Table 7). Generally, the number of respondents who sold 1 - 4 Boer goats was higher than those who sold a similar number of indigenous goats. Majority of the farmers sold 1-2Boer goats and indigenous goats monthly because many of them kept few goats. They wanted to sustain their goat flock and only sold a few goats when there were needs such as school fees, buying clothes and socializing. The higher number of respondents who sold 1 - 4Boer goats per month than those who sold a similar number of indigenous goats indicated that farmers were self-motivated to raise Boer goats. More dynamic farmers adopted Boer goat genetics more readily and also had the management skills to raise larger flocks and, therefore, sold more animals per month.

Table 6: Boer goats sold monthly2

No. households

% of households

No. of goats sold

Income (UGX ‘000’) 1

50

83.3

1-2

100-200

6

10.0

3-4

210-400

3

5.0

5-6

410-600

1

1.7

6+

600+

Total 60

100

 

 

1 0.01US$ = UGX 25


Table 7: Indigenous goats sold monthly2

No. households

% of households

No. of goats

Income (UGX ‘000’) 1

42

70.0

1-2

100-179

10

16.7

3-4

180-259

7

11.7

5-6

260-339

1

1.7

60+

420+

Total 60

100

-

-

1 0.01US$ = UGX 25

2t3,0.05 = 3.18 (two-tailed); tcalculated = -0.0053; standard deviation = 9.3; standard error of the difference = 4.72

Limitations to Boer goat production 

Most respondents indicated that lack of capital, shortage of cultivated pasture and fodder crops and poor goat management skills were the major limitations to Boer goat production (Table 8). However, a good number of respondents also showed that they lacked veterinary services. Few respondents pointed out that climatic changes and predators were responsible for limited Boer goat production. Many farmers lacked established cultivated pasture and fodder crops for their goats because people were reluctant to grow these feedstuffs since the area was semi-arid. Lack of feedstuffs coupled with tethering goats (Figure 1) limited them to a particular number of goats. Many respondents lacked initial capital to purchase the Boer goats because they were costly. Poor goat management skills also posed serious a challenge to Boer goat production. Lack of feedstuffs resulted into poor growth rates of goats while lack of shelter made kids vulnerable to unfavourable weather conditions leading to their mortality. Lack of shelter also made goats especially young ones to be prone to predators such as wild dogs, leopards and pythons. 

Table 8: Limitations to Boer goat production

Limitation

No. of households

% of households

Scarcity  of  pasture and fodder  

54

90.0

Poor goat management skills

49

81.7

Poor veterinary services

45

75.0

Climatic changes

20

33.3

Lack of capital

57

95.0

Predators

15

25.0

Other sources of income for farmers 

The other sources of income for farmers are shown in Table 9. Goats are also included for comparison purposes. Majority of respondents kept cattle for income generation while a minority of respondents did other activities, which included crop production such as bananas. Many respondents kept cattle because the area being in the cattle corridor (semi-arid climates not conducive to crop production without irrigation and sparsely populated), their main activity was cattle rearing. The market for cattle and cattle products was available where trucks always moved around collecting live cattle and milk. The ready market and inadequate rainfall encouraged people to rear more cattle than either growing crops or keeping goats. Crop production was also not a significant a minor economic activity probably because many farmers did not settle in one place. They usually moved from one place to another looking for grazing land for their cattle on expense of growing crops. Some respondents declined to give information on their economic activities probably because they felt insecure. Some farmers did not trust investigators for fear of being robbed of their property and money.

Table 9: Other sources of income for farmers

Source of income

No. of households

% of households

Cattle

45

75.0

Goats

5

8.3

Crops

3

5.0

Non-responsive

7

11.7

Total

60

100


Conclusions


References

Kusiluka L J M 1995 Management systems and health problems of goats in Morogoro district. PhD Thesis. Edinburg, UK. pp 5-10.  

Lu C D 2002 Boer Goat Production: Progress and Perspective. www.hilo.hawaii.edu/uhh/vcaa/documents/BoerGoatProductionProgressandPerspective2002.pdf 

MAAIF 2011 Statistical Abstract, Ministry of agriculture, Animal Industry and Fisheries, Entebbe, Uganda. www.agriculture.go.ug/userfiles/Statistical%20Abstract%202011.pdf 

MAAIF 2010 Statistical Abstract, Ministry of agriculture, Animal Industry and Fisheries, Entebbe, Uganda. www.agriculture.go.ug/userfiles/Statistical%20Abstract%202010.pdf 

Matthewman R W 1980 Small ruminant production in the humid tropical zones of southern Nigeria. Tropical Animal Health and Production in Africa, 12: 234-242.


Received 8 May 2013; Accepted 19 May 2013; Published 2 June 2013

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