Child mortality in all children under the age of 18
97 coverage ranged from a low of 47.4 per cent in
Papua to a high of 96.4 per cent in Yogyakarta, with 19 provinces having coverage rates below
the national level. Compared to the 2007 levels, only four provinces recorded increased coverage
with improvement ranging between 2.5 and 6.8 percentage points Ministry of Health, 2010.
The achievement of UCI coverage in Indonesia was still low at 73.8 per cent of children in 2006,
76.1 per cent in 2007, 68.2 per cent in 2008 and 68 per cent in 2007 Figure 3.10. The GoI
identified the weaknesses of the national health system and the management of immunization
programmes as the causes of the low coverage achievement.
Complete immunization consists of one BCG, three DPT, three polio, three Hepatitis B and
one measles immunizations. Children who receive incomplete immunizations are referred
to as ‘dropouts’. According to RISKESDAS 2007, the percentage of drop-outs was 45.3
per cent compared with 46.2 per cent who received complete immunization Table 3.16.
Some barriers to the supply of immunization services were: i changes of vaccination staff
juru imunisasi, JURIM who were appointed in the mid-1980s, but then transferred to
become midwives; ii regional proliferation, natural disasters, and violent conflicts between
communities causing a weakened capacity of institutional arrangements; and iii poor
commitment from local governments when it came to prioritizing immunization programmes,
as evidenced by inadequate allocation in local budgets and unsupportive local regulations
regarding immunization.
Further analysis of rates of immunization revealed the persistence of a ruralurban
gap Table 3.17. However, mixed results on other variables do not point to any particular
determinants associated with incomplete childhood immunization. For complete
immunization, the deprivation in urban areas is larger than rural areas whilst for immunization
against measles in particular, the deprivation in rural areas is greater than in urban areas.
The deprivation with regards to complete immunization was two percentage points higher
in urban areas in 2009. The urbanrural gap for measles immunization was wider; around seven
percentage points in 2007, increasing to nine percentage points in 2010. Regarding complete
immunization, the deprivation was slightly higher among children from households headed
by males than by females, which might reflect greater awareness among women regarding
the importance of immunization. The size of the households, the educational background of
the household head, and the socio-economic status of the households were also associated
with differences in the proportions of children receiving complete immunizations and measles
immunization.
Figure 3.10: Coverage of Universal Child Immunization UCI, 2002–2009
78 76
74 72
70 68
66 64
62 of Children under one year old
2002 2003 2004 2005 2006 2007 2008 2009 74.5
72.5 72.9
76 73.8
76.1
68.2 68
Source:MoHDecreeNo.4822010
Table 3.16: Children aged 12- to 23-months obtaining complete immunizations by respondent
characteristics, 2007
National Boys
Girls Urban
Rural Quintile 1 poorest
Quintile 2 Quintile 3
Quintile 4
Quintile 5 wealthiest
Complete
46.2 46.6
45.7 54
41.3 41.6
43.4 47.3
49.4
53.5
Incomplete
45.3 45.2
45.4 41.5
47.7 47.1
46.9 44.6
44.5
41
None
8.5 8.2
8.9 4.5
11.1 11.3
9.7 8.1
6.1 5.5
Source:Riskesdas2007
98
Table 3.17: Children deprived in the health dimension, by household characteristics
Gender of household head Female
Male Number of household members
Less than 3 3–4
5–6 7+
Educational level of household head Nonedid not attend school
Finished primary school Finished junior high school
Finished senior high school Finished diplomaacademyuniversity
Geographical location Urban
Rural Household welfare expenditure quintile
Q1 Q2
Q3 Q4
Q5
Diarrhoea 2009
1.46 1.68
1.22 1.73
1.58 1.72
1.83 1.65
1.77 1.55
1.24
1.58 1.73
1.92 1.61
1.45 1.77
1.41
Asthma 2009
0.63 0.81
0.85 0.83
0.72 0.9
0.83 0.82
0.95 0.68
0.64
0.74 0.85
0.82 0.77
0.71 0.85
0.84
Incomplete immunization
2009
20.65 25.47
10.74 27.83
23.41 23.17
20.1 24.25
27.95 28.57
27.53
26.28 24.1
25.27 24.48
24.86 25.56
25.48
2007
28.4 21.8
17.7 11.4
6.9 14.0
21.2 21.9
21.5 16.9
15.7 13.2
2010
43.7 30.3
22.5 18.7
14.5
21.4 29.8
35.0 28.6
22.2 19.2
13.7
Self-reported No measles immunization
Note:Theimmunizationdatarefersonlytochildren12–23monthsold Source:Estimatedusingdatafromthe2009SUSENASPanelandCore;RISKESDAS,MoH,2010
Other factors that might affect child survival include a lack of access to safe water and proper
sanitation, breastfeeding practices and child nutritional conditions in general. As discussed
in the previous section, many children still suffer from a lack of access to safe water,
sanitation and healthy shelters which has potentially caused hygiene-related diseases.
The 2003 and 2009 SUSENAS data indicated an increasing prevalence of diarrhoea, asthma,
influenza, coughs and fevers, as well as self- reported work or school disruption due to ill
health. Diarrhoea and asthma as well as other acute respiratory infections are among the
main causes of infant and under-five mortality see also the discussion in section 3.4.1 of
this chapter. As presented in Table 3.17, the prevalence of these diseases is higher among
the children of male-headed households, large households, households where the household
head has a low level of education, households in rural areas, and poor households. According
to SUSENAS, exclusive breastfeeding has been becoming less popular. The data in 2009 shows
67.8 per cent of infants under 6 months were not exclusively breastfed; an increase from 60.5 per
cent in 2003. Regarding nutritional conditions, there have been some improvements reflected
in the decreasing prevalence of stunting and wasting among children. However, according to
RISKESDAS, the prevalence of wasting 13.30 per cent and stunting 35.60 per cent in 2010
remain too high to be ignored in the overall context of child survival see also section 3.4.6 of
this chapter.