PDF, 1536K - Measure DHS
PDF, 1536K - Measure DHS
PDF, 1536K - Measure DHS
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Table 11.7 Iodized salt<br />
Percent distribution of households by whether salt was tested for iodine content and by level of iodine<br />
content of salt, according to background characteristics, Ethiopia 2000<br />
________________________________________________________________________________________<br />
Among those tested,<br />
Among all households percentage with:<br />
____________________ __________________<br />
Percentage<br />
Number<br />
Background not Percentage 25 ppm of all<br />
characteristic tested tested 0 ppm or more Total households<br />
________________________________________________________________________________________<br />
Residence<br />
Urban<br />
5.0 95.0 59.5 40.5 100.0 2,280<br />
Rural<br />
1.2 98.8 73.8 26.2 100.0 11,792<br />
Region<br />
Tigray<br />
Affar<br />
Amhara<br />
Oromiya<br />
Somali<br />
Benishangul-Gumuz<br />
SNNP<br />
Gambela<br />
Harari<br />
Addis Ababa<br />
Dire Dawa<br />
1.3 98.7 87.8 12.2 100.0 993<br />
3.3 96.7 73.5 26.5 100.0 163<br />
1.1 98.9 72.0 28.0 100.0 3,930<br />
1.4 98.6 63.2 36.8 100.0 5,078<br />
5.7 94.3 83.7 16.3 100.0 171<br />
3.0 97.0 55.9 44.1 100.0 151<br />
3.1 96.9 81.8 18.2 100.0 2,985<br />
8.3 91.7 51.3 48.7 100.0 38<br />
5.9 94.1 72.4 27.6 100.0 38<br />
3.7 96.3 62.4 37.6 100.0 461<br />
4.9 95.1 66.7 33.3 100.0 66<br />
Total<br />
1.8 98.2 71.6 28.4 100.0 14,072<br />
________________________________________________________________________________________<br />
Note: Salt that contains at least 15 ppm is considered to be adequately iodized. Color coding in the salttesting<br />
kits used in Ethiopia ranged from 0 ppm to 100 ppm at a 25 ppm interval.<br />
ppm = Parts per million<br />
11.7 MICRONUTRIENT INTAKE<br />
A serious contributor to childhood morbidity and mortality is micronutrient deficiency. Children<br />
can receive micronutrients from foods, food fortification, and direct supplementation. In addition to<br />
the types of food given to children, mothers in the Ethiopia <strong>DHS</strong> were asked whether their young<br />
children had received a vitamin A capsule in the six months before the survey. Table 11.8 shows that<br />
38 percent of Ethiopian children under five years of age consumed vitamin A through food in the seven<br />
days preceding the survey. Furthermore, more than one in two children (56 percent) received vitamin<br />
A capsules in the six months before the survey. 1 Twenty-eight percent of children also live in households<br />
using adequately iodized salt. Older children are much more likely to receive vitamin A supplements<br />
than younger children. There is no difference in vitamin A supplementation by gender and no clear<br />
pattern by birth order. Vitamin A supplementation is also low among breastfeeding children. The urbanrural<br />
difference in vitamin A intake is marked, with rural children much less likely to receive vitamin A<br />
capsules or foods rich in vitamin A. Children residing in the Affar Region are also least exposed to<br />
vitamin A supplements. Mother’s education impacts micronutrient intake positively, with 76 percent of<br />
children of highly educated mothers, for example, having received vitamin A capsules in the six months<br />
before the survey, compared with slightly more than one in two children of mothers with no education.<br />
1 Vitamin A is generally not given to children under six months of age, since most children in this age group<br />
are breastfed and would receive vitamin A through breast milk. However, some programs do not make this<br />
distinction to ensure coverage among nonbreastfeeding children.<br />
Infant Feeding and Childhood and Maternal Nutrition * 149