Advances in Public Health
Volume 2018 (2018), Article ID 1350195, 10 pages
https://doi.org/10.1155/2018/1350195

Research Article

Household Food Insecurity, Low Dietary Diversity, and Early Marriage Were Predictors for Undernutrition among Pregnant Women Residing in Gambella, Ethiopia

Mamo Nigatu, Tsegaye Tewelde Gebrehiwot, and Desta Hiko Gemeda

Department of Epidemiology, Institute of Health, Jimma University, Jimma, Ethiopia

Correspondence should be addressed to Mamo Nigatu; mamogebre14@gmail.com

Received 18 August 2017; Accepted 21 December 2017; Published 18 January 2018

Academic Editor: Ronald J. Prineas

Copyright © 2018 Mamo Nigatu et al. This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.

Abstract.

Background. Maternal undernutrition affects the health of both mothers and children and, as a result, has broad impacts on economic and social development. Objective. The aim of this study was to assess magnitude of undernutrition and associated factors among pregnant women in Gambella town, 2014. Methods. Community based cross-sectional study was conducted on 338 randomly selected pregnant women from March to April 2014. Bivariate and multivariable logistic regressions were used for data analysis. Result. The prevalence of undernutrition among pregnant women in Gambella town was 28.6%. Pregnant women who were married before their age of eighteen, who were from food insecure households, and who had low dietary diversity score were nearly four (AOR = 3.9, 95% CI: 2.2–6.9), two (AOR = 2.3, 95% CI : 1.2–3.6), and two (AOR = 2.1, 95% CI: 1.3–4.16) times more likely to be undernourished as compared to their counterparts, respectively. Conclusion. Prevalence of undernutrition among pregnant women in Gambella town was unacceptably high. Stake holders should give due consideration to health education to delay age at first marriage and mainstreaming and strengthening nutritional activities that contribute to reduction of food insecurity and consumption of unbalanced nutrients.

1. Introduction

Nutrition is a fundamental pillar of human life, health, and development across the lifespan. From the earliest stage of fetal development, at birth through infancy, childhood, and adolescence, and into adulthood and old age, proper food and good nutrition are essential for survival, physical growth, mental development, performance and productivity, health, and well-being. It is an essential foundation of human and national development. For this reason everybody is expected to get adequate nutrition, especially woman of child bearing age [1, 2]. Pregnancy is one of the most critical and unique periods in woman’s life cycle. A woman’s body changes dramatically during pregnancy; hence there is a strong need to balance these changes with an adequate and nutritious diet [3].

Nutrients need typically an increase during pregnancy and lactation than during any other stage in woman’s adult life. Additional nutrients are required during gestation for growth of the fetus as well as for the development of maternal tissues that support fetal development. The nutritional ingredients required for this rapid growth and development depend on the support from maternal diet [4, 5]. Proper dietary balance is necessary to ensure sufficient energy intake for adequate growth of the fetus without drawing on mother own tissues to maintain her pregnancy [6]. The common maternal nutritional problems during pregnancy include protein energy malnutrition, iron and folic acid deficiency, vitamin A deficiency, iodine deficiency, zinc deficiency, and vitamin B6 and vitamin B12 deficiency [4, 7].

Maternal undernutrition affects the health of both mother and children and, as a result, has broad impacts on economic and social development [7–10]. Undernourished pregnant woman has higher reproductive risks including death during or after child birth [6, 7, 11]. Many women suffer from combination of chronic energy deficiency, poor weight gain during pregnancy, anemia, and other micronutrient deficiency. These along with inadequate obstetric care contribute to high rates of maternal mortality and poor pregnancy outcomes [8, 12]. Maternal malnutrition in both the form of chronic energy and micronutrient deficiencies causes intrauterine growth retardation (IUGR), low birth weight, prematurity, infant and neonatal mortality, abortion, stillbirth, reduced physical activity, and poor cognitive development of the baby leading to poor educational capability and performance [2, 13–15].

Undernutrition’s most damaging effect occurs during pregnancy and in the first two years of life, and the effect of this early damage on health, brain development, intelligence, educability, and reproductive is largely irreversible [6, 7, 9]. Maternal undernutrition has also intergenerational effect. Undernourished girls have a great likelihood of becoming undernourished mothers who in turn have a great chance of giving birth to low birth weight babies perpetuating an intergenerational cycle [4, 6].

Every day 800 women die during pregnancy or child birth and 8000 newborn babies die during their first month of life. Ninety-eight percent of newborn deaths and ninety-nine percent of maternal death occur in developing countries [16]. Many women in developing countries maintain pregnancies on dietary intake lower than those recommended by international agencies [17]. In a systematic review including sixty-two studies published from 1989 to 2011 Lee et al. reported that a large majority of pregnant women from Africa and Asia had taken lower energy and micronutrient than those recommended by Food and Agricultural Organization/World Health Organization (FAO/WHO). Lee et al. concluded that the problems of unbalanced macronutrient profiles and multiple micronutrient deficiencies are common among pregnant women in developing countries across the region of the world [18].

Studies have shown that cultural factors including lack of care for pregnant women, increased workloads, early marriage, and teenage marriage make the situation worse in Ethiopia [2, 7]. In order to identify, prioritize, and avert the devastating risk of malnutrition the government of Ethiopia has designed the national nutrition strategy (NNS) of which maternal nutrition during pregnancy is one of the priority areas [7].

In supporting the national nutrition strategy and other potential intervention programs, adequate evidence about undernutrition and its contextual determinants in children, pregnant, and lactating mothers are available in the highlands of Ethiopia [11, 19–22]. However, there is no evidence about the aforementioned problem in pregnant women in lowlands of the country like Gambella region as to the investigators knowledge. Gambella region is characterized by having hot climate condition, relative insecurity, diverse ethnicity, low sociodemographic and economic characteristics, pastoralist community, and common natural disasters like drought and flooding [23]. Therefore, this study was aimed at determining undernutrition and its contextual risk factors among pregnant mothers in Gambella town, a low land in Southwest Ethiopia.

2. Methods and Materials

2.1. Study Setting

Data were collected from March to April 2014 in Gambella town, Southwest Ethiopia. Gambella town is a separate district and the capital of the Gambella Region located at the confluence of the Baro River and its tributary the Jajjaba. The town has a latitude and longitude of 8°15′N 34°35′E and has an elevation of 526 meters above sea level having hot climatic condition. Gambella town is located 768 kilometers away from Addis Ababa, the capital city of Ethiopia in the southwest direction. The town harbors different ethnic groups. The majority of ethnic groups residing in the town are Nuire, Agnuhak, and Mejenger. However, there are also other ethnic groups including settlers from other highlands of the country. According to population projection for 2014, based on the 2007 Census report Gambella town has a total population of 51,696, of whom 18,232 were women [24]. The town had a total of 10,152 households with an average of 3.8 persons to a household.

2.1.1. Study Design

A community based cross-sectional study was utilized to address the magnitude of undernutrition and its contextual determinants among pregnant mothers.

2.1.2. Population

A sample of pregnant women who resided in Gambella town for at least six months was included in the study. Pregnant women who refuse to participate and are severely ill were excluded from the study.

2.1.3. Sampling

Sample size was calculated using single population proportion formula by considering proportion of pregnant women undernourished as 50% since there was no prior study in lowlands of Ethiopia, 5% margin of error, and 95% confidence level. In addition, correction formula was used due to small number of pregnant women ( = 1,452) in the town during the study period. Finally, by addition of 10% nonresponse rate, the expected sample size was 338 pregnant women.

A survey was done to identify pregnant women in Gambella town prior to the actual study. Every women of reproductive age group in all residential households was asked for self-report of current pregnancy status. Women who were pregnant as per their oral report were further asked to show proof of pregnancy, ANC card from health facilities. These women, who reported pregnancy but had no evidence from health facility, were further tested for pregnancy using urine test (HCT test) in the field. Finally, a total of 1,452 pregnant women were found in the town during the study period. Samples of 338 pregnant women were selected randomly using computer after entering the total pregnant women in to SPSS software using unique numbers.

2.1.4. Data Collection Procedure and Measurement

Variables included and measured in this study were sociodemographic variables which comprise age, marital status, educational status, husband’s educational status, occupation, husband’s occupation, and family size; socioeconomic variables which comprise household income and household food insecurity; sociocultural variables which include early marriage, history of teenage pregnancy, living in polygamy, and intrahousehold food distribution; individual and behavioral variables like knowledge about nutrition, health service contact, dietary practice, birth interval, number of children born to the women, and latrine possession.

Data on sociodemographic, socioeconomic, sociocultural, household food insecurity, and individual and behavioral factors was collected by face-to-face interview using pretested questionnaires adapted from related literatures and translated to Amharic language. Household food insecurity was assessed using Household Food Insecurity Access Scale (HFIAS) measurement consisting of nine items [9]. Each of the questions under HFIAS was asked with a recall period of four weeks (30 days) prior to the data collection period. The respondent was first asked an occurrence question, that is, whether the condition in the question happened at all in the past four weeks (yes or no). If the respondent answers “yes” to an occurrence question, a frequency-of-occurrence question was asked to determine whether the condition happened rarely (once or twice), sometimes (three to ten times), or often (more than ten times) in the past four weeks. A 24 hr dietary recall method was used to collect data on dietary intake.

Local languages speaking and fluent in Amharic diploma nurses were assigned as data collectors and verbally administered questionnaire to respondents. After conducting face-to-face interview, mid upper arm circumference of the respondents was measured on the left hand at the mid point between the tips of the shoulder and elbow to the nearest 0.1 cm by using nonstretchable mid upper arm circumference (MUAC) tape. MUAC was used to assess nutritional status of pregnant women [25]. Five trained diploma nurses were data collectors and two B.S. public health officers were assigned as supervisors. Data collectors and supervisors were given two-day training focusing on participant selection procedure, MUAC measurement, ethical procedure, and objective of the study. The responsibilities of data collectors were measuring the mid upper arm circumference of the respondent and filling the questionnaires. The supervisor provides all items necessary for data collection on each data collection day, checking filled questionnaire for completeness and consistency and solving problems during data collection. Before conducting the main study, pretesting was done on 17 pregnant women residing in Abobo town of Gambella region. Finally, data collection tool was refined based on the findings from the pretesting. Every day, all collected data was reviewed and checked for completeness and consistency by the supervisors.

2.2. Data Processing and Analysis

Data were checked and edited for completeness and consistency and partially coded manually. Data were entered into EpiData version 3.1 and exported to SPSS version 16 for statistical analysis. Descriptive statistics were computed to explore frequency distribution, central tendency, variability (dispersion), and distribution of outcome and explanatory variables. Bivariable logistic regression was done to identify candidate variables ( value = 0.2) for multivariable logistic regression analysis. To identify the independent predictors of undernutrition, multivariable logistic regression model was fitted using backward stepwise method. Interaction between different variables was checked using Breslow-Day test of homogeneity of strata specific odds ratios. Multicollinearity between different predictor variables was also checked using variance inflation factor (VIF). In multivariable logistic regression, adjusted odds ratio with its 95% confidence interval was computed for variables maintained in the final model and statistical significance was declared by the confidence interval.

Individual dietary diversity score (IDDS) was calculated by summing a total of 14 food groups [(1) cereals; (2) vitamin A rich vegetables and tubers; (3) white roots and tubers; (4) dark green leafy vegetables; (5) other vegetables; (6) vitamin A rich fruits; (7) other fruits; (8) organ meat; (9) flesh meat; (10) eggs; (11) fish; (12) legumes, nuts, and seeds; (13) milk and milk products; and (14) oils and fats] consumed over reference period (24 hours before the data collection). For example, if one pregnant woman eats from each food group, her DDS will be 14 [26]. MUAC less than 21 cm in pregnant women was considered as undernutrition. Household food security is defined as a household which experiences none of the food insecurity (access) conditions or just experiences worry, but rarely, otherwise, food insecurity [26]. Dietary diversity score below six is said to be low dietary diversity score otherwise better.

2.2.1. Ethical Consideration

Ethical clearance letter was obtained from Institutional Review Board (IRB) of Jimma University. Permission letter to conduct the research was obtained from Gambella Regional Health Bureau. Prior to data collection, the participants were informed about the purpose of the study, their right to refuse participation and discontinue the interview or measurement, and their full right to say “no” (opt out), and it was clearly stated that their decision of “no” will not affect any of their right to health provisions intended for pregnant women. The interviewers discussed the issue of confidentiality and obtained verbal consent before the actual interviews were launched. For this purpose, a one page consent form was attached as cover page to each questionnaire. In addition, any identification information including the name of the participants was not written in the questionnaire. Undernourished pregnant women were linked to local nutritional programs in the area.

3. Results

3.1. Sociodemographic Characteristics

From the total 338 recruited pregnant women, twelve of them were refused to participate in the study, making the response rate 96.5%, and four were with incomplete data. Complete data were collected on 322 pregnant women.

Mean age of the participants was 26.7 with standard deviation of (SD ± 5.2) years. Majority (83.6%) of the participants were in the age range of 20 to 34 years. A tenth (10.2%), fifth (20.4%), and near to two-thirds (64.9%) of pregnant women were unmarried, illiterate, and housewives, respectively. The mean family size was 5.5 with the standard deviation of ±2.7 ranging from 2 to 15. One hundred thirty-seven (42.5%) were living in a family which had more than five members (Table 1).

Table 1: Sociodemographic characteristics of pregnant women in Gambella town, March-April 2014.

Socio demographic variables
Category
Number (%)
MUAC ≤ 21 cm

MUAC > 21 cm
Crude odds ratio (95% CI)
value

Age in year
15–19
22 (6.8)
5 (22.7)
17 (77.3)
1.06 (0.36–3.15)
0.98

20–24
90 (28.0)
29 (32.2)
61 (67.8)
1.71 (0.92–3.2)
0.092

25–29
115 (35.7)
25 (21.7)
90 (78.3)
1

30–34
64 (19.9)
24 (37.5)
40 (62.5)
2.16 (1.1–4.23)
0.025

≥35
31 (9.6)
9 (29.0)
22 (71.0)
1.47
0.396

Total
322 (100)
92 (28.6)
230 (71.4)

Ethnicity
Agnuak
89 (16.8)
35 (39.3)
54 (60.7)
1

Nuer
54 (27.6)
22 (40.7)
32 (59.3)
1.06 (0.53–2.11)
0.867

Oromo
51 (15.8)
7 (13.7)
44 (86.3)
0.25 (0.10–0.61)
0.002

Amhara
51 (15.8)
12 (23.5)
39 (76.5)
0.48 (0.22–1.03)
0.059

Kambata
35 (10.9)
10 (28.6)
25 (71.4)
0.62 (0.26–1.14)
0.26

Tigre
21 (6.5)
2 (9.5)
19 (90.5)
0.1 (0.036–0.74)
0.019

Mejang
4 (1.2)
1 (25)
3 (75)
0.51 (0.05–5.14)
0.57

Others
17 (5.3)
3 (17.6)
14 (82.4)
0.33 (0.089–1.24)
0.100

Total
322 (100)
92 (28.6)
230 (71.4)

Religion
Protestant
127 (39.4)
43 (33.9)
84 (66.1)
1

Orthodox
80 (24.8)
14 (17.5)
66 (82.5)
0.41 (0.21–0.82)
0.012

Catholic
67 (20.8)
23 (34.3)
44 (65.7)
1.02 (0.55–1.91)
0.95

Muslim
27 (8.4)
5 (18.5)
22 (81.5)
0.44 (0.16–1.25)
0.125

Others
21 (6.8)
7 (33.3)
14 (66.7)
0.98 (0.37–2.6)
0.96

Total
322 (100)
92 (28.6)
230 (71.4)

Educational status
No formal education
65 (20.2)
23 (35.4)
42 (64.6)
1.91 (0.98–3.71)
0.057

Primary education
136 (42.2)
42 (30.9)
94 (69.1)
1.56 (0.89–2.73)
0.123

Secondary and above
121 (37.6)
27 (22.3)
94 (77.7)
1

Total
322 (100)
92 (28.6)
230 (71.4)

Husband’s educational status
No formal education
34 (10.6)
16 (47.1)
18 (52.9)
2.34 (1.13–4.85)
0.022

Primary education
41 (12.7)
8 (19.5)
33 (80.5)
0.64 (0.28–1.45)
0.284

Secondary and above
247 (76.7)
68 (27.5)
179 (72.5)
1

Total
322 (100)
92 (28.6)
230 (71.4)

Marital status
Married
289 (89.8)
82 (28.4)
207 (71.6)
0.91 (0.42–2.00)
0.82

Unmarried
33 (10.2)
10 (30.3)
23 (69.7)

Total
322 (100)
92 (28.6)
230 (71.4)

occupation
Housewife
209 (64.9)
68 (32.5)
141 (67.5)
1.62 (0.83–3.14)
0.154

Government employee
61 (18.9)
14 (23.0)
47 (77.0)
1

Merchant
25 (7.8)
5 (20.0)
20 (80.0)
0.84 (0.266–2.644)
0.77

Others
27 (8.4)
5 (18.5)
22 (81.5)
0.76 (0.24–2.39)
0.64

Total
322 (100)
92 (28.6)
230 (71.4)

Husband’s occupation
Government employee
189 (58.7)
54 (28.6)
135 (71.4)
1

Merchant
45 (14.0)
5 (11.1)
40 (88.9)
0.31 (0.12–0.834)
0.02

Daily laborers
40 (12.4)
16 (40.0)
24 (60.0)
1.67 (0.82–3.38)
0.157

Others
48 (14.9)
17 (35.4)
31 (64.6)
1.37 (0.70–2.68)
0.356

Total
322 (100)
92 (28.6)
230 (71.4)

Family size
>5
137 (42.5)
52 (38.0)
85 (62.0)
2.22 (1.36–3.63)
0.001

≤5
185 (57.5)
40 (21.6)
145 (78.4)

Total
322 (100)
92 (28.6)
230 (71.4)

Note. 1 = reference.

3.2. Prevalence of Undernutrition

The overall prevalence of undernutrition in lowland among pregnant women was 28.6%. Pregnant women who were in the age group of 30–34 years had higher prevalence (37.5%) of undernutrition compared to the other age groups. Pregnant women and their husbands who are illiterate had higher prevalence of undernutrition (35.4% and 47.1%) compared to their counterparts, who completed secondary education and above. Pregnant women who were married before the age of eighteen and conceived before the age of twenty had higher undernutrition prevalence (46.8% and 43.4%, resp.). Pregnant women who had meal frequency less than three and dietary diversity score (DDS) less than six had higher prevalence of undernutrition (45.8%  and 41.5%, resp.) compared to pregnant women who had meal frequency greater than or equal to three and DDS greater than or equal to six (27.2% and 19.8%, resp.). Near to half (44.5%) of pregnant women living in food insecure households were undernourished whereas almost a fifth (16.8%) of pregnant women living in food secure households were undernourished (Tables 2 and 4).

Table 2: Sociocultural characteristics of pregnant women in Gambella town, March-April 2014 .

Variables
Category
Frequency (%)
MUAC ≤ 21 cm
MUAC > 21 cm
Crude odds ratio (95% CI)
p value

Early marriage
Yes
141 (43.8)
66 (46.8)
75 (53.2)
5.3 (3.09–8.9)
0.001

No
181 (56.2)
26 (14.4)
155 (85.6)

History of teenage pregnancy
Yes
159 (49.4)
69 (43.4)
90 (56.6)
4.7 (2.7–8.02)
0.001

No
163 (50.6)
23 (14.1)
140 (85.9)

Living in polygamy
Yes
64 (19.9)
30 (46.9)
34 (53.1)
2.8 (1.6–4.9)
0.001

No
258 (80.1)
62 (24.0)
196 (76.0)

Measures taken when the food to be eaten was small
Shared equally
247 (76.7)
60 (24.3)
187 (75.7)
1

Given to children only
21 (6.5)
11 (52.4)
10 (47.6)
3.4 (1.4–8.5)
0.008

First given to husband and shared
54 (16.8)
21 (38.9)
33 (61.1)
2.0 (1.1–3.7)
0.03

Allocation of the best portion of the food during meal
Shared equally
198 (61.5)
41 (20.7)
157 (79.3)

1

Give to husband
98 (30.4)
40 (40.8)

58 (59.2)

2.6 (1.6–4.5)
0.001

Given to children
26 (8.1)
11 (42.3)
15 (57.7)
2.8 (1.2–6.6)

0.017

Time of dishing of mother’s portion during meal
Along with husband
180 (55.9)
35 (19.4)

145 (80.6)

1

After husband
35 (10.9)

16 (45.7)
19 (54.3)

3.5 (1.6–7.5)

0.001

After husband and children
107 (33.2)
41 (38.3)
66 (61.7)

2.6 (1.5–4.4)

0.001

Note. 1 = reference.

3.3. Individual, Household, and Sociocultural Characteristics

The median age at first marriage was 18 ranging from 14 to 31 years. One hundred forty-one (43.8%) women were married before the age of eighteen. The mean age at first conception was 19.9 with the standard deviation of (SD ± 3.04) years ranging from 15 to 33 years of age. In two hundred forty-seven (76.7%) households, diets were shared equally even though the foods to be eaten were small during meal. In fifty-four (16.8%) households, foods were first given to husband and then shared among other family members. About one-third (33.2%) pregnant women said that they eat their diet after serving their husband and children (Table 2).

According to report from pregnant women, 41 to 44% of the households either are worried about not having enough food, are unable to eat preferred food, or ate few food types a month before commencement of data collection. One hundred fourteen (35.4%) households ate the foods they really do not want to eat while 28% of households ate a fewer meal a day during one month before data collection (Table 3).

Table 3: Household food insecurity access scale (HFIAS) of pregnant women in Gambella town, 2014 .

Household food insecurity access scale (HFIAS)
Frequency
Percentage

Worry about food

    Rarely
37
11.5

    Sometimes
78
24.2

    Often
25
7.8

    No
182
56.5

Unable to eat preferred food

    Rarely
44
13.7

    Sometimes
69
21.4

    Often
22
6.8

    No
187
58.1

Eat just a few kind of food

    Rarely
46
14.3

    Sometimes
70
21.7

    Often
17
5.3

    No
189
58.7

Eat foods they really do not want to eat

    Rarely
40
12.4

    Sometimes
64
19.9

    Often
10
3.1

    No
208
64.6

Eat a smaller meal

    Rarely
59
18.3

    Sometimes
54
16.8

    Often
7
2.2

    No
202
62.7

Eat fewer meal in a day

    Rarely
69
21.4

    Sometimes
20
6.2

    Often
1
0.3

    No
232
72

No food of any kind in household

    Rarely
9
2.8

    Sometimes
2
0.6

    No
311
96.6

Go to sleep hungry

    Rarely
6
1.9

    Sometimes
1
0.3

    No
315
97.8

Go a whole day and night without eating

    Rarely
2
0.6

    No
320
99.4

Table 4: Household, individual, and behavioral characteristics of pregnant women in Gambella town, 2014

Variables
Category
Number (%)
MUAC ≤ 21 cm
MUAC > 21 cm
Crude odds ratio (95% CI)
p value

Nutritional knowledge
No
151 (46.9)
57 (37.7)
94 (62.3)
2.4 (1.4–3.9)
0.001

Yes
171 (53.1)
35 (20.5)
136 (79.5)

Meal frequency
≤3
24 (7.5)
11 (45.8)
13 (54.2)
2.3 (0.98–5.3)
0.057

≥3
298 (92.5)
81 (27.2)
217 (72.8)

Dietary diversity score
<6
130 (40.4)
54 (41. 5)
76 (58.5)
3.9 (1.8–4.7)
0.001

≥6
192 (59.6)
38 (19.8)
154 (80.2)

ANC contact
Yes
240 (74.5)
64 (26.7)
176 (73.3)
0.7 (0.4–1.2)
0.197

No
82 (25.5)
28 (34.1)
54 (65.9)

Number of children
0
73 (22.7)
20 (27.4)
53 (72.6)
1

1–4
203 (63.0)
54 (26.4)
149 (73.4)
0.96 (0.5–1.8)
0.895

≥5
46 (14.3)
18 (39.1)
28 (60.9)
1.7 (0.8–3.7)
0.183

Birth interval in year
≤3
206 (64.0)
61 (29.6)
145 (70.4)
1.6 (0.7–3.9)
0.283

>3
34 (10.6)
7 (20.6)
27 (79.4)

Latrine possession
No
88 (27.3)
39 (44.3)
49 (55.7)
2.7 (1.6–4.6)
0.001

Yes
234 (72.7)
53 (22.6)
181 (77.4)

Household food insecurity
Yes
137 (42.5)
61 (44.5)
76 (55.5)
4.0 (2.4–6.7)
0.001

No
165 (57.5)
31 (16.8)
154 (83.2)
1

Note. 1 = reference.

From the total 322 pregnant women, 42.5% pregnant women were from food in secured households. Near to half (46.9%) of pregnant women had no better nutritional knowledge. The mean meal frequency per day was 3.43 meals with a minimum of two and maximum of six meals per day. Twenty-four (7.5%) pregnant women had eaten less than three meals a day. The mean dietary diversity score was 6 food groups out of 14 food groups with the standard deviation (SD) of ± 1.58 ranging from 2 to 13 food groups (Table 4). From the fourteen food groups, cereal food group was eaten by 100% of the pregnant women. From the cereal food group “teff” (58.4%) was the most consumed food followed by corn (54.7%), wheat (43.5%), and millet (36%). “Injera” (62.1%) and porridge (46%) were the most processed food eaten from cereal group (Supplementary Material (available here)).

3.4. Predictors for Undernutrition among Pregnant Women

The following candidate variables from bivariable logistic regression were considered to multivariable logistic regression analysis: age, pregnant women and their husband’s educational status, husband’s occupation, family size, household’s monthly income, household food insecurity, and dietary diversity. Similarly, nutritional knowledge, meal frequency, ANC visit, children size, latrine possession, and all sociocultural characterize of pregnant women were candidate variables to multivariable logistic regression analysis.

Multivariable logistic regression was fitted in order to identify independent predictors of undernutrition. Accordingly, early marriage, household food insecurity, and low dietary diversity score were independent predictors of undernutrition during pregnancy. Pregnant women who were married before the age of eighteen were nearly fourfold more likely to be undernourished compared to pregnant women who were married after the age of eighteen (AOR = 3.9, 95% CI: 2.2–6.9). Pregnant women who were from food insecure households were nearly two times more likely to be undernourished compared to pregnant women who were from food secure households (AOR = 2.3, 95% CI: 1.2–3.6). Pregnant women who had low dietary diversity score were two times more likely to be undernourished as compared to pregnant women who had better dietary diversity score (AOR = 2.1, 95% CI: 1.3–4.1) (Table 5).

Table 5: Independent predictors of undernutrition among pregnant women in Gambella town, 2014 .

Variables
Category
Number (%)
MUAC 21 cm
MUAC > 21 cm
Crude odds ratio (95% CI)
Adjusted odds ratio (95% CI)

Early marriage
Yes
141 (43.8)
66 (46.8)
75 (53.2)
5.3 (3.1–8.9)
3.9 (2.2–6.9)

No
181 (56.2)
26 (14.4)
155 (85.6)

Dietary diversity score
<6
130 (40.4)
54 (41.5)
76 (58.5)
3.9 (1.8–4.7)
2.1 (1.2–3.6)

≥6
192 (59.6)
38 (19.8)
154 (80.2)

Household food insecurity
Yes
137 (42.5)
61 (44.5)
76 (55.5)
4.0 (2.4–6.7)
2.3 (1.3–4.1)

No
165 (57.5)
31 (16.8)
154 (83.2)

p value < 0.01.

4. Discussion

The current study tried to reveal the magnitude of undernutrition and its associated factors among pregnant women in Gambella, lowland of Ethiopia. Accordingly the project highlighted that near thirty percent of pregnant women in lowlands were undernourished and mainly influenced by household food insecurity, eating low dietary diversity and early marriage.

The magnitude of undernutrition among pregnant women in Gambella town was 28.6%. The result was almost similar tothe result reported from Kenya which was 31.7% [27]. But magnitude of undernutrition reported in this study was far below the magnitude reported from Kersa Demographic Surveillance and Health Research Center (KDS-HRC) field site, Ethiopia, which was 47.3% [28], 71.1% in Southern Nations, Nationalities and peoples region (SNNPR) [29], and 34% in West Arsi Zone [22]. The big discrepancy observed may be due to different MUAC cut-off points used to determine undernutrition. However, the finding from this study was higher than other findings from highlands of Ethiopia 19.06% from eastern Ethiopia [21].

Early marriage was one of the sociocultural factors which independently associated with undernutrition during pregnancy. The median age at first marriage was 18 years. This is almost consistent with the EDHS 2011 report in which the median age at first marriage in Gambella region was 17.4 years. But, it was above the national median age at first marriage which was 16.5 years [30]. The difference may be due to disparity of age at first marriage among urban and rural women. From pregnant women who were married before the age of eighteen, 66 (46.8%) were undernourished whereas from those who married at their eighteen or more age, only 26 (14.4%) were undernourished. Pregnant women who were married before the age of eighteen were nearly fourfold more likely to be undernourished compared to pregnant women who were married at or after the age of eighteen. This result is consistent with the study done in West Arsi, Ethiopia, in which pregnant women who married before the age of fifteen were sixteen times more likely undernourished compared to pregnant women who married between the ages of eighteen and nineteen years [22]. The 2012 USAID report on delaying age at marriage and reducing malnutrition of adolescent girls in India showed that early marriage was associated with early pregnancy and high fertility; close spacing of births, unwanted pregnancies, and pregnancy termination which cumulatively deteriorates nutritional status of adolescent girls [31].

Household food insecurity was also one of the socioeconomic factors which independently associated with undernutrition during pregnancy. Pregnant women who were from food insecure households were nearly two times more likely to be undernourished compared to pregnant women who were from food secured households. The result could be due to the fact that, in food insecure households, women pay a sacrificial role and are more vulnerable to be undernourished than other family members [7]. Pregnant women are particularly vulnerable to food insecurity and associated nutrient inadequacies for two major reasons. First, physiological vulnerability comes with childbearing. Maternal nutrient needs increase during pregnancy and breastfeeding, and when these needs are not met, mothers may experience wasting and fatigue. Second, women have a sociological vulnerability. Food security research indicates that, during periods of reduced food supply, women experience reduced intakes relative to men. Furthermore, mothers are likely to reduce their own intakes to secure those of infants and small children [32]. The Ethiopian national nutrition strategy also underpins that in food insecure households women and children are the most vulnerable groups and should be given special attention [7].

Low dietary diversity score was also independently associated with undernutrition. Pregnant women who had low DDS were two times more likely to be undernourished when they were compared with pregnant women who had better DDS. This is consistent with the result of survey done in Iran in which participants with scores ≥ six had greater body mass index, waist circumference, and waist-to hip ratio than in individuals with scores less than six [33]. The study is also similar to the community based study done in eastern Ethiopia in which pregnant women who improved their eating habits had a 53% lower risk of undernutrition than who did not [21]. The study done in Kenya also showed that pregnant women with better DDS had greater macro- and micronutrient intake when compared to pregnant women with low DDS [27].

This study had its own limitation; in that use of 24 hr dietary recall questionnaire may lend itself to over or underestimation of dietary intake as it is dependent on the respondents’ ability to recall their dietary intake and persistence of the interviewer. The single 24 hr dietary recall method used in this study does not reflect seasonal variation of dietary intake. Similarly, household food insecurity and nutritional status during pregnancy may vary across seasons.

5. Conclusions

This study found that the prevalence of undernutrition among pregnant women in Gambella town, lowland of Ethiopia, was within the range for highland area of Ethiopia, yet it is still unacceptably high. Household food insecurity, low dietary diversity score, and early marriage were independent predictors of undernutrition. Gambella region agricultural and rural development bureau should work in collaboration with other stakeholders to develop locally available crops to strengthen household food security and improve dietary diversity and quality. Responsible stake holders in the region should give due consideration to health education to delay age at first marriage. Further longitudinal study may be needed to fully understand household food insecurity and its relation to undernutrition across different seasons.

Acronyms

AOR: | Adjusted odds ratio
cOR: | Crude odds ratio
CSA: | Central Statistical Agency
DDS: | Dietary diversity score
EDHS: | Ethiopian demographic and health survey
FAO: | Food and Agriculture Organization
HCG: | Human Chorionic Gonadotrophin
HFIAS: | Household Food Insecurity Access Scale
IDDS: | Individual diet diversity score
IUGR: | Intrauterine Growth Restriction
JU: | Jimma University
MDDS: | Mean dietary diversity score
MOH: | Ministry of Health
MUAC: | Midupper arm circumference
OR: | Odds ratio
PW: | Pregnant woman
RDA: | Recommended Daily Allowance
RDI: | Reference Dietary Intake
SGA: | Small for Gestational Age
SPSS: | Statistical Package for Social Science
UNICEF: | United Nation Children’s Fund
USAID: | United State Agency for International Development
WHO: | World Health Organization.

Disclosure

Mamo Nigatu is a principal investigator.

Conflicts of Interest

The authors declare that there are no conflicts of interest.

Authors’ Contributions

Mamo Nigatu, Tsegaye Tewolde, and Desta Hiko Gemeda made substantial contribution in conception, designing, data acquisition, statistical analysis, interpretation of the results, and drafting of the manuscript.

Acknowledgments

The authors are very grateful to Jimma University for financial support. They are also grateful to Gambella Regional Health Bureau for material support. Lastly, they would like to extend their thanks to research participants, data collectors, supervisors, and all friends who directly and indirectly supported them in preparing this scientific paper.

Supplementary Materials

Table : food groups consumed by pregnant women in Gambella town, 2014 . (Supplementary Materials)

References

WHO, Nutrition for Health and Development, Geneva, Switzerland, 2000, http://whqlibdoc.who.int/hq/.../WHO_NHD_00.6.p.

T. Benson, An assessment of the causes of malnutrition in Ethiopia A contribution to the formulation of a National Nutrition Strategy for Ethiopia, Addis Abeba, Ethiopia, 2005.

L. S. Brown, “Nutrition requirements during pregnancy,” in Nutrition Requirements During Pregnancy, pp. 1–24, Jones and Bartlett Publishers, 1st edition, 2009.

M. Melkie Edris, H. Tekle, Y. Fitaw, B. Gelaw, and Dagnew Engedaw. T. A., Maternal Nutrition:For the Ethiopian Health Center Team, Addis Abeba, Ethiopia, 2005.

A. Bendich, Nutrition and Health, C. J. Lammi-Keefe, S. C. Couch, and EHP, Eds., Human Press, 2nd edition, 2008.

Unicef, Improving Child Nutrition, New York, NY, USA, 2013, http://www.unicef.org/publications/index.htm.

FMOH, National-Nutrition-Strategy.pdf., Addis Abeba, 2008.

IYCN, Guidance for Formative Research on Maternal Nutrition, Washington, DC, USA, 2011.

Worldbank, Repositioning Nutrition as Central to Development, Washington, DC, USA, 2006.

R. E. Black, C. G. Victora, S. P. Walker et al., “Maternal and child undernutrition and overweight in low-income and middle-income countries,” The Lancet, vol. 382, no. 9890, pp. 427–451, 2013.

K. Haileslassie, A. Mulugeta, and M. Girma, “Feeding practices, nutritional status and associated factors of lactating women in Samre Woreda, South Eastern Zone of Tigray, Ethiopia,” Nutrition Journal , p. 28, 2013.

J. A. Opara, H. E. Adebola, N. S. Oguzor, S. A. Abere, and P. Harcourt, “Malnutrition during pregnancy among child bearing mothers in mbaitolu of south-eastern nigeria federal college of education ( technical ), omoku-rivers state , nigeria faculty of agriculture , rivers state university of science and technology,” Advances in Biological Research, vol. 5, no. 2, pp. 111–115, 2011.

D. Assefa, E. Wassie, M. Getahun, M. Berhaneselassie, and A. Melaku, Harmful Traditional Practices, Addis Abeba, Ethiopia, 2005.

K. Abu-Saad and D. Fraser, “Maternal nutrition and birth outcomes,” Epidemiologic Reviews, vol. 32, no. 1, pp. 5–25, 2010.

F. Khoushabi and G. Saraswathi, “Association between maternal nutrition status and birth weight of neonates in selected hospitals in Mysore city, India,” Pakistan Journal of Nutrition, vol. 9, no. 12, pp. 1124–1130, 2010.

Savethechildren, Surviving the First Day, STATE OF THE WORLD’S MOTHERS, London; 2013, http://www.savethechildren.net.

S. Huffman, E. Zehner, P. Harvey et al., Essential Health Sector Actions to Improve Maternal Nutrition in Africa, Washington, DC, USA, 2001, http://www.linkagesproject.org.

S. E. Lee, S. A. Talegawkar, M. Merialdi, and L. E. Caulfield, “Dietary intakes of women during pregnancy in low- and middle-income countries,” Public Health Nutrition, vol. 16, no. 8, pp. 1340–1353, 2013.

F. H. Bitew and D. S. Telake, “Undernutrition among Women in Ethiopia. Bitew, Fikrewold H. and Daniel S. Telake. 2010. Undernutrition among Women in Ethiopia: Rural-Urban Disparity. DHS Working Papers No. 77,” Tech. Rep. Report No.: 77, ICF Macro, Calverton, Md, USA, 2010.

G. Woldemariam and G. Timotiows, Determinants of the Nutritional Status of Mothers and Children in Ethiopia, Calverton, Maryland, USA, 2002.

H. Kedir, Y. Berhane, and A. Worku, “Magnitude and determinants of malnutrition among pregnant women in eastern Ethiopia: Evidence from rural, community-based setting,” Maternal & Child Nutrition, vol. 12, no. 1, pp. 51–63, 2016.

Y. Belete, B. Negga, and M. Firehiwot, “Under nutrition and associated factors among adolescent pregnant women in Shashemenne District , West Arsi Zone , Ethiopia: a community- based,” Journal of Nutrition & Food Sciences, vol. 6, no. 1, pp. 1–7, 2016.

A. Sewonet, Breaking the Cycle of Conflict in Gambella Region, Addis Abeba, Ethiopia, 2003.

C. Statistical, 2007 Population and Housing Census of Administrative, Addis Abeba, Ethiopia, 2012.

FMOH, Nutritin Blended Learning Module for the Health Extension Programme, Health Education and Training in Africa, Addis Abeba, Ethiopia, 1st edition, 2004, Tom Heller and Lesley-Anne Long (Faculty of Health and Social Care at The Open University UK) http://www.moh.gov.et.

FAO, Guidelines for Measuring Household and Individual Dietary Diversity, Rome, Italy, 2008.

M. Lillian, Dietary Diversity and Nutritional Status of Pregnant Women Aged 15-49 YearS Attending Kapenguria District Hospital West Pokot County, Kenya, East Africa, 2013, https://www.lap-publishing.com/.../dietary-diversity-and-nutritional-statu.

N. Assefa, Y. Berhane, and A. Worku, “Wealth status, mid upper arm circumference (MUAC) and Ante Natal Care (ANC) are determinants for low birth weight in Kersa, Ethiopia,” PLoS ONE, vol. 7, no. 6, Article ID e39957, 2012.

A. Sonko, “Assessment of dietary practice and anthropometric status of pregnant women in Aleta Chuko Woreda Southern Nations, Nationalities and People’s™ Region /SNNPR/, Ethiopia: descriptive crosssectional study,” Journal of Epidemiology and Public Health Reviews, vol. 1, no. 1, pp. 1–8, 2016.

EDHS, Ethiopia Demographic and Health Survey, Addis Abeba, Ethiopia, 2011.

USAID, Delaying Age of Marriage and Reducing Anaemia Among Adolescent Girls in Jharkhand, Mumbai, India, 2012, http://www.intrahealth.org/vistaar.

USAID, Maternal dietary diversity and the implications for children’ s diets in the context of food security, 2012, http://www.iycn.org.

M. Vakili, P. Abedi, M. Sharifi, and M. Hosseini, “Dietary diversity and its related factors among adolescents: a survey in Ahvaz-Iran,” Global Journal of Health Science, vol. 5, no. 2, pp. 181–186, 2013.