4.6 Article

Mind the gap: what explains the rural-nonrural inequality in diarrhoea among under-five children in low and medium-income countries? A decomposition analysis

Journal

BMC PUBLIC HEALTH
Volume 21, Issue 1, Pages -

Publisher

BMC
DOI: 10.1186/s12889-021-10615-0

Keywords

Diarrhoea; Rural-non-rural inequalities; Decomposition; Fairlie multivariable decomposition; Low- and middle-income countries

Funding

  1. University of Warwick
  2. Carnegie Corporation of New York [B 8606.R02]
  3. Sida [54100029]
  4. DELTAS Africa Initiative [107768/Z/15/Z]

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Diarrhoea is a significant health issue among under-five children in LMIC, with higher prevalence in rural areas. This study analyzed data from 57 LMIC countries and found that individual-level and neighbourhood-level factors play crucial roles in explaining rural-non-rural inequalities in diarrhoea development. Targeted and sustainable intervention measures tailored to specific country needs could help reduce these inequalities.
BackgroundDiarrhoea poses serious health problems among under-five children (U5C) in Low-and Medium-Income Countries (LMIC) with a higher prevalence in rural areas. A gap exists in knowledge on factors driving rural-non-rural inequalities in diarrhoea development among U5C in LMIC. This study investigates the magnitude of rural-non-rural inequalities in diarrhoea and the roles of individual-level and neighbourhood-level factors in explaining these inequalities.MethodsData of 796,150 U5C, from 63,378 neighbourhoods across 57 LMIC from the most recent Demographic and Health Survey (2010-2018) was analysed. The outcome variable was the recent experience of diarrhoea while independent variables consist of the individual- and neighbourhood-level factors. Data were analysed using multivariable Fairlie decomposition at p <0.05 in Stata Version 16 while visualization was implemented in R Statistical Package.ResultsTwo-thirds (68.0%) of the children are from rural areas. The overall prevalence of diarrhoea was 14.2, 14.6% vs 13.4% among rural and non-rural children respectively (p <0.001). From the analysis, the following 20 countries showed a statistically significant pro-rural inequalities with higher odds of diarrhoea in rural areas than in nonrural areas at 5% alpha level: Albania (OR=1.769; p =0.001), Benin (OR=1.209; p =0.002), Burundi (OR=1.399; p <0.001), Cambodia (OR=1.201; p <0.031), Cameroon (OR=1.377; p <0.001), Comoros (OR=1.266; p =0.029), Egypt (OR=1.331; p<0.001), Honduras (OR=1.127; p =0.027), India (OR=1.059; p <0.001), Indonesia (OR=1.219; p <0.001), Liberia (OR=1.158; p =0.017), Mali (OR=1.240; p =0.001), Myanmar (OR=1.422; p =0.004), Namibia (OR=1.451; p <0.001), Nigeria (OR=1.492; p <0.001), Rwanda (OR=1.261; p =0.010), South Africa (OR=1.420; p =0.002), Togo (OR=1.729; p<0.001), Uganda (OR=1.214; p<0.001), and Yemen (OR=1.249; p<0.001); and pro-non-rural inequalities in 9 countries. Variations exist in factors associated with pro-rural inequalities across the 20 countries. Overall main contributors to pro-rural inequality were neighbourhood socioeconomic status, household wealth status, media access, toilet types, maternal age and education.ConclusionsThe gaps in the odds of diarrhoea among rural children than nonrural children were explained by individual-level and neighbourhood-level factors. Sustainable intervention measures that are tailored to country-specific needs could offer a better approach to closing rural-non-rural gaps in having diarrhoea among U5C in LMIC.

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