Annals of Human Biology · 2018 · 12 citations · 40 references
Public HealthHealth SciencesMaternal HealthEpidemiologyMaternal NutritionWomen's HealthBirth Outcomes EpidemiologyDisaster EpidemiologyHuman HealthMaternal EpidemiologyMaternal Health EpidemiologyNatural HazardsClimate-related DisastersMaternal Disaster HealthMaternal Exposure EffectsMultivariate Linear ModelsNatural Disaster EventsNatural Disaster Health EpidemiologyNatural Disaster TraumaPsychosocial Hazards
BACKGROUND: Maternal stress during pregnancy is associated with birth outcomes, including birthweight. Exposure to natural disasters during pregnancy provides a model to study these relationships. However, few studies assess both stress and diet, which might have interactive effects. Furthermore, most are conducted in high-income countries. Patterns might differ in low- and middle-income countries (LMICs). AIM: To study relationships between stress and diet during pregnancy, and infant birthweight, following a natural disaster in a lower-middle income country. SUBJECTS AND METHODS: In 2015, the island nation of Vanuatu suffered a Category 5 cyclone. Three months later, the authors assessed hardship due to the cyclone, distress, and dietary diversity among 900 women, including 187 pregnant women. Of these, 70 had birth records available. Multivariate linear regression was used to analyse relationships between cyclone exposure and infant birthweight among this sub-sample. RESULTS: Neither hardship nor dietary diversity predicted birthweight. Distress was a robust predictor, explaining 8.5% of variance (p = 0.012). There were no interactive relationships between distress and other exposure variables. CONCLUSIONS: Maternal distress following a natural disaster has important implications for maternal and child health. In LMICs, low birthweight remains a pressing public health concern. Distress during pregnancy might represent one underlying risk factor.
40
Patrícia Helen de Carvalho Rondó, Rogério Ferreira, Fábio Dias Nogueira et al. · European Journal of Clinical Nutrition · 2003 · 617 citations · Full text