Following Nepal's devastating 2015 earthquake, a crisis in childhood malnutrition was averted
Possible reasons include outpouring of aid, existing aid programs, and relief efforts that kept child nutrition levels stable
- Barbara Benham
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Despite widespread destruction caused by the 2015 earthquake in Nepal, including severe agricultural-related losses, a team of researchers from the Bloomberg School of Public Health and Tufts University found that indicators of childhood malnutrition improved or remained stable a year after the earthquake hit.
The study, published by PLOS One, also found that household food insecurity decreased significantly over the same period.
The 2015 earthquake in Nepal caused over $7.1 billion in losses to infrastructure and economic production and killed nearly 9,000 people and injured nearly 22,000. Extensive losses related to food production and delivery raised concerns that childhood undernutrition could worsen. To prevent this, substantial humanitarian relief efforts were spearheaded by the government of Nepal, the United Nations, and nongovernment organizations.
"Our findings raise the question of whether the improved nutrition and food security situation in these areas a year after the earthquake may have been due to the aid pouring into these areas, the ongoing nutrition and agriculture aid programs that were already operating in the area, or the resilience of these communities," says lead author Andrew Thorne-Lyman, associate scientist in the Bloomberg School's Department of International Health. "The most important thing is, according to multiple indicators, a nutrition crisis was averted."
For their study, researchers analyzed data from the same hardest-hit districts in Nepal, both in 2014 and 2016. In both years, data were collected from over 900 households and approximately 2,000 women and children.
The study found that child wasting—a term that describes weight and body-mass loss—declined significantly in the study areas, from 4.5 percent to 2.1 percent. Child wasting is an indicator of a child's thinness that is often used to evaluate a post-disaster nutrition situation. Children who shows signs of wasting are also at an elevated risk of death. The researchers also found that child stunting—being too short for their age—declined from 23.1 to 21.6 percent in the study period, although the decline was not statistically significant. Stunting is associated with cognitive impairments such as delayed motor development, impaired brain function, and poor school performance.
Food insecurity—broadly defined as not having sufficient access to safe and nutritious foods needed for a healthy life—in the study region decreased significantly from 17.6 percent to 12.4 percent between 2014 and 2016. Researchers used the Household Food Insecurity Access Scale, which has been tested in multiple international studies and asks a series of questions reflecting different dimensions of food security, including access to food.
Researchers also asked household members to recall any shocks experienced the previous year, including death of a family member, structural damage to their house, and crop and livestock losses. These statistics were compared for 2016 against 2014 data from the same study. As expected, due to the quake, losses were much more severe in 2016 than in 2014. For example, while fewer than 2 percent of households reported damage to their house in 2014, nearly half did so in 2016. Crop and animal loses increased to 20 percent and there were twice as many deaths reported in households in 2016 compared to 2014.
"While the nutritional well-being of children appears to have been spared, it's clear from our data that households experienced significant damages and trauma due to the earthquake, including structural damages, crop and animal loss and loss of life. A year later, many were still rebuilding their lives," said Keith P. West Jr., a professor in international health at the Bloomberg School and senior author of the study.