Drought, major storms, crop disease, other climate-related events, and illness are “shocks” that threaten food security, says Catholic Relief Services, the American Catholic Church’s overseas aid agency. Now, CRS says it has a tool that it says can help aid agencies better respond to such shocks so that ordinary people don’t go hungry.
That tool is called MIRA, or Measurement Indicators for Resilience Analysis. Funded by the United States Agency for International Development, MIRA was developed by CRS and Cornell University. It was implemented in the context of CRS’ “United in Building and Advancing Life Expectations” (UBALE) program, which serves three of the poorest and most disaster-prone districts in Malawi. The project uses machine learning algorithms to predict the future level of food stress through rich, timely data that offers a snapshot of the shocks and stresses experienced by people in these districts.
The program helps the agency provide “timely targeting of assistance and other interventions,” CRS said in a 2017 report.
Eighty-four percent of Malawi’s population lives in rural areas and relies on subsistence agriculture, according to CIO magazine.
“MIRA is used to predict hunger and study household recovery trajectories in Malawi. The increased severity of natural disasters exacerbates food insecurity,” James Campbell, regional technical director for monitoring, evaluation, accountability, and learning at CRS, told CIO.
Materials from CRS describe the MIRA project as one that measures and predicts resilience among households prone to food insecurity one to two months out. “Data prediction is achieved with machine learning,” CRS said. “The goal is to be more proactive in identifying who is the most food insecure and respond in advance.”
CRS fieldworkers collect demographic, livelihood, and economic data from local households on a regular basis.
“Surveyed households were selected based on their location on flood exposure maps,” the agency said. “Data is analyzed through a series of machine learning algorithms. These algorithms take into account baseline indicators captured from the first survey and the continuous indicators observed from monthly follow ups. Using this information, the algorithm is able to predict the following month’s probability of food insecurity for more targeted preparations and intervention included as part of the United in Building and Advancing Life Expectations (UBALE) program.
“The households that are resilient are not always the ones that you would expect,” CRS continued. “The ones that can bounce back from drought have land both inside and outside the floodplain. The households that are least resilient to falling ill and domestic shocks are households that are headed by women.”
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