Cyclone Idai left more than 1,000 people dead and thousands more missing, potentially affecting millions in Southern Africa. As emergency response and recovery efforts continue, another disaster is likely unfolding elsewhere on the continent: Idai pulled precipitation South, away from Eastern Africa, resulting in persistent dry conditions affecting crops at the start of the main growing season. That’s where NASA Earth Observations come in.
According to the Eastern Africa Crop Monitor, in Uganda, prices have already increased as a result of low market supplies from 2018’s below-average production. An upward trend in prices is expected to persist heading into the “lean period” of April to June. This creates an even more precarious situation for marginalized groups – women, children, refugees, indigenous peoples, people with disabilities, and many others. These groups are often disproportionately poor, overlooked, and sometimes face discrimination as they try to access and manage the food and safe water they need.
NASA Harvest, in partnership with SERVIR, a joint venture between NASA and USAID, is working with the government of Uganda to help predict crop failure and drought. NASA satellite observations and technologies are used by many countries to provide early warning of humanitarian risks like crop failures. Now, Uganda is using these data to respond proactively to food insecurity from drought and crop failure. In partnership with NASA Harvest and SERVIR, Uganda is using these tools to improve lives, save money, and increase food security under the Disaster Risk Financing (DRF) Program in the Office of the Prime Minister (OPM). This partnership prioritizes and is promoting national autonomy and resilience in the face of extreme weather events and population pressures on land and natural resources. This partnership has even improved coordination among national structures; for example, the National Center for Emergency Coordination (NECOC) now has a direct line of communication with the District Agriculture Officers who collect the field data needed to better interpret satellite data provided by NASA (see Figure 1).
The Global Agriculture Monitoring (GLAM) East Africa System shows crop and vegetation condition over time using NASA’s TERRA MODIS satellite data, allowing users to monitor crop conditions globally (Figure 2). In Karamoja Uganda, MODIS data is the primary trigger for Uganda’s Disaster Risk Financing (DRF) fund. But they also rely on “in situ” observations, partnering with local communities to get information on the ground. The DRF program utilizes a low cost, portable field data collection app that relies on wireless data connections to the DRF program office to substantiate and validate what the satellites see.
This post was written by Catherine Nakalembe (Department of Geographical Sciences, University of Maryland) and Lia Poteet (Applied Sciences Communications, NASA Earth Science) and was originally published on Agrilinks.
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