Close-up of a fall armyworm. Close-up of a fall armyworm.

FFAR Supports African Food Security Prize Launched to Stop Devastating Crop Pest

Washington, D.C.

Feed the Future seeks digital solutions to help stop the spread of Fall Armyworm across Africa.

Feed the Future, supported by Land O’Lakes International Development and the Foundation for Food & Agriculture Research, has opened its call for applications for the Fall Armyworm Tech Prize. The prize offers to fund up to $400,000 in digital solutions that aim to help stop the spread of fall armyworm in Africa—a pest that is devastating agriculture and demolishing billions of dollars’ worth of crops across the continent. Selected digital solutions will strengthen resilience against fall armyworm and mitigate risks to food security across the continent.

Fall armyworm attacks over 80 different plant species. Agriculture experts estimate the pest could cause between $2.4 and $6.2 billion in losses for maize,[1] a major staple crop in Africa on which more than 200 million people depend. Crops like sorghum, rice and sugarcane are also at risk. Unchecked, fall armyworm is a threat to the livelihoods of farmers and to food security across the continent.

How the prizes will be awarded:

  • One grand prize of $150,000 will be awarded to the most viable solution
  • Two awards of $75,000 for the most promising solutions
  • Two runner-up awards of $50,000 for early stage developments that show potential

Applications may involve a range of digital solutions and must demonstrate how the proposed tool(s) will help smallholder farmers and those that reach them, such as extension agents, monitor, identify, treat or report the incidence of fall armyworm.

The application deadline is May 14, 2018 via https://fallarmywormtech.challenges.org/. The Prize welcomes entries from around the world that are specific to the context of fall armyworm in Africa. Final prize awards will be announced later this year.

[1] https://www.cabi.org/Uploads/isc/Dfid%20Faw%20Inception%20Report28apr2017final.pdf