More than Ksh214 million is on tap for 12,000 pastoral households in six counties of northern Kenya through innovative policies that use satellite imagery to trigger payments for feed, veterinary supplies and water.
In 2015–2016, the International Livestock Research Institute (ILRI) and partners revealed extraordinary findings that the greenhouse gas (GHG) emissions from cattle in Kenya maybe up to 10 times lower than previous estimates, clearly making the case for improving Africa-specific understanding of GHG emissions to develop better-targeted climate change mitigation and adaption strategies.
The following are highlights of a new CGIAR paper advancing ways to make agricultural science make a bigger difference to development outcomes. We describe a theory-of-change approach to an agricultural research for development program.
Insurance that pays out when forage coverage drops—known as index-based livestock insurance—is an elegant idea. Andrew Mude, an economist and principal scientist at ILRI, last month was awarded the Norman Borlaug Award for Field Research and Application. The award, a major prize in agricultural research, is given by the World Food Prize Foundation and financed by the Rockefeller Foundation. Tina Rosenberg covers the story in the New York Times.
What might seem like a silver bullet to reduce greenhouse gas emissions risks undermining other development goals such as ending hunger, improving health and eliminating poverty. We cannot ignore the important role that animal-source foods play, especially in developing countries, when we talk about tackling climate change. Instead we need to find a middle ground.
Andrew Mude, an economist and principal scientist at ILRI, is being presented with the 2016 Norman Borlaug Award for Field Research and Application today, 12 Oct 2016, for his work leading an innovative livestock insurance program that employs satellite data to help protect livestock herding communities in the Horn of Africa from the devastating effects of drought.
Greenhouse gases emitted by Kenyan cattle excreta are found to be much lower than estimates derived from models in industrialized countries.