Technology builds community resilience to climate change


April 1st, 2019

Practical Action is working in West Africa to help small-holder farmers and people living in low income households, improve their management of and resilience to climate related risks such as drought and floods, through access to information and adapted knowledge services.

In 2015 we co-founded the social enterprise Jokalante, whose name means “dialogue” in the Wolof language, to deliver a range of innovative ICT-enabled services to support uptake of emerging agricultural technologies. Four years later, by combining local language radio broadcasts with mobiles phones, Jokalante can reach 600,000 producers across Senegal and offers its business, development and government clients a powerful set of tools to engage in dialogue with men and women living in rural communities, collect feedback and measure levels of satisfaction. One of the first technologies promoted by Jokalante was a range of locally produced, high quality seeds of staple crops such as millet, sorghum, cowpea and groundnuts. Most of these varieties have a short growing cycle, suitable for years with low rainfall. Their use alongside existing long season varieties can help farmers to be more resilient to the increasingly variable and unreliable rains in the Sahel. To further strengthen climate resilience, Jokalante added advice on using organic matter to improve soil fertility, to the promotional campaign for high quality seeds.

© TICmbay/United Purpose

Practical Action also works to build resilience to climate risks through access to improved weather and climate weather information services (CIS).  Many farmers in sub-Saharan Africa face barriers of illiteracy, language and connectivity which restrict their access to CIS based on text messages or smartphones. In Senegal, Jokalante is working with the national meteorological service to develop a sustainable business model for sending weather advisories to farmers and fishers, as voice messages recorded in the recipients’ preferred local language.

But improving access is only one part of the solution. CIS need to be delivered to farmers in a way that improves their productivity, reduces risk or enhances resilience to climate shocks and stresses. In the Climate Information Research Initiative (CISRI) we have looked at ways to improve the overall effectiveness of climate information services, using a systems approach. The Participatory Climate Information Service System Development approach is based in the idea that if CIS system actors map the system and analyse together how it works, then they will be able to identify possible changes they can make, individually or collectively, to improve the flux of information and how it is used by farmers. The approach supports system actors to assess all the various factors that may affect the effectiveness of the service including advisory services, social norms and institutional arrangements.  During pilot studies in Niger and Senegal, participants identified intervention points to improve men and women’s access to and use of CIS, forged new stakeholder partnerships to facilitate CIS delivery and identified locally-driven solutions. The approach has also been useful for designing a new CIS. More information and a step by step methodology guide are available on Climatelinks at: www.climatelinks.org/resources/PCISSD-guide.

© TICmbay/United Purpose

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