Expanding Africa’s Digital Frontier: Farmers Show the Way

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Agricultural transformation is a priority for Africa. Across the continent, the significant information needs of farmers—accurate local weather forecasts, relevant advice on agricultural practices and input use, real time price information and market logistics—remain largely unmet. To the extent that rural regions are typically sparsely populated with limited infrastructure and dispersed markets, the use of innovative information and communication technologies (ICTs) overcome some of these information asymmetries and connect farmers to opportunities that weren't necessarily available to them earlier. Harnessing the rapid growth of digital technologies holds hope for transformative agricultural development. 

While much of the earlier evidence was largely anecdotal, we are now witnessing steady growth in rigorous and quantitative evidence from around the globe on the impact of ICT innovations on people's lives. We are discovering what works, what doesn't, why and, more importantly, how some of these interventions can be improved and scaled up. In fact, several World Bank projects focused on agriculture in Africa are building on this growing global evidence to empower farmers by creating comprehensive national level agricultural extension and market intelligence systems in partnership with governments, private technology companies, and local scientific communities. This was evident to me on recent visits through west and east Africa where innovations are on the rise in the African heartland.

 
For example in Ghana, the national e-extension system being developed by the World Bank in collaboration with the Ministry of Agriculture and local Ghanaian technology firm Prep-eez is the first of its kind in West Africa to enhance advisory services, technology transfer, and market price information for farmers throughout the country through voice and data services. The program provides smart phone enabled extension officers in the field with direct access to farmers on standard mobile phones to provide comprehensive agronomic advice and market services via multilingual voice, text, videos and spatial maps.  This in turn is enabling greater market participation and technology adoption, building win-win financially sustainable business models using public-private partnership arrangements with national mobile operators AirTel and MTN for long-term impact.
 
In Nigeria, the government, in partnership with local mobile provider Cellulant Ltd, is using mobile phones to transform the distribution of seeds and fertilizers in remote areas through e-vouchers, reducing inefficiencies. Phones are also being used to disseminate knowledge. Similar models are being implemented to target farmers in Burkina Faso, Cote d’Ivoire, Liberia and Senegal.
 
Rwanda’s agriculture and livestock markets are being facilitated using the communications platform e-Soko through low cost digital tools and services linking farmers to wholesale markets and agribusinesses. In Uganda, the use of mobile phones has been proven to improve the reach and quality of agricultural extension services in partnership with the Grameen foundation. In addition, a mobile enabled citizen feedback platform is being leveraged to visualize the spread of infections, confirming epidemiology hot spots and disseminating disease treatment and control options to farmers.
 
Massive growth of ICT innovations in agriculture raises a crucial question as to why some of these innovations fail to scale up and achieve wider acceptance. One reason could be market fragmentation - by crop type, providers, platforms, operating systems and frequency of information that is typical of less mature markets; and as the consolidation of the market place occurs over time, it is likely that growth prospects will be enhanced. Another reason has to do with lack of financially sustainable business models. The private sector needs to be engaged more comprehensively in overcoming the challenges of being able to identify and foster innovation that has the kind of transformative impact that farmers seek.
 
Going forward, we can and should be very excited about these technologies because of the potential to provide services that weren't necessarily available to rural populations earlier, but there are a few lessons that we also need to focus on.
 
First, while ICT-led market information systems have had a positive effect on market efficiency and welfare, this evidence is still limited to certain countries and in certain contexts. Whether these effects are going to be a general trend or translate forward into larger aggregate gains still remains to be seen. We cannot take for granted the view that an ICT approach is necessarily going to be a better approach in gaining better outcomes or a more cost effective ways of doing things, and we need to continue to build the evidence around what works, what doesn’t, why and, more importantly, how some of these interventions can be improved.
 
Second, ICT enabled interventions are no panacea, and need to be backed by complementary investments in rural roads, electricity, literacy and so on. And lastly, IT policy and the broader regulatory environment have to be discussed jointly with the policy dialogue geared toward solutions. If we want to go beyond the hype and build scalable and sustainable business models, these lessons will increasingly hold true for emerging Africa and hopefully beyond.

Authors

Aparajita Goyal

Senior Economist, Poverty Global Practice

Join the Conversation

Madhumitha Serarajan
November 21, 2014

Dear Dr Goyal,
Thank you for the very informative post. In this context, we would like to share with you, our work at IKP Center for Advancement in Agricultural Practice (ICAAP), which is based on similar hypotheses. ICAAP is a subsidiary of IKP Trust, which incubates / supports science/technology/knowledge-driven ventures with social impact (www.ikptrust.org.in).
Our work in the last 3-4 years focused on helping increase the yields (and net income) for farmers by providing them access to targeted and timely information / advise using ICT. The center of our field work has been Thanjavur district in Tamil Nadu, India. Our work was driven through the following two programs:
1. ICAAP knowledge portal: This is an internet-based knowledge management portal that we developed in collaboration with International Food Policy Research Institute (IFPRI) and Tamil Nadu Agricultural University (TNAU). The portal’s knowledge repository contains not only globally generated content but also locally relevant content and experiences (latter in the form of video interviews with practitioners in the local language, Tamil). The portal offers information on rice, black gram, green gram, banana, sugarcane, coconut, potato, turmeric, mango and animal enterprises including poultry farming, goat farming, cattle farming and fodder crops; and is designed for use by farmers, extension agents, agricultural scientists, agro-industries, agri-financing institutions, policy makers, planners and other stakeholders in Indian agriculture. We are presently in the process of moving this portal to another LMS platform and so have temporarily brought it down. It will up and running again in the next few weeks.
2. Extension work with paddy farmers in Thanjavur district, Tamil Nadu, India: during 2012-14, we carried out a research study to test the positive impact of extension services (provision of timely and targeted technical advice / information to farmers) on yields. In the initial study conducted with 240 farmers (also in partnership with IFPRI), we found that extension interventions resulted in a 5-10% yield increase. This season, we are working with an expanded group of 1200 farmers, and the main goal of the study is to compare the efficacy of various channels of extension intervention. We are studying five channels (direct human interaction, call center, farmer associations, women SHGs and input dealers) and after the season, intend to collect data and study their comparative effectiveness. In our extension services, we use ICT tools including a mobile soil Nutrition Manager app that has been developed by International Rice Research Institute (IRRI). We are quite happy to share with you our learnings if you would like it.
We are quite keen on learning from your experiences and are quite happy to share our learning and experiences with you or any other interested parties. We can be contacted at [email protected].
Madhumitha Serarajan