Eitzinger, Anton (author), Cock, James (author), Atzmanstorfer, Karl (author), Binder, Claudia R. (author), Läderach, Peter (author), Bonilla-Findji, Osana (author), Bartlin, Mona (author), Mwongera, Caroline (author), Zurita, Leo (author), and Jarvis, Andy (author)
Format:
Online journal article
Publication Date:
2019-03
Published:
Germany: Elsevier
Location:
Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 7 Document Number: D10292
13 pages., Via online journal., Farmers can manage their crops and farms better if they can communicate their experiences, both positive and negative, with each other and with experts. Digital agriculture using internet communication technology (ICT) may facilitate the sharing of experiences between farmers themselves and with experts and others interested in agriculture. ICT approaches in agriculture are, however, still out of the reach of many farmers. The reasons are lack of connectivity, missing capacity building and poor usability of ICT applications. We decided to tackle this problem through cost-effective, easy to use ICT approaches, based on infrastructure and services currently available to small-scale producers in developing areas. Working through a participatory design approach, we developed and tested a novel technology. GeoFarmer provides near real-time, two-way data flows that support processes of co-innovation in agricultural development projects. It can be used as a cost-effective ICT-based platform to monitor agricultural production systems with interactive feedback between the users, within pre-defined geographical domains. We tested GeoFarmer in four geographic domains associated with ongoing agricultural development projects in East and West Africa and Latin America. We demonstrate that GeoFarmer is a cost-effective means of providing and sharing opportune indicators of on-farm performance. It is a potentially useful tool that farmers and agricultural practitioners can use to manage their crops and farms better, reduce risk, increase productivity and improve their livelihoods.
15 pages, In spite of several strategies implemented to improve sorghum production in Ghana, average grain yield in farmers’ fields remains low and far below the estimated potential. The development of effective strategies requires continuous, in-depth understanding of production constraints as well as farmer preferences for crop traits. To this end, a participatory rural appraisal using focus group discussions, interviews with semi-structured questionnaires and preference ranking was carried out among 122 smallholder sorghum farmers in the Upper East Region of Ghana. Majority (91%) of respondents were engaged in farming with more than half of their farm sizes allocated to sorghum cultivation. Drought, high cost of farm inputs and declining soil fertility were the top three constraints. Almost 42% of farmers described their soils as low in fertility. The most preferred traits by farmers were drought tolerance, high grain yield, earliness, grain quality as well as low fertilizer requirement. A better understanding of the perceptions of farmers and factors that limit the adoption of improved technology is important to guide policy towards the design of effective crop improvement and extension programmes. The study highlights the importance of breeding sorghum varieties with traits preferred by smallholder farmers that will lead to increased adoption of improved technology.
