Assessing the contribution of the Adhoc crop health surveillance tool on the food security and livelihoods of smallholder farmers in Uganda

Abstract

One of the perennial causes of food insecurity in Sub‐Saharan African countries is crop pests and diseases that affect agricultural production. To address this concern in Uganda, a mobile phone crowdsourcing Adhoc surveillance tool, Adsurv, was deployed and used by smallholder farmers. Adsurv is a crop health surveillance and monitoring mobile application that facilitates diagnosing and managing crop pests and diseases. Existing literature has examined the impacts of mobile technologies on food security or livelihoods in isolation, but has not conducted a holistic assessment of both. This study on the other hand aimed at assessing the contribution Adsurv made towards improved food security and livelihood assets of the smallholder farmers, which were not fully understood. The study contributes to applying the sustainable livelihood framework (SLF) as theory in evaluating Mobile for Development (M4D) initiatives. The Analytic Hierarchy Process (AHP) was further adopted to facilitate the development of a hierarchical assessment model of the multidimensional food security and livelihood aspects using data collected from 56 out of the targeted 70 participants. Results show that Adsurv mainly contributed towards food availability rather than utilization or access. These gains mostly enhanced the human assets of the smallholder farmers, empowering them with skills that positively impacted all other assets to support the attainment of sustainable livelihoods. The implication of these results in both research and practice is the need for further research trials, which will motivate farmers to recognize the importance of the nutritional value of food in their agronomic practices.

Efficiency of Using Drones and Boats in Monitoring the Security of the Pang Pang Bay Water Aerodrome Area

“…Pang-Pang Bay, with its wide waters and geographical potential, is a promising location for the development of a water aerodrome. However, the development of this kind of infrastructure is not free from challenges in terms of complex monitoring and security (Carr, 2016;Nameere-Kivunike et al, 2023;Poměnková & Malach, 2023;Stolka et al, 2018).…”