Communication Strategies On The Adoption Of Weather Applications By Farmers In Ghana: Study Of Farmers In Ada District

Abstract

This qualitative exploratory study investigates communication strategies for promoting weather forecasting application adoption among smallholder farmers in Ada District, Ghana. Despite sophisticated weather apps designed to support agricultural decision-making, adoption rates remain disappointingly low. Through in-depth interviews with 28 farmers, 5 agricultural extension officers, and 3 app developers, the research examines how language barriers, cultural contexts, and communication channels influence technology adoption. Grounded in Rogers' Diffusion of Innovations Theory and the Integrated Communication Effectiveness Model, findings reveal that low adoption stems from multilevel communication failures operating across linguistic, semantic, cognitive, and cultural dimensions. The study identifies five interconnected themes: (1) language barriers extending beyond simple translation to encompass technical terminology and semantic gaps; (2) a profound trust deficit between scientific forecasts and deeply-rooted indigenous weather knowledge systems; (3) digital literacy challenges that transcend basic phone operation to include interface navigation and information interpretation difficulties; (4) the critical role of trusted intermediaries, particularly agricultural extension officers, in facilitating adoption through face-to-face demonstrations; and (5) systemic structural constraints including unreliable internet connectivity, high data costs, and institutional fragmentation. The research demonstrates that effective technology diffusion requires culturally responsive, participatory communication strategies that bridge scientific and indigenous knowledge systems while addressing systemic structural constraints. The study provides actionable recommendations for multiple stakeholder groups: app developers should prioritize participatory co-design, implement multilingual voice-first interfaces, and integrate traditional weather indicators; extension services must formally position officers as digital agriculture intermediaries with adequate training and resources; policymakers should invest in rural digital infrastructure, subsidize data costs, and establish coordination mechanisms between meteorological agencies, developers, and extension services; and development organizations should adopt comprehensive ecosystem approaches that recognize technology adoption as a socially-embedded, relationship-driven process rather than a purely technical intervention. This research contributes theoretically by extending Rogers' framework to account for structural prerequisites and cultural knowledge systems in resource-constrained contexts, empirically by providing rich multi-stakeholder perspectives on agricultural technology adoption in West Africa, and practically by offering specific, implementable strategies for enhancing communication effectiveness in digital agricultural development.