Thesis Abstract

Abstract
This thesis explores the utilization of mobile technology to enhance agricultural extension services in rural communities. The study acknowledges the importance of agricultural extension services in facilitating knowledge transfer, information dissemination, and technology adoption among rural farmers. However, challenges such as limited reach, communication barriers, and inadequate resources have hindered the effectiveness of traditional extension approaches. In response, this research investigates the potential of mobile technology solutions to overcome these challenges and improve the delivery of agricultural extension services in rural areas. The study begins with a comprehensive review of existing literature on agricultural extension services, mobile technology applications in agriculture, and the impact of digital solutions on rural development. Drawing on theoretical frameworks and empirical evidence, the research identifies key factors influencing the successful implementation of mobile technology in agricultural extension programs. These factors include access to mobile devices, network connectivity, user acceptance, content relevance, and sustainability of interventions. To address these factors, the study adopts a mixed-methods research approach, combining qualitative interviews, surveys, and case studies to gather data from rural farmers, extension agents, and technology providers. The research methodology also includes participatory action research to engage stakeholders in the co-design and evaluation of mobile-based extension services. Through this process, the study aims to develop a holistic understanding of the needs, preferences, and challenges faced by rural communities in accessing and utilizing mobile technology for agricultural extension. The findings of the study highlight the potential of mobile technology to enhance the reach, efficiency, and impact of agricultural extension services in rural communities. By leveraging mobile applications, SMS services, voice-based platforms, and interactive tools, extension agents can deliver personalized information, training modules, and advisory services to farmers in remote areas. The study also emphasizes the importance of capacity building, user training, and ongoing technical support to ensure the successful adoption and sustainability of mobile-based extension initiatives. The implications of this research extend beyond academic discourse to practical recommendations for policymakers, development practitioners, and technology providers seeking to improve agricultural extension services in rural communities. By harnessing the power of mobile technology and promoting digital inclusion, stakeholders can bridge the information gap, empower smallholder farmers, and promote sustainable agricultural practices in underserved regions. In conclusion, this thesis contributes to the growing body of literature on the intersection of mobile technology and agricultural extension services. By highlighting the opportunities and challenges of utilizing digital solutions in rural development, the study offers valuable insights for future research, policy formulation, and program implementation in the field of agric extension. Ultimately, the successful integration of mobile technology in agricultural extension services has the potential to transform rural farming communities, improve livelihoods, and foster inclusive growth in the agricultural sector.

Thesis Overview