Farmers in the Khybe Pakthunkhwa (KPK) province in Pakistan considered the utilization of Information and Communication Technology (ICT) as a useful source of agricultural information. In the study published by Aldosari et.al in 2017, farmer respondents agreed that information gathered through traditional media (radio and television) as well as the new media (mobile phone and internet) are sufficient for them. However, issues on access, availability and educational status affect the
Media use in agriculture is an area of interest among sector members. In Sri Lanka, a group composed of staff from Rangiri Radio, Department of Export Agriculture, Wayamba University and LIRNEAsia, and researchers from the University of Alberta and the University of Guelph in Canada aimed to know the affordances of adopting radio+ (broadcast radio combined with information and communication technologies). Specifically, the group wanted to explore radio+ as a
Information and experiences sharing among farmers is important in improving farming practices. To support these exchanges of experiences, the GeoFarmer app was designed to help these farmers. In this app, it enables a multi-way communication among farmers, researchers, and community workers to collect and share information and experiences. Farmers learn from each other by asking questions, sharing some suggestions on how to manage and improve their farm. GeoFarmer was tested
Cambodian farmers had experienced decrease in production yield due to crop infestation, worsened by improper pest management. In 2016, an image-rich mobile phone application was developed as an alternative method in extending pest management education among mungbean farmers and farmer communities. The Pest ID app provided its users a “photo dictionary” containing pest management information applicable to the local context. This app is offered in Khmer and English. A 2018
This handbook gives an overview of a broad range of technologies and can be useful for professionals engaged in agriculture extension, organizations working with smallholder farmers, implementors, donors and other public sector partners. Those interested in the use ICTs for development may also find the content relevant. Though this handbook is particularly aimed at agricultural professionals in Bangladesh, for sharing the various initiatives in Bangladesh and across the developing world,
The Mobile GAP (Good Agricultural Practice) Assessment System is designed as a tool for farmers and Certification Body (CB) officers to list farm activities and newly adopted techniques which will later be assessed following the certification procedures. This works on both mobile devices such as mobile phones, tablets with Android OS and also can work on notebooks and PCs. In 2013, a pilot project was launched in Samkha village in the northern region in Thailand that was successful.
Bangladesh Institute for ICT in Development (BIID) service basket, e-Krishok is the concept of integrating Information and Communication Technology (ICT) as a 360-degree solution in agriculture: from pre-production to post-production levels. BIID’s e-Krishok provides a 360-degree solution in agriculture which includes extension to market linkage to information to online trading. BIID’s flagship initiative consisting of different service components such as the information repository (www.ekrishok.com) including fact sheets, short code 16250,
The general objective of the project was to investigate the feasibility and viability of establishing an electronic marketing communication system (EMCS) using SMS technology to facilitate communication and exchange between farmers and traders in remote regions of Cambodia. The key participants in this project were farmers, traders, government agencies and researchers. The EMCS was intended to be a vehicle for providing improved market information and hence lead to better decision-making.