India (Southern, Asia), agricultural, information, cell phones, extension systems, advisory services, technology, To achieve gainful development in agriculture to ensure food security in the north-eastern Himalayan region of India, an initiative was taken to develop mobile phone based agro-advisory system with the objective to empower the farmers by providing right information at right time through Information and Communication Technol- ogy mediated extension approach. 2000 farmers and farm women were selected as beneficiaries through snowball sampling method based on certain criteria. The major features of the system to deliver the farm advices (Pull Based) and information services (Push Based) through toll free Interactive Voice Response System (IVRS), Smart Phone Application, Mobile phone and Web based agriculture advisory system. It was found that on an average almost 200 advisories were provided every month, which even shoot up to almost 300 calls per month in the peak Kharif seasons as bulk of the advisories were provided during the months of May to November as most number of calls from the farmers came during the period. Majority of the advisories were provided on fishery management practices (17.32%), source of seed (9.95%), livestock management (9.18%), disease and pest management of crops (8.75%), training information (9.35%), rural development schemes (7.76%) etc. Moreover, the inclusion of need based train- ing component and convergence with different extension functionaries helped to develop an ICT based Stakeholder Interface (Experts-Line Departments-Agripreneurs-Farmers) in the field of agriculture in the region. This alternate extension system also helped to develop better rapport with the farmers and can be replicated in other hilly region of the world.
Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 199 Document Number: D09931
Notes:
NCR-90 Collection, From Document D09924, "Department of agricultural journalism University of Wisconsin-Madison: Faculty and graduate student research, 1990". Pages 7-8.
18 pages, This study examined gaps in climate information within public agricultural extension in Limpopo Province, South Africa. It assessed extension officers’ climate change perceptions, knowledge and climate education. Lastly, the study examined the extension approaches for overall suitability of climate information disseminated to rural smallholder farmers. The results indicated that participants were predominately male, with tertiary education. Education levels had an influence on exposure to climate education and extension approaches in disseminating agricultural information to farmers. There is a need to retool extension officers in climate change extension work, integrating indigenous knowledge to increase suitability and acceptability of information by smallholder farmers.
Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 199 Document Number: D09934
Notes:
NCR-90 Collection, From Document D09933, "Department of agricultural journalism University of Wisconsin-Madison: Faculty and graduate student research, 1993". Pages 1-2.
25 pages, The consumption of food production demand for quality of food and the environmental impact of agriculture have led to utilize the information and communication technology in the agricultural sector. The Internet of Things (IoT) has become a contemporary technology, which is evolving quickly in recent years and brings many benefits with it to modernize the agriculture. The scientific groups and research institutes are working to deliver clarifications and solutions for the use of IoT to address various aspects of agriculture. The focal point of this research is to present an SLR (Systematic Literature
Review) by collecting the valid and innovative research on IoT in agriculture which has been done during 2019 at School of System and Technology, University of Management and Technology, Lahore, Pakistan. This SLR has been conducted through research articles which were published in the prestigious venues from 2006 to 2019. In order to conduct this SLR concerned studies have been clustered into different classifications: type of the concerned research, empirical type, technological solutions for agriculture like monitoring, control, prediction, logistics and their sub-domains. Moreover, an IoT based framework of smart agriculture has been presented that indicate the current solutions of agricultural problems. The selected 80 research papers have been classified as per defined criteria. The findings of this research have been discussed in
detail and summarize the practice of IoT in agriculture.
