6 pages., via online journal., ICT has been initiated and implemented effectively by the
public private partnership, government, researchers and various
Institutions. Availability of wireless service, Internet and mobile
communication have forced ICT to find foothold in daily routine
of the Indian farmers. ICT has huge impact in agricultural
development but still in natal stage. Many farmers are not availing
the actual potential of ICT due to poverty, social constraint,
illiteracy, language barriers and unwillingness to adopt new
technology. Many Indian farmers have reported positive change
in income, quality of produce and timely access to the market
information by using latest mobile application. WhatsApp is the
most popular and easy to use Mobile Instant Messaging service
amongst the Indian farmer. It supports sharing of localized
information and utilizing these services as query redressal
public platform. This paper is an attempt to gather meaningful
agricultural data for analysis and filtering of relevant need based
information assessment. The main focus of the present work is to
develop an automatic information handling and redressal of the
need based agricultural information system using WhatsApp as
social media platform.
13 pages., via online journal., This study examined the feasibility of the use of mobile phones as an educational tool in agricultural extension services in the Guilan Province of Iran. A descriptive-survey methodology was employed on a sample population of 120 agricultural extension agents. Data were analyzed at descriptive and inferential levels using SPSS Statistics for Windows, Version 20 (IBM Corp., Armonk, NY, USA). The results of the factor analysis indicated that the application of mobile phones in extension activities was influenced by three factors: economic, skill, and infrastructure. These factors accounted for 52.3% of the variance. Moreover, the possibility for the development of mobile phones as an educational medium is impacted by social, financial-credit, information-communicational, psychological, and improper conditions factors that, in total, captured 70.4% of the variance.
10 pages., via online journal., A baseline survey of ownership or access to radio and mobile phone was conducted in seven districts of eastern Uganda in 2015. The purpose of this survey was to assess the role of radio and modern communication technologies to promote push-pull technology as an integrated management approach to control striga and stemborer and improve soil fertility. The selected districts are where icipe is currently disseminating the technology. The survey was conducted from seven districts where 30 respondents from each were identified for the study. Semi structured questionnaires were administered where data including household demography, ownership and or access to radio and mobile phone was collected. The data were analyzed using STATA (version 13). The findings show that there are over eight (Ateso, Luganda, Samia, Japadhola, Lugisu, Lusoga, Kiswahili, and English) languages spoken in the surveyed districts. Most of the respondents speak more than one language. Overall, ownership of radio and mobile phone was at 82% and 87% respectively with slight differences between men and women. Moreover, those who do not own radio and mobile phones also stated that they have access to one. On average, 83% of the respondents (174 out of 210) said that they do receive text messages, whereas, only 53% of the respondents indicated that they also send text messages. A great proportion of the respondents (91%, 80%, and 77%) received agricultural, weather and market information through the radio. Over 65% of the respondents reported benefiting from the agricultural programs broadcasted via radio. 45 and 50% stated that they benefitted from market and weather information. However, the level of benefit rendered from mobile phones with regard to agricultural, market and weather information was negligible. The study showed that radio and mobile phones are best suited mass communication media to transfer technologies such as push-pull to address cross-cutting problems such as striga, cereal stem borer and low soil fertility. It will strengthen the agricultural extension service delivery at large.
