Building trust and transparency among crop farming stakeholders creates confidence to use the available information to support decision‐making appropriately. ‡‡ The number of identified crop farming projects in SSA is not as high as was expected by the authors, considering that the region has 48 countries with a total population of approximately 1050 billion (WPR, 2018). On the basis of the findings of this study, we have provided evidence on the many challenges that SSFs face when using mobile phone technology to access farming information. Sub Saharan Africa Population. Thus, inadequate infrastructure is explained in diverse ways by the identified research literature depending on the scholar's outlook of the phenomenon. His research interest is on information and communication technology for enhancing the small‐scale farming community in which he has published several research studies. It identifies, analyses, and reports findings on the basis of the enduring pattern, ie, coding, validation, theme identification, and consolidation (Javadi & Zarea, 2016). Consequently, farmers, without a precise understanding of operating the mobile phone, use technology either freely or with user charges. Consequently, trust and transparency can be improved by formalizing information sources, so that when a problem arises, responsible people can be held accountable for it. She has cowritten with Prof Andrea Segre the book titled Transforming Food Waste into a Resource. (2) How were the SSFs involved during the establishment of the projects and what type of mobile phone was used? Consequently, it is envisaged that SSFs using mobile phone technology may have the potential to improve food security and reduce poverty in sub‐Saharan Africa (SSA). Wolfgang von Loeper I, *; Josephine Musango II; Alan Brent III; Scott Drimie IV. Studies indicate that between 58.8% and 80% of the African population depends on agriculture, SSA being part of it (Diao, Hazell, Resnick, & Thurlow, 2007; Gollin, 2014; Misaki et al., 2015; NEPAD, 2013). The full text of this article hosted at iucr.org is unavailable due to technical difficulties. Research in Progress: Holistic Climate Service Prototypes for Farmers in Tambuu, Tanzania. AI and Big Data’s Potential for Disruptive Innovation. Then, a full‐text reading of 11 studies was based on identifying ICT‐related projects in farming, citations that use ICT devices, and application of snowballing to reference list. Some of the constraints they face relate to lack of … The impact of community knowledge workers in Uganda, A knowledge economy or an information society in Africa? (NSEAD Research Report), A fourth principle is required to define conservation agriculture in sub‐Saharan Africa. The search strategies were categorized into 3 levels. To achieve these objectives, 3 research questions were formulated as follows: (1) What are the operating crop farming projects that use mobile phone technology to disseminate farming information to SSFs in SSA that have been reported in research literature? The fact that basic mobile phones are regularly used could be attributed to prevailing income poverty and low cost relative to smartphones. Hence, an innovation that increases agricultural productivity cannot be ignored as it improves the livelihood of most farmers. On the basis of these results, the authors conclude that there are generalized factors for understanding deficiencies experienced by small‐scale farmers, which ought to be understood by all crop farming stakeholders. If SSFs are informed about the use and benefits of mobile phones, the information flow will be enhanced, and farming expectations will be likely met, including improved farm yield.

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