Mitloehner, Frank (author / University of California-Davis)
Format:
Commentary
Publication Date:
2016-04
Published:
USA
Location:
Agricultural Communications Documentation Center, Funk Library, University of Illinois Box: 114 Document Number: D11025
Notes:
Via online., "A white paper, defining the role animal agriculture and other sectors of societ play in their respective contribution of greenhouse gasses, as the societal concerns grow to seek a sustainable global future." ... "Now is the time to end the rhetoric and separate facts from fiction around the numerous sectors that contribute emissions and to identify solutions for the global food supply that allow us to reduce our impact on the planet and its resources."
Online via publication website., The purpose of this study was to determine how education and communication professionals involved in climate-change communication are framing their discussions about climate change with agricultural producers. Researchers used semi-structured telephone interviews to gather information. Findings touched on communications factors such as audience analysis, appropriate terminology, localization of information, framing messages, and information sources.
25 pages., Online via UI e-subscription, Researchers evaluated the role of media through qualitative feedback from smallholder farmers identified by Community Markets for Conservation through radio programming efforts involving sustainable agriculture. Results demonstrated the centrality of the radio programming alongside other forms of communication such as extension and farmer-to-farmer communication, as well as written and visual communication.
11 pages, Changes occurring in the Extension environment include that of climate. Reduced and sporadic rainfall is among the effects of climate change and variability with consequent negative effects on food production. Smallholder agriculture in most developing countries world-wide, including South Africa, is largely rain-fed. Extension agents, therefore, need to constantly improve their capabilities to remain useful to farming communities. The purpose of the paper is to determine Extension agents' climate variability coping competencies required to effectively support smallholder crop farmers' production. The study adopted a multi-stage random sampling approach to site and respondents' selection. Semi-structured questionnaire was used to collect data in 2014 from smallholder crop farmers in four municipalities of Limpopo province. Information was also collected from Extension managers and field-level extension agents of the Limpopo Department of Agriculture by means of questionnaires. The most popular climate variability coping strategy promoted by most extension agents was conservation agriculture. Small yield differences between Extension service-recipients and non-recipients indicate that Extension support has minimal effect on farmers' production. Agents need new competencies regarding correct application conservation agriculture. The study recommends the involvement of extension agents, scientists and farmers in adaptive trials for effective implementation of conservation agricultural practices to improve crop yields.
