22 pages., via online journal., Scientists are frequently asked to broadly share their expertise and research with a variety of audiences, beyond typical academic circles in their home disciplines. That could include developing community engagement programs, school outreach, leveraging online social networks, and other activities. The purpose of this study was to examine U.S. agricultural and natural resources (ANR) scientists’ typical science communication channels, their experiences utilizing Twitter for sharing their knowledge, research, and engaging in online public science discussion. Diffusion of Innovations theory and the model of science in-reach versus outreach guided this study. Researchers used a qualitative case study design. Data collection included ANR scientist interviews (n = 8) and application of Internet-based research methods for observing scientists’ Twitter activities. Four themes emerged from the data: 1) academic journals and conferences as scientists’ typical communication channels, yet Extension efforts help to broaden audiences, 2) scientists expected research to be peer-reviewed before public dissemination to combat misinformation and spreading of ‘junk science’, 3) scientists balanced professionalism, personalization, promotion, and Twitter hashtags for engagement, and 4) scientist-identified barriers to using Twitter included lack of time and avoiding heated discussions. Recommendations include revisiting scientists’ job descriptions and expectations for online science engagement. Also, there should be continual development and implementation of science communication training for scientists targeting best Twitter practices, growing followers for outreach beyond academic colleagues and groups, using visuals for online engagement, intentional scheduling for social media, and how to effectively navigate heated online discussions.
17 pages, via online journal, The greatest challenge now facing agricultural science is not how to increase production overall but how to enable resource-poor farmers to produce more.
The transfer-of-technology (TOT) model of agricultural research is part of the normal professionalism of agricultural scientists. In this model, scientists largely determine research priorities, develop technologies in controlled conditions, and then hand them over to agricultural extension to transfer to farmers. Although strong structures and incentives sustain this normal professionalism, many now recognise the challenge of its bad fit with the needs and conditions of hundreds of millions of resource-poor farm (RPF) families. In response to this problem, the TOT model has been adapted and extended through multi-disciplinary farming systems research (FSR) and on-farm trials. These responses retain power in the hands of scientists. Information is obtained from farmers and processed and analysed in order to identify what might be good for them. A missing element is methods to encourage and enable resource-poor farmers themselves to meet and work out what they need and want.
13 pages., Via online journal., Agricultural research in developing countries often involves collaboration between dispersed multicultural teams of scientists from developed and developing countries. The teams use information and computing technologies (ICTs) to communicate between team members, who originate from different cultures using different languages. This paper investigates the usability and utility of a range of ICTs used for communication between team members from different cultures. The research used an intercultural heuristic evaluation tool, or I‐CHET, to evaluate nine ICTs used by Australian and Lao scientists for team communication. The evaluation showed that asynchronous ICTs (e.g., e‐mail) were preferred by non‐native English speakers, while synchronous media (e.g., audio conferencing, instant messaging, Skype) presented considerable problems between team members from different cultures. Most ICTs evaluated in the study demonstrated little consideration for non‐native English speakers and for inexperienced ICTs users. However, all evaluated ICTs demonstrated the ability to transmit information and encourage communication between information users in scientific collaborations. The I‐CHET assessment tool highlights the ongoing need for a “toolbox” of communication ICTs for research collaborations that can be adapted to suit the cultural and professional needs of multinational teams, worldwide.
7 pages, via online journal, Despite large investments in research to modernize African agriculture, enabling it to fulfil its potential, traditional agriculture still predominates. To many, the lack of adoption of knowledge generated through agricultural research is due either to the inexplicable functioning of the farmer's decision-making process or to a set of issues so complex that it is not clear how they could ever be overcome. This paper reviews a project in Sub-Saharan Africa in which bean pest management became a tool through which communities were empowered to address a wide range of development issues. This paper suggests that what needs to be altered substantially is the way scientists view and interact with the poor.
9 pages., via online journal., Natural Resource Management (NRM) can be looked upon from different perspectives: (1) the bio‐physical science perspective, (2) the economic perspective and (3) the social actor perspective. After briefly contrasting the three complementary perspectives, the article focuses on the third, which is the least developed. The social actor perspective requires that one distinguish between (1) the natural resource (be it a farm, a water catchment, underground water resources, etc.) and (2) the social actors who hold a stake in, and/or affect it. These stakeholders ideally form a platform for integral decision making about the natural resource. The platform/resource combination highlights communication processes of interest in sustainable NRM: creating a rich picture of intentions and realities; (land use) negotiation and accommodation; making things visible; raising the level of social aggregation at which platforms operate; and information systems for platform decision support. Such and other platform processes need active facilitation. The article outlines the implications for communication support, and explores professional contributions.
17 pages., via online journal., The biosecurity system is extremely important to New Zealand because the economy is based largely on exporting products derived from primary industry practices. Recent developments in trade practices such as online trade have put the biosecurity system in New Zealand under further strain. In light of this, engaging young people to support biosecurity initiatives is crucial. A qualitative approach using the interpretive mode of inquiry was used to investigate the message young people got out of biosecurity educational material in the public. One hundred and seventy-one young people completed a questionnaire that consisted of Likert-scale type questions and open-ended questions that focused on getting young people’s understanding of biosecurity related educational material. The findings show that young people emotionally connected with the biosecurity educational material, but were unable to get the biosecurity message. Building prior knowledge about biosecurity through teaching and learning is recommended.
16 pages., via online journal., The 2018 report from the Intergovernmental Panel on Climate Change warns that Earth’s temperatures may soon reach a tipping point that threatens humanity’s future. Scientists from many disciplines agree that anthropogenic climate change is a serious problem yet many Americans remain skeptical of the existence, causes, and/or severity of climate change. In this article, we review recent research on climate change communication focusing on audience variables and messaging strategies with the goal of providing communication practitioners research-based recommendations for climate change message design. Factors that influence audience acceptance and understanding of climate science include: demographic variables (such as political party affiliation, religious orientation, and geographic location), as well as brief sections on misinformation, and beliefs in pseudoscience. Keys to effectively construct climate messaging are discussed including: framing strategies; reducing psychological distance; emotional appeals; efficacy cues; weight-of-evidence/ weight of expert reporting; inoculation/correcting misinformation; and separating science from conspiracy theories. Evidence-based strategies are critical in giving science communicators the tools they need to bridge the gap between the scientific community and the at-risk public.
15 pages., via online journal., Recent European policy highlights the need to promote local fishery and aquaculture by means of innovation and joint participation in fishery management as one of the keys to achieve the sustainability of our seas. However, the implicit assumptions held by the actors in the two main groups involved – innovators (scientists, businessmen and administration managers) and local fishermen – can complicate, perhaps even render impossible, mutual understanding and co-operation. A qualitative analysis of interviews with members of both groups in the Valencian Community (Spain) reveals those latent assumptions and their impact on the respective practices. The analysis shows that the innovation narrative in which one group is based and the inventions narrative used by the other one are rooted in two dramatically different, or even antagonistic, collective worldviews. Any environmental policy that implies these groups should take into account these strong discords.
