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We argue that the institutionalized push communication of academic institutions has become the dominant form of public science communication and has tended to force other forms and functions of science communication into the background. Given the new schemes of public funding, public communication of science now primarily serves the purpose of enabling academic institutions to promote themselves in a competition that has been forced upon them by the political domain. What academics working under these conditions say about themselves and their work (and what they do not) will depend crucially on the strategic communication goals and concepts of the organizations to which they belong. We surmise that the inherent logic of this form of science communication represents a potential threat to the autonomy of scientific research.

The 13th International Public Communication of Science and Technology Conference (PCST) conference offered a valuable opportunity for over 500 science communicators to congregate and network with the international community. While the sheer size of the event made fostering debate somewhat of a challenge, the pertinent theme of ‘science communication for social inclusion and political engagement’, inspired some thought-provoking talks. Certainly, it was an appropriate time for this topic to be explored in Brazil, a developing country with a national government actively working towards greater social inclusion and local scientific development.

‘Who’s Asking: Native Science, Western Science, and Science Education’ explores two key questions for science education, communication and engagement; first, what is science and second, what do different ways of understanding science mean for science and for science engagement practices? Medin and Bang have combined perspectives from the social studies of science, philosophy of science and science education to argue that science could be more inclusive if reframed as a diverse endeavour. Medin and Bang provide a useful, extensive and wide-ranging discussion of how science works, the nature of science, the role of culture, gender and ethnicity in science, biases and norms, as well as how people engage with science and the world around them. They draw on their collaborative research developing science education programmes with Native American communities to illustrate the benefits of reconstructing science by drawing on more than ‘Western’ science in education practices. The book argues that reconceptualising science in science education is crucial for developing a more diverse, equitable and inclusive scientific community and scientific practices, as well as improving educational opportunities and outcomes for youth from diverse and non-dominant backgrounds.

In this commentary I explain why research institutions are neither doing science communication nor developing ‘public’ relations in the proper sense. Their activities are rather a mix of different things, serving various purposes and targets. However, dealing with PCST, their main responsibilities [should] include: promoting genuine communication and dialogue, being open and accessible to the public, providing high quality scientific information, ensuring good internal communication and educating their scientific staff.

Scientific institutions have for a long time known the importance of framing and owning stories about science They also know the effective way of communicating science in a press release This is part of the institution’s public relations. Enhanced competition among research institutions has led to a buildup of communicative competences and professionalization of public relations inside the institutions and the press release has become an integrated part of science communication from these institutions. Changing working conditions in the media, where fewer people have to publish more, have made press releases from trustworthy scientific institutions into free and easily copied content for the editors. In this commentary I investigate and discuss the communicative ecosystem of the university press release. I especially take a close look at the role of the critical and independent science journalist in relation to this corporate controlled communication

Antibiotic resistance is an increasing global threat involving many actors, including the general public. We present findings from a content analysis of the coverage of antibiotic resistance in the Swedish print media with respect to the risk communication factors cause, magnitude and countermeasures. The most commonly reported cause of development and spread of resistance was unnecessary prescription of antibiotics. Risk magnitudes were mostly reported qualitatively rather than using quantitative figures. Risk-reduction measures were analyzed using a framework that distinguishes between personal and societal efficacy. Measures at the societal level were more commonly reported compared to the individual level.

The urgent state of our global environment calls for collective action, which depends in large part on effective science communication for better understanding and awareness. Activities and institutions that provide opportunities to learn about nature all ultimately rely on scientific findings about nature. Although science produces the knowledge and information about nature, for the content to be accessible and meaningful to the general public, it needs to be processed by what I call science content design. This process is similar to the concepts of interpretation in tourism, or aesthetic understanding in alternative science education. This study is a theoretical exploration on the definition and nature of science content design, what constitutes its process, and how the content can be designed. Focusing on the fields of macro-biology, I also discuss the types of biological content generally used in nature-based experiences, and examine model cases of biological content design.

Science communication as an interdisciplinary field of study has always been concerned with issues of knowledge utilisation. This theoretical paper focusses on the “knowledge” part of knowledge utilisation and provides a conceptual frame to distinguish between different types of knowledge in science-based practice. A practitioner’s knowledge store is portrayed as a dense set of personal knowledge, consisting of procedural knowledge, factual knowledge, potential factual knowledge and opinions/beliefs; the totality of which is continuously refined through more experiences and additional information received from people, documents or events. Implications for future studies of knowledge utilisation in science-based practices are highlighted and a number of questions posed to science communication as a profession.

There is growing competition among publicly funded scientific institutes and universities to attract staff, students, funding and research partners. As a result, there has been increased emphasis on science communication activities in research institutes over the past decade. But are institutes communicating science simply for the sake of improving the institute’s image? In this set of commentaries we explore the relationship between science communication and public relations (PR) activities, in an attempt to clarify what research institutes are actually doing. The overall opinion of the authors is that science communication activities are almost always a form of PR. The press release is still the most popular science communication and PR tool. There is however disagreement over the usefulness of the press release and whether or not gaining public attention is actually good for science.