The COVID-19 pandemic has impacted the world in ways not seen since the 1918–1920 Spanish Flu. Disinformation campaigns targeting health crisis communication during this pandemic seek to cripple the medical response to the novel coronavirus and instrumentalize the pandemic for political purposes. Propaganda from Russia and other factions is increasingly infiltrating public and social media in Ukraine. Still, scientific literature has only a limited amount of evidence of hybrid attacks and disinformation campaigns focusing on COVID-19 in Ukraine. We conducted a review to retrospectively examine reports of disinformation surrounding health crisis communication in Ukraine during the COVID-19 response. Based on the themes that emerged in the literature, our recommendations are twofold: 1) increase transparency with verified health crisis messaging and, 2) address the leadership gap in reliable regional information about COVID-19 resources and support in Ukraine.

A global crisis such as the COVID-19 pandemic that started in early 2020 poses significant challenges for how research is conducted and communicated. We present four case studies from the perspective of an interdisciplinary research institution that switched to “corona-mode” during the first two months of the crisis, focussing all its capacities on COVID-19-related issues, communicating to the public directly and via media, as well as actively advising the national government. The case studies highlight the challenges posed by the increased time pressure, high demand for transparency, and communication of complexity and uncertainty. The article gives insights into how these challenges were addressed in our research institution and how science communication in general can be managed during a crisis.

This article seeks to address the lack of sociocultural diversity in the field of science communication by broadening conceptions of citizen science to include citizen social science. Developing citizen social science as a concept and set of practices can increase the diversity of publics who engage in science communication endeavors if citizen social science explicitly aims at addressing social justice issues. First, I situate citizen social science within the histories of citizen science and participatory action research to demonstrate how the three approaches are compatible. Next, I outline the tenets of citizen social science as they are informed by citizen science and participatory action research goals. I then use these tenets as criteria to evaluate the extent to which my case study, a community-based research project called ‘Rustbelt Theater’, counts as a citizen social science project.

Inequalities in scientific knowledge are the subject of increasing attention, so how factual science knowledge is measured, and any inconsistencies in said measurement, is extremely relevant to the field of science communication. Different operationalizations of factual science knowledge are used interchangeably in research, potentially resulting in artificially comparable knowledge levels among respondents. Here, we present data from an experiment embedded in an online survey conducted in the United States (N = 1,530) that examined the distribution of factual science knowledge responses on a 3- vs. 5-point response scale. Though the scale did not impact a summative knowledge index, significant differences emerged when knowledge items were analyzed individually or grouped based on whether the correct response was “true” or “false.” Our findings emphasize the necessity for communicators to consider the goals of knowledge assessment when making operationalization decisions.

Fostering interdisciplinary collaboration is critical for addressing complex research problems. At the earliest stages of research ideation and mobilization, we need to create environments that cultivate collective creativity, curiosity and decision making among those with diverse expertise. The fields of design and design thinking offer excellent tools and approaches for promoting rich conversations while simultaneously navigating ambiguity. Here we describe how design strategies can support team science, specifically as loosely formed groups collaboratively brainstorm around intractable problems.

Science communication is essential for inter- and trans-disciplinary research on complex societal and environmental problems. Two aspects are explored as examples: 1) helping teams understand the systemic nature of such problems and 2) helping collaborations run effectively. Integration and implementation sciences (i2S) is a new discipline that addresses such aspects of dealing with complex problems that, notably, are not covered by existing disciplines. By becoming part of i2S, science communication will be linked with other communities of practice, resulting in an overall improvement in the ability of research to effectively contribute to tackling complex societal and environmental problems.

Interdisciplinarity for complex problem solving is a rising phenomenon. Each self-respecting university is trying to realise different programmes and approaches to interdisciplinary teaching and research. The debate on what interdisciplinarity is, how it may work as a substantial part of a university, which barriers are encountered to realising interdisciplinary teaching and research and what the added value is, is addressed in this paper from a social science perspective. Based on the attendance of a conference at the Volkswagenstiftung organised by the Humboldt University of Berlin, different scholarly viewpoints and examples are explored on Interdisciplinary teaching and (researching). Collaborations across the at-times-fragmented subfields of research and education ultimately yield insightful, informative, and even educational experience that creates space for mutual understanding and new ways of thinking about seemingly-established approaches to knowledge-building and communication.

In this comment, we focus on the ways power impacts science communication collaborations. Following Fischhoff's suggestion of focusing on internal consultation within science communication activities, we examine the ways such consultation is complicated by existing power structures, which tend to prioritize scientific knowledge over other knowledge forms. This prioritization works in concert with funding structures and with existing cultural and social hierarchies to shape science communication in troubling ways. We discuss several strategies to address problematic power structures. These strategies may reveal and thus mitigate problems in individual collaborations, but these collaborations exist within a larger infrastructure in need of systemic change.

In this series of comments, we argue for Science Communication as an enabler of transdisciplinary, integrative collaboration in the context of today’s complex, multi-stakeholder issues. Participatory design, as a collaborative method, is effective in achieving mutual learning, shared understandings, integrating disciplines and creating solutions that make sense in the multi-layered reality of today’s challenges. Science Communication, therefore, is communication design in transdisciplinary collaborations.

Under new state-led governance models, a new generation of city entrepreneurs seeks to define work and living environments to meet their needs and aspirations in a collaborative way. In this field, international discourses are debating private investors as key players in urban development and the simultaneous withdrawal/absence of the state. This has led to more complex networks of participating actors and conflictive urban development patterns. Strategies are needed to understand the influence of commons-based space production. From the research project DFG-KOPRO-Int, the Authors aim to define learnings from urban development and housing projects, involved actors, processes and material quality of the projects.