Geoscientist’s views and practices on geoscience communication

[Excerpt] Geosciences have great difficulty in establishing themselves in the public space: the field has poor public visibility, deficient medialization, low impact in policymaking and little engagement with the average citizen. Public engagement with geoscience demands from geoscientific community better, more effective and targeted communication strategies. The main barriers to science communication are common in different research fields and they are widely identified in literature. Studies focused on specific communities like astronomers, nanoscientists, geneticists, climate scientists, biologists and physicists framed science communication with the specificities of ach area. Science topics with greater visibility and that attract more public and media interest, such as medicine and health or climate, give scientists more opportunities to engage with the public. To understand the specific challenges of geoscience communication, we surveyed 179 geoscientists in Portugal, analysing behaviours and practices, as well as their motivations and perceptions. This study provided a snapshot of communication experiences, bringing relevant data about frequency, channels, strategies, contexts and scientific themes. Results show that it is a relatively active community that recognizes the importance of communication. Despite the perceived confidence about their skills and competences to communicate, geoscientists are still very focused on unidirectional models and in communicating with their peers. Communication strategies are mainly designed and conducted based on empirical experience and considering the public's knowledge deficit. The analysis of perceptions show that geoscientists are motivated, most of them believe that their work is interesting to a non-specialist audience and they don't agree that the complexity of their work can be an obstacle. Results show a clear and understandable gap between geoscientists' practices and science communication research inputs. [...]This work is supported by national funding awarded by FCT - Foundation for Science and Technology, I.P., projects UIDB/04683/2020 and UIDP/04683/2020