Abstract:The growing interest on science dissemination offers new opportunities to communicate science openly to various audiences, but also brings on the challenge of adapting to an audience that does not share the same academic background. This adaptation has been referred to as recontextualization. In the case of the formats that concern this study, that is, TEDx Talks and YouTube science dissemination videos, their multimodal nature suggests that recontextualization, and therefore engagement as a crucial aspect of … Show more
“…In fact, these views are very much aligned with previous multimodal studies of engagement in science dissemination videos (Bernad-Mechó & Valeiras-Jurado, 2023;Xia & Hafner, 2021) and with the multimodal analysis of the excerpts carried out by the authors. A detailed interpretation of the results of this analysis taking into account the students' views follows in the next section.…”
“…Both entities are partially Patreonfunded 1 and produce similar types of science dissemination videos aimed at a general audience. The specific clips were selected because of their engagement potential shown in previous studies (Bernad-Mechó & Girón-García, 2023;Bernad-Mechó & Valeiras-Jurado, 2023;Ruiz-Madrid & Valeiras-Jurado, in press) as attested by either a high number of views or a high percentage of likes. The videos all feature young English-speaking presenters dealing with scientific research in the fields of Medicine, Linguistics, Astrophysics, Biology, Physics, Chemistry and Anthropology.…”
Section: Methodsmentioning
confidence: 99%
“…In the case of EMI, content lecturers may now find themselves teaching in English to international and intercultural students for the first time (Dafouz, 2018); and for both EMI and ESP lecturers, present research calls for a digitalization of lectures that acknowledges the importance of multimodal discourse and raises awareness of the intricacies in the conveyance of meaning. In this sense, recent studies have explored YouTube science dissemination videos as complex multimodal resources (Valeiras-Jurado & Bernad-Mechó, 2022) with great engagement potential (Bernad-Mechó & Valeiras-Jurado, 2023) which can be employed in the ESP and EMI classrooms as a way to make real scientific content accessible to undergraduate students (Girón-García & Fortanet-Gómez, 2023). Thus, this paper sets out to investigate YouTube science dissemination videos as an engaging educational resource to be introduced in HE, both in ESP and EMI contexts, and contribute to the multimodal digitalization of the classroom.…”
This study deals with YouTube science dissemination videos as a pedagogical tool for ESP and EMI courses. These videos maximize the reach of scientific content bringing it closer to the general public. However, in this process, YouTube science video need to be adapted to non-specialized audiences to make their content more accessible, entertaining, and engaging. The introductions to these videos are paramount for their success, as they tend to contain many engagement techniques. In this study we explore the potential of multimodal engagement strategies by looking at the audience uptake. Seven introductions to YouTube science dissemination videos were selected and annotated with the software Multimodal Video Analysis for engagement strategies, embodied and filmic modes. The selected clips were then presented to a group of higher education students to elicit their opinion regarding their engagement potential. As a second step, engagement was related to the use of semiotic modes, thus triggering a reflection on the relevance of multimodal literacy. Our results suggest that filmic modes become an essential component in the creation of successful fast-paced attention-getting videos. They also bring to the fore the importance of multimodal awareness in science communication and the potential of well-orchestrated ensembles to engage online audiences. Implications for ESP and EMI courses are discussed.
“…In fact, these views are very much aligned with previous multimodal studies of engagement in science dissemination videos (Bernad-Mechó & Valeiras-Jurado, 2023;Xia & Hafner, 2021) and with the multimodal analysis of the excerpts carried out by the authors. A detailed interpretation of the results of this analysis taking into account the students' views follows in the next section.…”
“…Both entities are partially Patreonfunded 1 and produce similar types of science dissemination videos aimed at a general audience. The specific clips were selected because of their engagement potential shown in previous studies (Bernad-Mechó & Girón-García, 2023;Bernad-Mechó & Valeiras-Jurado, 2023;Ruiz-Madrid & Valeiras-Jurado, in press) as attested by either a high number of views or a high percentage of likes. The videos all feature young English-speaking presenters dealing with scientific research in the fields of Medicine, Linguistics, Astrophysics, Biology, Physics, Chemistry and Anthropology.…”
Section: Methodsmentioning
confidence: 99%
“…In the case of EMI, content lecturers may now find themselves teaching in English to international and intercultural students for the first time (Dafouz, 2018); and for both EMI and ESP lecturers, present research calls for a digitalization of lectures that acknowledges the importance of multimodal discourse and raises awareness of the intricacies in the conveyance of meaning. In this sense, recent studies have explored YouTube science dissemination videos as complex multimodal resources (Valeiras-Jurado & Bernad-Mechó, 2022) with great engagement potential (Bernad-Mechó & Valeiras-Jurado, 2023) which can be employed in the ESP and EMI classrooms as a way to make real scientific content accessible to undergraduate students (Girón-García & Fortanet-Gómez, 2023). Thus, this paper sets out to investigate YouTube science dissemination videos as an engaging educational resource to be introduced in HE, both in ESP and EMI contexts, and contribute to the multimodal digitalization of the classroom.…”
This study deals with YouTube science dissemination videos as a pedagogical tool for ESP and EMI courses. These videos maximize the reach of scientific content bringing it closer to the general public. However, in this process, YouTube science video need to be adapted to non-specialized audiences to make their content more accessible, entertaining, and engaging. The introductions to these videos are paramount for their success, as they tend to contain many engagement techniques. In this study we explore the potential of multimodal engagement strategies by looking at the audience uptake. Seven introductions to YouTube science dissemination videos were selected and annotated with the software Multimodal Video Analysis for engagement strategies, embodied and filmic modes. The selected clips were then presented to a group of higher education students to elicit their opinion regarding their engagement potential. As a second step, engagement was related to the use of semiotic modes, thus triggering a reflection on the relevance of multimodal literacy. Our results suggest that filmic modes become an essential component in the creation of successful fast-paced attention-getting videos. They also bring to the fore the importance of multimodal awareness in science communication and the potential of well-orchestrated ensembles to engage online audiences. Implications for ESP and EMI courses are discussed.
“…In order to answer the above-mentioned research questions, we have selected three videos from YouTube that disseminate science in three different fields (e.g., medicine, linguistics, and astrophysics). These videos were selected as part of a wider corpus to study how engagement occurs from a multimodal point of view (Bernad-Mechó & Valeiras-Jurado, 2023). In particular, these videos were identified as particularly engaging by an audience of higher education students within science dissemination videos produced by the company PBS (Public Broadcasting System).…”
Science popularisation has received widespread interest in the last decade. With the rapid evolution from print to digital modes of information, science outreach has been seen to cross educational boundaries and become integrated into wider contexts such as YouTube. One of the main features of the success of research dissemination videos on YouTube is the ability to establish a meaningful connection with the audience. In this regard, humour may be used as a strategy for engagement. Most studies on humour, however, are conducted solely from a purely linguistic perspective, obviating the complex multimodal reality of communication in the digital era. Considering this background, we set out to explore how humour is used from a multimodal point of view as an engagement strategy in YouTube research dissemination. We selected three research dissemination videos from three distinct YouTube channels to fulfil this aim. After an initial viewing, 22 short humoristic fragments that were particularly engaging were selected. These fragments were further explored using Multimodal Analysis - Video (MAV)[1], a multi-layered annotation tool that allows for fine-grained multimodal analysis. Humoristic strategies and contextual features were explored, as well as two main types of modes: embodied and filmic. Results show the presence of 9 linguistic strategies to introduce humour in YouTube science dissemination videos which are always accompanied by heterogeneous combinations of embodied and filmic modes that contribute to fully achieving humoristic purposes.
[1] Multi-layer annotation software used to describe the use of semiotic modes in video files. By using this software, researchers may analyse, for instance, how gestures, gaze, proxemics, head movements, facial expression, etc. are employed in a given file.
The paper focuses on identity construction on the Facebook profiles of medical professionals. Drawing on existing
conceptualisations of identity and proximity, the study explores how five Polish medical experts construct their social identity
and create affinity spaces in their interaction with an audience. The analysis shows that affinity spaces are established through
the reduction of social distance and epistemic asymmetry between the professionals and their audience. Increasing emotional
proximity and stressing the proximity of experience between the interlocutors also contributes to the creation of affinity.
Affinity spaces are co-constructed in dialogue with the profile visitors through e.g. deictic resources indicating proximity,
personal stories, recontextualisation of medical concepts, expressiveness, and the stressing of commonalities between the
orthopaedic surgeons and their followers.
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