Scientific communication after the
COVID-19 crisis: TikTok publishing
strategies on the transmedia board
(Neira et al., 2023)TikTok Strategies for
Scientific Communication
Introduction to Scientific Communication in the
Post-COVID Era
The COVID-19 pandemic has profoundly transformed the landscape of scientific
communication. With an urgent need for clear and accurate information, traditional
methods of dissemination were put to the test, illuminating the pressing demand for
adaptation and innovation in how science is communicated to the public.
The Acceleration of Digital Communication
Prior to the pandemic, many scientific communications were primarily conducted
through academic journals, conferences, and narrow-cast media. However, the isolation
during lockdowns and the pervasive nature of misinformation compelled scientists and
researchers to embrace digital platforms more actively. Social media emerged as a
crucial channel not only for sharing findings but also for engaging with diverse
audiences. TikTok, in particular, gained traction as a platform where complex scientific
concepts could be communicated in an accessible and entertaining manner.
Key Factors Driving Change:
1. Increased Public Engagement: The pandemic highlighted the urgency of public
understanding of scientific issues, making it clear that scientists must
communicate effectively with a wide audience.
2. Rise of Misinformation: As misinformation about COVID-19 spread rapidly,
there was a corresponding need for credible sources to counteract false
narratives, emphasizing the role of scientists in public discourse.
3. Adaptability of Communication: Scientists began to recognize that adapting
their messaging for different platforms, including visually-oriented applications
like TikTok, could enhance public understanding and trust.
Engaging the Public through TikTok
TikTok's unique format allows users to create engaging short videos that can simplify
complex scientific ideas. This platform encourages creativity, making science content
, not only more palatable but also shareable. Scientists and communicators have begun
employing various strategies on TikTok, from storytelling techniques to humorous skits,
to make science more relatable.
Effective Strategies for Engagement:
• Visual Storytelling: Utilizing engaging graphics and props to illustrate scientific
principles.
• Short Explainers: Delivering bite-sized information that can quickly capture
viewers’ attention.
• Interactive Content: Encouraging user participation through challenges or
discussions around scientific themes.
Through these innovative strategies, TikTok is transforming how scientific information is
disseminated, making it imperative for scientists to learn how to navigate this platform
effectively.
The Necessity for Adaptation
As we progress in this post-COVID era, the ability to adapt does not just apply to the
method of communication but also to the content itself. Scientists must focus on crafting
messages that resonate with public interests, while maintaining scientific accuracy. This
requires not only knowledge of the science at hand but also an understanding of what
captures and holds the audience’s attention.
In summary, the impact of the pandemic on scientific communication is profound, with
social media platforms like TikTok leading the charge for more effective public
engagement. It is critical for scientists to continue adapting their strategies in an
increasingly digital world.
The Rise of TikTok as a Communication Tool
TikTok has emerged as a powerful platform for scientific communication, particularly in
the wake of the COVID-19 pandemic, which accelerated the shift toward digital
engagement. Its rapid rise can be attributed to several unique features that cater to an
audience hungry for accessible and relatable information.
Unique Features of TikTok
The defining characteristic of TikTok is its emphasis on short-form video content,
allowing users to create videos of up to 3 minutes (previously capped at 60 seconds).
This brevity compels scientists to distill complex information into engaging, easy-to-
understand formats. Key attributes include:
• User-Generated Content: Anyone can produce and share videos, enabling
researchers and educators to convey their messages without the need for
extensive production resources.
COVID-19 crisis: TikTok publishing
strategies on the transmedia board
(Neira et al., 2023)TikTok Strategies for
Scientific Communication
Introduction to Scientific Communication in the
Post-COVID Era
The COVID-19 pandemic has profoundly transformed the landscape of scientific
communication. With an urgent need for clear and accurate information, traditional
methods of dissemination were put to the test, illuminating the pressing demand for
adaptation and innovation in how science is communicated to the public.
The Acceleration of Digital Communication
Prior to the pandemic, many scientific communications were primarily conducted
through academic journals, conferences, and narrow-cast media. However, the isolation
during lockdowns and the pervasive nature of misinformation compelled scientists and
researchers to embrace digital platforms more actively. Social media emerged as a
crucial channel not only for sharing findings but also for engaging with diverse
audiences. TikTok, in particular, gained traction as a platform where complex scientific
concepts could be communicated in an accessible and entertaining manner.
Key Factors Driving Change:
1. Increased Public Engagement: The pandemic highlighted the urgency of public
understanding of scientific issues, making it clear that scientists must
communicate effectively with a wide audience.
2. Rise of Misinformation: As misinformation about COVID-19 spread rapidly,
there was a corresponding need for credible sources to counteract false
narratives, emphasizing the role of scientists in public discourse.
3. Adaptability of Communication: Scientists began to recognize that adapting
their messaging for different platforms, including visually-oriented applications
like TikTok, could enhance public understanding and trust.
Engaging the Public through TikTok
TikTok's unique format allows users to create engaging short videos that can simplify
complex scientific ideas. This platform encourages creativity, making science content
, not only more palatable but also shareable. Scientists and communicators have begun
employing various strategies on TikTok, from storytelling techniques to humorous skits,
to make science more relatable.
Effective Strategies for Engagement:
• Visual Storytelling: Utilizing engaging graphics and props to illustrate scientific
principles.
• Short Explainers: Delivering bite-sized information that can quickly capture
viewers’ attention.
• Interactive Content: Encouraging user participation through challenges or
discussions around scientific themes.
Through these innovative strategies, TikTok is transforming how scientific information is
disseminated, making it imperative for scientists to learn how to navigate this platform
effectively.
The Necessity for Adaptation
As we progress in this post-COVID era, the ability to adapt does not just apply to the
method of communication but also to the content itself. Scientists must focus on crafting
messages that resonate with public interests, while maintaining scientific accuracy. This
requires not only knowledge of the science at hand but also an understanding of what
captures and holds the audience’s attention.
In summary, the impact of the pandemic on scientific communication is profound, with
social media platforms like TikTok leading the charge for more effective public
engagement. It is critical for scientists to continue adapting their strategies in an
increasingly digital world.
The Rise of TikTok as a Communication Tool
TikTok has emerged as a powerful platform for scientific communication, particularly in
the wake of the COVID-19 pandemic, which accelerated the shift toward digital
engagement. Its rapid rise can be attributed to several unique features that cater to an
audience hungry for accessible and relatable information.
Unique Features of TikTok
The defining characteristic of TikTok is its emphasis on short-form video content,
allowing users to create videos of up to 3 minutes (previously capped at 60 seconds).
This brevity compels scientists to distill complex information into engaging, easy-to-
understand formats. Key attributes include:
• User-Generated Content: Anyone can produce and share videos, enabling
researchers and educators to convey their messages without the need for
extensive production resources.
