Communicating Science...During a Pandemic! | Lindsay Broadbent | TEDxQueensUniversityBelfast

Communicating Science...During a Pandemic! | Lindsay Broadbent | TEDxQueensUniversityBelfast

The Importance of Science Communication During a Pandemic

Overview of Science Communication

  • The COVID-19 pandemic highlighted the critical role of science communication, with experts in various fields providing essential information to the public.
  • There is a debate on whether to tailor communication for specific audiences; however, science should be accessible to everyone as it is universal.

Challenges and Opportunities

  • Real-time scientific discussions during the pandemic have led to both learning opportunities and an increase in science denialism and conspiracy theories.
  • Historical context shows that pandemics have always faced skepticism towards scientists, but this current one occurs in the age of social media where misinformation spreads rapidly.

Misinformation and Its Impact

The Spread of False Information

  • Social media platforms amplify false information, making it challenging to correct once it goes viral.
  • Influential figures can spread unverified claims without accountability, contrasting with guidelines that restrict pseudoscience in formal settings like TED talks.

Engaging with the Public

  • To combat misinformation, scientists must actively engage with various stakeholders including media, policymakers, and even opposing viewpoints.

Personal Journey into Science Communication

Initial Hesitations

  • Initially hesitant about participating in media discussions due to perceived lack of experience and authority (e.g., not having "professor" title).

Embracing Opportunities

  • After reconsideration, recognized that communicating science is similar to outreach efforts aimed at younger audiences.

Lessons Learned from Media Engagement

Key Takeaways for Future Scientists

  1. Get Involved:
  • Participate in local initiatives and be active on social media to share your work.
  1. Time Commitment:
  • Public engagement often requires more time than anticipated for preparation and participation.
  1. Preparation:
  • Always prepare by understanding the topic thoroughly and knowing who you will be speaking alongside.
  1. Accepting Limitations:
  • It’s acceptable not to know everything; honesty can enhance credibility.
  1. Saying No:
  • It's important to decline requests if you're not confident; suggest colleagues instead.

The Evolving Role of Scientists

Building Public Trust

  • For public trust in science to be restored, experts must communicate complex ideas clearly and relateably.

Conclusion on Communication's Role

  • Effective communication is vital for addressing current and future public health crises; waiting too long can lead to irreversible consequences as illustrated by Jonathan Swift's quote about truth lagging behind falsehood.
Video description

Science communication is one of the best, most underused tools we have to tackle public health issues. False information spreads quickly in the age of social media. This has never been more apparent than during the COVID-19 pandemic. To counter misinformation we need scientists to engage with the media, which can be a daunting prospect. Scientists aren’t usually taught how to talk to the public or how to make our research relatable. It is a skill that takes practice. Over the past year I have taken part in hundreds of media appearances and outreach events. I have learnt a lot and would like to share a few tips with anyone that would like to get involved with science communication. Lindsay grew up on the north coast of Northern Ireland where her love of science began by exploring rock pools. She obtained a BSc(Hons) degree in Biomedical Science in 2011 from Queen’s University and then completed a PhD in Prof Ultan Power’s lab to study respiratory virus infection using a newly developed airway model. The work from her PhD led to Lindsay being awarded the Microbiology Society’s Young Microbiologist of the Year prize. Lindsay has since used her knowledge of respiratory viruses and airway cells to work on projects involving asthma, influenza and most recently Sars-CoV-2, the virus that causes COVID-19. Lindsay is currently a Wellcome Trust ISSF Research Fellow within the Wellcome-Wolfson Institute for Experimental Medicine. Alongside her research, Lindsay is actively engaged with teaching, mentorship and science outreach. This talk was given at a TEDx event using the TED conference format but independently organized by a local community. Learn more at https://www.ted.com/tedx