Login / Signup

Moving Beyond the Gym: A Content Analysis of YouTube as an Information Resource for Physical Literacy.

Trevor BoppJoshua D VadeboncoeurMichael StellefsonMelissa Weinsz
Published in: International journal of environmental research and public health (2019)
The Internet, and particularly YouTube, has been found to be and continues to develop as a resourceful educational space for health-related information. Understanding physical literacy as a lifelong health-related outcome and facilitator of an active lifestyle, we sought to assess the content, exposure, engagement, and information quality of uploaded physical literacy videos on YouTube. Two researchers collected 300 YouTube videos on physical literacy and independently coded each video's: title, media source of upload, content topics related to physical literacy, content delivery style, and adherence to adapted Health on the Net Foundation Code of Conduct (HONcode) principles of information quality. Physical literacy videos that focused on physical activity and behaviors were the strongest predictor of high quality ratings, followed closely by videos covering affective domains (motivation, confidence, and self-esteem) of physical literacy. The content delivery method was also important, with videos utilizing presentations and testimonials containing high quality information about physical activity. Thus, providers of physical literacy and health-related online video content should be aware of and adhere to the expected quality standards. As health information expectations and ethical standards increase, the Internet, and specifically YouTube, has the potential to enhance video resources, virtual networking opportunities, as well as the sharing, dissemination, accumulation, and enrichment of physical literacy information for all.
Keyphrases
  • health information
  • physical activity
  • social media
  • mental health
  • healthcare
  • body mass index
  • cardiovascular disease
  • bipolar disorder
  • type diabetes
  • metabolic syndrome
  • weight loss
  • skeletal muscle
  • insulin resistance