Science audiences, misinformation, and fake news

Area of Science:

• Science Communication
• Public Understanding of Science
• Misinformation Studies

Background:

• Growing concerns regarding public misinformation in the United States across various domains, including politics and science.
• Misinformation impacts individuals but is deeply intertwined with social networks and information environments.
• Understanding citizen misinformation requires considering both individual cognitive factors and broader societal influences.

Purpose of the Study:

• To provide an overview of the mechanisms and reasons behind public science misinformation.
• To explore the interplay between individual-level factors and macro-level societal variables in the context of misinformation.
• To identify key research areas for advancing the understanding of science misinformation.

Main Methods:

• Literature review and synthesis of existing research on misinformation.
• Analysis of individual cognitive processes (ability and motivation) in processing information.
• Examination of social and environmental factors influencing information exposure and acceptance.

Main Results:

• Being misinformed is a function of individual ability and motivation to detect falsehoods.
• Group-level and societal factors significantly increase exposure to misinformation or corrective information.
• Social networks and information ecologies are critical contexts for understanding misinformation.

Conclusions:

• A systems approach is crucial for addressing the complex problem of misinformation.
• Further research is needed on science communication within new media landscapes.
• Focusing on traditionally underserved audiences is essential for effective science communication and combating misinformation.