Human-Machine interfaces in Medical Robotics
Yanpei Huang, Ziwei Wang, Yongkun Zhao, Xiaoxiao Cheng, Wenjie Lai, Nicolas Herzig, Jiatong Jiang
Häftad, 2025
1 778 kr
813 kr
Läs direkt i Bokus Reader – eller ladda ned till din enhet (PDF kräver ofta zoom och scroll på små skärmar).
Focusing on a decade of controversy surrounding genetically modified organisms (GMOs) in China, this book provides a rigorous, mixed-method analysis of how risk discourses are constructed and disseminated on the social media platform Weibo.
This book uncovers the rich diversity of competing risk frames and reveals how digital platforms can democratize the negotiation of scientific uncertainty, yet also fragment public deliberation and discussion, leading to the reinforcement of new power dynamics and discursive inequalities. Breaking down the mechanisms behind the viral spread of GMO risk information, it examines how message features, contextual factors (e.g., source credibility), network structures, and social contagion processes shape what we believe and share. Ultimately, it will advance a deeper understanding of digital risk communication in increasingly platform-mediated societies.
It is an essential resource for science policymakers, risk communication professionals, and other stakeholders seeking to navigate the complexities of risk and uncertainty in the digital age.
813 kr
Läs direkt i Bokus Reader – eller ladda ned till din enhet (PDF kräver ofta zoom och scroll på små skärmar).
Focusing on a decade of controversy surrounding genetically modified organisms (GMOs) in China, this book provides a rigorous, mixed-method analysis of how risk discourses are constructed and disseminated on the social media platform Weibo.
This book uncovers the rich diversity of competing risk frames and reveals how digital platforms can democratize the negotiation of scientific uncertainty, yet also fragment public deliberation and discussion, leading to the reinforcement of new power dynamics and discursive inequalities. Breaking down the mechanisms behind the viral spread of GMO risk information, it examines how message features, contextual factors (e.g., source credibility), network structures, and social contagion processes shape what we believe and share. Ultimately, it will advance a deeper understanding of digital risk communication in increasingly platform-mediated societies.
It is an essential resource for science policymakers, risk communication professionals, and other stakeholders seeking to navigate the complexities of risk and uncertainty in the digital age.