This study explores climate-related anxiety as expressed through social media discussions on Reddit. Using natural language processing techniques, we analyse large-scale textual data to identify recurring themes, emotional patterns, and how these evolve over time. Text data was preprocessed and analysed using BERTopic for topic modelling and a transformer-based model for emotion classification across 28 categories using the RoBERTa-base GoEmotions model. Results show that climate-related discourse is structured around a small number of core themes, primarily separating action-oriented discussions like advocacy and policy from informational and reflective content. Emotional analysis reveals that negative emotions such as fear and sadness are more prominent in posts, while comments often introduce a wider range of responses, including care, encouragement, and neutral reactions. These findings suggest that online climate discourse is shaped not only by the topics being discussed, but also by how users engage with and respond to one another. This work provides an initial framework for understanding climate-related anxiety through large-scale social media analysis and highlights opportunities for improving future models, expanding platform coverage, and incorporating youth-centred perspectives.
The findings indicate that emotional tone is strongly associated with engagement patterns, and high-arousal emotions, particularly anger and fear, generate the greatest levels of active engagement through retweets and replies, whereas calmness and sadness are more closely linked to passive engagement through likes.
Herbert Jair Bermudez-Sosa, S. Rojas-Berrio, Jorge E. Camargo· Journal of Brand Strategy· 0 citations
Algorithmically curated social media feeds can provoke perceived anxiety in everyday use, yet little is known about how AI can provide effective support in these contexts. We present TriggerDetector, an LLM-powered system that infers plausible anxiety triggers from user-encountered posts and offers coping suggestions....
Yi-Wen Shang, Yang-Tao Ge, Lucy J. Robinson et al.· Proceedings of the 14th Nord...· 0 citations
Understanding the evolving emotional landscape surrounding climate change is critical for developing effective environmental strategies and communication. This study offers an analysis of public emotions toward human‐induced climate change by leveraging big data analytics and machine learning techniques on social med...
Qing-Feng Tian, G. Sarp, Narges Siamian et al.· Business Strategy and the En...· 0 citations
Research shows that individuals regulate their emotions using various strategies, depending on the specific context. To develop a deeper understanding of regulatory processes, it is crucial to understand which contextual features are related to the emotion regulation strategies individuals choose. This study is the fir...
Ashley M. Battaglini, J. LeMoult, C. Nardelli et al.· Collabra: Psychology· 0 citations
Instagram has become an important platform for digital marketing communication, where user interactions indicate the effectiveness of brand-generated content. However, likes and comments are often treated as a single engagement construct despite reflecting different levels of user involvement. This study examines how e...
Muhammad Maula Razak, Mashur Razak, Humaidid Muhajir et al.· AkMen Jurnal Ilmiah· 0 citations
Learn how Google DeepMind and GovTech Singapore uses lightweight on-device Gemma models to intercept conversational scams in private chats with zero cloud data egress.
Microsoft Research Blog· microsoft.comOct 12, 2026
StudentSim is a research system for evaluating and improving AI tutoring tools before they are tested with learners. It models how individuals may engage with tutors, giving feedback to improve tutor performance across subjects like chess, writing, and mathematics. The post Simulating student learning for better AI tutoring appeared first on Microsoft Research.