MediaWatchers4Climate: Assessing the Accuracy of Climate Change Narratives in Greek Media Through Machine Learning

This study introduces MediaWatchers4Climate, a methodological framework that leverages machine learning to evaluate the accuracy and rhetorical framing of climate change narratives in Greek online media. The model is designed to analyze large-scale textual data from over 1500 certified digital outlets registered in the Greek Online Media Registry. Through keyword-based filtering, thematic clustering, and content comparison techniques, the framework aims to detect discursive shifts, trace the replication of news stories, and identify misinformation patterns. While the current phase focuses on model development and data structuring, preliminary observations suggest significant content repetition across sources and a lack of original reporting on climate issues. The project ultimately seeks to promote evidence-based reasoning and enhance public resilience to misinformation related to the climate crisis.

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Publication Details

Journal
Machine Learning and Knowledge Extraction
Published
2025-06-13
DOI
https://doi.org/10.3390/make7020053
Primary Topic
Climate Change Communication and Perception
Type
article
Field-Weighted Citation Impact
0.00
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MediaWatchers4Climate: Assessing the Accuracy of Climate Change Narratives in Greek Media Through Machine Learning

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Machine Learning and Knowledge Extraction
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MediaWatchers4Climate: Assessing the Accuracy of Climate Change Narratives in Greek Media Through Machine Learning

Ioanna Kostarella, Andreas Veglis, Thomai Baltzi, Antonis Skamnakis, Fani Galatsopoulou, Stella Nikitaki, Vasilis Vasilopoulos, Dimitris Papaevagelou
article en

Abstract

This study introduces MediaWatchers4Climate, a methodological framework that leverages machine learning to evaluate the accuracy and rhetorical framing of climate change narratives in Greek online media. The model is designed to analyze large-scale textual data from over 1500 certified digital outlets registered in the Greek Online Media Registry. Through keyword-based filtering, thematic clustering, and content comparison techniques, the framework aims to detect discursive shifts, trace the replication of news stories, and identify misinformation patterns. While the current phase focuses on model development and data structuring, preliminary observations suggest significant content repetition across sources and a lack of original reporting on climate issues. The project ultimately seeks to promote evidence-based reasoning and enhance public resilience to misinformation related to the climate crisis.

Machine Learning and Knowledge ExtractionVol. 7(2)
Aristotle University of Thessaloniki (GR)
Openalex Percentile: Top 82%
Climate Change Communication and Perception
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