This work highlights the importance of data collected through citizen science for studying extreme geomagnetic storms. The Gannon storm was an unprecedented opportunity to test the limitations of citizen science data collection and to offer solutions to enable similar studies in the future. This study has great potential to be of interest to the wider public.

This review is topical and of potential interest to a broad audience

Paleontological knowledge transfer can be fun! This extended review paper of comics and graphic novels on the subject of paleontology discusses the potential for communicating paleontological topics to the public and the influence of contemporary paleoart in this genre. Additionally, the motivation for and the creation process of the bilingual graphic novel "EUROPASAURUS - Life on Jurassic Islands" - intended as modern science communication - is described. An extensive survey among readers of this book allows conclusions as to what the public expects and appreciates in such a work.

The first study exploring TikTok's potential for science/geoscience communication.

This work is an accessible illustration of the way geo-science is present in the everyday environment experienced by many people, so may be of interest to the broader education community or wider public.

This paper addresses the current shortcomings in international disaster risk reduction (DRR) frameworks and contributes meaningfully to shaping the next generation of global DRR frameworks. With the Sendai Framework approaching its conclusion, the contributions it makes could have considerable value.

The concept of Air Quality Stripes presents a novel visualization method for historical air pollution, and all criteria for GC Letters are met.

Great to highlight this again to show what the support from the Outreach Award did and to showcase the lessons from this work.

The paper is a guideline especially for educators that highlights the potential of a transformation towards diversified knowledge systems in curricula.

This paper creates a visual physically plausible causal chain to communicate long-term changes in local climate risk, using flooding in a UK river basin as an example. This chain places local hazards, such as flooding, within the broader context of global climate change, including factors like global carbon dioxide emissions and temperature changes. It relies exclusively on observations, thereby avoiding the additional uncertainties associated with climate scenarios that might hinder understanding in certain situations. This causal chain idea has the potential to be a powerful communication tool for clearly communicating risks and the contributing factors, engaging with local communities, and addressing common misconceptions like the “Myth of Dry Feet” - a Dutch expression implying that extreme events such as floods only happen elsewhere, and won't happen "here" or "to me". While this chain is created for flood risk in the UK, it has the potential for broader application in various geoscience fields.