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A major international study has identified Antarctic sea ice as a critical predictor of how much heat Earth’s oceans will absorb this century, with major implications for global warming projections, sea level rise, and climate targets.
In our newsletter this month; what is the history of the OPEC nations and how does our petroleum-centric past prepare us for a sustainable future, what can you do to celebrate Earth Science Week, how to manage vulnerabilities during fieldwork, work-students; apply for a vacancy in community development, and more!
The European Union’s proposed 'European climate resilience and risk management initiative' aims to set out a comprehensive framework and plan for action to support EU countries, notably on preparedness and planning in the face of an increasingly complex landscape of climate-induced risk. In order to support this process, EGU's Climate Hazards and Risk Task Force has answered the call for evidence with seven key recommendations.
How much do you know about Sue the T-Rex?! Also revisit the Assam-Tibet earthquake of 1950, learn about how deaf communities are navigating climate change, nominate a candidate for EGU President and other Council roles, submit your EGU26 session proposals, and more in this month's newsletter!
Are you a researcher in Earth, Planetary or Space sciences wanting to share your work with wider non-academic audiences? This autumn the EGU Outreach Committee is sponsoring three workshop series’ to help you to develop the specific skills for interacting directly with a range of public audiences. Places are limited, so register for your preferred course today!
What does a seismogenic fault look like? We can sometimes observe surface earthquake faults, which propagate ruptures from the hypocenter to the ground surface. In 2016, intense seismicity was observed during the Kumamoto earthquake sequence in Japan. This sequence consisted of many shallow earthquakes, including a strong foreshock and the subsequent mainshock with numerous aftershocks. The earthquakes occurred along multiple faults including a fault junction, which implies complex fault interaction. How would such a complex shallow earthquake fault appear in …
From the very early years on this Planet, earthquakes have always captivated people’s attention. The feeling of admiration and fear always lies within us, especially drawing on the most recent megathrust earthquake that hit the south coast of Kamchatka’s Peninsula, in Russia, twice this year. Therefore, in this week’s blog, we aim to explore how this phenomenon evolved and why this specific region in the Pacific, known as the Ring of Fire, is one of the world’s most active regions …
For many early-career scientists, one of the big questions is whether to pursue a career in academia, move into industry, or find a path that bridges both worlds. Each sector offers unique opportunities and challenges, and learning how to navigate between them can help you make confident, informed career decisions. To shed light on this topic, the Early Career Scientists (ECS) team of the Solar-Terrestrial (ST) division of the European Geosciences Union (EGU) is organizing a Campfire Event featuring Dr. …
