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EGU Blogs

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GD

The Breathing Ice Sheet: How Antarctica’s Changing Ice Moves the Ground Beneath It

Map of Antarctica showing ice flow speeds in blue and white, with red circles of varying sizes indicating specific areas of interest across the continent.

In this week’s blog, Dwijendra Pandey, a PhD student in the Tectonic Geodesy Group at CSIR-NGRI, Hyderabad, India, takes us beneath Antarctica’s ice to explore how changes in ice and snow move the solid Earth, and how scientists track this subtle motion from space and on the ground. Antarctica might seem like the last place you …[Read More]

ST

Unraveling Low-Latitude Ionospheric Delays: How Solar Flux and Energetic Protons Shape Storm-Time TEC Across Solar Cycles 23–25

Two scatter plots showing a positive correlation between DTEC and F10.7 Flux. Blue data points with vertical error bars follow an upward-sloping red trend line in both graphs.

Introduction Geomagnetic storms present a constant challenge to global navigation satellite systems (GNSS), driving space weather researchers to better understand how the ionosphere responds when solar drivers strike. A primary key to this puzzle is ionospheric delay time, the exact duration between the onset of a geomagnetic storm and its peak impact on the Total …[Read More]

TS

From Fault Architecture to Grain-Scale Deformation: Integrating Field, Microstructural, and Experimental Approaches

From Fault Architecture to Grain-Scale Deformation: Integrating Field, Microstructural, and Experimental Approaches

Fault zones are far more complex than the lines we draw on geological maps. Their internal structures, mineralogical compositions, and deformation histories offer important clues to deformation mechanisms and even how earthquakes might occur. But how can we connect what we observe in the field with the microscopic processes and mechanical behaviour of faults at …[Read More]

PS

Habitability in the Solar System and Biomining: From extremophiles to space resources

Hello readers! We’re thrilled to announce the new campfire event of the EGU planetary and Solar System Sciences (PS) Division dedicated to astrobiology, habitability in the Solar System and biomining. Our guests will be Joseph McNeil (Natural History Museum of London), Adrienne Kish (National Museum of Natural History of Paris) and Luca Tonietti (University of …[Read More]

The beetle, the storm, and the carbon sink: On Europe’s climate defence and its deterioration

The beetle, the storm, and the carbon sink: On Europe’s climate defence and its deterioration

Imagine standing in the middle of an eighty-year-old Norway spruce forest in Central Europe. The canopy overhead forms a dark, emerald tomb that locks away decades of atmospheric carbon. For years, climate models and European policy frameworks treated mature forests like this as permanent carbon fortresses, heavy-duty biological vaults absorbing roughly 0.2 petagrams of carbon …[Read More]

GeoPolicy: How the geography of risk is changing for Europe’s wildfires

GeoPolicy: How the geography of risk is changing for Europe’s wildfires

Dr. Marta López-Saavedra (Natural Risks Assessment and Management Service (NRAMS)) represented EGU’s Science for Policy Climate Hazard and Risk External Advisory Group at the CCEC Symposium on European and Global Wildfires, Budapest, September 2026. This blog represents Marta’s reflections of the event, of Europe’s current landscape of wildfire risk, and how research can be integrated …[Read More]

Explosive Inside, Effusive Outside: What is it that makes volcanoes erupt the way that they do, and how does that relate to how all ECRs feel inside?

Explosive Inside, Effusive Outside: What is it that makes volcanoes erupt the way that they do, and how does that relate to how all ECRs feel inside?

Let’s get the joke out of the way first, because I made it to myself more than once while finishing this piece: “explosive inside, effusive outside” is a fairly accurate description of the average Early Career Researcher trying to hold it together inside the current state of academia. Calm, composed, professionally cheerful on the surface; …[Read More]