Introduction When people hear the word „volcano“, they usually think of a magmatic volcano with impressive pyroclastic eruptions or lava flows. However, mud volcanoes are different. Mud volcanoes erupt what we call mud breccias, a mixture of gas, water, and fine sediments. The eruptions generally occur due to deep generation of hydrocarbons and gravitational instability …[Read More]
Iceland is pure geology. When I travelled there in 2015, it felt like stepping into another world: surreal, raw, and unforgettable. Geology wasn’t just something to observe or study: in Iceland, it’s something you inhabit. The landscape doesn’t just sit there, it feels alive. It hums, it shifts, it speaks. And whether you’re a geologist …[Read More]
If you have ever tried to draw a geological cross-section under a fantasy map, Homer is surprisingly cooperative (and if you remember my Middle-earth geology post, you already know I live for this). The Odyssey is full of real places and real people—Troy, Mycenae, Sparta—stitched together with storms, monsters and divine interventions that would make …[Read More]
Another General Assembly has come to an end, and perhaps, many would agree on how inspiring and enriching the week was. Yet this year, being inside the EGU bubble felt particularly strange while the world outside is quite literally on fire. Wars, systemic violations of international laws and the acceleration of environmental crises continue to …[Read More]
Berlin just went through a brutal heatwave, and then out of nowhere, the temperature crashed between June 28 and 29. The daily mean temperature dropped from nearly 33°C to 25°C—a dramatic drop of about 8°C in just 24 hours (based on ERA5 reanalysis data structure accessed via Open-Meteo). Scientists call these abrupt shifts temperature volatility: rapid …[Read More]
Greenland’s ice sheet holds enough water to raise global sea levels by over 7 meters, but predicting how much it will actually shrink remains challenging due to the massive computational cost of traditional models. Our latest research introduces machine learning-based downscaling that generates high-resolution climate fields orders of magnitude faster than conventional regional climate models. …[Read More]
For episode 11 of HydroTalks, we welcomed Prof. Thom Bogaard of Delft Technical University and visiting professor at Kasetsart University, Bangkok. His research explores the intersection of hydrology, geomorphology, ecology, and natural hazards. We discussed his work on understanding how water triggers landslides, improving regional early warning systems, and developing practical solutions that reduce disaster …[Read More]
Few climate phenomena affect as many people as the Indian Summer Monsoon (ISM). Between June and September, it delivers most of the annual rainfall over the Indian subcontinent, supporting agriculture, water resources, and livelihoods for more than a billion people. Yet predicting how the monsoon will respond to climate change remains a major scientific challenge …[Read More]
In scientific papers, measuring gases in the atmosphere sounds like a straightforward task: you buy a sensor, you calibrate it, and you let it collect data. However, anyone who worked on this knows that the real atmosphere is a hostile environment for delicate electronics and precision optics. Among humidity saturating your circuits, brutal temperature swings, …[Read More]
Our TopoToolbox webinars on June 2 and 3 were a success with ~90 participants! The webinars covered the functionalities of TopoToolbox 3 and its integration into both MATLAB and Python, and highlighted tools including GraphFlood and TRANSECT. Be sure to check out the TopoToolbox gallery, which hosts example workflows contributed by TopoToolbox users and developers. …[Read More]
