Our previous book recommendations were the nonfiction books Blue Machine – How the Ocean Shapes our World by Helen Czerski and Below the Edge of Darkness by Edith Widder as well as the thriller The Swarm by Frank Schätzing. This time, we are stepping away from the ocean. Our next book recommendation is “Invisible Women: …[Read More]
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GeoLog
Communicating uncertainty in science: Student perspectives from the University of Tübingen
Welcome to a new series on GeoLog dedicated to one of the most critical yet frequently misunderstood aspects of research: Communicating uncertainty in science. Over the coming months, we will feature six guest posts written by students from a summer course at the University of Tübingen. Bringing together 13 students across diverse disciplines, the course …[Read More]
Geodesy
Regional Reference Frames: Keeping Track of a Deforming Earth
You are observing the construction of a bridge that will be initiated on the two banks of a river simultaneously, in such a way that the works will eventually meet in the middle of the river. You wonder, how do they make sure that the construction on the two sides will stay aligned with the …[Read More]
GeoLog
How long does an ecosystem remember the weather?
“Plants carry traces of past weather. Reading them may help us navigate a hotter, drier world.” Wenli Zhao As global warming intensifies drought frequency, understanding how ecosystems store and deplete water is critical for anticipating vegetation stress. This blog walks us through a novel groundbreaking study published on EGU journal Hydrology and Earth System Sciences …[Read More]
Geodynamics
I’M BRINGING KERNELS BACK
Computational geodynamic models are powerful tools for understanding Earth’s deep interior, but how do we know they are producing realistic results? In this week’s News & Views, Alina Valop, a PhD candidate from Virginia Tech, unpacks the world of geodynamic kernels and shows how these sensitivity functions provide a computationally efficient way to benchmark mantle …[Read More]
Geodesy
EGU Campfire Geodesy – Share Your Research – 22nd Edition
We are excited to announce the 22nd edition of Geodesy Campfire – Share Your Research in September. The Geodesy EGU Campfire Events “Share Your Research” give (early career) researchers the chance to talk about their work. We have two exciting talks by our guest speakers, Brian Bramanto and Arash Tayfehrostami. Below, you can find the …[Read More]
GeoLog
From under Lake Nyos: The geology, physics, and engineering of limnic eruptions
On the evening of August 21, 1986, an unusual stillness blanketed the green highlands of northwestern Cameroon. The local villagers in Nyos, Cha, and Subum were preparing for bed, totally unaware that the crater lake nearby had reached its breaking point. Without warning, a wave of gas burst from the lake and spilled over the …[Read More]
GeoLog
GeoTalk: Meet Elisa Nobile, Flood Loss & Damage researcher, & Natural Hazards Early Career Representative!
Hello Elisa! Thank you for agreeing to this GeoTalk interview. Could you briefly introduce yourself and your background to our readers? Hello, and thank you for having me. My name is Elisa Nobile and I recently completed my PhD at IUSS Pavia, in Italy. My background is in engineering for the mitigation of risk from …[Read More]
Biogeosciences
A paper that shaped my career – Tim Eglinton on Hayes et al., 1990
In this series, we ask senior researchers to reflect on how a paper or a series of contributions influenced their thinking and led to a change in their research direction and career. Our first reflection comes from Prof. Tim Eglinton, who was professor of Biogeoscience at the Department of Earth and Planetary Sciences of ETH …[Read More]
Natural Hazards
Practical Use of Natural Hazard Monitoring Systems during Escalating Risk Scenarios
Mountain hazard regimes are fundamentally shifting. There is consensus not just among concerned scientists, but practitioners of risk management, that mountain hazard regimes are affected by warmer temperatures and intensifying precipitation events. The effects of these changes are further amplified by increasing population density in known hazard zones; with more infrastructure and human settlements in …[Read More]