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A model predicted 1-in-250-year flood water depth and extent for Carlisle, showing location of maximum water elevations, colour coded by error magnitute

Home  /  Media Library  /  A model predicted 1-in-250-year flood water depth and extent for Carlisle, showing location of maximum water elevations, colour coded by error magnitute

Related EGU articles Scientists find clear evidence to make flood risk a bigger international priority (7 March 2023) Download Original image (1.3 MB, 1210.0x738.0 px) Go back

Meetings calendar

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June The 13th Summer School on Sensitivity Analysis of Model Output (SAMO 2026) Fiesole (Florence), Italy 8–12 June 2026 SAMO 2026 covers how to perform sensitivity analysis in simulation modelling, as it has a crucial role in policy and policy-making. It provides an introduction to Global Sensitivity Analysis (GSA) — one of the most powerful tools for knowledge and understanding understanding complex models.

Emergency support

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If you are a researcher in the field of Earth, planetary and space science affected by an emergency situation, EGU offers a variety of support options to help you gain access to EGU’s range of tools, resources and opportunities. Key amongst these is the EGU Emergency Support Policy.

Explaining science and communicating hazards for the public with science journalist Vedrana Simičević - Session 1

Home  /  News  /  Webinars and online events  /  Explaining science and communicating hazards for the public with science journalist Vedrana Simičević - Session 1

People process explanations differently when the idea of risk is involved, which needs to be taken into consideration while addressing the public. Participants will get tips on the best communication strategies in this type of situation and how to prevent their words from being taken out of context while discussing hazards, probabilities, forecasts, models or consequences of climate change in the media.

Pierre Deschamps

Home  /  Awards & medals  /  Young Scientist Outstanding Poster Paper (YSOPP) Awards  /  2003  /  Pierre Deschamps

The doctoral research concerns the migration of naturally occurring radionuclides in deep geological formations, using highly precise and accurate MC-ICP-MS measurement of U-series disequilibria, with the objective of assessing the safety of nuclear waste repository in such formations.

vEGU21 — by the numbers

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| Details US4: Towards evolvable physics-based plants and landscape processes in terrestrial biosphere models | Details US5: Faults, Rivers and Topography: in memory of Patience A. Cowie | Details Press Conferences PC1. Improving food security: new techniques | Details | Stream PC2. Scientific sleuthing: geoforensics & fingerprinting | Details | Stream PC3.

Jakob Zscheischler

Home  /  Awards & medals  /  Arne Richter Awards for Outstanding Early Career Scientists  /  2022  /  Jakob Zscheischler

Jakob Zscheischler NH Natural Hazards The 2022 Arne Richter Award for Outstanding Early Career Scientists is awarded to Jakob Zscheischler for fundamental work of an international standing, defining and developing models for the identification and risk assessment of compound and inter-related hazards, in a changing climate. The multidisciplinary research of Jakob Zscheischler spans the areas of climate science, natural hazards, hydrology, and biogeochemistry.

Publications

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Nonlinear Processes in Geophysics (NPG) Homepage Editorial board Nonlinear Processes in Geophysics (NPG) is an international, interdisciplinary journal for the publication of original research furthering knowledge on nonlinear processes in all branches of Earth, planetary, and solar system sciences.

Leonard Schulz

Home  /  Awards & medals  /  Outstanding Student and PhD candidate Presentation (OSPP) Awards  /  2024  /  Leonard Schulz

In the poster he presented at EGU24, multi-scale satellite constellations are used to detect waves in magnetic field data by the wave telescope technique within a Vlasiator plasma simulation of the magnetospheric environment around Earth.

Storm waves, tsunamis and climate change

Home  /  Education  /  Educational resources  /  Storm waves, tsunamis and climate change

Included is a summary of a current research project, an interview with geologist Dr Ronadh Cox and a career guide for students interested in geology. The activity sheet includes discussion points – seven questions the students can answer in groups of individually –, and instructions on how to weigh objects that are too heavy to move.

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