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About us
The CLIMAAX project
Regional examples
Setúbal example
Žilina example
European map viewer
Heatwave datasets
Flood hazard datasets
Windstorm hazard datasets
European dashboards and explorers
How to start
CRA steps
What is the CLIMAAX Framework?
Before you start
Principles
Technical choices
Participatory processes
Scoping
Risk Exploration
Scenarios guidance
Risk Analysis
CRA Datasets
Hazard datasets
Exposure datasets
Vulnerability datasets
Uncertainties in exposure and vulnerability datasets
Climate projections
Risk workflows
Key Risk Assessment
Monitoring and Evaluation
Integration in Climate Risk Management
Risk workflows
How to use risk workflows
Command line setup
JupyterLab Desktop setup
🌊 RIVER & COASTAL FLOODS
River floods
River floods workflow methodology
Hazard assessment - river flood maps
Risk assessment for river flooding
Coastal floods
Hazard assessment - coastal water levels
Hazard assessment - coastal flood maps
Risk assessment for coastal flooding
Flood building damage and population exposed
Hazard assessment
Risk assessment
🌧️ HEAVY RAINFALL
Extreme precipitation
Local data for risk assessment
Hazard assessment
Risk assessment
Risk assessment examples
🌡️ HEATWAVES
Urban heatwaves
Heatwave workflow methodology
Hazard assessment (EuroHEAT)
Hazard assessment (Xclim)
Risk assessment (satellite-derived data)
Risk assessment (climate projections)
🏜️ DROUGHTS
Relative drought
Hazard assessment
Risk assessment
Risk visualization
Agricultural drought
Hazard assessment
Risk assessment
🔥 FIRE
Wildfire (ML approach)
Hazard assessment (ECLIPS)
Hazard assessment (CHELSA)
Risk assessment
Change assessment
Data processing functions
Wildfire (FWI)
Hazard Assessment
Risk Assessment
FWI response model
Hazard assessment: historical climate
Hazard assessment: response surface methodology
Hazard assessment: climate projections
Risk assessment: affected population
❄️ SNOW
Heavy snowfall & blizzards
Hazard assessment
Risk assessment
💨 WIND
Windstorm
Hazard assessment
Risk assessment
Windstorm selection helper
Multi-hazard
Placeholder
Pre-processing UERRA and EURO-CORDEX datasets
Hazard assessment: Compute climate indicators
Hazard assessment: Visualise climate indicators
Visualize the hazard for the indicator “Number of days above a certain temperature”
Hazard assessment for Infrastructures using Euro-Cordex datasets: Calculation of the indicator “Number of Days Abover 35°C, 40°C, and 45°C”
Visualize the hazard for the indicator “Number of days above a certain temperature”
Hazard assessment for Infrastructures using Euro-Cordex datasets: Calculation of the Indicator “Percentiles of the Temperature”
Visualize the hazard for the indicator “Percentile 99, 99.5 and 99.9 of Precipitation”
Hazard assessment for Infrastructures using Euro-Cordex datasets: Calculation of the indicator “Percentile P99, P99.5 and P99.9 of Precipitation”
Visualize the hazard for the indicator the return levels of precipitation for the return periods of 10, 20, 30, 50, 100, 150 years
Hazard assessment for Infrastructures using Euro-Cordex datasets: Calculation of the Return levels for the return periods of 10, 20, 30, 50, 100, 150 years
Risk assessment: Extreme temperature
Risk assessment: Extreme precipitation
Hazard Extraction for UERRA Datasets
Hazard Standard Deviation extraction for Cordex Datasets
Resources
Support
Service desk
JupyterHub information
JupyterHub tips and troubleshooting
Guiding questions and answers
Frequently asked questions
Maximum damage estimation
Vulnerability curves
Glossary
Software
Datasets
Drought risk data
Precipitation pre-calculated IDF
Wildfire training and vulnerability data
FWI simulations with CMIP6-informed perturbations (mirror)
ECLIPS-2.0 (mirror)
EFFIS Wildfire Risk (mirror)
Release notes
Join the community
Community of Practice
Contribute to risk recipes
Repository
Open issue
CLIMAAX CRA Handbook
CLIMAAX CRA Handbook
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