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CLIMAAX CRA Handbook - Home

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
    • Working with vulnerability curves
  • 🌧️ 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
  • FAQ
  • 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

Index

A | B | C | E | G | H | J | P | R | S | U | V

A

  • Adaptive Capacity

B

  • Binder

C

  • Climate Risk Management (CRM)
  • Conda environment
  • Coordinated Regional Climate Downscaling Experiment (CORDEX)
  • Coupled Climate Model Intercomparison Project (CMIP)

E

  • Expert
  • Exposure

G

  • GCM

H

  • Hazard

J

  • Jupyter notebook
  • JupyterBook

P

  • Priority group
  • Python

R

  • RCM
  • Representative Concentration Pathways (RCPs)
  • Response
  • Return period
  • Risk
  • Risk Outcome

S

  • Shared Socioeconomic Pathways (SSPs)
  • Stakeholder

U

  • User

V

  • Vulnerability

By the CLIMAAX community

Last updated on May 20, 2025.