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Emergency response resilience to floods operationalised with applied geoinformatics / submitted by: Katerina Tzavella form Athens. Wuppertal, 2020
Content
Abstract in English
Zusammenfassung
Acknowledgements
List of Contents
List of Figures
List of Tables
List of Abbreviations
1. Introduction
1.1 Problem Ιdentification, Research Questions, Layout & Methods
2. Resilient Urban Emergency Response (ER) System
2.1 ER System, Interdependent Resiliencies & Operational Framework
2.2 Emergency Response Resilience (ERR) to Floods
2.3 GIS & Spatial Thinking for Operationalisation Purposes
3. The Composite Multi-criteria Risk-based Time-dependent Accessibility Indicator (RITAI) of ERR to Floods
3.1 Robustness, Absorption Capacity & Large-Scale Exposure Assessments
3.2 Redundancy, Adaptation Capacity & Large-Scale FFS Assessments
3.3 Resourcefulness, Transformation Capacity & Large-Scale TTR Assessments
3.4 Rapidity of Response, Response Capacity &Accessibility Assessments
4. Applied Geoinformatics with GIS for Operationalisation Purposes
4.1 RITAI’s Benchmarking According to Safety, Security & Spatial Aspects
4.2 GIS-based Spatial Upscaling Operationalisation Approach
4.3 GIS-Toolkit
4.3.1 Advantages and limitations
4.4 Aggregation & Simplification of Information with Classification & Fuzzification Methods
5. Operationalisation of the ERR to Floods for Cologne’s Fire Brigades
5.1 Cologne: Case Study, Climatic Characteristics & Flood Scenarios
5.2 Fire Brigade: ERS for Simulation and Operationalisation Purposes
5.3 RITAI’s Benchmarking for Cologne’s Fire Brigades
6. Application of the RITAI in GIS for Cologne’s Fire Brigades
6.1 Data Sources, Handling and Transformation for Interoperability
6.2 Flood Models for Scenario-Based Operationalisation of the ERR
6.3 GIS-based ERR Operationalisation Framework for Cologne’s Fire Brigades
6.3.1 Update of the OSM road network with official road type-dependent ERPS
6.3.2 Compartmentalisation & Hexagonal Matrixes
6.3.3 Network Analysis
6.3.4 Emergency Response Resilience (ERR) to Floods for Cologne’s Fire Brigades
7. Results and Discussions
7.1 Robustness Under Flood Conditions
7.1.1 Discussions of the Robustness
7.2 Redundancy Under Flood Conditions
7.2.1 Discussions of the Redundancy
7.3 Resourcefulness Under Flood Conditions
7.3.1 Discussions of the Resourcefulness
7.4 Rapidity of Response Under Flood Conditions/Connectivity & Accessibility
7.4.1 Discussion of the Rapidity of Response
7.5 Emergency Response Resilience (ERR) to Floods for Cologne’s Fire Brigades
7.5.1 Discussion of the ERR to Floods for Cologne’s Fire Brigades
7.5.2 The intent of integration of the ERR Concept: Semi-structured Interviews & Qualitative analysis
8. Conclusions
List of References
APPENDIX A – Data&GIS-based spatial upscaling workflow
APPENDIX B - Results
APPENDIX C - GIS-Toolkit
APPENDIX D - Results of the Questionnaire in section 7.5.2