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Workpackage Q: Quantification of transient states of hazard and risk

  • Can we understand and quantify transient states and specify causes for transient behaviour?
  • How do we distinguish changes in hazard from those in vulnerability?
  • How do we interpret transient risk and relate this to practical management?
http://www.uni-potsdam.de/natriskchange/index/projects/project-q1-regional-flood-hazard-changes-from-a-space-time-recurrence-perspective.html

Project Q1: Regional flood hazard changes from a space-time recurrence perspective

Dadiyorto Wendi, Universität Potsdam

http://www.uni-potsdam.de/natriskchange/index/projects/project-q2-complex-network-analysis-based-on-event-synchronization-of-natural-hazards.html

Project Q2: Complex network analysis based on event synchronization of natural hazards

Ankit Argawal, Universität Potsdam

http://www.uni-potsdam.de/natriskchange/index/projects/project-q3-understanding-drivers-of-changing-susceptibility-of-flood-prone-residents.html

Project Q3: Understanding drivers of changing susceptibility of flood-prone residents

Jonas Laudan, Universität Potsdam

http://www.uni-potsdam.de/natriskchange/index/projects/project-q4-analysing-changes-in-micro-scale-flood-related-vulnerability-of-companies.html

Project Q4: Analysing changes in micro-scale flood related vulnerability of companies

Tobias Sieg, Universität Potsdam

Project Q5: Recurrence analysis of event-like hydrological data with uncertainties

Project Q5: Recurrence analysis of event-like hydrological data with uncertainties

Abhirup Banerjee, PIK Potsdam

Project Q6: Investigation of interrelationships between floods and climate variability using multi-layer complex networks

Project Q6: Investigation of interrelationships between floods and climate variability

Matthias Kemter, GFZ Potsdam

Project Q7: Changes of vulnerability in respect to flood induced business interruption

Project Q7: Changes of vulnerability in respect to flood induced business interruption

Lukas Schoppa, GFZ Potsdam

Project Q8: Evolving Risks from Himalayan Glacial Outburst Floods

Project Q8: Evolving risks from Himalayan glacial outburst floods

Melanie Fischer, Universität Potsdam

Project Q9: The effect of meteorological hazards on dynamics of vulnerability

Project Q9: The effect of meteorological hazards on dynamics of vulnerability

FU Berlin

Project Q10: Impact of extreme events on topological robustness of interdependent infrastructure networks

Project Q10: Impact of extreme events on topological robustness of interdependent networks

PIK Potsdam & GFZ Potsdam & University of Potsdam

Project Q11: Quantifying the contributions of hazard, exposure and vulnerability changes to flood damage trends

Project Q11: Quantifying contributions of hazard, exposure and vulnerability changes to flood damage

GFZ Potsdam & University of Potsdam

Project Q12: Contribution of wind and topography on wildfire hazard

Project Q12: Contribution of wind and topography on wildfire hazard

PIK Potsdam & FU Berlin

Project Q13: Quantifying changes in exposure, vulnerabilities and risks of pluvial and fluvial floods

Project Q13:Quantifying changes in exposure, vulnerabilities and risks of pluvial and fluvial floods

University of Potsdam & GFZ Potsdam