1 / 21

INSPIRE Annex III Natural Risk Zones

INSPIRE Annex III Natural Risk Zones. Facilitator: Matt Harrison, UK Editor: Florian Thomas, France JRC Contact Point: Robert Tomas. Outline. Robert Tomas - INSPIRE process and comments and testing Matt Harrison - Presentation of the Natural Risk Zones theme Input documents

bvelasco
Download Presentation

INSPIRE Annex III Natural Risk Zones

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. INSPIRE Annex III Natural Risk Zones Facilitator: Matt Harrison, UK Editor: Florian Thomas, France JRC Contact Point: Robert Tomas

  2. Outline • Robert Tomas- INSPIRE process and comments and testing • Matt Harrison- Presentation of the Natural Risk Zones theme • Input documents • Philosophy and scope • Use cases • Presentation of the core model • Florian Thomas- Presentation of example application schema- Floods • Remaining questions

  3. Team

  4. Steps • Analysis of input documents • Production of use cases • « Flood » (Cross Thematic) • « Landslide » • « Forest fire» • « Earthquake » • Setup of the model • V1.0 internal only, V2.0RC and V2.0 Public 20th June

  5. Presentation of the theme • Definition : «  Vulnerable areas characterised according to natural hazards (all atmospheric, hydrologic, seismic, volcanic and wildfire phenomena that, because of their location, severity, and frequency, have the potential to seriously affect society), e.g. floods, landslides and subsidence, avalanches, forest fires, earthquakes, volcanic eruptions. » 

  6. Presentation of the theme • Risk is defined as: Risk = hazard x exposure x vulnerability. • Natural risk: • Not technological risk

  7. Presentation of the theme • Overall philosophy: « A risk zone is the spatial intersection of a hazard area with Exposed elements some of which may have increased or lowered vulnerability to this hazard  » Hazard area Risk zone Vulnerability A Exposed elements

  8. Input documents • 32 reference documents • The Floods Directive • Work carried out by « Plan4All » • Annex I : Hydrography TWG has defined an « InundatedLand » feature class

  9. Classification

  10. Model v2.0 • 3 packages : • 1 core package • 1 coverage package • 1 package dedicated to flood risk • Objective : • Design a generic core model to all natural risks • Apply it to all types of data (vector and coverage) • As an example, apply this core model to flood risk

  11. Model v2.0: Core package Risk zone • The model in a nutshell: « 3 feature classes » + « 1 association » class Hazard area Vulnerability Exposedelement

  12. Model v2.0: Core package

  13. Model v2.0 Hazard modelling • NZ and other themes Exposed Element modelling Land use Buildings Utilities / public services Hydrology Stat. Units / Pop. distribution Administrative boundaries Geology Elevation Natural risk zones Parallel Environmental monitoring facilities Consequences on land use planning Area management Land use

  14. Model v2.0: Core package

  15. Model v2.0: Coverage package

  16. Floods Application Schema Florian Thomas, IGN, France

  17. Model v2.0 : Flood Package • « Why floods and no other hazard? » • Flood Directive 2007/60/CE • Overall idea: • Take the core model, eventually specialize it, to make it meet Flood Directive’s requirements • Use the navigability of the links to avoid redundances, and the constraints to ensure the coherence of the model

  18. Model v1 : Flood Package Flood hazard map Hazard area Potential flooded area Flood risk map Risk zone Preliminary flood risk assessment Inundated Land (Ann I Hydrographie) Exposed element

  19. Model v2.0 : Flood Package • New classes compared to the generic package : • « Potential flooded area » : specialized from « hazard area » • Flood hazard map • Flood risk map • Preliminary flood risk assessment • « inundated land » : specialized from « hazard area » • Some concepts : • The « potential adverse consequences » are « exposed elements » • The « flood hazard maps » must contain 3 flood scenarios  they contain 3 features from the « Potential flooded area » feat. class

  20. Model v1 : Flood Package • New associations: • Flood hazard map   Flood risk map • Flood risk map  Exposed element • Preliminary flood risk assessment Exposed element • New constraints • « the potential flooded areas that are on a flood hazard map are linked to the risk zones that are on the flood risk map  (which itself is linked to the same flood hazard map ) • « The exposed elements that are associated to a risk map are also associated to the risk zones that are on the risk map »

  21. Open Questions • Generic Core model- useful/ useable? • More specific hazardTypes codelist? • exposedElements codelist? • Floods Schema • Doesn’t address your detailed requirements? • Can you identify how you could extend it further? • Does it demonstrate harmony between FD and INSPIRE? • More application schemas as examples? • Example implementation e.g. in major GIS software? • Geometry of risk zones / coverages  Currently model vector data model and coverage separately • Portrayal rules/ guidelines • DQ & MD Chapters still require work

More Related