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Dr Dave Simmonds, Coastal Engineering Research Group.

THESEUS in S. Devon - Innovative coastal technologies for safer European coasts in a changing climate. Dr Dave Simmonds, Coastal Engineering Research Group. Outline:. Project aims What is UoP / GB involvement? Activity in S. Devon study site. THESEUS at a glance.

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Dr Dave Simmonds, Coastal Engineering Research Group.

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  1. THESEUS in S. Devon- Innovative coastal technologies for safer European coasts in a changing climate Dr Dave Simmonds, Coastal Engineering Research Group.

  2. Outline: Project aims What is UoP / GB involvement? Activity in S. Devon study site Meeting label, Place , date

  3. THESEUS at a glance • FP7 - Large Integrated Project • 48 months • Started 01/12/2009 • 31 partners from 18 countries • Lead: Barbara Zanuttigh, Università di Bologna (Italy) • http://www.theseusproject.eu

  4. THESEUS team members (31 partners)

  5. Aim “deliver a safe (or low-risk) coast for human use/development and healthy coastal habitats as sea levels rise and climate changes and the European economy continues to grow”

  6. THESEUS baselines

  7. Novelty? S-P-R-C Linkage: engineering – ecology – socio-economics Decision Support Software

  8. Time slices: 2020, 2050, 2080 THESEUS workpackages

  9. Study sites Vistula delta plain Plymouth Soundto Exe estuary Elbe Estuary Scheldt Estuary Po delta and adjoining coast Gironde Santander Spit Varna spit

  10. THESEUS products • THESEUS software for defence planning strategies • THESEUS guidelines • Dissemination of results: risk communication implementation of EU Flood directive

  11. Decision Support System THESEUS kick-off meeting, Venice, December 9-11, 2009

  12. GB Site Team Richard Thompson Edmund Penning Rowsell Rob Nichols Dominic Reeve Simon Hoggart Raul Gonzalez Dave Simmonds Andrew Fox Shunqi Pan

  13. Study site : Teign Estuary

  14. SPRC methodology

  15. Offshore total sea level (TSL) Offshore wave climate source Boundary element River discharge Wave climate link Coastal wave climate node TSL+velocity node Level+velocity link Beach

  16. Overtopping inside estuary Mid-term conditions (2040-2069)

  17. Flood maps (present conditions – RP 1/200)

  18. Flood maps (mid-term conditions – RP 1/200)

  19. Flood maps (long-term conditions – RP 1/200)

  20. Habitat Map

  21. Habitat Teign Estuary Interaction between sea level rise and topography and the potential implications for habitat types. Sections A, B and C represent different hypothetical habitat types. Scenario 1 shows no change in area for each habitat type under an elevated sea level. Scenario 2 shows that the area for all habitat types is reduced under an elevated sea level. Scenario 3 shows that the area of habitat type C is increased under elevated an elevated sea level.

  22. Ecological enhancement Shaldon flood defence scheme

  23. Socioeconomic Consequences Railway Area Mid-term conditions (2040-2069)

  24. Thank you for listening THESEUS kick-off meeting, Venice, December 9-11, 2009

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