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77m

65m

86m

11m

8m

93m

11m

6m

90m

86m

12m67m

89m

11m

95m

110 m

106m

99m

85m

13m

10m

10m

73m

9m

7

5

7

5

75

75

75

7 5

75

7 5

75

75

100

75

75

75

100

75

50

100

75

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50

75

75

50

75

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Cap a

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Caparica

Costa Da Capar ica

CaparicaP ragal

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C apa

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Char neca De Cap ar ica

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Santo Antónioda Caparica

Terrasda Costa

RaposeiraSão

João da Caparica

Boca doGrilo

Bairrodo SegundoTorrão

PoçoNovo

Quintado Abílio

Bateriada Fonteda Telha

Marinha, Min istry of Defence - Lisboa P. O. L .-N. A . T. O. Depot

(Abandoned)Sector00

SectorA

SectorB

SectorC

SectorD

SectorE

SectorF

SectorG

SectorH

SectorI

SectorJ

SectorK

SectorL

SectorM

SectorN

SectorO

SectorP

Source : Esri, D ig ita lGlobe , GeoEye, Ea rth sta r Geo gra phics, CNES/Airbus DS, USDA, USGS, AeroGRID , IGN, and t he GIS User Comm unity

477500

477500

480000

480000

482500

482500

485000

485000

4267

500

4267

500

4270

000

4270

000

4272

500

4272

500

4275

000

4275

000

4277

500

4277

500

4280

000

4280

000

9°10 '0"W

9°10 '0"W

9°12 '0"W

9°12 '0"W

9°14 '0"W

9°14 '0"W

9°16 '0"W

9°16 '0"W

38°4

0'0"N

38°4

0'0"N

38°3

8'0"N

38°3

8'0"N

38°3

6'0"N

38°3

6'0"N

38°3

4'0"N

38°3

4'0"N

Paço DeArcos Almada

Caparica

Charneca De

Caparica

Costa DaCaparica

Feijó

Pragal

Sobreda

Trafaria

Aldeia DePaio Pires

Amora Arrentela

Corroios

FernãoFerro

QuintaDo Conde

Sesimbra(Castelo)

São Lourenço

Costa da Caparica, Setúbal - PORTUGAL

FLOOD HAZARD METHODOLOGY #1 Map - Overview - A1

Glide Number: (N/A)

Activation ID: EM SN-034Product N .: Flood Hazard #1, v1, English

Production date: 26/05/2017Cartographic Information

Full color A1, low resolution (100 dpi)

Legend

Map Information Data Sources

Dissemination/Publication

DisclaimerMap ProductionImage layer (pre-event): Aerial CROA10 © (2015) courtesy of Direção-Geral do Território (DGT), Portugal(acquired on 17/02/2015, 0.1m, 0% cloud coverage).Vector layers: Transportation network, hydrography, populated places primary source is OpenStreetMap ©OpenStreetMap Contributors duly updated using CROA10 pre-event imagery. Points of Interest from OSMwere complemented with Wikimapia, Google Earth and Google Maps. Contour lines, land water boundary,elevation spot points and cliffs are derived from fused EMSN034 DTM product. Municipalities, CAOP 2015.Inset maps: Administrative boundaries (GADM 2015).

Detailed mapping of the coast of Caparica (Costa Da Caparica) in Setúbal, Portugal.The core user of the map is Autoridade Nacional Proteção Civil (ANPC). The potential additional userof the map is any other administration involved in urban planning.The scope of the map production is to generate a pre-disaster situation analysis to provide thematicinformation supporting planning for contingencies in vulnerable coastal areas along with a Europeanframework directive on the assessment and management of the f lood risk (2007/60/EC). Riskassessment products: exposure, vulnerability and risk maps and modelling scenarios for populationand assets concerning coastal flood by storm surges and coastal erosion hazards.

Map products are available in the Copernicus EMS Portal at the following URL:http://emergency.eu/mapping/list-of/components/EMSN034.Delivery formats are GeoPDF and GeoJPEG and vectors.No restrictions on the publication of the mapping apply.All products are © of the European Union.

The products elaborated in the framework of current mapping in Risk and Recovery mode activationare realized to the best of our ability, optimising the available data and information. All geographicinformation has limitations due to scale, resolution, date and interpretation of the original datasources. The products are compliant with Copernicus EMS Risk and Recovery Product Portfoliospecif ications.

The flood hazard map (Methodology #1) was designed computing the different components thatcontribute to total water level during a storm: barometric setup, wind setup, wave setup and astronomicaltide, plus a component of sea level rise to account for future climate change. Each component wascalculated on each sector of the AOI by using empirical formulations published in the scientific literature.The data necessary as input for the formulations (wave height, wind speed, tide height, sea level rise)were provided by JRC at five different probability scenarios, from frequent (5 years return period) toimprobable (100 years return period). The slope of the beach and the artificial protection structures,needed as input for the formulations, was extracted from the fused DTM. The resulting total sea levelelevations were overlapped on the fused DTM following a bathtube approach and considering possibleflood pathways, and the limits of the flood extent were digitized.All satellite images have been radiometrically enhanced and georeferenced.The estimated geometric accuracy of this product is 0.5m CE90 or better, from native positional accuracyof the background image.The estimated thematic accuracy of this product is 80% or better, as it is based on visual interpretation ofrecognizable items on very high resolution optical imageryOnly the area enclosed by the Area of Interest has been analysed.

1:22,000

Grid: WGS 1984 Zone 34 N map coordinate systemTick marks: WGS 84 geographical coordinate system

Coastal flood risk analysis for population and assets - 2016

±0 0.55 1.1 1.65 2.20.275Km

ContactMap produced on 26/05/2017 by Indra Sistemas S.A. and University of Cádiz (UCA) under contract259811 with the European Commission. All products are © of the European Commission.Name of the release inspector (quality control): Indra Sistemas S.A.E-mail: gio-ems-nonrush@jrc.ec.europa.eu http://emergency.copernicus.eu/mapping

A t l a n t i c O c e a n

Transportation NetworkAP030 - Road, PrimaryAP030 - Road, SecondaryAP030 - Road, LocalAP010 - Cart TrackAP050 - Trail LineAN010 - Railway Line

Physiography#7 CA030 - Elevation Spot

CA010 - Index ContourDB010 - Steep Terrain Face

Population"/ AL020 - BUA (P), 3rd Order"/ AL020 - BUA (P), 5th Order

AL260 - Wall/AL070 - Fence

HydrographyBA010 - Land Water BoundaryBH140 - RiverBH030 - Ditch

Points of InterestH Helipad< Fire brigade

cca Police

I- Information!M Military!0 Shelter ChurchI" Post office"8 Public/Community centre

!ò Town hall

!n Schooln{ Library

"; Museum

!H Gas station"J HotelÆQ Camp siteIA Parking Lot"U Bus station

"X Tram stop[k Park"ø÷) Sports centreø÷ Sports ground

'c Communication station

% Communication Tower

% Tower

% Water tower, Storage tank

Boundaries Municipalities Beach sectors AOI RRM

Relevant date and time records (UTC)EventActivation

201621/04/2017

AOI Name 01 Costa da Caparica 2250 hectaresCommon RRM Area

Spain

France

MoroccoAlgeria

PortugalFlood Hazard Extent (Methodology #1)Maximum sea level elevation per return period - T

T=5 years - Frequent T=10 years - ProbableT=25 years - OccasionalT=50 years - RemoteT=100 years - Improbable

Algorithm Beach Sector Frequent Probable Occasional Remote Improbable

Sandy0 4.29 4.6 5.07 5.88 7.34

0 0 4.79 5.14 5.66 6.54 8.21A 5.26 5.65 6.21 7.16 9.03

Artificial Defenses

B 5.38 5.77 6.35 7.31 9.24C 5.14 5.52 6.07 7 8.82D

4.91 5.27 5.8 6.7 8.42EF 4.58 4.92 5.42 6.27 7.86G 4.61 4.94 5.44 6.3 7.9H 4.91 5.27 5.8 6.7 8.42I 4.8 5.15 5.67 6.55 8.23

Sandy

J 4.3 4.62 5.09 5.9 7.37K 4.32 4.63 5.11 5.92 7.4L 4.08 4.39 4.84 5.62 7M 4.57 4.9 5.4 6.25 7.83N 5 5.36 5.9 6.81 8.58O 4.81 5.16 5.68 6.56 8.25P 5.13 5.5 6.06 6.98 8.8Q 5.91 6.33 6.96 7.99 10.14

Total value of sea level elevation (SLE, in metres) in each beach sector and for all the scenarios: