Copernicus EU

Copernicus EU www.copernicus.eu

Copernicus EU

C o p e r n i c u s E m e r g e n c y M a n a g e m e n t S e r v i c e f o r R i s k p l a n n i n g a n d R e c o v e r y

Copernicus Emergency Management Service

Copernicus

C o p e r n i c u s E M S - c o m p o n e n t s

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EmergencyManagementEmergency

ManagementThree types of map are provided by the EMS Risk & Recovery Mapping Service:

• Reference maps provide a comprehensive and updated knowledge of the territory andrelevant assets in a disaster risk reduction context

• Pre-disaster situation maps provide thematic information supporting planning forcontingencies on vulnerable areas. Examples include hazard exposure, vulnerability,resilience, risk status, evacuation plans and modelling scenarios

• Post-disaster situation maps provide thematic information in support of post-disasteractivities such as reconstruction planning and progress monitoring. Examples includepost-disaster needs assessment, recovery plans, reconstruction/rehabilitationmonitoring, including Internally Displaced Persons (IDP) and refugee camps monitoring

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M a p T y p e s

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R e f e r e n c e M a p

Legend

Typ

ical

key

fea

ture

s

Hydrology Transport Population-related

(incl. Industry &

Utilities)

Land cover &

Physiography

Rivers Railways Toponyms Woodland

Canals Roads Administrative Natural vegetation

Lakes Cart tracks boundaries Cropland

Reservoirs Bridges Built-up areas Grassland

Open Water River crossing Settlements Scrub

Shorelines points Processing / Bare soil

Dams Airfields industrial plants Snow/Ice

Wells Runways Pipelines Floodplains

Ponds Ports Power lines Void Areas

Power stations Contours, spot

heights

Cliffs

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P r e - D i s a s t e r S i t u a t i o n M a p

Legend

Ap

plic

atio

n e

xam

ple

s

• Hazard exposure• Vulnerability and resilience of

buildings or people• Risk status for population and assets• Evacuation plan• Probabilistic risk assessment based

on likely hazards

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P o s t - D i s a s t e r S i t u a t i o n M a p

Legend

Ap

plic

atio

n e

xam

ple

s

• Changes of Vulnerability and resilience of urban settlements

• Risk status for new assets• Post-disaster needs assessment• Recovery plans• Reconstruction/rehabilitation

monitoring

EmergencyManagementEmergency

Management• The Risk and Recovery Mapping service has been activated 33 times since thebeginning of the service

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R R M : T h e S e r v i c e s i n c e 2 0 1 2

2012

• Member states triggering, since 2012 are:Greece, Portugal, Germany. Many activationwere triggered by DG JRC, DG ECHO orassociated users

• A call for Expression of Interest waslaunched on March 2017 (closed on 30April), addressing global stakeholders in thefield of disaster management and civilprotection and members of NGO’s workingin the humanitarian field, resulting in ansignificant increase in activation number

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H o w t o a c c e s s t h e R R M S e r v i c e

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• The Service can be directly activated by nominated Authorised Users (AU)

• Entities which are not Authorised Users and who wish to activate the Mapping service must contact their National Focal Point or contact the ERCC

• All Commission Services and the European External Action’s Situation room are Authorized Users

• The AU must fill the Services Request Form (SRF) and send by e-mail to the ERCC

Contact ERCC atecho-ercc@ec.europa.euif you want to activate the EMS mapping

More information on the Mapping service atwww.emergency.copernicus.eu/mapping

EmergencyManagementEmergency

Management• After receipt of Technical Annex the Service Providers (SP) have the

following deadlines:

– 7 working days for questions

– 10 working days for sending an offer

– JRC: evaluation(3days), preparation of contract (5days)

– SP: 20working days from contract signature

T i m e l i n e s s

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7 d questions

10 d proposal preparation3 d JRC

evaluation

5 d contractpreparation

20 d map compilation

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• Typical example of product delivery (forest fire in Portugal)

D e l i v e r y p a c k a g e

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Product number Type of product Product name Scale No of maps

1 Pre-event maps Rference 1:10.0001:15.000

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2 LULC 11

3 Post event maps Forest firedelineation and grading

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4 Erosion risk 11

5 Landslide risk 11

6 Loss assessment 1:10.0001:20.000

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csv and metadata

Geodatabase (gdb)

Final report

Field work results

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• Forest fires

➢ Erosion risk maps , land slide risk maps, bio-mass losses

• Humanitarian aid

➢ Population density estimates and land use database

➢ Environmental degradation around refugee camps

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R R M : S o m e e x a m p l e s

• Floods

➢ Bolivia : vulnerability maps

• Earthquake reconstructionmonitoring in Haiti

• Risk assessments for earthquake preparedness, mitigations, etc..

Nepal

This map of Rio Mamore, Bolivia, highlight the existing and proposed measures for flood defense and was delivered as part of a series of maps dealing with pre-disaster preparedness and vulnerability analysis in the region

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E M S N 0 2 4 : B a s i c E u r o p e a n A s s e t s M a p

➢ The target of the activation is to generate a detailed asset-map for Germany, expressing values inEURO/m2. Assets have been shown not only as cumulative layer of different types of assets (e.g. privatehouseholds, industry, commerce, vehicles, agriculture, etc.), but as accessible single contributing layers aswell, each of them expressing its value in EURO/m2

➢ Intended use of the maps is to contribute to the national risk assessment in Germany. It is a highlyappreciated product as input for multi-risk and vulnerability maps

➢ The geographic extent covers the national territory of Germany

This RRM activation has been requested by the BBK (Bundesamt fuerBevoelkerungsschutz und Katastrophenhilfe), Federal Office of Civil Protection and Disaster Assistance

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E M S N 0 2 4 : B a s i c E u r o p e a n A s s e t s M a p

Legend

• BEAM – Basic European Assets Map has beenprovided over the whole territory of Germany

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E M S N 0 2 1 : E a r t h q u a k e r i s k a s s e s s m e n t A u s t r i a – P l a n n i n g a n d R e c o v e r y

➢ Austria is situated in a region of low to moderate seismic hazard, reported as 10% probability of groundmotion exceeding 0‐1‐0.2 g PGA (Peak ground acceleration) in 50 years (2013‐2063). Despite this moderatehazard levels the current estimation of seismic risk is high

➢ The service implementation, refers to the analysis of the potential impact of earthquake activity including anumber of secondary hazards, namely:• Landslide prone areas in built‐up areas• Flood Risk originating from upstream blocked rivers• Industrial Accidents

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E M S N 0 2 1 : E X P O S U R E ( P o p u l a t i o n )

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Legend➢ Population exposure is

realized in grid format of 500m, calculating the population density per grid cell

➢ Seismic hazard and population exposure mapping depicts the population density in grid format categorized in five different classes (Very Low, Low, Medium, High, and Very High)

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E M S N 0 2 1 : V u l n e r a b i l i t y

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➢ Estimation of buildings' vulnerability

➢ Assessment of the seismic vulnerability of electrical, gas and oil utilities network

➢ The vulnerabilities have been classified in five different categories (very low, low, medium, high, very high)

Legend

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E M S N 0 2 2 : B u l g a r i a : P o s t - d i s a s t e r a n a l y s i s

➢ The objective of the activation is to provide Post Disaster assessment of the key dynamics of the 2014flood in the area and the resulted damages (sectorial), to elaborate Risk Assessment products and topropose Mitigation Measures

➢ The area analyzed is the Mizia town (Vratsa region), falling in the Skat River Basin, where significant surfacerun‐off occurred in 2014 as a consequence of heavy precipitations registered from 31 July to 2 August 2014(70 up to 220 mm. almost as much as 50%of the average annual precipitation within the Danube plain)

GLIDE NUMBER: F L - 2 0 1 4 - 0 0 0 1 1 3 - B G R

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E M S N 0 2 2 : P o p u l a t i o n a t R i s k - V r a t s a

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➢ Standard (aggregation) GIS techniques were applied at the census data layer, to produce information on population at district, community & block levels

➢ Assets at risk identifiedfocussing on population and infrastructures

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R R M a c t i v i t i e s i n S w e d e n

• 3 RRM activations, 1 accepted

• Mapping possible oil spill

Client: Västerås municipalityDate: 2011-01-11Event: Possible Oil spillType: Non Rush ModeResponse: Accepted

Client: Haparanda municipalityDate: 2013-06-12Event: Possible Oil spillType: Non Rush ModeResponse: Not accepted

Client: Eskilstuna municipalityDate: 2012-04-27Event: Possible Oil spillType: Non Rush ModeResponse: Not accepted

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R R M – r e l e v a n t t h e m a t i c f o r S w e d e n

• Risk assessment

– Flood

– Forest fire

– Oil spill

– Transportation at risk (landslide, avalanche)

• Basic European Assets Map for Sweden

• Climate vulnerability

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• Mapping drought in South East Sweden

• Water Scarcity

– Limited access to water

– Ban on watering plants and crops

• Estimated basin storage

• Radar analysis from helicopter.

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A c t i v a t i o n r e q u e s t s :

• Visit the Swedish Copernicus EMS website:

– https://gisapp.msb.se/apps/kartportal/CopernicusEMS/1index.html

– For questions or an activation request please contact:

MSB via Phone: 0771- 240 240 or email: gis@msb.se

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C o n t a c t

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To access the Copernicus EMS Risk & Recovery Mapping Portal go to

http://emergency.copernicus.eu/mapping

To navigate and view the RRM activations go to http://emergency.copernicus.eu/mapping/list-of-

activations-risk-and-recovery