LC 00223: verschil tussen versies

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Regel 1: Regel 1:
Layer 3 looks at how the consequences of floods can be mitigated by preparing for adequate responses to a flood event. Measures include flood warning systems, disaster management and evacuation/rescue plans, and managing a flood when it occurs by taking last call emergency measures (e.g. sand bags).
Layer 3 looks at how the consequences of floods can be mitigated by preparing for adequate responses to a flood event. Measures include flood warning systems, disaster management and evacuation/rescue plans, and managing a flood when it occurs by taking last call emergency measures (e.g. sand bags). If you click {{Internal link|link=LC_00289|name=here}} you can read more about layer 3.
 
Listed below are the tools used in layer 3 by the FRAMES pilots. When available, we provide links to documents or external sites where the tool is explained in more detail.


{| class="wikitable"
{| class="wikitable"
!Name of tool
!Name of tool
!Main objective
!Description
!Description
!Applied in pilot
!Applied in pilot
|-
|-
|Risk label method
|{{External link|resource=Resource Hyperlink 00791|name=Climate Change Risk and Impact Assessment|dialog=process-linkwebsite-dialog}} (CCRiA)
|The Risk label method is a  hazard-risk based approach used to analyse/map the risk of electricity assets in case of a flooding.
|Assessment of climate risk.
|{{Internal link|link=FR PLT PR 00006|name=Electricity Grid Zeeland|dialog=process-linkpage-dialog}}
|A tool to better understand the impacts of climate change on key sectors and motivate action. To this end, the KCC has reviewed the existing UK Climate Change Risk Assessment (CCRA).  
|{{Internal link|link=FR PLT PR 00005|name=Kent|dialog=process-linkpage-dialog}}
|-
|{{Internal link|link=PR 00274|name=Decision Support System|dialog=process-linkpage-dialog}} (DSS) for MLS
|This tool provides insight in MLS resilience measures and how these possibly influence other systems.
|HZ University integrated the findings from all the FRAMES pilots and identified policy actions to support the development of diversified strategies for flood resilience.
|Results from all FRAMES pilots were integrated into this tool
|-
|-
|Community  based approach / participation approach
|Community  based approach / participation approach
|Approach to include those affected as key partners in developing strategies related to their assistance and protection.
|Collect data with emphasis on participation from the community.
|Approach to include those (potentially) affected as key partners in developing strategies related to their assistance and protection.  
|{{Internal link|link=FR PLT PR 00006|name=Electricity Grid Zeeland|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00011|name=Denderleeuw|dialog=process-linkpage-dialog}}, {{Internal link|link=FR_PLT_PR_00015|name=Geraardsbergen|dialog=process-linkpage-dialog}}, {{Internal link|link=FR_PLT_PR_00010|name=Ninove|dialog=process-linkpage-dialog}},  {{Internal link|link=FR_PLT_PR_00014|name=Assens|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00007|name=Roskilde|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00008|name=Velje|dialog=process-linkpage-dialog}}
|{{Internal link|link=FR PLT PR 00006|name=Electricity Grid Zeeland|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00011|name=Denderleeuw|dialog=process-linkpage-dialog}}, {{Internal link|link=FR_PLT_PR_00015|name=Geraardsbergen|dialog=process-linkpage-dialog}}, {{Internal link|link=FR_PLT_PR_00010|name=Ninove|dialog=process-linkpage-dialog}},  {{Internal link|link=FR_PLT_PR_00014|name=Assens|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00007|name=Roskilde|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00008|name=Velje|dialog=process-linkpage-dialog}}
|-
|-
|{{External link|resource=Resource Hyperlink 00495|name=Dynamic  Adaptive Policy Pathways (DAPP) approach|dialog=process-linkwebsite-dialog}}
|{{External link|resource=Resource Hyperlink 00495|name=Dynamic  Adaptive Policy Pathways (DAPP) approach|dialog=process-linkwebsite-dialog}}
|"The Dynamic Adaptive Policy Pathways (DAPP) approach aims to support the development of an adaptive plan that is able to deal with conditions of deep uncertainties. "
|Use when developing adaptive plans for the future.
|The Dynamic Adaptive Policy Pathways (DAPP) approach, developed by Deltares and TU Delft, aims to support the development of an adaptive plan that is able to deal with conditions of deep uncertainties.  
|All pilots in Denmark,  {{Internal link|link=FR_PLT_PR_00014|name=Assens|dialog=process-linkpage-dialog}}, {{Internal link|link=FR_PLT_PR_00008|name=Vejle|dialog=process-linkpage-dialog}} and {{Internal link|link=FR_PLT_PR_00007|name=Roskilde|dialog=process-linkpage-dialog}}, applied an adapted version of this tool.
|All pilots in Denmark,  {{Internal link|link=FR_PLT_PR_00014|name=Assens|dialog=process-linkpage-dialog}}, {{Internal link|link=FR_PLT_PR_00008|name=Vejle|dialog=process-linkpage-dialog}} and {{Internal link|link=FR_PLT_PR_00007|name=Roskilde|dialog=process-linkpage-dialog}}, applied an adapted version of this tool.
|-
|-
|{{External link|resource=Resource Hyperlink 00626|name=Severe Weather Impacts Monitoring System - SWIMS tool|dialog=process-linkwebsite-dialog}}
|Evacuation traffic model
|The Severe Weather Impacts Monitoring System (SWIMS) allows Kent partners to collect data about how the services provided them are affected during severe weather events. This data allows us to understand the impact of these weather events and to plan better for the future.
|Impact assessment
|All pilots in the  {{Internal link|link=FR_Country_00006|name=United Kingdom|dialog=process-linkpage-dialog}}
|Rijkswaterstaat has developed this model. It can be used by local authorities to make decisions about their evacuation plans.
|{{Internal link|link=FR PLT PR 00003|name=Sloe area|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00006|name=Flood proof electricity grid Zeeland|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00002|name=Reimerswaal|dialog=process-linkpage-dialog}}
|-
|{{Cite|resource=Bestand:Flood Resilience Rose 2 pager for project and pilot coordinators.pdf|name=Flood resilience rose (FRR)|dialog=process-file-dialog}}
|Analyze resilience to flooding.
|The Flood Resilience Rose developed by the University of Oldenburg is a self-assessment tool to analyze to systematically analyze and improve the resilience to flooding in an area through the implementation of the multi-layer safety approach.
|Researchers from the University of Oldenburg analyzed all pilots using this tool
|-
|-
|{{External link|resource=Resource Hyperlink 00628|name= none|dialog=process-linkwebsite-dialog}}
|Interviews with stakeholders
|The Adaptation Catalyst is a software tool designed to help overcome the ‘implementation gap’ in realizing adaptive capacity, to get from research and design to actual realization of measures.
|Collect data from stakeholders in the area.
|
|Interviewing stakeholders can result in more specific insights on their knowledge, perceptions, views and opinions on specific flood risk measures.
|{{Internal link|link=FR PLT PR 00007|name=Roskilde|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00003|name=Sloe area|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00009|name=Wesemarsch|dialog=process-linkpage-dialog}}
|-
|-
|{{Cite|resource=Bestand:Appendix b neighbourhood flood vulnerability index - final - uploaded 4june2017.pdf|name=The Neighbourhood Flood Vulnerability Index|dialog=process-file-dialog}}(NFVI)
|Landelijk Informatiesysteem Water en Overstromingen ({{Cite|resource=Resource Hyperlink 00723|name=LIWO|dialog=process-linkwebsite-dialog}})
|The NFVI gives insights into the social vulnerability of a neighbourhood if a flood should occur. It is a measure of the vulnerability of a community to the negative impacts of flooding.
|Information on water and floods in the Netherlands.
|
|National information system Water and Floods (Landelijk Informatiesysteem Water en Overstromingen) consists of layers of maps.
LIWO was developed specifically for Dutch professionals in preparation for excess of water and floods. Developed by Watermanagementcentrum Nederland (WMCN).
|{{Internal link|link=FR PLT PR 00003|name=Sloe area|dialog=process-linkpage-dialog}}
|-
|Mobile app, for instance {{External link|resource=Resource Hyperlink 00804|name=Katwarn|dialog=process-linkwebsite-dialog}}
|Risk communication.
|A mobile application (app) can be used as a Flood Threat Warning App and for instance include full integration within the risk communication program of the region. The app could also include  other identified natural risks of the area such as fires, droughts and extreme weather events.
|{{Internal link|link=FR PLT PR 00003|name=Sloe area|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00002|name=Reimerswaal|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00006|name=Flood Proof Electricity grid Zeeland|dialog=process-linkpage-dialog}},  {{Internal link|link=FR PLT PR 00009|name=Wesermarsch|dialog=process-linkpage-dialog}}
|-
|Multi-criteria analysis (MCA)
|Measure impacts of policies.
|“Multi-criteria analysis (MCA) is a complementary approach to cost-benefit analysis (CBA). It is a two-stage decision procedure. The first stage identifies a set of goals or objectives and then seeks to identify the trade-offs between those objectives for different policies or for different ways of achieving a given policy. The second stage seeks to identify the “best” policy by attaching weights (scores) to the various objectives.”
|{{Internal link|link=FR PLT PR 00008|name=Vejle|dialog=process-linkpage-dialog}} and {{Internal link|link=FR PLT PR 00014|name=Assens|dialog=process-linkpage-dialog}} performed an MCA as part of their adjusted DAPP approach
|-
|Research by design approach
|Collect data with emphasis on participation from the community.
|This approach  aims at uniting flood-prone citizens, private stakeholders and local/supra-local public actors in roundtables in order to find cross-sectoral solutions to common challenges.
|All pilots in {{Internal link|link=FR Country 00002|name=Belgium|dialog=process-linkpage-dialog}}
|-
|{{Cite|resource=Bestand:Risk label method EN.pdf|name=Risk label method|dialog=process-file-dialog}}
|Impact assessment: map the risks of electricity assets.
|The Risk label method is a hazard-risk based approach used to analyse/map the risk of electricity assets in case of a flooding considering direct and indirect failure (cascading effects) of the medium-voltage network. Developed by Nelen & Schuurmans, a consultancy firm. Results were discussed and validated during workshops with electricity gridexperts (Enduris, Evides, KPN and Delta) of the Flood Proof Electricity Grid pilot.
|{{Internal link|link=FR PLT PR 00006|name=Electricity Grid Zeeland|dialog=process-linkpage-dialog}}
|-
|{{Cite|resource=Bestand:Report 5.A School program.pdf|name=School programs|dialog=process-file-dialog}} to increase flood awareness
|Self-assessment tools for community resilience + communication.
|Increase the flood risk awareness of students, teachers and parents by visiting schools and playing educational games with the students.
|Pilots in {{Internal link|link=FR Country 00002|name=Belgium|dialog=process-linkpage-dialog}}: {{Internal link|link=FR_PLT_PR_00010|name=Ninove|dialog=process-linkpage-dialog}}, {{Internal link|link=FR_PLT_PR_00015|name=Geraardsbergen|dialog=process-linkpage-dialog}} and {{Internal link|link=FR PLT PR 00011|name=Denderleeuw|dialog=process-linkpage-dialog}}
|-
|Social media
|Communication and dissemination.
|To increase and improve the flood awareness and self-efficacy of citizens and organizations, social media channels are advised to be used: {{External link|resource=Resource Hyperlink 00801|name=YouTube|dialog=process-linkwebsite-dialog}} {{External link|resource=Resource Hyperlink 00802|name=Twitter|dialog=process-linkwebsite-dialog}}, Facebook, local press ({{External link|resource=Resource Hyperlink 00803|name=TV|dialog=process-linkwebsite-dialog}}, newspaper, magazines, radio), {{External link|resource=Resource Hyperlink 00797|name=websites,|dialog=process-linkwebsite-dialog}} newsletters, brochures, leaflets, events and meetings.
|All pilots
|-
|Severe Weather Impacts Monitoring System {{External link|resource=Resource Hyperlink 00626|name=(SWIMS)|dialog=process-linkwebsite-dialog}}
|Self-assessment tools for community resilience.
|The Severe Weather Impacts Monitoring System (SWIMS) allows Kent partners to collect data about how the services provided them are affected during severe weather events. This in turn will allow the identification of key areas and communities that are affected by flooding and other severe weather events and improve the management of those areas in line with MLS principles. It is a decision support and public tool for public organizations in emergency planning events.
SWIMS is available in the UK to local a
 
uthorities through the Climate Ready programme (in partnership with the Environment Agency, De
 
fra, LGA and
 
Climate UK).
|Kent improved this tool and is investigating the possibility of a wider roll-out as well as international use and expansion outside the emergency organization.
 
Kent shared this tool with partners locally and transnationally to support them in developing their own solutions.
|-
|{{Cite|resource=Bestand:20191126133808 190909stakeholder report diss.pdf|name=Stakeholder analysis|dialog=process-file-dialog}}
|Identify all stakeholders in the area.
|A stakeholder analysis will identify all actors along with their interests and potential issues who will have a role in MLS before engaging them in the process.
|All pilots
|-
|Surveys
|Collect data regarding perceptions and awareness of stakeholders.
|Surveys collect data about the perceptions and level of awareness of inhabitants, stakeholders, policy makers and organisations about (perceived) flood risk, flood preparedness and flood recovery.
|{{Internal link|link=FR PLT PR 00013|name=Butt Green Shield|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00012|name=Lustrum Beck|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00007|name=Roskilde|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00009|name=Wesermarsch|dialog=process-linkpage-dialog}}, {{Internal link|link=FR PLT PR 00003|name=Sloe area|dialog=process-linkpage-dialog}}
|-
|{{External link|resource=Resource Hyperlink 00782|name=Story Map Cascade|dialog=process-linkwebsite-dialog}}
|Self-assessment tools for community resilience,  dissemination  and communication.
|The Story Map Cascade, developed by ESRI, is a type of website which  aims to make rich layers of geographical information easily accessible and useful to both professionals and the wider public. As such, it can help disseminate the results to a wider audience and ensure durability of results beyond the lifetime of the project.
Story Map apps are open source.
|{{Internal link|link=FR PLT PR 00016|name=Medway|dialog=process-linkpage-dialog}}
|-
|Workshops
|Collect data from main stakeholders in the area.
|Workshop for and  with the main stakeholders of the area are organized. Each stakeholder provides information/ knowledge based on their expertise responsibility in flood risk management: crisis management, water management, technical knowledge (flood scenarios) and so on.
|All pilots
|}
|}
{{Light Context
{{Light Context
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|Supercontext=PR 00153
Regel 37: Regel 121:
|Sequence number=250001
|Sequence number=250001
|Context type=Situation
|Context type=Situation
|Heading=Layer 3: Preparation and Response
|Heading=Layer 3: Preparedness and response
|Show referred by=Nee
|Show referred by=Nee
|Referred by text=Hier wordt aan gewerkt of naar verwezen door:
|Referred by text=Hier wordt aan gewerkt of naar verwezen door:

Huidige versie van 13 jul 2020 om 10:21

Layer 3 looks at how the consequences of floods can be mitigated by preparing for adequate responses to a flood event. Measures include flood warning systems, disaster management and evacuation/rescue plans, and managing a flood when it occurs by taking last call emergency measures (e.g. sand bags). If you click here you can read more about layer 3.

Listed below are the tools used in layer 3 by the FRAMES pilots. When available, we provide links to documents or external sites where the tool is explained in more detail.

Name of tool Main objective Description Applied in pilot
Climate Change Risk and Impact Assessment (CCRiA) Assessment of climate risk. A tool to better understand the impacts of climate change on key sectors and motivate action. To this end, the KCC has reviewed the existing UK Climate Change Risk Assessment (CCRA). Kent
Decision Support System (DSS) for MLS This tool provides insight in MLS resilience measures and how these possibly influence other systems. HZ University integrated the findings from all the FRAMES pilots and identified policy actions to support the development of diversified strategies for flood resilience. Results from all FRAMES pilots were integrated into this tool
Community based approach / participation approach Collect data with emphasis on participation from the community. Approach to include those (potentially) affected as key partners in developing strategies related to their assistance and protection. Electricity Grid Zeeland, Denderleeuw, Geraardsbergen, Ninove, Assens, Roskilde, Velje
Dynamic Adaptive Policy Pathways (DAPP) approach Use when developing adaptive plans for the future. The Dynamic Adaptive Policy Pathways (DAPP) approach, developed by Deltares and TU Delft, aims to support the development of an adaptive plan that is able to deal with conditions of deep uncertainties. All pilots in Denmark, Assens, Vejle and Roskilde, applied an adapted version of this tool.
Evacuation traffic model Impact assessment Rijkswaterstaat has developed this model. It can be used by local authorities to make decisions about their evacuation plans. Sloe area, Flood proof electricity grid Zeeland, Reimerswaal
Flood resilience rose (FRR) Analyze resilience to flooding. The Flood Resilience Rose developed by the University of Oldenburg is a self-assessment tool to analyze to systematically analyze and improve the resilience to flooding in an area through the implementation of the multi-layer safety approach. Researchers from the University of Oldenburg analyzed all pilots using this tool
Interviews with stakeholders Collect data from stakeholders in the area. Interviewing stakeholders can result in more specific insights on their knowledge, perceptions, views and opinions on specific flood risk measures. Roskilde, Sloe area, Wesemarsch
Landelijk Informatiesysteem Water en Overstromingen (LIWO) Information on water and floods in the Netherlands. National information system Water and Floods (Landelijk Informatiesysteem Water en Overstromingen) consists of layers of maps.

LIWO was developed specifically for Dutch professionals in preparation for excess of water and floods. Developed by Watermanagementcentrum Nederland (WMCN).

Sloe area
Mobile app, for instance Katwarn Risk communication. A mobile application (app) can be used as a Flood Threat Warning App and for instance include full integration within the risk communication program of the region. The app could also include other identified natural risks of the area such as fires, droughts and extreme weather events. Sloe area, Reimerswaal, Flood Proof Electricity grid Zeeland, Wesermarsch
Multi-criteria analysis (MCA) Measure impacts of policies. “Multi-criteria analysis (MCA) is a complementary approach to cost-benefit analysis (CBA). It is a two-stage decision procedure. The first stage identifies a set of goals or objectives and then seeks to identify the trade-offs between those objectives for different policies or for different ways of achieving a given policy. The second stage seeks to identify the “best” policy by attaching weights (scores) to the various objectives.” Vejle and Assens performed an MCA as part of their adjusted DAPP approach
Research by design approach Collect data with emphasis on participation from the community. This approach aims at uniting flood-prone citizens, private stakeholders and local/supra-local public actors in roundtables in order to find cross-sectoral solutions to common challenges. All pilots in Belgium
Risk label method Impact assessment: map the risks of electricity assets. The Risk label method is a hazard-risk based approach used to analyse/map the risk of electricity assets in case of a flooding considering direct and indirect failure (cascading effects) of the medium-voltage network. Developed by Nelen & Schuurmans, a consultancy firm. Results were discussed and validated during workshops with electricity gridexperts (Enduris, Evides, KPN and Delta) of the Flood Proof Electricity Grid pilot. Electricity Grid Zeeland
School programs to increase flood awareness Self-assessment tools for community resilience + communication. Increase the flood risk awareness of students, teachers and parents by visiting schools and playing educational games with the students. Pilots in Belgium: Ninove, Geraardsbergen and Denderleeuw
Social media Communication and dissemination. To increase and improve the flood awareness and self-efficacy of citizens and organizations, social media channels are advised to be used: YouTube Twitter, Facebook, local press (TV, newspaper, magazines, radio), websites, newsletters, brochures, leaflets, events and meetings. All pilots
Severe Weather Impacts Monitoring System (SWIMS) Self-assessment tools for community resilience. The Severe Weather Impacts Monitoring System (SWIMS) allows Kent partners to collect data about how the services provided them are affected during severe weather events. This in turn will allow the identification of key areas and communities that are affected by flooding and other severe weather events and improve the management of those areas in line with MLS principles. It is a decision support and public tool for public organizations in emergency planning events.

SWIMS is available in the UK to local a

uthorities through the Climate Ready programme (in partnership with the Environment Agency, De

fra, LGA and

Climate UK).

Kent improved this tool and is investigating the possibility of a wider roll-out as well as international use and expansion outside the emergency organization.

Kent shared this tool with partners locally and transnationally to support them in developing their own solutions.

Stakeholder analysis Identify all stakeholders in the area. A stakeholder analysis will identify all actors along with their interests and potential issues who will have a role in MLS before engaging them in the process. All pilots
Surveys Collect data regarding perceptions and awareness of stakeholders. Surveys collect data about the perceptions and level of awareness of inhabitants, stakeholders, policy makers and organisations about (perceived) flood risk, flood preparedness and flood recovery. Butt Green Shield, Lustrum Beck, Roskilde, Wesermarsch, Sloe area
Story Map Cascade Self-assessment tools for community resilience, dissemination and communication. The Story Map Cascade, developed by ESRI, is a type of website which aims to make rich layers of geographical information easily accessible and useful to both professionals and the wider public. As such, it can help disseminate the results to a wider audience and ensure durability of results beyond the lifetime of the project.

Story Map apps are open source.

Medway
Workshops Collect data from main stakeholders in the area. Workshop for and with the main stakeholders of the area are organized. Each stakeholder provides information/ knowledge based on their expertise responsibility in flood risk management: crisis management, water management, technical knowledge (flood scenarios) and so on. All pilots























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