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Combining Green-Blue-Grey Infrastructure For Flood Mitigation And Enhancement Of Co-Benfits

About The Besides the multiple benefits are quantified and their impact on helping GBI implementation are evaluated. Therefore the objective of this research is to help decision-makers to adopt adaptation strategies to cope with flood risk while achieving other benefits. A change of paradigm is needed to develop effective adaptation strategies. Thus appropriate flood risk management is crucial

Besides the multiple benefits are quantified and their impact on helping GBI implementation are evaluated.

This work contributes to enhance planning processes for flood mitigation combining green-blue-grey measures.

Finally the effects of including co-benefits on the selection of flood mitigation strategies and the trade-offs among cost and benefits are assessed.

Green-blue infrastructure (GBI) is a central concept to achieve adaptation to climate change.

Thus appropriate flood risk management is crucial.

A change of paradigm is needed to develop effective adaptation strategies.

.

Its main strength is the ability to deliver multiple benefits.

Although strong evidence exists demonstrating that GBI is a sustainable solution to reduce flooding its adoption is still slow.

A change of paradigm is needed to develop effective adaptation strategies.

Its main strength is the ability to deliver multiple benefits.

An increment of urban flood risk in many areas around the globe is expected accentuated due to climate change and urbanisation.

Conventional approaches focus on grey infrastructure which frequently do not address the root causes of risk.

This work contributes to enhance planning processes for flood mitigation combining green-blue-grey measures.

Therefore the objective of this research is to help decision-makers to adopt adaptation strategies to cope with flood risk while achieving other benefits.

Thus appropriate flood risk management is crucial.

This study provides a framework which introduces co-benefits into decision-making for stormwater infrastructure planning.

Finally the effects of including co-benefits on the selection of flood mitigation strategies and the trade-offs among cost and benefits are assessed.

.

Conventional approaches focus on grey infrastructure which frequently do not address the root causes of risk.

An increment of urban flood risk in many areas around the globe is expected accentuated due to climate change and urbanisation.

This study provides a framework which introduces co-benefits into decision-making for stormwater infrastructure planning.

It provides tools and knowledge to facilitate holistic decision-making in order to ensure safe and liveable urban spaces for current and future conditions.

Although strong evidence exists demonstrating that GBI is a sustainable solution to reduce flooding its adoption is still slow.

Besides the multiple benefits are quantified and their impact on helping GBI implementation are evaluated.

Green-blue infrastructure (GBI) is a central concept to achieve adaptation to climate change.

It provides tools and knowledge to facilitate holistic decision-making in order to ensure safe and liveable urban spaces for current and future conditions.

Therefore the objective of this research is to help decision-makers to adopt adaptation strategies to cope with flood risk while achieving other benefits

An increment of urban flood risk in many areas around the globe is expected accentuated due to climate change and urbanisation. Thus appropriate flood risk management is crucial. Conventional approaches focus on grey infrastructure which frequently do not address the root causes of risk. A change of paradigm is needed to develop effective adaptation strategies. Green-blue infrastructure (GBI) is a central concept to achieve adaptation to climate change. Its main strength is the ability to deliver multiple benefits. Although strong evidence exists demonstrating that GBI is a sustainable solution to reduce flooding its adoption is still slow. Therefore the objective of this research is to help decision-makers to adopt adaptation strategies to cope with flood risk while achieving other benefits. This study provides a framework which introduces co-benefits into decision-making for stormwater infrastructure planning. Besides the multiple benefits are quantified and their impact on helping GBI implementation are evaluated. Finally the effects of including co-benefits on the selection of flood mitigation strategies and the trade-offs among cost and benefits are assessed. This work contributes to enhance planning processes for flood mitigation combining green-blue-grey measures. It provides tools and knowledge to facilitate holistic decision-making in order to ensure safe and liveable urban spaces for current and future conditions.

Combining Green-Blue-Grey Infrastructure For Flood Mitigation And Enhancement Of Co-Benfits

An increment of urban flood risk in many areas around the globe is expected accentuated due to climate change and urbanisation. Thus appropriate flood risk management is crucial. Conventional approaches focus on grey infrastructure which frequently do not address the root causes of risk. A change of paradigm is needed to develop effective adaptation strategies. Green-blue infrastructure (GBI) is a central concept to achieve adaptation to climate change. Its main strength is the ability to deliver multiple benefits. Although strong evidence exists demonstrating that GBI is a sustainable solution to reduce flooding its adoption is still slow. Therefore the objective of this research is to help decision-makers to adopt adaptation strategies to cope with flood risk while achieving other benefits. This study provides a framework which introduces co-benefits into decision-making for stormwater infrastructure planning. Besides the multiple benefits are quantified and their impact on helping GBI implementation are evaluated. Finally the effects of including co-benefits on the selection of flood mitigation strategies and the trade-offs among cost and benefits are assessed. This work contributes to enhance planning processes for flood mitigation combining green-blue-grey measures. It provides tools and knowledge to facilitate holistic decision-making in order to ensure safe and liveable urban spaces for current and future conditions.

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Combining Green-Blue-Grey Infrastructure For Flood Mitigation And Enhancement Of Co-Benfits
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An increment of urban flood risk in many areas around the globe is expected accentuated due to climate change and urbanisation. Thus appropriate flood risk management is crucial..

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