Retrofitting of urban areas: climate proof for the same cost

Jeroen Kluck; L. Kleerekoper; Floris Boogaard; Jonathan Tipping

Retrofitting of urban areas: climate proof for the same cost

Jeroen Kluck, L. Kleerekoper, Floris Boogaard, Jonathan Tipping

University of Amsterdam

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Due to climate change the frequency of extreme precipitation is set to increase. To reduce the risk of damage, Dutch municipalities will need to retrofit the urban areas in a climate resilient (CR) way. To justify this investment, they need evidence for the possibilities of CR urban street designs and insight into the costs. For characteristic Dutch typologies of urban residential areas we have investigated how to retrofit the urban area. For 10 cases we designed alternatives of street lay-outs and determined the life cycle costs and benefits. This showed that most flat Dutch urban typologies can easily be retrofitted in a CR way without additional costs (compared to the standard designs).

Originele taal-2	English
Pagina's	720-724
Status	Published - sep. 2017
Evenement	14th IWA/IAHR international conference on urban drainage (ICUD) - Praque, Czech Republic Duur: 10 sep. 2017 → 15 sep. 2017

Conference

Conference	14th IWA/IAHR international conference on urban drainage (ICUD)
Land/Regio	Czech Republic
Stad	Praque
Periode	10/09/17 → 15/09/17

Keywords

klimaatverandering
stedelijke gebieden

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title = "Retrofitting of urban areas: climate proof for the same cost",

abstract = "Due to climate change the frequency of extreme precipitation is set to increase. To reduce the risk of damage, Dutch municipalities will need to retrofit the urban areas in a climate resilient (CR) way. To justify this investment, they need evidence for the possibilities of CR urban street designs and insight into the costs. For characteristic Dutch typologies of urban residential areas we have investigated how to retrofit the urban area. For 10 cases we designed alternatives of street lay-outs and determined the life cycle costs and benefits. This showed that most flat Dutch urban typologies can easily be retrofitted in a CR way without additional costs (compared to the standard designs).",

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AU - Kluck, Jeroen

AU - Kleerekoper, L.

AU - Boogaard, Floris

AU - Tipping, Jonathan

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N2 - Due to climate change the frequency of extreme precipitation is set to increase. To reduce the risk of damage, Dutch municipalities will need to retrofit the urban areas in a climate resilient (CR) way. To justify this investment, they need evidence for the possibilities of CR urban street designs and insight into the costs. For characteristic Dutch typologies of urban residential areas we have investigated how to retrofit the urban area. For 10 cases we designed alternatives of street lay-outs and determined the life cycle costs and benefits. This showed that most flat Dutch urban typologies can easily be retrofitted in a CR way without additional costs (compared to the standard designs).

AB - Due to climate change the frequency of extreme precipitation is set to increase. To reduce the risk of damage, Dutch municipalities will need to retrofit the urban areas in a climate resilient (CR) way. To justify this investment, they need evidence for the possibilities of CR urban street designs and insight into the costs. For characteristic Dutch typologies of urban residential areas we have investigated how to retrofit the urban area. For 10 cases we designed alternatives of street lay-outs and determined the life cycle costs and benefits. This showed that most flat Dutch urban typologies can easily be retrofitted in a CR way without additional costs (compared to the standard designs).

KW - climate adaptation

KW - water management

KW - urban typologies

KW - klimaatverandering

KW - stedelijke gebieden

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ER -

Retrofitting of urban areas: climate proof for the same cost

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Keywords

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