• Green roofs and permeable pavements are the LIDs selected as resilience measures within the urban catchment: 4 percentage of EIA in the range of 5 and 36 % of the catchment area are simulated; • The climate change is evaluated by using the Climate Change Factor in the range 1.05 and 1.20 since the 20%-increase of the rainfall intensity for the study of concern is supposed to be reasonable; • The installation of LIDs partially compensates the impact of the expected increase of rainfall intensities in the design event: the 36% conversion scenario is resilient for both the peak and volume.
ANALYZING THE RESILIENCE OF A SUSTAINABLE URBAN CATCHMENT TO CLIMATE CHANGE EFFECTS
palla a.;gnecco i.
2016-01-01
Abstract
• Green roofs and permeable pavements are the LIDs selected as resilience measures within the urban catchment: 4 percentage of EIA in the range of 5 and 36 % of the catchment area are simulated; • The climate change is evaluated by using the Climate Change Factor in the range 1.05 and 1.20 since the 20%-increase of the rainfall intensity for the study of concern is supposed to be reasonable; • The installation of LIDs partially compensates the impact of the expected increase of rainfall intensities in the design event: the 36% conversion scenario is resilient for both the peak and volume.
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