Add to ORKGIn existing urban areas the drainage systems can be retrofitted in order to address flooding and water quality problems. In this study, the installation of green roofs is assumed as hypothetic retrofitting scenario according to a sustainable storm water mitigation strategy for a selected urban catchment. The modelling is undertaken using EPA SWMM; the simulations are performed over a continuous simulation of 26-years of rainfall records. The modelling results point out that the retrofitting scenario contributes to the storm water runoff mitigation mainly in terms of volume and peak reduction
The rapid urbanization and industrialization involve an unsustainable use of natural systems, leadin...
The increase of impervious surfaces in an urban basin raises a number of environmental issues. Incre...
The rapid urbanization and industrialization involve an unsustainable use of natural systems lead to...
This chapter describes research demonstrating how to assess whether to retrofit with a green roof to...
\u2022 Continuous simulation is performed using 26-years of rainfall records using EPA SWMM \u2022 ...
This chapter describes research demonstrating how to make an assessment of whether to retrofit with ...
Green roofs are increasingly used as sustainable urban drainage system due to their positive impact ...
In an existing urban environment, retrofitting low impact development (LID) solutions can provide an...
Green roofs are where a roof of a building is partially covered with vegetation which acts as a mean...
International audienceAt the building scale, green roof has demonstrated a positive impact on urban ...
Urbanization process is rapidly converting forested areas and grasslands to residential, commercial,...
International audienceExperimental green-roof rainfall–runoff observations have shown a positive imp...
© 2014 WIT Press. With the increasing densification in urban settlements the economic and social dis...
This project evaluates green roofs as a stormwater management tool. The goal of the project is to de...
Low-impact development (LID) comprises a broad spectrum of stormwater management technologies for mi...
The rapid urbanization and industrialization involve an unsustainable use of natural systems, leadin...
The increase of impervious surfaces in an urban basin raises a number of environmental issues. Incre...
The rapid urbanization and industrialization involve an unsustainable use of natural systems lead to...
This chapter describes research demonstrating how to assess whether to retrofit with a green roof to...
\u2022 Continuous simulation is performed using 26-years of rainfall records using EPA SWMM \u2022 ...
This chapter describes research demonstrating how to make an assessment of whether to retrofit with ...
Green roofs are increasingly used as sustainable urban drainage system due to their positive impact ...
In an existing urban environment, retrofitting low impact development (LID) solutions can provide an...
Green roofs are where a roof of a building is partially covered with vegetation which acts as a mean...
International audienceAt the building scale, green roof has demonstrated a positive impact on urban ...
Urbanization process is rapidly converting forested areas and grasslands to residential, commercial,...
International audienceExperimental green-roof rainfall–runoff observations have shown a positive imp...
© 2014 WIT Press. With the increasing densification in urban settlements the economic and social dis...
This project evaluates green roofs as a stormwater management tool. The goal of the project is to de...
Low-impact development (LID) comprises a broad spectrum of stormwater management technologies for mi...
The rapid urbanization and industrialization involve an unsustainable use of natural systems, leadin...
The increase of impervious surfaces in an urban basin raises a number of environmental issues. Incre...
The rapid urbanization and industrialization involve an unsustainable use of natural systems lead to...