Creating A юааfloodюаб Resilient Indian ташsheherтащ Through Water Sensitive This paper introduces ufr research under three themes: (1) engineering design to enhance service delivery, (2) optimum resource use across the flood drought spectrum, and (3) flood risk management at the heart of urban planning and delivery. research is presented under five sub themes that cover resilience under change, stormwater as a resource. The useful lives of ageing grey assets by suppleme nting them with multi functional blue green infra . structure (bgi). this includes swales, rain gardens, green roofs, wetlands, restored urban.
Urban Flood Resilience Royal Society Water and sediment management benefits. controlling the water at source, slowing. improves water quality increasing extent and. conveyance, attenuation and storage = reduce flood risk. limit flows entering man made drainage systems. improves resilience. managing flows above ground. health of gi. Ufr research outputs to date are summarised under three themes. theme 1 investigates how blue green and grey (bg g) systems can be co optimised to offer maximum flood risk reduction, continuous service delivery and multiple co benefits. theme 2 investigates the resource capacity of urban stormwater and evaluates the potential for interoperability. With multi functional blue green infrastructure. the aim of the multidisciplinary urban flood resilience (ufr) research project, which launched in 2016 and comprises academics from nine uk institutions, is to investigate how transformative change may be possible through a whole systems approach. ufr research outputs to. Title = "the blue green path to urban flood resilience", author = "e. o{\textquoteright}donnell and c. thorne and s. ahilan and s. arthur and s. birkinshaw and d. butler and g. everett and r. fenner and v. glenis and l. kapetas and c. kilsby and v. krivtsov and j. lamond and s. maskrey and g. o{\textquoteright}donnell and k. potter and k.
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