| Historic approaches to stormwater management – which initially focused on conveyance, followed by flood control and eventually some aspects of water quality – failed to address the full range of water resources related issues associated with stormwater runoff. A holistic, integrated approach to stormwater planning and management is required Tto adequately deal with changes to the volume, rate and timing of runoff, and to design source, conveyance and end-of-pipe controls capable of satisfying groundwater recharge, [[water quality]] and variable environmental flow targets. To achieve this, a robust, interdisciplinary team consisting of infrastructure [[Category:Planning|planners]], water resources [[Engineering_hub|engineers]], geomorphologists, [[Hydrogeology_hub|hydrogeologists]], ecologists, fisheries biologists, [[Landscape_hub|landscape architects]] and other disciplines must come together in order to define key targets and resource management goals underpinning the one water approach. | | Historic approaches to stormwater management – which initially focused on conveyance, followed by flood control and eventually some aspects of water quality – failed to address the full range of water resources related issues associated with stormwater runoff. A holistic, integrated approach to stormwater planning and management is required to adequately deal with changes to the volume, rate and timing of runoff, and to design source, conveyance and end-of-pipe controls capable of satisfying groundwater recharge, [[water quality]] and variable environmental flow targets. To achieve this, a robust, interdisciplinary team consisting of infrastructure [[Category:Planning|planners]], water resources [[Engineering_hub|engineers]], geomorphologists, [[Hydrogeology_hub|hydrogeologists]], ecologists, fisheries biologists, [[Landscape_hub|landscape architects]] and other disciplines must come together in order to define key targets and resource management goals underpinning the one water approach. |