The CRCWSC has invested in research to better understand how to develop the skills and knowledge required across urban water and related professionals, to enable and catalyse the implementation of Water Sensitive Cities (WSC) approaches. The CRCWSC has also invested in developing and running a range of professional learning products from Masters courses through to training courses of different kinds. Mostly these investments were done through the vehicle of Project D4.1 Strengthening educational programs to foster future water sensitive cities leaders, which ran during the first tranche of the CRCWSC’s funding.This report is an edited synthesis of some of the deliverable reports produced by Project D4.1. It provides a way to easily access project outputs, and in particular the outputs of the project that answer the following questions:What do we know generally about how and what adults learn?What are the most important skills and knowledge for urban water professionals to have for the purpose of delivering WSC projects and programs, and their intended outcomes and impacts?How do urban water professionals want to access learning?How can those WSC skill and knowledge needs and professional learning preferences be effectively fulfilled through different kinds of learning processes?
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2018 Cooperative Research Centre for Water Sensitive Cities Ltd.
With regard to separation of food scraps for composting, this research identified that there are two important aspects often overlooked when the focus is only on behaviour: 1. Policy makers need to ensure that there are socio-technical systems supporting diverse groups of people...Read more
In order to better target government climate change policies to influence citizens, it is critical that we have a good understanding of current community attitudes to climate change. In late 2016, Sustainability Victoria undertook one of the most comprehensive surveys of...Read more
Australians have world leading levels of urban resource consumption and carbon emissions – an unsustainable position in the 21 st century. Survey research at the Centre for Urban Transitions reveals that the known determinants of our large urban ecological footprints are...Read more
Buffer zones are commonly applied to wastewater treatment plants to manage the area impacted by odour. They require a large area with land use controls to exclude odour sensitive land uses, such as residential. How that land is best used depends, in part, on community needs and values.
Case study of a stormwater project in Orange, NSW. Storm water is routed to an existing facility which filters to create potable water. The report covers drivers, costs, innovations, outcomes and learnings.