This research project identified key issues affecting collaboration between science; and humanities, arts and social sciences. These concerns include resource imbalance, generalised attitudes and difficulties translating social research findings into practical knowledge. It recommends stronger collaboration right from the outset of projects to jointly define project objectives, scope and processes, rather than seeking to engage with social sciences at specific points in a project\u27s schedule. The research project involved numerous contributions and used surveys, workshops and interviews as means of gathering and analysing information. This report has been prepared for the National Water Commission by Dr Zoë Sofoulis, as part of...
Rangecroft et al. (2021) offer a set of principles for conducting interdisciplinary research and fie...
University of Technology, Sydney. Faculty of Humanities & Social Sciences.Water is a finite resource...
Water begets intricate and profound linkages between multiple systems. Quantitative limits to freshw...
This research project identified key issues affecting collaboration between science; and humanities,...
This document, Water Managers’ Views on the Social Dimensions of Urban Water, is produced as part of...
This CHASS report details the benefits to Australia of encouraging big collaborative researc...
How can the digital humanities help the humanities and higher education serve larger society so as t...
This research article published by Elsevier, 2014This reflection article highlights some of the scie...
Solutions for complex water challenges not only require the development of novel data collection and...
Interdisciplinary research and education programmes in water science are intended to produce groundb...
Capacity development has become an increasingly hot topic in the water sector. The development of in...
We set forth an argument for the integration of social science research with natural science and eng...
NoThis paper reflects on what is meant by interdisciplinary engagement in the context of two integra...
Brisbane Water (BW), a commercialised business arm of Brisbane City Council (BCC) entered into an\ud...
According to the International Council for Science, science should be developed for the benefit of a...
Rangecroft et al. (2021) offer a set of principles for conducting interdisciplinary research and fie...
University of Technology, Sydney. Faculty of Humanities & Social Sciences.Water is a finite resource...
Water begets intricate and profound linkages between multiple systems. Quantitative limits to freshw...
This research project identified key issues affecting collaboration between science; and humanities,...
This document, Water Managers’ Views on the Social Dimensions of Urban Water, is produced as part of...
This CHASS report details the benefits to Australia of encouraging big collaborative researc...
How can the digital humanities help the humanities and higher education serve larger society so as t...
This research article published by Elsevier, 2014This reflection article highlights some of the scie...
Solutions for complex water challenges not only require the development of novel data collection and...
Interdisciplinary research and education programmes in water science are intended to produce groundb...
Capacity development has become an increasingly hot topic in the water sector. The development of in...
We set forth an argument for the integration of social science research with natural science and eng...
NoThis paper reflects on what is meant by interdisciplinary engagement in the context of two integra...
Brisbane Water (BW), a commercialised business arm of Brisbane City Council (BCC) entered into an\ud...
According to the International Council for Science, science should be developed for the benefit of a...
Rangecroft et al. (2021) offer a set of principles for conducting interdisciplinary research and fie...
University of Technology, Sydney. Faculty of Humanities & Social Sciences.Water is a finite resource...
Water begets intricate and profound linkages between multiple systems. Quantitative limits to freshw...