Many countries’ water resources are limited in both quantity and quality. While engineering solutions can now safely produce recycled and desalinated water from non-potable sources at a relatively low cost, the general public is sceptical about adopting these alternative water sources. Social scientists need to better understand what is causing this lack of acceptance by the general population and how acceptance levels for recycled and desalinated water can be increased. This study is the first to conduct a comparative analysis of knowledge, perceptions, acceptability, and determine segments of residents who are more open-minded than the general population toward the use of recycled and desalinated water. The Australian population once perc...
Traditional water sources are increasingly coming under pressure from urbanization, population and i...
In a nationally representative study with a sample size of 1495, Australian residents were asked abo...
Water resources are limited in both quantity and quality. The global water cycle is a closed system ...
This paper identifies factors that are associated with higher levels of public acceptance for recycl...
AbstractThis paper identifies factors that are associated with higher levels of public acceptance fo...
Water resources are limited in both quantity and quality. The global water cycle is a closed system...
This study aims to provide conclusive evidence that information about water from alternative sources...
Australia is facing serious challenges in the management of water in various urban and regional loca...
This study examines the association between the perception of water scarcity and support for alterna...
In a nationally representative study with a sample size of 1495, Australian residents were asked abo...
Water supports life, society, the environment and the economy, therefore, the task of ensuring a nat...
The removal of the trace inorganic contaminants boron (B(OH)4−), fluoride (F−) and nitrate (NO3−) fr...
Public acceptance of recycled water, desalinated water and rainwater is compared across nine interna...
This research investigated how people’s perceptions of alternative water sources compare with their ...
Desalination and recycling: Australians raise health, environment and cost concerns Desalination and...
Traditional water sources are increasingly coming under pressure from urbanization, population and i...
In a nationally representative study with a sample size of 1495, Australian residents were asked abo...
Water resources are limited in both quantity and quality. The global water cycle is a closed system ...
This paper identifies factors that are associated with higher levels of public acceptance for recycl...
AbstractThis paper identifies factors that are associated with higher levels of public acceptance fo...
Water resources are limited in both quantity and quality. The global water cycle is a closed system...
This study aims to provide conclusive evidence that information about water from alternative sources...
Australia is facing serious challenges in the management of water in various urban and regional loca...
This study examines the association between the perception of water scarcity and support for alterna...
In a nationally representative study with a sample size of 1495, Australian residents were asked abo...
Water supports life, society, the environment and the economy, therefore, the task of ensuring a nat...
The removal of the trace inorganic contaminants boron (B(OH)4−), fluoride (F−) and nitrate (NO3−) fr...
Public acceptance of recycled water, desalinated water and rainwater is compared across nine interna...
This research investigated how people’s perceptions of alternative water sources compare with their ...
Desalination and recycling: Australians raise health, environment and cost concerns Desalination and...
Traditional water sources are increasingly coming under pressure from urbanization, population and i...
In a nationally representative study with a sample size of 1495, Australian residents were asked abo...
Water resources are limited in both quantity and quality. The global water cycle is a closed system ...