We need a radical rethink of water resource planning. Strategies should include reusing water and moving water physically to water-scarce areas.
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Articles on Desalination
Displaying 1 - 20 of 32 articles
Water is central to adapting to climate change, but very few of the strategies put in place to respond to water hazards or ensure its availability have been evaluated.
Desalination can help meet growing water needs globally. But toxic wastewater and inefficiency hamper current techniques. A new approach uses custom membranes to clean water more easily.
Some microbial groups could be using positive energy to influence their metabolism.
The Great Acceleration inaugurated the Anthropocene in the 1950s. Now, a similar race for resources and space is happening in the ocean.
Hitting the Paris targets will go a long way to securing Melbourne’s water supply against future pressure.
Water in Sydney is far cheaper than in Melbourne, and residents take full advantage of it.
Cities relied entirely on conserving and recycling water to get through the last big drought. We now have desalination plants, but getting the most out of our water reserves still makes sense.
Sydney and Melbourne are bringing desalination plants back on stream and Adelaide plans to increase its plant’s output. Perth depends on desalination. But is it the best way to achieve water security?
Pumping very salty water into the ocean has surprisingly little impact on marine life.
Farmers are calling for South Australia to ramp up its desalination plant to free up more water from the Murray Darling.
Every year councils around Australia compete to prove they have the best-tasting tap water in the country.
Global examples show South Africa that desalination could increase water output.
The experiences of other countries can provide valuable lessons for Cape Town on how to better cope with its water crisis.
Water is increasingly becoming scarce as the climate changes. There are four changes that cities can make to adapt to water scarcity.
Australian cities have turned to some very costly solutions when water is scarce. But as the world’s second-highest users of water per person, more efficient use and recycling are key.
With cutting-edge technologies and innovative business practices, Cape Verde can achieve its goal in a way that is cost-effective and equitable
At present, the Middle East and North African region contains 7% of the world’s population but only has access to 1.5% of its renewable freshwater supply through rainfall.
Desalination has been proposed as one of many strategies to deal with the water shortages. But the process is known to be expensive and harmful to the environment.
Scientists have found a way to pull water from the air using only energy from the sun.
Top contributors
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Senior Lecturer in Environmental Science, Western Sydney University
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Senior Lecturer, Western Sydney University
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Visiting professor, University of Saskatchewan
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Senior Research Fellow, Monash University
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Director, Institute for Sustainable Futures, University of Technology Sydney
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Principal Research Fellow, Institute for Sustainability and Innovation, Victoria University
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Research Officer, Institute for Sustainability and Innovation, Victoria University
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Professor of Economics and Head of School, University of South Australia
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Senior Research Fellow, Institute for Sustainable Industries and Liveable Cities, Victoria University, Victoria University
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Senior Lecturer in Environmental Anthropology, Deakin University
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Professor of Civil & Environmental Engineering, UNSW Sydney
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Director of the Institute for Sustainability and Innovation, Victoria University
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Professor and Deputy Vice-Chancellor (Research), University of Sydney
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Director of the Centre for Water Advanced Technologies and Environmental Research, Swansea University
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Professor of Analytical Chemistry, University of Marburg
