One of the biggest highlights for the water community of 2015 was the adoption of a standalone Sustainable Development Goal on water and sanitation (SDG 6) on 25th September. The celebrations were high but not long after did the water community’s hangover commence: the first draft negotiating text for the 21st United Nations Conference of Parties (COP21) was released late October, 2015 and made no explicit mention to water resources in the upcoming climate change negotiations. As COP21 got underway, several revised versions of the proposed Paris Agreement were made available throughout the two-week negotiation marathon, but all failed to make a single reference to water. Not surprisingly, the final adopted text was no different. (more…)
Archive for the 'Student Blog' Category
It remains unclear how the success of an ambitious goal to improve water efficiency and reduce water scarcity will be measured.
On September 25, 2015, the global development agenda for the next 15 years was set at the United Nations General Assembly following the adoption of the Sustainable Development Goals (SDGs). The inclusion of a stand-alone and integrated water goal (SDG 6) that moves beyond its predecessor (i.e. Millennium Development Goal 7: halving the amount of people without access to safe drinking water and sanitation), has been well received by the global water community as is clear from Expert Commentary on the positive implications of the various water sub-goals of SDG 6. (more…)
Being interested in researching the often complex motivations behind community energy projects and the ways in which they develop and come to be, as well as being a firm believer in the potential contribution of localised urban energy production for moving towards a low-carbon transition, I was excited to learn about project developed with the London strand of R-URBAN, R-Urban Wick by UCL’s Institute for Sustainable Resources and art and architecture practice public works.
R-URBAN is a grassroots venture, aiming to enhance urban resilience by initiating closed ecological cycles, embedded in a local context. This could for example be achieved by re-localising (and thus “ruralising”) patterns of production and consumption within the city. And, by searching for alternative uses for the by-products of production which may otherwise be disposed of unnecessarily, their status could be transformed from waste product into alternative product, simultaneously creating economic, social and environmental benefits. With landfills close to being full, Londoners and city-dwellers elsewhere will no longer be able to ignore the waste issues that city life produces, so it is a great time to be thinking about ways in which we can divert and utilise the by-products of our consumptive habits. (more…)
Resource efficiency investments tend to yield both economic and environmental benefits, yet many low- and middle-income economies lag behind. The main causes of inefficiency are market failures and distortions, which create barriers preventing firms and governments from investing in efficiency. Comprehensive strategies are needed to address the complex and interlinked causes of inefficiency.
High and volatile resource prices, uncertain supply, rising demand and environmental impacts – various factors are putting increasing pressure on policy makers, researchers, firms and investors to explore pathways towards sustainable and efficient resource management. Resource efficiency is considered to be an answer to these challenges, yielding substantial benefits – both environmentally and economically. (more…)