International charity WaterAid has created a thought-provoking installation on the bank of the Thames to highlight how climate change is threatening drinking water supplies around the world.
The arresting 3.5-metre high hourglass in Potters Field in London is drawing attention to the shocking fact that every second, one more person around the world is forced into water scarcity, where water access could be limited due to increased demand.
The striking scene comes ahead of todays G7 Finance Ministers meeting followed by the G7 Leaders’ Summit in June, where WaterAid will be calling for the UK Government to push for more support to help communities impacted by the climate crisis and to show global leadership by ensuring at least one-third of its committed international climate finance goes to locally-led adaptation projects.
Extreme weather events have a huge impact across the world, and those in poorer countries are hardest hit. Droughts dry up water sources like springs and wells, while rising sea levels and flooding contaminate poorly protected water supplies, with potentially devastating consequences.
It is making life harder for the 785 million people already living without clean water close to home and struggling to meet their basic needs, and it will make water perilously scarce for many more. A staggering 3.6 billion people lack access to sufficient water at least one month a year, and unless communities are helped to adapt to the impact of climate change, that figure could rise to more than 5 billion by 2050 – over half of the predicted global population.
Having a reliable source of clean water means families can protect themselves from the impacts of climate change, yet some of the most climate vulnerable countries only receive $1 per person per year for investment in water. Only 5% of total global climate funding is spent on helping countries adapt to their changing climate, and that money is not targeted at the communities most vulnerable to climate change. This is completely inadequate to the growing crisis.
Tim Wainwright, WaterAid’s Chief Executive Officer said:
“Time is running out to crack the climate crisis – a crisis that is already upon us, whether through flooding in the UK, bushfires in Australia, or the devastating loss of water sources that do not make the news headlines but is happening throughout the developing world. In the 30 minutes it takes for the sand to run through our hourglass, water scarcity will become a reality for an additional staggering 2,292 more people, a growing problem worsened by climate change. We cannot leave those who have done almost nothing to contribute to climate change to carry the burden of our actions and inactions.
“A reliable source of clean water is one of the first lines of defence against the impact of the climate crisis. It saves lives, brings certainty, improves education, and enables progress. We want to see leadership from the British Government in this year of hosting the global climate change talks in making sure everyone everywhere has a reliable source of clean water, whatever the future holds.”
With the UK hosting the G7 Leaders’ Summit in early June and the UN Climate Change Conference (COP26) in November, this year presents a momentous occasion for the British Government lead the way in helping the world’s poorest communities adapt to climate change.
However, just last month, the UK government announced it will cut overseas aid by more than £4bn this financial year, with evidence suggesting savage cuts to funding for overseas water and sanitation projects of up to 80%, having a devastating effect on the world’s poorest communities. WaterAid has joined other charities in publicly condemning these cuts, which have been said to undermine the UK’s credibility in tackling global issues ahead of the G7 summit and COP26.
Through the hourglass installation, WaterAid is highlighting the importance of clean water in transforming lives and livelihoods, and keeping families safe and healthy for generations to come.
Find out more about WaterAid’s Climate Change work here.