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How AI is rewriting and enhancing water risk management A practical example of this is Waterplan’s internal Data Validation Tool: for each AI-generated water risk indicator – including physical (quantity, quality and flood), regulatory and infrastructure risks generated by the Waterplan platform – the final outputs (sources, analyses, descriptions and risk scores) are systematically evaluated
These breakthrough technologies can lead us to a zero water waste . . . To demystify the water technology landscape and elevate the most scalable solutions in this space, UpLink recently ran the Zero Water Waste Challenge, from which the top 10 water-focused entrepreneurs or 'Aquapreneurs' from a pool of 192 applicants representing 40 different countries have now been announced
Water Futures: Mobilizing Multi-Stakeholder Action for Resilience Access to freshwater is changing rapidly, with water stress affecting billions of people and countless businesses each year Droughts and floods are becoming more frequent and severe, water pollution continues to rise and, without urgent action, we will soon reach a tipping point This report outlines key pathways to strengthen water resilience, through private sector and multi-stakeholder
Circular water solutions key to sustainable data centres Cooling dictates water consumption in data centres, but water conservation is still often ranked as a low priority Less than a third of data centre operators actively track water usage metrics, and this lack of transparency and measurement significantly undermines efforts to understand the full environmental impact of data centre operations
Tackling the energy, food and water nexus - The World Economic Forum Demand for food, water and energy is rising rapidly – by 2050, food demand could increase by over 50%, energy by up to 19% and water by up to 30% Climate risks are becoming increasingly non-linear and unpredictable, with extreme weather now becoming routine, increasing human suffering and economic costs
Japans water infrastructure is being renewed. Heres how According to the United Nations, only 0 5% of Earth’s water is freshwater accessible for human use and approximately 2 2 billion people still lack access to safely managed water Japan is relatively well-resourced, with around 430 billion cubic metres of water resources annually, according to the Food and Agriculture Organization of the
What can we learn from cities about water innovation? Take Wateroam, a start-up providing clean and safe water solutions to communities in need, now scaling internationally thanks to public sector support Importantly, PUB also invests in public awareness and branding, which helps to reframe water as a national asset and innovation frontier – something often lacking in most global water models
Here are 5 ways we can build global water systems resilience Building water resilience hinges on cross-sector partnerships, tailored financing and adopting innovative governance and policy frameworks Five essential strategies – holistic water valuation, fit-for-purpose financing, basin-level partnerships, adaptive governance and a policy-innovation nexus – can help ensure long-term water security
COP29 Water Day: How to finance global water resilience A global water crisis caused by land use changes and climate change is affecting economies, societies and the planet A recent report by the Global Commission on the Economics of Water outlines how this endangers the world’s freshwater supply and how to build water resilience
Food-water systems innovation in Asia and the Middle East The food-water nexus is an impact multiplier for sustained and resilient economies Work on systemic transformation has just begun, especially across emerging economics The five-step blueprint provides a pathway to dismantle silos, align stakeholders and embed innovation into the fabric of food-water systems