Archive
A focused section of the long-running Mark and Focus publication record.
Urban flooding is intensifying as climate change and urban densification increase pressure on drainage systems. Explore how Melbourne’s Elster Creek Catchment Flood Management Plan integrates infrastructure, governance, and land use planning to strengthen long-term urban resilience.
Digital water quality monitoring uses sensors, telemetry, and shared data systems to track changing river conditions across time and place. It matters because reliable water information supports resilient ecosystems, transparent governance, and…
Urban water systems face rising pressure from population growth, climate variability, and stronger competition for finite supplies. Utilities and governments now need water sources, planning tools, and governance settings that can perform…
Water scarcity and agricultural demand are placing increasing pressure on freshwater systems worldwide. Wastewater Reuse (WWR) offers a system-level response that secures irrigation supply while reducing environmental discharge risks. This approach strengthens…
Water scarcity and agricultural demand place sustained pressure on arid food systems. Digital oversight is increasingly required to balance productivity with conservation at scale. Artificial Intelligence (AI) enables the measurement, analysis, and…
Water governance and policy determine how rapidly expanding digital infrastructure manages its rising demand for reliable cooling water and low-carbon electricity. As data centre capacity increases, weak coordination between land use planning,…
Flood risks are increasing as cities expand and climate patterns shift. Sensor-based monitoring systems provide continuous, real-time data that help authorities detect threats earlier and manage flood events more effectively. Read how…
Green roofs are redefining urban development by merging architecture and ecology. These vegetated systems transform rooftops into multifunctional green spaces that address environmental, economic, and social challenges in cities. Explore how Amsterdam’s…
Artificial intelligence (AI) is transforming water management by helping utilities detect leaks faster, minimize water loss, and streamline maintenance. Using real-time data from sensors and flow meters, AI-driven systems identify even the…
Artificial Intelligence (AI) is increasingly being used to enhance the efficiency, reliability, and sustainability of water resources management. By analyzing large volumes of data in real time, AI supports smarter, faster decision-making…
