Archive
A focused section of the long-running Mark and Focus publication record.
Urban water systems face growing pressure from climate variability, population growth, and rising energy demand. Circular Water Economy (CWE) approaches address these pressures by recovering water, energy, and nutrients from wastewater streams…
Urbanisation places sustained pressure on aquatic and terrestrial ecosystems within catchments, reducing habitat quality and fragmenting biodiversity networks. Integrated biodiversity planning frameworks address these pressures by aligning land, water, and ecosystem management…
Urban water systems face increasing pressure from population growth, aging infrastructure, and more frequent drought conditions. Water suppliers must reduce waste, improve system performance, and diversify supply sources to maintain reliable service.…
Industrial water demand is rising as semiconductor manufacturing, data centres, pharmaceuticals, and advanced manufacturing expand. Water-intensive industries can place pressure on finite supplies, especially in regions with limited freshwater resources and growing…
Urban water systems face persistent funding gaps due to rising demand, aging infrastructure, and climate pressures. Traditional public finance often cannot meet capital needs at the required pace or scale. This challenge…
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…
Urban areas face increasing pressure from stormwater runoff, polluted waterways, and limited open space. Integrating wetlands into Green Infrastructure (GI) systems helps cities capture runoff, filter contaminants, and restore ecological functions. These…
Hydrogen production requires significant volumes of high-purity water, creating pressure on freshwater systems in water-stressed regions. Integrating treated effluent into hydrogen pathways addresses these constraints while strengthening infrastructure efficiency. This approach supports…
