Conventional centralised sewerage systems are increasingly challenged by climate change, population growth and sustainability goals. Decentralised wastewater treatment systems (DWTS) offer an alternative by reducing hydraulic loads, enabling local reuse and supporting resource recovery. This study analyses …

Urbanisation and climate change increase the need for quantitative insight into the contribution of nature-based solutions (NbS) to climate adaptation. While NbS are widely implemented at local scales, their aggregated contribution to regional and national adaptation ambitions remains largely unknown. …

This research involves the development of the City Scan methodology to measure, map, scan and assess different parameters that together give insight in the vulnerability of urban areas and neighborhoods. Cities are becoming increasingly vulnerable for climate change and there is an urgent need to become …

There is a clear demand for collaborative, knowledge sharing tools for urban resilienceprojects. Climatescan is an interactive, web-based map application for international knowledge exchange on ‘blue-green’ projects around the globe. The tool was applied during the Adaptation Futures & The Water Institute …

There is an urgency for developing methods that are capable of monitoring water systems that are fast changing due to climate change and increase of anthropogenic pressure. Updated and real-time detailed data is necessary to support water and soil management strategies. This study evaluates the implementations …

Urban planning will benefit from tools that can assess the vulnerability to thermal stress in urban dense cities. Detailed quick-scan heat stress maps, as made in this study for Johannesburg, have proven valuable in the decision-making process on this topic. It raised awareness on the urgent need to …