Abstract Blue‐Green Infrastructure (BGI) and Sustainable Drainage Systems (SuDS) are
increasingly recognised as vital components of urban flood risk management. However …

Scholars assert that traditional approaches to urban water management need reforming.
These debates have identified the need to move toward systems and complexity thinking …

Urban flood risk is increasing as a consequence of climate change and growing impervious
surfaces. Increasing complexity of the urban context, gradual loss of tacit knowledge and …

A general framework for the formulation and analysis of an overall decision support index is
discussed. It is indicated that such an index allow evaluation of the combined effects of both …

Urban water systems have to deal with the impacts of climate change. In response, urban
water managers in the city of Rotterdam developed a new water management strategy …

The equilibrium-based approaches that dominate entrepreneurship research offer useful
insights into some aspects of entrepreneurship, but they ignore or downplay many …

To give form and content to integrated water management, we often apply an internal
approach, based on the component parts. With this approach we encounter at least three …

Traditional design and upgrade concepts for wastewater treatment plants (WWTPs) are
based on the forecasting of load parameters over a period of 25–40 years. This approach is …

The model of a variable climate driving natural resource behaviour, use and management of
rangelands in Sub-Saharan Africa has been well explored within the non-equilibrium …

Integrated urban water management–a framework to understand, control, and optimize
elements of the urban water infrastructure as an integrated system–is inherently complex. It …