Predicting flood dynamics in data-scarce urban catchments remains a major hydrological challenge, yet physically-based modeling is essential for design mitigation infrastructure. This study assessed the impact of land cover change on the hydrological response and hydraulic performance of the ungauged …

Abstract This study evaluated the effects of vegetation and internal water storage (IWS) on evapotranspiration (ET), hydrologic performance, and water quality in bioretention mesocosms. Twelve mesocosms were configured as planted/free-drainage (PF), planted/IWS (PI), unplanted/free-drainage (UF), and …

Cape Town faces a complex and interlinked set of climate-related challenges, including recurring droughts, flooding, intensifying heat stress and biodiversity loss. These impacts are further amplified by rapid urbanization, pollution (often due to poor infrastructure and service delivery), ageing water …

Though the problem of water risks is growing and becoming more evident, there is a lack of structured information about how these risks are managed through the certification process. While there are certain credits dedicated to managing water risks and implementing measures in regard to them in the …

The present study investigated the effectiveness of the RiverScan third mission initiative in Cebu City, Philippines. Universities are increasingly embracing a 'third mission' beyond their core functions of teaching and research—namely, mobilizing knowledge to generate impact and address societal challenges. …

More intensified events such as extreme precipitation are increasingly occurring in urban areas, leading to waterlogging (surface water accumulation) and pluvial flooding. These events adversely affect urban assets, facilities, and critical infrastructure networks, causing not only financial damages …

Image it is 2100 and half of the Netherlands has flooded. How will such a disaster influence how we see ourselves and our society and result in new design principles for the much-needed new cities? By combining several sources (e.g. the WUR and PBL future scenario's) and based on his view on the newly …

Due to environmental protection efforts, there is a growing number of beavers in the Netherlands. As these animals make their burrows in the levee system they cause damage within it, increasing the risk of flooding. This paper assesses the factors which increase the risk of beaver activity within the …

The Sloe area is an unembanked industrial port area in Zeeland. As sea levels rise, this area will experience increased flood risks. This is partly due to climate change, which is causing sea level rise to accelerate, and partly due to the area's vulnerability because it is located outside the dike ring, …

Klimaatverandering versterkt extreme weersomstandigheden, waardoor zowel droogte als overstromingen vaker voorkomen, vooral in kwetsbare gebieden zoals de Nederlandse zandgronden. Deze bodems zijn belangrijk voor landbouw, ecosystemen en waterwinning, maar staan steeds meer onder druk door waterschaarste …