Het onderzoek richt zich op de behoefte aan interdisciplinaire, praktijkgerichte en maatschappelijk geëngageerde leermodellen om klimaatgerelateerde wateruitdagingen aan te pakken. Het traditionele onderwijs schiet vaak tekort bij het toerusten van jonge waterprofessionals met de nodige praktische, interdisciplinaire …

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 …

Climate adaptation requires innovative approaches to address collaborative knowledge exchange and multidisciplinary problem solving. For over a decade, ClimateScan has provided an open-source platform to map urban resilience and existing climate adaptation solutions implemented all over the world. Apart …

In the past years, professional musicians of participatory music practices in healthcare contexts have increasingly worked as artistic allies for care. The musicians shaping these practices have developed ways of engaging with patients and their families, collaborating with healthcare professionals, …

Permeable pavements are implemented at more than thousand locations enabling rainfall infiltration and evapotranspiration of stormwater in The Netherlands. However, the efficiency has not been extensively tested. Therefore, research is conducted using a full-scale infiltration test (FSIT) method to measure …

Background/aim Disease-related malnutrition is common in the Netherlands, and its treatment often involves the use of animal-based protein-enriched products. There is a growing trend and increasing ambition towards a more plant-based diet in the Dutch population and within Dutch healthcare institutions. …

Lignocellulose represents an abundant repository of renewable carbon. Derived from various plant sources, it holds tremendous potential as a renewable and sustainable feedstock for the production of valuable chemicals and fuels. However, its solid fermentable compounds, cellulose and hemicellulose, are …

Efficient hydrogen (H2) storage remains a major challenge for clean energy applications. This study presents an AI-driven methodology to optimize H2 storage in porous carbon adsorbents. A comprehensive dataset of 917 literature-derived entries was used to develop two machine learning models: Random Forest …

To broaden the application of biomethanation for energy storage and renewable integration, this study investigates the performance of a trickle-bed reactor (TBR) for hydrogen (H2) utilisation in biogas upgrading, using both pure Carbon dioxide (CO2) and biogas-derived CO2 as substrates for methane (CH4) …

This article focusses on the rise of agrogeological soil science in the early 20th century, especially in a Dutch-imperial context, as generating a novel geobiopolitical epistemology for the governance of natural and social worlds. Specifically, this article seeks to understand the consequences of agrogeologists’ …