De term ‘warmtewerend’ doet al geruime tijd de ronde binnen het werkveld van hittestress en stedelijke klimaatadaptatie, en is inmiddels in beleid van veel gemeenten en provincies opgenomen. Steeds vaker worden warmtewerende oppervlakken expliciet benoemd als belangrijk middel om hittestress in stedelijke …

The Thermostaat project aimed to investigate how can we use community creation and citizen science to make people more aware of and more adapted to heat in apartments as a consequence of climate change. To this end, residents in IJmuiden and Amsterdam measured temperature in their apartments and with …

Blue-green roofs have been utilized and studied for their enhanced water storage capacity compared to conventional roofs or extensive green roofs. Nonetheless, research about the thermal effect of blue-green roofs is lacking. The goal of this research is to study the thermal effect of blue-green roofs …

Many nature-based solutions are seen as favourable and effective measures to increase urban resilience during more extreme weather events, by for example decrease high temperatures in summer. Since space is often scarce in urban environments, roofs have received increased attention in mitigating the …

Green roofs received increased scientific attention with respect to climate adaptation in urban environments for their hydrological, biodiversity and insulative capacities. Yet, the thermal properties of roofs with an additional water layer underneath the vegetation substrate (blue-green roofs) are not …

In today’s city environments, extreme weather conditions are a fact of life. Amsterdam, Mumbai, Nairobi or Sydney… climate change issues need to be tackled all around the world. In the last couple of decades, Amsterdam has dealt with larger amounts of rainwater, severe heat stress and a decreased biodiversity. …