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 …

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. …

Decarbonizing the energy system requires new applications for green hydrogen produced via electrolysis, especially in high-emission sectors. This study investigates the technoeconomic feasibility of off-grid on-farm hydrogen production integrated with intermittent renewables in Australia and the Netherlands, …

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 …

With more emerging technologies for hydrogen storage, it has become more important than ever to properly evaluate different options to ensure technical feasibility and legal compliance. In this study the technical aspects and legal requirements of two main storage technologies: underground gas cylinders …

Dual modification of potato starch in one step by combining annealing with ion exchange was identified as a potent strategy to influence functional starch properties. This dual modification was upscaled for food application studies and performed for both native and waxy potato starch at optimized conditions …

Context and purpose Following the rapid growth of the voluntary carbon removal market, and the need to scale high-integrity, internationally recognised standards, the EU has developed a Carbon Removal and Carbon Farming Regulation (CRCF) (2024/3012) for DACCS (direct air carbon capture and storage), …

Abstract. The accelerating energy transition requires a well-trained workforce capable of im-plementing innovative building technologies and renewable energy systems. However, em-ployees in the construction and HVAC installation sectors often lack access to up-to-date train-ing due to high workloads, …

The increasing penetration of renewable energy (RE) and hydrogen technologies is reshaping the operational requirements of modern decarbonised energy systems, necessitating advanced control strategies to coordinate renewable generation, hydrogen storage, and heterogeneous end‐use demands. This paper …