This research addresses the disconnect between satellite data and policy-making in West Africa. It introduces advanced Earth observation techniques for soil erosion monitoring and outlines a strategic pathway to integrate these insights into national frameworks, supporting efforts to achieve Land Degradation Neutrality by 2030.
Satellite Data for Soil Erosion Control in West Africa Read More »
A new framework georeferences historical flood maps, aiding flood hazard analysis and informing urban planning and policy decisions.
longitudinal assessment of urban flood hazard Read More »
This study improves GNSS-based meteorology by refining atmospheric temperature models, enhancing water vapor measurement accuracy.
GNSS for Water Vapor Measurement Read More »
Researchers from Delft University and Queen Mary University explore river floc dynamics for sediment management in aquatic environments.
River Floc Dynamics with 3D X-ray Microtomography Read More »
Researchers explore urban travel patterns using smartphone data, offering insights for future transportation policies and urban mobility needs.
Smartphone Data Unlocks Urban Mobility Insights Read More »
This study delves into Mobility as a Service (MaaS) adoption across varied global contexts, emphasizing the need for tailored strategies.
MaaS Adoption Strategies for Urban Mobility Read More »
Delft University of Technology presents a framework integrating traffic and power grid simulations to evaluate the impact of electric bus opportunity charging.
Electric Bus Charging for Urban Sustainability Read More »
Researchers at Delft University have developed a cryo-CMOS sensor offering high accuracy and efficiency for quantum computing and space applications.
Smart temperature Sensor for Quantum Computing Read More »
This research from Delft University of Technology delves into the use of thick mapping in architectural design, focusing on railway stations as dynamic interchanges.
Thick Mapping in Mobility Architecture Design Read More »
Researchers from Delft University of Technology investigate how bed slopes affect turbidity currents interacting with obstacles, advancing hydraulic system management.
Impact of Bed Slopes on Sediment Transport Read More »
