Large-scale image velocimetry is a novel approach for non-contact remote sensing of flow in
rivers. Research within this topic has largely focussed on developing specific aspects of the …

The hydrological monitoring of flow data is important for flood prevention and modern river
management. However, traditional contact methods are increasingly struggling to meet the …

Image‐based methodologies, such as large scale particle image velocimetry (LSPIV) and
particle tracking velocimetry (PTV), have increased our ability to noninvasively conduct …

Water level is a critical component for observation and management of water resources.
Since video surveillance is becoming a standard configuration of gauging stations, more …

The accuracy of river velocity measurements plays an important role in the effective
management of water resources. Various methods have been developed to measure river …

In Austria, more than a half of all electricity is produced with the help of hydropower plants.
To reduce their ecological impact, dams are being equipped with fish passages that support …

Non-intrusive image-based techniques for measuring surface river velocities have rapidly
evolved as a cost-effective and safe means for quantifying flow patterns. Large-scale particle …

Large-scale particle image velocimetry (LSPIV) provides a cost-effective, rapid, and secure
monitoring tool for streamflow measurements. However, surveys of ground control points …

An automated discharge imaging system (ADIS), which is a non-intrusive and safe
approach, was developed for measuring river flows during flash flood events. ADIS consists …

Images are revolutionising the way we sense and characterise the environment by offering
higher spatial and temporal coverage in ungauged environments at competitive costs. In this …