Climate-driven sea ice loss has exposed the Arctic to increased human activity, which
comes along with a higher risk of oil spills. As a result, we investigated the ability of C-band …

Oil thickness in oil spills involving sea ice is a key parameter required for an effective oil spill
response; however, quantifying it from radar backscatter data remains a difficult task. We …

Marine oil spill causes severe damage to the marine ecological environment. Synthetic
aperture radar (SAR) is widely used in marine oil spill detection due to its all-day and all …

Arctic sea ice is rapidly transitioning into a perennial first year ice pack and this is being
observed with satellite remote sensing. Satellite image interpretation requires accurate …

The risk of oil spills in the Arctic is growing rapidly as anthropogenic activities increase due
to climate-driven sea ice loss. Detecting and monitoring fuel spills in the marine environment …

An outdoor sea-ice tank system for measuring the microwave properties of sea ice has been
developed. With the natural cooling and the help of a cooling unit in the movable roof …

There is a heightened risk of an oil spill occurring in the Arctic, as climate change driven sea
ice loss permits an increase in Arctic marine transportation. The ability to detect an oil spill …

Remote sensing has been widely used for oil spill monitoring in open waters. However,
research on remote sensing monitoring of oil spills in ice-infested sea waters (IISWs) is still …

A Fabry‐Pérot (FP) antenna with wideband dual‐polarization and radar cross section‐(RCS‐
) reconfigurability adopting water‐based frequency selective surface (FSS) is presented. The …

Terrestrial snow plays a crucial role in the Earth's system as it significantly governs the
energy balance of the cryosphere. Among the diverse methods for measuring snow, remote …