In cold environments, ice formation poses significant risks to infrastructure such as
transportation systems and power transmission. Yet, traditional de-icing methods are often …

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 …

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 …

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 …

The rise of CubeSats has unlocked opportunities for cutting-edge space missions with
reduced costs and accelerated development timelines. CubeSats necessitate a high-gain …

In this paper, we present our inaugural remote sensing tests at the Churchill Marine
Observatory, in which we obtained polarimetric backscattering measurements from freezing …

The Arctic ice-covered waters are becoming more vulnerable to oil spills due to climate-
driven sea ice loss, which has increased vessel traffic and natural resource extraction. In …

The recent global warming and climate change have significantly altered the extents of sea
ice and snow. Declining thickness of the Arctic sea ice increases maritime activities for …