Oceanic eddies are ubiquitous in global oceans and play a major role in ocean energy
transfer and nutrients distribution, thus being significant for understanding ocean current …

Ocean eddies, as a ubiquitous phenomenon of the global ocean, are extremely important for
ocean energy and material exchanges. Therefore, efficient eddy detection and tracking are …

Remote multispectral data can provide valuable information for monitoring coastal water
ecosystems. Specifically, high-resolution satellite-based imaging systems, as WorldView-2 …

Oceanic eddies have a non-negligible impact on ocean energy transfer, nutrient distribution,
and biological migration in global oceans. The fine detection of oceanic eddies is significant …

Remote sensing of coastal areas requires multispectral satellite images with a high spatial
resolution. In this sense, WorldView-2 is a very high resolution satellite, which provides an …

Automatic detection of mesoscale oceanic eddies is in great demand to monitor their
dynamics which play a significant role in ocean current circulation and marine climate …

The shallow Tagoro submarine volcano monitoring represents a unique opportunity not only
for improving our sparse understanding of submarine volcanic processes in specific …

Submesoscale ocean eddies are essential oceanic phenomenon that control and influence
the ocean energy cascade. Most existing eddy detection methods rely on low-resolution …

The shallow, near-shore submarine volcano Tagoro erupted in October 2011 at the Mar de
las Calmas marine reserve, south of El Hierro island. The injection of lava into the ocean …

The automatic detection and analysis of ocean eddies has become a popular research topic
in physical oceanography during the last few decades. Compact polarimetric synthetic …