This paper provides a concise review of the remote sensing of ocean fronts in marine
ecology and fisheries, with a particular focus on the most popular front detection algorithms …

Ocean eddies are coherent, rotating features that can modulate pelagic ecosystems across
many trophic levels. These mesoscale features, which are ubiquitous at mid-latitudes, may …

The most common methodology used to detect and characterize mesoscale eddies in the
global ocean is to analyze altimetry‐based sea‐level gridded products with an automatic …

Mesoscale eddies are critical components of the ocean's “internal weather” system. Mixing
and stirring by eddies exerts significant control on biogeochemical fluxes in the open ocean …

Frequent fishing activities are causing overfishing, destroying the habitat of marine life, and
threatening global marine biodiversity. Understanding the dynamics of fishing activities and …

In the marine environment, dynamic physical processes shape biological productivity and
predator–prey interactions across multiple scales. Identifying pathways of physical …

Ocean fronts affect phytoplankton and higher trophic levels, including commercially
important fisheries. As the oceans warm, uncertainty remains around the trends in fronts …

Oceanic mesoscale eddies greatly influence energy and matter transport and acoustic
propagation. However, the traditional detection method for oceanic mesoscale eddies relies …

Mesoscale eddies play a key role in structuring open ocean ecosystems, affecting the entire
trophic web from primary producers to large pelagic predators including sharks and …

Oceanic eddies are recognized as pivotal components in marine ecosystems, believed to
concentrate a wide range of marine life spanning from phytoplankton to top predators …