Climate events compromise ecosystems functioning and services. Marine zooplankton play
a key role linking primary producers and higher consumers, in the carbon export to deeper …

Increasing heat content, salinity, and velocity of the Atlantic water masses passing northward
through the Fram Strait accelerate the transition of the European Arctic toward more Atlantic …

Globally, there have been few long-term (> 30 years), shelf-wide surveys of jellyfish that
have allowed for the examination of how populations might respond to changing climatic …

Oceanic fronts constitute boundaries between hydrologically distinct water masses and
comprise one of the most productive regions of the world's ocean. Fronts associated with …

Anthropogenic pressures such as climate change and nutrient pollution are causing rapid
changes in the marine environment. The relative influence of drivers of change on the …

Pelagic tunicates (appendicularians, doliolids, pyrosomes, salps) are cosmopolitan
members of open-ocean food webs that serve as a link to the microbial loop and play a …

The jellyfish Pelagia noctiluca form extensive aggregations in the Mediterranean Sea that
can exert top-down control on prey and cause mass-mortalities in fish farms. The description …

Fram Strait, the gateway between the Arctic and Atlantic Oceans, is undergoing major
climate change‐induced physical and biological transformations. In particular, rapid …

Satellite sea surface temperature (SST) images are valuable for various oceanic
applications, including climate monitoring, ocean modeling, and marine ecology. However …

Abstract The Arctic Ocean (including sub-Arctic margins) is one of the fastest changing
ecosystems affected by climate change. However, much remains unknown about its …