Plankton imaging systems supported by automated classification and analysis have
improved ecologists' ability to observe aquatic ecosystems. Today, we are on the cusp of …

Size‐spectral approaches quantify the efficiency of energy transfer through food webs, but
theory and field studies disagree over how changes in temperature, nutrients, and extreme …

The balance of physical and biological processes governing phytoplankton growth rates and
the accumulation of biomass is widely debated in the literature, notably during the winter …

Size-based approaches are paramount tools for the study of marine food webs. Here, we
investigated the relationship between zooplankton body size, stable isotope composition …

Being located between primary producers and fish, zooplankton are a key element of marine
food webs, the trophic structure of which is dependent upon the size distribution of species …

Abstract The Western Channel Observatory (WCO) comprises a series of pelagic, benthic
and atmospheric sampling sites within 40 km of Plymouth, UK, that have been sampled by …

High-latitude marine environments, such as the Beagle Channel, are highly vulnerable to
modifications related to climate change and anthropogenic impacts, which can rapidly affect …

Both trophic structure and biomass flow within marine food webs are influenced by the
abiotic environment and anthropogenic stressors such as fishing. The abiotic environment …

Zooplankton are fundamental to aquatic ecosystem services such as carbon and nutrient
cycling. Therefore, a robust evidence base of how zooplankton respond to changes in …

This work examines the seasonal cycle of vertical density structure and its influence on
primary production in a temperate shelf sea, with a particular focus on the breakdown of …