Shallow (5–35 m depth) coastal waters, with their proximity to human populations, are likely
to experience greater changes to ecosystem structure and functions from climate change …

We report on our analysis of zooplankton community structure in the western North Atlantic
based on spring and fall monitoring surveys from 1999 to 2011 of three large marine …

Because of the economic importance of North Atlantic fisheries, there is a long history of
research on the variability of not only in the fish stocks, but also other components of the …

The present study quantifies the effects of various water masses, including the oceanic,
neritic, and coastal waters, on the abundance and distribution of surface macro-zooplankton …

Zooplankton population connections, community dynamics, and climate variability | ICES
Journal of Marine Science | Oxford Academic Skip to Main Content Advertisement Oxford …

ABSTRACT The 20-year US GLOBEC (Global Ocean Ecosystem Dynamics) program
examined zooplankton populations and their predators in four coastal marine ecosystems …

Many studies have reported a correlation between offshore biological changes and large-
scale climate forcing. However, it remains unclear if the biological changes in spatially …

Climatic effects in the ocean at the community level are poorly described, yet accurate
predictions about ecosystem responses to changing environmental conditions rely on …

Despite the importance of zooplankton in providing vital information about ocean-climate
forcing in marine systems, knowledge of the planktonic zoogeography of the south-east …

A simulation model was used to examine whether predatory interactions may regulate the
size structure of marine zooplankton communities, as observed in many freshwater systems …