The impact of multiple environmental and anthropogenic stressors on the marine
environment remains poorly understood. Therefore, we studied the contribution of …

Seasonal fluctuations profoundly affect marine microeukaryotic plankton composition and
metabolism, but accurately tracking these changes has been a long-standing challenge. In …

The existence of sex‐specific differences in phenotypic traits is widely recognized. Yet they
are often ignored in studies looking at the impact of global changes on marine organisms …

Time-series are fundamental for enhancing our comprehension of plankton community
dynamics and forecasting future changes that could significantly affect entire marine food …

Although zooplankton were extensively studied in the North Sea, knowledge about winter
zooplankton assemblages is still scarce, despite potential influence of zooplankton …

Up to now, the UK has avoided major marine heatwaves (MHWs) that cause severe damage
to marine ecosystems and the blue economy. However, an unprecedented in its intensity …

We investigated the impact of sublethal thermal stress on physiological rates of the copepod
Paracartia grani, and explored the influence of previous thermal history on this response …

Since 2018, severe and recurrent copepod depletions have been observed in Belgian
coastal waters. These depletions have been described as temperature-induced mass …

Abstract This study applied Generalized Additive Models (GAM) to describe the effect of
environmental factors on the abundance and spatial distribution of selected zooplankton …

Marine ecosystems are experiencing growing pressure from multiple threats caused by
human activities, with far‐reaching consequences for marine food webs. Determining the …