Abstract The Intermittent Upwelling Hypothesis (IUH) posits that subsidies of larvae and
phytoplankton to intertidal communities should vary unimodally along a gradient of …

Planktonic larvae are thought to be very susceptible to offshore advection in upwelling
regimes, increasing dispersal and decreasing recruitment. However, larvae of 42 species of …

The study examines the complex impact of climatic patterns, driven by the North Atlantic
Oscillation (NAO), on regional climate, hydrology, and sea surface temperatures. Focused …

Larval transport by marine organisms is regulated by a combination of vertical swimming
behavior and seasonal reproductive timing, but recent studies suggest horizontal swimming …

Exogenous stimuli modify larval behaviors and mediate an individual's vertical position in
the water column. Larvae (stages-1,-3 and-5) of the commercially important Florida stone …

Velella velella is a pleustonic colonial organism found in temperate and tropical oceanic
waters worldwide. During certain periods of the year, large numbers of the species can wash …

For the first time, the decapod larval community in the Berlenga and coastal Peniche region
have been investigated in detail, from a short-term time series (2015–2020). Sampling was …

Long-term monitoring of zooplankton assemblages provides essential knowledge to assess
key factors impacting marine ecosystems. Despite the importance of this type of data …

The Amazon Continental Shelf (ACS) is a complex habitat that receives a large annual
freshwater discharge into the ocean, producing a superficial plume and carrying with it large …

For decapod crustaceans, the larval phase is the main responsible for dispersal, given the
direct emission from adult habitats into the water column. Circulation patterns and …