Trophic preference (ie, food resources and trophic levels) of different copepod groups was
assessed along a salinity gradient in the temperate estuarine Gwangyang Bay of Korea …

Mesozooplankton are key components in the marine environment, linking the microbial food
web and the classic food chain. Yet uncertainties remain on how mesozooplankton mediate …

Mesozooplankton, as abundant grazers of microalgae in coastal systems, have the potential
to prevent or mitigate harmful algal blooms (HABs) and their effects. The Indian River …

Marine cladocerans and small copepods (< 0.7 mm) share similar food resources based on
their size and feeding modes but little is known about the mechanisms allowing their …

Quantitative evaluation of the copepod feeding process is critical for understanding the
functioning of marine food webs, as this provides a major link between primary producers …

The effect of severe drought on the functional groups that sustain the base of the mangrove
food webs in semi-arid areas is largely unknown. We therefore analyzed the intra-annual …

The ocean sequesters more than 25% of the carbon released by anthropogenic action every
year, and oligotrophic oceans, such as the Sargasso Sea, are responsible for about 50% of …

The effect of severe drought on the functional groups that sustain the base of the mangrove
food webs in semi-arid areas is largely unknown. We therefore analyzed the intra-annual …

Abstract Marine mesozooplankton (zooplankton> 0.2 mm in size) play critical roles in ocean
food webs and biogeochemical cycles. Because mesozooplankton are taxonomically and …

O objetivo desta tese foi o estudo da variabilidade temporal, crescimento e produção do
zooplâncton metazoário, com ênfase sobre estágios imaturos de copépodes, na região …