The seasonal occurrence of low dissolved oxygen (DO) in Chesapeake Bay, caused by
excess of nutrients and vertical stratification, affects most of the main deep channel of the …

The occurrence of low dissolved oxygen (DO), caused by vertical stratification and excess
nutrient inputs, is an important and widely occurring physical feature in aquatic systems …

Differences in predator and prey tolerances to low dissolved oxygen (DO) concentrations
influence planktonic food web interactions in seasonally hypoxic environments. We …

Plankton concentrations near discontinuities in the water column (clines) are believed to be
important for intensifying trophic interactions; however, evidence for increased feeding by …

Differences in predator and prey tolerances to low dissolved oxygen (DO) concentrations
are important to planktonic food webs in seasonally hypoxic environments like Chesapeake …

The impact of Mnemiopsis leidyi as a predator was studied quantitatively to determine their
feeding rates on mixed natural zooplankton. These studies showed that feeding rate was …

Rates of feeding by the ctenophore Mnemiopsis leidyi were measured in order to evaluate
the importance of predation by ctenophores on populations of zooplankton. Copepods …

Differences in predator and prey tolerances to abiotic factors, such as seasonal low
dissolved oxygen (DO) concentrations in estuarine environments, can affect planktonic food …

I investigated the importance of predation on fish eggs and larvae by the lo bate ctenophore,
Mnemiopsis leidyi, in Narragansett Bay, RI, USA, by measuring the abundance and …

A late-May seed population of the ctenophore, Mnemiposis leidyi, monitored by net tow at
four stations, increased from an average 0.15 m− 3 to 68 m− 3 in 15 days. This increase was …