Diel vertical migration (DVM) is common in aquatic organisms. The trade‐off between
reduced predation risk in deeper, darker waters during the day and increased foraging …

We used the results of seventeen years of Great Lakes benthic monitoring conducted by the
US EPA's Great Lakes National Program Office to describe the spatial and temporal patterns …

The nocturnal migratory complex (NMC) is formed in the coastal pelagic zone of seas and
large lakes (including Lake Baikal) due to the diurnal vertical migrations of benthic animals …

With the large Diporeia declines in lakes Michigan, Huron, and Ontario, there is concern that
a similar decline of Mysis diluviana related to oligotrophication and increased fish predation …

Zooplankton distributions are patchy due to multiple physical, chemical, and biological
processes, including diel vertical migration (DVM) behavior. Heterogeneity in the offshore …

Species invasions can lead to ecological regime shifts by altering food web structure and
changing nutrient cycling. Stable isotopes are a powerful tool to understand the potential …

Mysids are known for benthic-pelagic diel vertical migration (DVM), where the population is
benthic by day and pelagic by night. However, historical and recent observations in …

Ecological studies investigating niche breadth and overlap often have limited spatial and
temporal scale, preventing generalizations across varying environments and communities …

In this paper, we have studied the dynamics of two species, ecological model, considering
two economically beneficial marine species herring (Clupea harengus) as predator and …

The application of remote video technologies can provide alternative views of in situ
behavior and distribution of aquatic organisms that might be missed with traditional net …