Climatic change (global warming) not only limited to the terrestrial environmental variations
but also transforming the aquatic environments. Recent studies have reported that both …

The brackish water copepod Eurytemora affinis is the most abundant copepod species in the
low salinity zone (2-15) of the Seine estuary. Despite its ecological importance, little is …

Little is known about the diversity of Calanoida, Copepoda, in different habitats of the north-
western Red Sea. In this study, biodiversity of Calanoida, Copepoda, during the cold and …

Lakes are undergoing striking physicochemical changes globally, including co‐occurring
increases in dissolved organic carbon and nutrient concentrations, water color, and surface …

Marine aggregates of biogenic origin, known as marine snow, are considered to play a
major role in the ocean's particle flux and may represent a concentrated food source for …

Understanding the relationship between the zooplankton distribution and salinity may
provide key information to understand ecosystem function under the condition of a global …

The tropical calanoid copepod, Acartia sinjiensis, has good potential for mass culture as a
live feed for tropical reef fish larvae. This study was carried out to investigate the effects of …

Marine free living copepods can survive harsh periods and cope with seasonal fluctuations
in environmental conditions using resting eggs (embryonic dormancy). Laboratory …

Both temperature and terrestrial organic matter have strong impacts on aquatic food‐web
dynamics and production. Temperature affects vital rates of all organisms, and terrestrial …

As natural diets of fish larvae, a number of calanoid copepod species are being investigated
for use as live prey in aquaculture hatcheries. One of these, the tropical calanoid copepod …