Oceanic waters of the subarctic Pacific exhibit a special ecological feature, a virtually
seasonally invariant standing stock of phytoplankton (measured as chlorophyll a), that …

Shipboard incubations of Neocalanus cristatus CV in natural seawater from the subarctic
Pacific Ocean near Ocean Station “P”(50° N, 145° W) indicate that ingestion of uniformly …

Calanoid copepods comprise around 90% of Arctic zooplankton biomass and are
fundamental to the ecological and biogeochemical functioning of high-latitude pelagic …

The copepod Calanus hyperboreus, a key species of Arctic marine ecosystems, has a
partially anoxic gut that is suspected to host anaerobic microbial activities. So far, however …

Neocalanus tonsus Brady was collected in subantarctic waters off southeastern New
Zealand to test experimentally the importance of storage lipids and particulate matter as …

Lipid-storing copepods are fundamental to the functioning of marine ecosystems,
transferring energy from primary producers to higher trophic levels and sequestering …

The boreal copepod Calanus finmarchicus accumulates lipid reserves during summer
feeding in surface ocean waters, which enable it to stay at depth and survive famine during …

Rates of excretion of NH4+ urea and dissolved primary amines (DPA) by Acartia tonsa were
measured over two 24-h periods in estuarine mesocosms. Animals (∼ 20 non-gravid …

The life history of copepods during nauplius stages has rarely been studied, because of
difficulties in identification. This study describes the development of an identification method …