Arctic marine microbial ecology during the Svalbard Polar Night

We conclude that artificial light has the potential to affect the behaviour of marine fish and zooplankton during the Arctic polar night down to at least 200 m depth, but that

(CZ), Polar Mixed Layer (PML), Arctic Halocline (AH), Atlantic Water (AW), and Canadian Basin Deep 892.

Histograms of the biolumi- nescence intensity (data not shown) in conjunction with plankton enumerations from each depth suggest that an underlying

Here we characterized the ambient light regime throughout the diel cycle during the high Arctic polar night, and ask whether visual systems of Arctic zooplankton can detect the

The Marine Plastic Microbiome: Microbial Colonization of Polymer Surfaces in the Arctic Marine Environment..

Explanatory variables included water mass type (Atlantic, Arctic, Barents Sea and Surface Waters; Table 1), location (north vs. south of the Polar Front), sampling month

Locations of opportunistic observations of seabirds foraging under artificial light conditions during the Arctic polar night in the ocean around Spitsbergen Island,

During four expeditions Gradinger and Lenz (1995) observed maximal abundances of 5500 Synechococcus cells mL −1 in the Atlantic inflow to the Arctic Ocean west of Svalbard at 78 ◦