Abstract The northern Bering and Chukchi Seas are areas in the Pacific Arctic characterized
by high northward advection of Pacific Ocean water, with seasonal variability in sea ice …

Owing to anthropogenic-induced acidification, surface waters of the high latitudes are
projected to become persistently undersaturated with respect to aragonite as early as mid …

This research explores the distributions and community composition of pelagic species in
the sub-Arctic and Arctic waters of the northern Bering and central and southern Chukchi …

Ocean currents, water masses, and seasonal sea ice formation determine linkages among
and barriers between the biotas of the Bering, Chukchi, and Beaufort Seas. The Bering Sea …

Climate change is triggering a global reorganization of marine life. Biogeographical
transition zones, diversity-rich regions straddling biogeographical units where many species …

Extreme reductions in sea ice extent and thickness in the Pacific Arctic Region (PAR) have
become a hallmark of climate change over the past decade, but their impact on the marine …

Climate warming in seasonally ice‐covered seas is expected to reduce the extent and
duration of annual sea ice. Resulting changes in sea ice related blooms of ice algae or …

Latitudinal species diversity gradients are well known in both terrestrial and aquatic
ecosystems throughout the world. However, trends in relative abundance and other shifts in …

Ocean currents, water masses, and seasonal sea ice formation contribute to determining
relationships among the biota of the Bering and Chukchi seas. The Bering Sea …

The northern Bering Sea shelf is dominated by soft-bottom infauna and ecologically
significant epifauna that are matched by few other marine ecosystems in biomass. The likely …