Climate change impacts are pronounced at high latitudes, where warming, reduced sea-ice-
cover, and ocean acidification affect marine ecosystems. We review climate change impacts …

The highly productive northern Bering and Chukchi marine shelf ecosystem has long been
dominated by strong seasonality in sea-ice and water temperatures. Extremely warm …

In 2011, a first comprehensive assessment of the footprints of climate change on Arctic
marine ecosystems (such as altered distribution ranges, abundances, growth and body …

As Arctic temperatures rise at twice the global rate, sea ice is diminishing more quickly than
models can predict. Processes that dictate Arctic cloud formation and impacts on the …

Recent declines in sea ice extent and warming seawater temperatures in the Arctic have the
potential to impact regional and pan-Arctic marine ecosystems. To investigate marine …

The recently increased interest in marine trait-based studies highlights one general demand–
the access to standardized, reference-based trait information. This demand holds especially …

We used genetic techniques to identify gadids (cods) to species in the Pacific Arctic during a
time of substantial physical change in the marine ecosystem between 2012 and 2019. The …

Observations of the seasonal light field in the upper Arctic Ocean are critical to
understanding the impacts of changing Arctic ice conditions on phytoplankton growth in the …

In response to dramatic seasonal sea ice loss and other physical changes influencing
biological communities, a Distributed Biological Observatory (DBO) was proposed in 2009 …

Pelagic larval stages (meroplankton) of benthic invertebrates seasonally make up a
significant proportion of planktonic communities, as well as determine the distribution of their …