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Scientists from the Woods Hole Oceanographic Institution (WHOI) have conducted a new study to measure levels of carbon at various depths in the Arctic Ocean. The study, recently published in the journal Biogeosciences, provides data that will help researchers better understand the Arctic Ocean’s carbon cycle—the pathway through which carbon enters and is used by the marine ecosystem. It will also offer an important point of reference for determining how those levels of carbon change over time, and how the ecosystem responds to rising global temperatures.
An international team of researchers, including physical oceanographers from the Woods Hole Oceanographic Institution (WHOI), has confirmed the presence of a deep-reaching ocean circulation system off Iceland that could significantly influence the ocean’s response to climate change in previously unforeseen ways.
Waters from warmer latitudes — or subtropical waters — are reaching Greenland’s glaciers, driving melting and likely triggering an acceleration of ice loss, reports a team of researchers led by Fiamma Straneo, a physical oceanographer from the Woods Hole Oceanographic Institution (WHOI).
Research led by oceanographers at WHOI and Duke University have teased out a new piece of the North Atlantic circulation puzzle, finding that much of the southward flow of cold water from the Labrador Sea moves along a previously unknown path in the interior of the North Atlantic -- a finding that may impact the work of global warming forecasters.
WHOI researchers are venturing to the North Pole to deploy instruments
that will make year-round observations of the water beneath the Arctic
ice cap. Scientists will investigate how the waters in the upper layers
of the Arctic Ocean are changing from season to season and year to year
as global climate fluctuates.
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