Not exact matches
Cycles that
drive changes in the
ocean's
chemistry and organisms take place over hours, days, seasons, years and even decades — timescales NEPTUNE can track.
By studying the
chemistry of growth rings
in the shells of the quahog clam, an international team led by experts from Cardiff University and Bangor University have pieced together the history of the North Atlantic
Ocean over the past 1000 years and discovered how its role
in driving the atmospheric climate has drastically
changed.
How are humans
driving changes in the
chemistry of the
ocean, and what might this mean for marine ecosystems
in the future?
The
ocean uptake of excess atmospheric carbon dioxide, the excess above preindustrial levels
driven by human emissions, causes well - understood and substantial
changes in seawater
chemistry that can affect marine organisms and ecosystems.
«
Ocean acidification» (OA), a
change in seawater
chemistry driven by increased uptake of atmospheric CO2 by the
oceans, has probably been the most - studied single topic
in marine science
in recent times.