In situ observations of open ocean (and in particular the Southern Ocean) turbulent mixing are sparse and remain one of the ‘holy grails’ of Oceanography. Ocean fronts and eddies are hotspots for raised turbulent mixing, however, it is extremely intermittent and thus difficult to observe. The passage of strong atmospheric storms are thought to further enhance Continue Reading

The Southern Ocean has a powerful influence on Earth’s climate, as it stores more anthropogenic CO2 and heat than any other latitude band on Earth. This massive body of water also plays a pivotal ecosystem role in regulating the supply of nutrients to lower latitudes which supports about 80% of ocean production. Its ability to Continue Reading

By Sarah Gille, Simon Josey, and Seb Swart: EOS article 13 May 2016 https://eos.org/meeting-reports/new-approaches-for-air-sea-fluxes-in-the-southern-ocean Air-sea exchanges in the Southern Ocean of momentum, heat, freshwater, carbon dioxide, and other gases are not well documented because fluxes are sparsely sampled (see Figure 1) and because high winds, high sea state, and lack of calibration for bulk formulas make Continue Reading