The oceans contribute significantly to the global emissions of a number of atmospherically
important volatile gases, notably those containing sulfur, nitrogen and halogens. Such gases …

Volatile organic compounds (VOCs) play a vital role in the global carbon budget and in the
regional formation of ozone in the troposphere, and are emitted from both natural and …

We document and evaluate the aerosol schemes as implemented in the physical and Earth
system models, the Global Coupled 3.1 configuration of the Hadley Centre Global …

We analyze the atmospheric processes that explain the large changes in radiative
feedbacks between the two latest climate configurations of the Hadley Centre Global …

Two 3He/SF6 dual‐gas tracer injections were conducted during the Southern Ocean Gas
Exchange Experiment (SO GasEx) to determine gas transfer velocities. During the …

A variety of physical mechanisms are jointly responsible for facilitating air‐sea gas transfer
through turbulent processes at the atmosphere‐ocean interface. The nature and relative …

Simultaneous air–sea fluxes and concentration differences of dimethylsulfide (DMS) and
carbon dioxide (CO 2) were measured during a summertime North Atlantic cruise in 2011 …

Shipboard measurements of eddy covariance dimethylsulfide (DMS) air–sea fluxes and
seawater concentration were carried out in the North Atlantic bloom region in June/July …

The air-sea gas transfer velocity (K 660) is typically assessed as a function of the 10-m
neutral wind speed (U 10n), but there remains substantial uncertainty in this relationship …

Dimethyl sulfide (DMS) plays a major role in the global sulfur cycle. In addition, its
atmospheric oxidation products contribute to the formation and growth of atmospheric …