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In order to understand the processes governing the production ofmarine aerosols, repeatable, controlled methods for their generation arerequired. A new system, the miniature Marine Aerosol Reference Tank(miniMART), has been designed after the success of the original MART system,to approximate a small oceanic spilling breaker by producing an evolvingbubble plume and surface foam patch. The smaller tank utilizes anintermittently plunging jet of water produced by a rotating water wheel, intoan approximately 6 L reservoir to simulate bubble plume and foam formationand generate aerosols. This system produces bubble plumes characteristic ofsmall whitecaps without the large external pump inherent in the original MARTdesign. Without the pump it is possible to easily culture delicate planktonicand microbial communities in the bulk water during experiments whilecontinuously producing aerosols for study. However, due to the reduced volumeand smaller plunging jet, the absolute numbers of particles generated areapproximately an order of magnitude less than in the original MART design

A miniature Marine Aerosol Reference Tank (miniMART) as a compact breaking wave analogue