Abstract
By their nature, seeps are spatially and temporally variable and episodic; thus, effective emissions’ quantification presents significant challenges because local measurements likely are unrepresentative. A multibeam sonar system was developed to observe ebullition spatially and used to study water column bubble plume processes, as well as subsurface migration processes for seepage from the Coal Oil Point seep field and the East Siberian Arctic Sea is presented. The system is designed for deep-sea application related to hydrates as part of a benthic observatory.
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