Sensors record in situ bioluminescence to study the presence of organisms at night or in the dark ocean without disturbing them.
The Benthic Rover autonomously transits the seafloor taking measurements of sediment community oxygen consumption, which the lab uses to calculate organic carbon demand.
Deep-Sea Environmental Sample Processor - MBARI's robotic biology lab already filters microbes from surface water and identifies them on its own. To study deep-sea life, this new ESP must be able to do its careful lab work in 90 times the pressure we feel on land.
The DEIMOS system works like the “fish finder” used on many recreational fishing boats, but instead of pointing down from the sea surface, it points up from the seafloor. DEIMOS was developed by professor John Horne, along with research scientists David Barbee and Dick Kreisberg, at the University of Washington.
Eye in the Sea – This low-light camera sits quietly and looks for shy creatures by the eerie glow of their bioluminescence – a feature shared by 90 percent of deep-sea life. So far, we’ve studied the deep using loud subs with bright lights. Eye in the Sea uses a stealthier approach.
The FOCE experiment is designed to study the effects of increased carbon dioxide concentrations in seawater on marine animals. This experiment is of vital importance, since seawater is becoming more acidic as more and more human-generated carbon dioxide dissolves from the atmosphere into the world’s oceans.