New study from MBARI engineers and collaborators outlines how new sampling and imaging technologies can transform our understanding of marine life.

MBARI robots and cameras allowed filmmakers to capture an intimate look at nesting deep-sea octopus for the new global series, Planet Earth III.

Recent observation marks MBARI’s ninth encounter with this ultra-black deep-sea fish.

Robotic submersible marks a major milestone in ocean science, exploration, and conservation.

New partnership with Saab, Inc. will make the MBARI long-range autonomous underwater vehicle commercially available for the first time.

MBARI, WHOI, and MRV Systems launch new collaboration to leverage autonomous technology to measure and monitor effectiveness of ocean-based carbon dioxide removal.

MBARI’s advanced technology offers new insight into the “Octopus Garden” off Central California, the largest aggregation of octopus on Earth.

Meet the MBARI team and learn more about our latest discoveries and technology innovations at this free, family-friendly community event.

An advanced sensor suite designed by MBARI engineers gives scientists an incredibly detailed look at Monterey Canyon.

MBARI and 3D at Depth will build and test a new laser system for improved mapping of the deep seafloor.

Following a few key practices will standardize data about seafloor invertebrates and guide resource management

Mapping gene linkages provides clear-cut evidence for comb jellies as sibling group to all other animals

Barber’s early leadership laid the foundation of a new type of ocean research institute focused on teamwork and technology.

MBARI is collaborating with Bay Area music collective Fractals of Sound to bring the sounds of the ocean to San Francisco’s Grace Cathedral on April 24.

Analyzing decades of data shows how changes in the atmosphere impact marine communities.

2022 Annual Report showcases past year in science, engineering, and marine operations at MBARI.

MBARI engineers recently conducted a shipless deployment of a long-range autonomous underwater vehicle from the beach adjacent to our research facilities.

Etchemendy’s steady hand guided the vessels and vehicles at the core of MBARI’s work.

MBARI and USGS will develop a robotic sampler to detect invasive species, pathogens, and parasites.

Work continues on the R/V David Packard at Freire Shipyard in Spain.