The United States Postal Service will unveil a new series of forever stamps highlighting the diverse and beautiful world of bioluminescence on February 22nd.

ROV pilot Ben Erwin is using virtual reality as a new tool for deep-sea exploration.

A recent paper describes an unusual discovery: dead squid littered across the deep sea bottom.

The diesel engines on MBARI’s research vessel Rachel Carson were recently replaced with new Caterpillar engines under a grant from California’s Carl Moyer Memorial Air Quality Standards Attainment Program.

Remotely operated vehicle (ROV) Doc Ricketts completed its one thousandth dive on December 21, 2017, marking a significant milestone for the vehicle and its team of pilots.

Results of the Coordinated Canyon Experiment presented at the Fall 2017 meeting of the American Geophysical Union.

The first of the three MBARI autonomous vehicles designed to document microbial diversity in the ocean will be deployed off the Hawaiian coast on Friday.

A new paper by MBARI researchers Anela Choy, Steve Haddock, and Bruce Robison documents the first comprehensive study of deep-sea food webs.

MBARI has partnered with The Nature Conservancy and other organizations to design a new camera system for counting threatened rockfish.

MBARI and the Monterey Bay National Marine Sanctuary recently worked together to create an illustrated field guide to Sur Ridge, an underwater mountain range off the Big Sur coast.

Remotely operated vehicle Ventana is undergoing an overhaul while its host, MBARI research vessel Rachel Carson, is in the shipyard for an important engine upgrade.

Why do certain coastal areas become meccas for wildlife? A new computer model by MBARI researchers can predict the locations of such biological hotspots.

A recent field experiment in Yellowstone National Park saw MBARI researchers dodging hordes of tourists and herds of elk while searching for “brain-eating amoebae.”

A science illustration student was inspired by a visit to MBARI to create a series of animations to show the inner workings of MBARI's autonomous underwater vehicles.

An unusual data signal recorded in the ocean with an echosounder turned out not to be fish, but diving seabirds.

  We completed science operations on the evening of September 12th after conducting a successful ROV dive and collecting several more gravity cores in the Western Mackenzie Trough and Yukon Shelf. Although this was a geosciences expedition, we made several observations of marine life as well. Topside, we have seen numerous species of birds, including …

Ned King To interpret what we see today both on land and at the seabed, we need to understand how the landscape was different in the past. When we say “past”, we mean on a geologic timeframe—specifically, about 10,000 to 20,000 years ago, when the climate was much colder and glaciers covered much of Canada. There have …

Aerial platforms such as UAVs, or drones, as they are more commonly known, are making headway into scientific applications due to the variety of remote sensing capabilities they offer.

Lonny Lundsten and Michelle Côté on behalf of the science team Over the last few days we conducted three remotely operated vehicle (ROV) dives and two autonomous underwater vehicle (AUV) surveys at areas of geologic interest on the eastern Mackenzie Shelf that are called pingo-like features (PLFs) and mud volcanoes. On the adjacent land of …

For over five decades, the geology under the Canadian Beaufort Sea on the eastern side of the Mackenzie Trough has been extensively explored for the potential to find oil and gas deposits. Thus, a wealth of data exists in this area, including: multichannel seismic data looking deep into the subsurface, large swaths of multibeam data …