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Kingston, JM
Friday, October 19, 2018
Deep Sea Mining
The Maersk Launcher, DeepGreen's support ship. with the Ocean Cleanup System 001.

DeepGreen’s vision for the next generation of deep-sea mining

“This is an electric vehicle battery,” Gerard Barron exclaims as he holds a fist-size nodule, dark and lumpy, up to the screen. For Barron,...
Bed of Ifremeria nautilei. Photo: CRF/Ridge2000

A glossary of Neptunes and Nautili in Deep-sea Mining

If you were to ask a new stakeholder to name the most frustrating aspect of trying to understand the current state of deep-sea mining,...
Endpages from The Realm of the Submarine, highlighting the scale of different submersible assets.

From the Editor: A submarine for every explorer!

I like to keep an eye out for classic books from the early days of ocean technology, both factual and fiction. From Monturiol’s Dream...
Participants of DSBS 2018. Photo courtesy DSBS.

Deep-sea Biology Symposium: Mining Digest

The Deep-sea Biology Symposium convened last week for its triennial meeting. Over the course of 5 days, participants shared the latest discoveries in deep-sea...
DOSI Day participants. Photo courtesy DOSI.

Deep Ocean Stewardship Initiative gathers ahead of the Deep-sea Biology Symposium to plan for...

The Deep-Ocean Stewardship Initiative is a collective of mostly marine scientists whose goal is to use science, technology, policy, law and economics to advise...
Beaked whale gouges on the deep seafloor. Photo from Marsh et al. 2018.

Deep-diving whales lay tracks across the CCZ.

A series of tantalizing tracks on the seafloor led Dr. Leigh Marsh on a journey of discovery that could have significant implications for our...
The submarine Noctiluca cruises across the surface. Photo Courtesy Shanee Stopnitzky.

The rise of low-cost ROVs and community submersibles

As a community, we discuss mining, management, and monitoring, as well as the regulations that shape them, in terms of governments, major corporations, and...

Deep-sea mining from 2018 to 2024: what can we expect?

At the close of the 24th Annual Session of the International Seabed Authority on 26th July 2018, the future of deep-sea mining appeared precarious....
Group photo of delegates at the end of the meeting, courtesy ISA. 

In Summary: Part II of the 24th Session of the ISA.

Last month, ISA delegates met in Jamaica for the 2nd part of the 24th Session of the International Seabed Authority to discuss the ISA’s...
Deep-sea glass sponges from a polymetallic nodule field. Image from Kersken et al. 2018.

Recent studies expand our understanding of the diversity, distribution, and resilience of species from...

The last half year saw a slate of great studies highlighting the diversity, distribution, and resilience (or lack thereof) of the animals that live...

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Latest articles

Palau nautilus from side. Palau, Micronesia. Photo by Lee R. Berger.

From the Editor: Getting a handle on jargon

Deep-sea mining is plagued by inscrutable jargon that makes it very difficult to newcomers to engage meaningfully with the industry. One of the big...
Patania II, courtesy DEME.

Global Sea Mineral Resources unveils the Patania II nodule collector

This week, Global Sea Mineral Resources unveiled Patania II, a pre-prototype polymetallic nodule collector built to work in the Clarion-Clipperton Fracture Zone. Patania II...
The Maersk Launcher, DeepGreen's support ship. with the Ocean Cleanup System 001.

DeepGreen’s vision for the next generation of deep-sea mining

“This is an electric vehicle battery,” Gerard Barron exclaims as he holds a fist-size nodule, dark and lumpy, up to the screen. For Barron,...