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Kingston, JM
Wednesday, January 23, 2019
Deep Sea Mining
New Depth Limit for Deep Sea Marine Burrows

Hydrothermal vents are used as nursery grounds for non-vent animals.

One of the most tantalizing emerging trends from the last half year are new studies showing connections between ecosystems  found on and surrounding hydrothermal...
Seabed Mining could destroy Ecosystems

Panel to discuss deep-sea mining at AAAS Meeting

Originally posted as Press Release By Woods Hole Oceanographic Institution | 17 February 2017 Home to an immense diversity of marine life, the deep ocean also...
New Papers Explore Environmental Impacts of Deep Sea Mining

New Papers Explore Environmental Impacts of Deep Sea Mining

Two new papers in major scientific journals opened the new year with a focus on the potential environmental impacts of deep sea mining.  The...
Secretary General Award for Excellence in Deep Sea Research

Secretary-General Award for Excellence in Deep Sea Research

The International Seabed Authority is mandated to promote and encourage the conduct of marine scientific research in the Area and to coordinate and disseminate...
How Scientists Use Bioluminescent Deep-Sea Creatures to Fight Cancer

How Scientists Use Bioluminescent Deep-Sea Creatures to Fight Cancer

MATTHEW O. BERGER on OCEANS DEEPLY | 22 January 2018 Determining whether new immunotherapies are successfully fighting cancer cells can be difficult and expensive. Creatures...
Deep-sea fish use hydrothermal vents to incubate eggs deep sea ecosystems

New Studies Highlight Complexity of Deep Sea Ecosystems

Three new journal papers published since the beginning of the year highlight the complexity of deep sea ecosystems and reveal new information on some...
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...
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,...
Plastic ice bag found by a NOAA expedition to the Marianas in 2016. Image: NOAA Office of Ocean Exploration and Research

Microplastics in The Deep Ocean

Rachel Pendergrass | 15 November 2018 Giant gyers of floating plastic have long been at the forefront of the public conversation around ocean pollution, but...
deep sea vent

Study Brings New Insight on Deep Sea Vents

A new paper published by scientists from the Monterey Bay Aquarium Research Institute (MBARI) is challenging scientific assumptions on the way deep sea vents...

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Latest articles

How to access a research paper.

Deep-sea mining, as both an industry and community of practice, is highly engaged in the scientific process. From plume flow models to...
Cut rock samples from the Rio Grande Rise show Fe-Mn crusts (black and gray) growing on various types of iron-rich substrate rocks (pale to dark brown). Photo credit: Kira Mizell, USGS.

A lost continent rich in cobalt crusts could create a challenging precedent for mineral...

The Rio Grande Rise is an almost completely unstudied, geologically intriguing, ecologically mysterious, potential lost continent in the deep south Atlantic. And it also...
Mapping the deep sea mining system lends insights into the key problems, and solutions. Image credit Jory Fleming, Lucinda Ford, Edward Hornsby.

Diving Deep into Systems: Increasing Public Leverage in the Deep-sea Mining Conversation

Taking a systems approach to deep sea mining shows engaging the public is key to the sustainable development and governance of the industry.