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Wednesday, January 23, 2019
Deep Sea Mining
Deep-sea fish use hydrothermal vents to incubate eggs deep sea ecosystems

Deep-sea fish use hydrothermal vents to incubate eggs

GAIL McCORMICK and NATURE RESEARCH for PENN STATE | 12 February 2018 Some deep-sea skates -- cartilaginous fish related to rays and sharks -- use...
Seabed Mining could destroy Ecosystems

Seabed mining could destroy ecosystems

UNIVERSITY of EXETER | 22 January 2018 Mining on the ocean floor could do irreversible damage to deep-sea ecosystems, says a new study of seabed...
New depth limit for deep-sea marine burrows

New depth limit for deep-sea marine burrows

UNIVERSITY OF LEEDS | 10 January 2018 Scientists have found fossil evidence of deep-sea marine life burrowing up to eight metres below the seabed --...
sponges

Discovery of a new group of sponges could help measure impact of deep-sea mining

TAYLOR & FRANCIS GROUP | 24 September 2017 A completely new group of sponges has been discovered, which scientists believe could be a key indicator...
deep-sea ventsvideo

New study challenges prevailing theory about how deep-sea vents are colonized

KIM FULTON-BENNETT for MBARI | 24 July 2017 An article just published in the Proceedings of the Royal Society B describes two remarkably different hydrothermal...
biodiversity loss transparent environmetal management

Biodiversity loss from deep-sea mining will be unavoidable

DUKE UNIVERSITY | 26 June 2017 DURHAM, N.C. -- Biodiversity losses from deep-sea mining are unavoidable and possibly irrevocable, an international team of 15 marine...
polymetallic nodules

Rich deep-sea fauna on polymetallic nodules targeted for mining

Download press release By JPI OCEANS | 2 June 2017 An international group of researchers from Germany (Senckenberg am Meer), Belgium (Ghent University), France (Ifremer), and...
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...
subsea mining

Subsea mining moves closer to shore

HELMHOLTZ CENTRE FOR OCEAN RESEARCH KIEL (GEOMAR) | 9 February 2017 The demand for raw materials is rising continuously, forcing mining companies to use lower-grade...
Casper octopod

Newly discovered ‘Casper’ octopod at risk from deep-sea mining

CELL PRESS | 19 December 2016 Last spring, researchers made headlines with the discovery of what was surely a new species of octopod, crawling along...

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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.