Results 21 to 30 of about 242,470 (301)

Visual information processing for deep-sea visual monitoring system

Cognitive Robotics, 2021
Due to the rising demand for minerals and metals, various deep-sea mining systems have been developed for the detection of mines and mine-like objects on the seabed.
Chunyan Ma, Xin Li, Yujie Li, Xinliang Tian, Yichuan Wang, Hyoungseop Kim, Seiichi Serikawa   +6 more
doaj   +1 more source

Mechanical behavior of composite materials for marine applications – an experimental and computational approach

Journal of the Mechanical Behavior of Materials, 2018
The maturity of sophisticated numerical tools for predicting damage in composite materials has become a priority research area in aero- and underwater structures.
Kathavate V.S., Amudha K., Adithya L., Pandurangan A., Ramesh N.R., Gopakumar K.   +5 more
doaj   +1 more source

Exploration of New Operational Models and Technologies for the Synergistic Development of Deep-Sea Mining and Carbon Sequestration [PDF]

中国工程科学
The ocean harbors abundant solid minerals and is the world’s largest carbon sink with vast carbon sequestration potentials. Exploring the synergistic development of deep-sea mining and carbon sequestration is of significant importance for supporting ...
Xuguang Chen, Xian Zhang, Ning Ma, Xixi Liu, Anqi Xie, Fengpeng Zhang, Rui Lyu   +6 more
doaj   +1 more source

The Current State of Global Activities Related to Deep-sea Mineral Exploration and Mining [PDF]

, 2016
Deep-sea mining is seen as a potential way to provide future secure metal supply to global markets. The current rush to the seafloor in areas beyond national jurisdiction indicates that sound knowledge of the geological characteritics of the various ...
Hannington, Mark D., Krätschell, Anna, Petersen, Sven   +2 more
core   +2 more sources

Options for managing human threats to high seas biodiversity [PDF]

, 2020
Areas beyond national jurisdiction (ABNJ) constitute 61% of the world's oceans and are collectively managed by countries under the United Nations Convention on the Law of the Sea (UNCLOS).
Allen, HL, Hoppit, G, McIntyre, CJ, O'Leary, BC, Roberts, CM, Townley, A   +5 more
core   +5 more sources

Dispersion of Benthic Plumes in Deep-Sea Mining: What Lessons Can Be Learned From Dredging?

Frontiers in Earth Science, 2022
Over the past decade, deep-sea mining (DSM) has received renewed interest due to scarcity of raw materials. Deep-sea mining has been spurred by the need for critical resources to support growing populations, urbanization, high-tech applications and the ...
Rudy Helmons, Rudy Helmons, Lynyrd de Wit, Henko de Stigter, Jeremy Spearman   +4 more
doaj   +1 more source

Navigating the Path to Legal Enhancements in China’s Deep-Sea Mining Environmental Governance [PDF]

E3S Web of Conferences
As deep seabed mining technology matures and global demand for key minerals grows, new requirements are being posed to environmental governance systems.
Huang Yuting, Liu Jiahao, Bai Xiang, Zheng Shiyi   +3 more
doaj   +1 more source

Environmental hazard assessment of a marine mine tailings deposit site and potential implications for deep-sea mining [PDF]

, 2017
Portmán Bay is a heavily contaminated area resulting from decades of metal mine tailings disposal, and is considered a suitable shallow-water analogue to investigate the potential ecotoxicological impact of deep-sea mining.
Bebianno, Maria João, Canals, Miquel, Cardoso, Cátia, Danovaro, Roberto, Dell’Anno, Antonio, Gambi, Cristina, Mestre, Nélia, Regoli, Francesco, Rocha, Thiago L., Sanchez-Vidal, Anna   +9 more
core   +1 more source

Potential mitigation and restoration actions in ecosystems impacted by seabed mining [PDF]

, 2018
Mining impacts will affect local populations to different degrees. Impacts range from removal of habitats and possible energy sources to pollution and smaller-scale alterations in local habitats that, depending on the degree of disturbance, can lead to ...
Aguilar de Soto, Aguzzi, Airame, Alain, Aleynik, Amon, Armstrong, Baker, Baldrighi, Beaulieu, Bergquist, Bett, Billett, Billett, Blöthe, Bonnet, Boschen, Boschen, Boschen, Botsford, Breier, Carreiro-Silva, Carreiro-Silva, Clark, Clark, Company, Copley, Cunha, Cuvelier, Cuvelier, dela Cruz, Desbruyères, Desbruyères, Didham, Durden, Ekstrom, Erickson, Fritz, Fustec, Gaines, Galkin, Gaspar, Gaudron, Gaudron, Gilmour, Girard, Gladstone, Glover, Gollner, Gollner, Gollner, Gollner, Govenar, Govenar, Groves, Gwyther, Génio, Halbach, Hauton, Hein, Hein, Hein, Hein, Hessler, Hessler, Higgs, Ishiguro, Ivanenko, Jamieson, Jones, Kaikkonen, Kelly, Kelly, Khripounoff, Klose, Knoop, Koschinsky, LaRowe, Larson, Larson, Larsson, Ledwell, Lees, Legendre, Leitner, Levin, Levin, Leys, Lim, Lodge, Luther, Lutz, Lyngstad, Madureira, Marsh, Martínez Arbizu, McClain, McDonald, Menge, Menzel, Metaxas, Micheli, Miller, Miyake, Mora, Morato, Morgan, Mullineaux, Mullineaux, Mullineaux, Mullineaux, Mullineaux, Mullineaux, Mullineaux, Mullineaux, Mullineaux, Nakajima, Nakamura, Newell, Newell, Niner, Nozaki, Oebius, Ondréas, O’Brien, Palumbi, Petersen, Phillips, Plum, Pradillon, Pradillon, Ramirez-Llodra, Rice, Roberts, Rogers, Rolinski, Rowden, Sarrazin, Sarrazin, Sarrazin, Schlacher, Shank, Smith, Smith, Stevens, Stoyanova, Stratmann, Sweetman, Sweetman, Sylvan, Thiel, Thurber, Tilot, Tittensor, Tunnicliffe, Tunnicliffe, Tunnicliffe, Tunnicliffe, Tunnicliffe, Van Dover, Van Dover, Van Dover, Van Dover, Van Dover, Van Dover, Vanreusel, Veillette, Veillette, Verlaan, Vis, Waite, Wedding, Weilgart, Witte, Won, Zeppilli   +175 more
core   +9 more sources

Deep Sea Mining

, 2019
This brief is based on a literature review conducted by Axel Hallgren at Linköping University that maps ongoing deep sea mining (DSM) research, scientific debates and controversies and synthesizes major narratives in the field. The brief will first contextualize DSM, pinpoint a few significant challenges, and continue with a short description of the ...
Hallgren, Axel, Hansson, Anders
openaire   +3 more sources