Methods and Advances in Marine Geology and Hydrodynamics Environment

40.8K

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99

authors

19

articles

Methods and Advances in Marine Geology and Hydrodynamics Environment

40.8K

views

99

authors

19

articles

Editorial

Frontiers in Marine Science

Editorial: Methods and Advances in Marine Geology and Hydrodynamics Environment

Xingsen Guo

,

Fei Han

,

Yan Liu

,

Nan Wu

, 1 more and

Ningning Zhang

915 views

0 citations

Editors

6

University College London

Tongji University

RWTH Aachen University

Southern University of Science and Technology

University of New Hampshire

South China University of Technology

Impact

About

Over the years, increasing attention from the academic and industrial communities is gained by the development of subsea mineral resources (e.g., oil, gas, hydrates, polymetallic nodules, rare earth), exploitation of renewable marine energy (e.g., wind power, tidal energy, wave energy), extreme weather conditions (e.g. storm surge, high temperature, extreme drought), and protection of the marine environment (e.g. geology, ecology), which is bringing huge opportunities and challenges to the field of marine geology and hydrodynamics environment. The proposed special issue, ‘Methods and Advances in Marine Geology and Hydrodynamics Environment’ aims to collect the latest advances in the above-mentioned important marine science research topics. You are cordially invited to submit your work to the special issue and contribute to the marine community.

This Research Topic focuses on studies that pay attention to the latest insights in Methods and Advances in Marine Geology and Hydrodynamics Environment. This Research Topic welcomes in-situ observations, laboratory experiments, numerical simulations, theoretical analyses, big data, AI, and other methods to tackle scientific issues and develop practical values related to the theme. We call for original and novel papers related to Marine Geology and Hydrodynamics Environment in any of the following research topics:

· Development of ocean usage (e.g., engineering construction as well as the exploitation of marine energy and resources)

· Marine geology disasters (e.g., earthquakes, seabed instabilities, liquefaction, submarine landslides, and consequent tsunamis)

· Hydrodynamics (e.g., ocean currents, hyperpycnal flow, waves, and tides)

· Interactions between marine hydrodynamics and biological activities

· Marine environmental protection

Over the years, increasing attention from the academic and industrial communities is gained by the development of subsea mineral resources (e.g., oil, gas, hydrates, polymetallic nodules, rare earth), exploitation of renewable marine energy (e.g., wind power, tidal energy, wave energy), extreme weather conditions (e.g. storm surge, high temperature, extreme drought), and protection of the marine environment (e.g. geology, ecology), which is bringing huge opportunities and challenges to the field of marine geology and hydrodynamics environment. The proposed special issue, ‘Methods and Advances in Marine Geology and Hydrodynamics Environment’ aims to collect the latest advances in the above-mentioned important marine science research topics. You are cordially invited to submit your work to the special issue and contribute to the marine community.

This Research Topic focuses on studies that pay attention to the latest insights in Methods and Advances in Marine Geology and Hydrodynamics Environment. This Research Topic welcomes in-situ observations, laboratory experiments, numerical simulations, theoretical analyses, big data, AI, and other methods to tackle scientific issues and develop practical values related to the theme. We call for original and novel papers related to Marine Geology and Hydrodynamics Environment in any of the following research topics:

· Development of ocean usage (e.g., engineering construction as well as the exploitation of marine energy and resources)

· Marine geology disasters (e.g., earthquakes, seabed instabilities, liquefaction, submarine landslides, and consequent tsunamis)

· Hydrodynamics (e.g., ocean currents, hyperpycnal flow, waves, and tides)

· Interactions between marine hydrodynamics and biological activities

· Marine environmental protection

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Editors

University College London

Tongji University

RWTH Aachen University

Southern University of Science and Technology

University of New Hampshire

South China University of Technology

Impact

40,757 Total views

34,733 Article views

4,366 Article downloads

1,658 Topic views

Published In

Frontiers in Marine Science

Ocean Observation

Frontiers in Earth Science

Marine Geoscience

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