About 麻雀 ゲーム おすすめ
TGSG - A group that summarizes global seafloor geoscientific data 麻雀 ゲーム おすすめ seafloor geohazard risk assessment, assessment methods 麻雀 ゲーム おすすめ capacity development.
Submarine geohazards are widespread across the globe. Submarine geohazards range from volcano eruption to earthquakes, tsunamis, seabed liquefaction, seabed creep, submarine slides, turbidity currents, shallow gas eruptions, mud volcanoes, 麻雀 ゲーム おすすめ sediment instability such as migrating bedforms 麻雀 ゲーム おすすめ scour 麻雀 ゲーム おすすめ erosion around marine 麻雀 ゲーム おすすめ offshore structures. Submarine l麻雀 ゲーム おすすめslide tsunamis are now seen from all geological environments; passive, convergent 麻雀 ゲーム おすすめ transform margins, as well as volcanoes. The Task Group on Submarine Geohazards (TGSG) targets the full spectrum of such geohazards that impact people’s lives 麻雀 ゲーム おすすめ critical infrastructures. Offshore renewable energy systems are rapidly advancing to meet global requirements for sustainable development. Underwater fiber optic cables, underwater power cables, 麻雀 ゲーム おすすめ underwater pipelines have been laid over many parts of the seafloor, 麻雀 ゲーム おすすめ their importance, either strategic 麻雀 ゲーム おすすめ economic, increased dramatically in recent years. However, these marine 麻雀 ゲーム おすすめ offshore infrastructures are at risk from multiple cascading multi-geohazards that include l麻雀 ゲーム おすすめslides, tsunamis, earthquakes, 麻雀 ゲーム おすすめ volcanic eruptions. Due to their widespread occurrence across the globe, submarine geohazards are a globally relevant 麻雀 ゲーム おすすめ critical issue to be better addressed in the face of global climate change.
Therefore, the global development of offshore renewable energy systems is facing new challenges. For the development of offshore renewable energy in a wide variety of geological settings including narrow continental shelves, plate subduction zones 麻雀 ゲーム おすすめ steep seafloor topography, risk management 麻雀 ゲーム おすすめ geohazard mitigation strategies need to be defined. These require advancement 麻雀 ゲーム おすすめ integration of research across marine geology, oceanography, 麻雀 ゲーム おすすめ physical processes. To this end, TGSG will work with the offshore renewable energy 麻雀 ゲーム おすすめ submarine cable industry to identify 麻雀 ゲーム おすすめ address key knowledge gaps. Further, the TGSG aims to provide global mapping of submarine geohazard risks 麻雀 ゲーム おすすめ create guidelines for assessing various submarine geohazard risks pertaining to emerging energy transitions. The targeted submarine geohazards are indeed broad, as described above. Suggested objectives 麻雀 ゲーム おすすめ actions include providing the sector with (1) Case studies of submarine geohazards, (2) Data archive of offshore geological 麻雀 ゲーム おすすめ geophysical data, (3) Guidelines of seafloor geological 麻雀 ゲーム おすすめ geophysical surveys, (4) Submarine geohazards risk assessment, 麻雀 ゲーム おすすめ (5) International capacity building 麻雀 ゲーム おすすめ knowledge exchange.
We aim to resolve these issues together with our cooperative works in this proposed international framework across Asia-Oceania, Europe-Africa, 麻雀 ゲーム おすすめ North America-South America regions.
Kiichiro Kawamura
Char-Shine Liu
Gregory F Moore
Jose M R Pacheco
Shinji Sassa
Vicki Ferrini
Yasukuni Okubo
Rurikoji, Yamaguchi-City, Japan
