ゲーム 麻雀

O2 proposes to develop a programme of work that will integrate open-source offshore geological and geophysical subsurface data for contiゲーム 麻雀ntal shelves including the subduction and transform plate boundaries across the globe. The funding support will be sought from National Institutes. This subsurface data archive will provide a single source of detailed geophysical information. The data will be reviewed to highlight potential geohazard risks. The archive is developed to serve as an initial resource for site risk assessment. Some of data sources to be integrated include:

1. Australian Government, Geoscience Australia, National Offshore Petroleum ゲーム 麻雀formation Management System (NOPIMS): ゲーム 麻雀tps://nopims.dmp.wa.gov.au/nopims
2. British Oceanographic Data Center: ゲーム 麻雀tps://www.bodc.ac.uk/
3. ゲーム 麻雀ological Survey of Japan: https://gbank.gsj.jp/ゲーム 麻雀onavi/?lang=en and https://gbank.gsj.jp/sbp_db/paゲーム 麻雀s/cover-E.html
4. Japaゲーム 麻雀se Coast Guard: https://www.msil.go.jp/msil/htm/maゲーム 麻雀.html?Lang=1
5. Japan Agency for Mariゲーム 麻雀-Earth Science and Technology: ゲーム 麻雀tp://www.jamstec.go.jp/e/database/ and ゲーム 麻雀tp://www.jamstec.go.jp/obsmcs_db/e/
6. Published data (see, e.g., https://doi.ゲーム 麻雀g/10.1038/s41597-021-00969-w)
7. Data collected by programmes of work ゲーム 麻雀 O1, O3 and O4.
8. Data provided by TGSG Consゲーム 麻雀tium and Suppゲーム 麻雀ters members, fゲーム 麻雀 public open access.
9. Mariゲーム 麻雀 geohazard maps of the Italian seas provided by the Italian Civil Defence Dept. (https://github.com/pcm-dpc/ゲーム 麻雀GIC).
10. Mariゲーム 麻雀 geohazard are the Norwegian MAREANO project (https://ゲーム 麻雀reano.no/en), the Irish ゲーム 麻雀FOMAR (https://www.ゲーム 麻雀fomar.ie)

TGSG will make all collated data available, either directly or cross-linked, from a single portal site hosted by the SSSGR secretariat. By doing so it will provide a global mapping/archive of submariゲーム 麻雀 geological and geophysical data (D2).