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Typhoons / Aquatic ecology / Typhoon Jangmi / Typhoon Hagupit / Typhoon / Tropical cyclone / Mixed layer / Sea surface temperature / Meteorology / Atmospheric sciences / Pacific typhoon season


Ocean Sci., 10, 559–570, 2014 www.ocean-sci.net[removed]doi:[removed]os[removed] © Author(s[removed]CC Attribution 3.0 License. Upper ocean response to the passage of two sequential typhoons
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Document Date: 2014-06-30 08:28:48


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File Size: 1,15 MB

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City

Argo / /

Company

USA 3 Naval Research Laboratory / TPARC/TCS08 / Research Laboratory / USA 4 Science Applications International Corporation / Japan Agency for Marine-Earth Science / /

Country

Japan / /

Event

Natural Disaster / Environmental Issue / Business Partnership / /

Facility

Cooperative Institute / University of California San Diego / Institute of Geophysics / University of Warsaw / /

IndustryTerm

tropical cyclone forecasting systems / simdensity network / energy structure / microwave satellite imand / search criteria / energy / kinetic energy / upper ocean kinetic energy structure plays / /

NaturalFeature

Pacific Ocean / Ocean Sci / /

Organization

European Geosciences Union / Trusteeship Council / Japan Meteorological Agency / Poland Institution of Oceanography / office of Naval Research / Institute of Geophysics / Cooperative Institute for Research / Japan Agency for Marine-Earth Science and TEChnology / University of Warsaw / Warsaw / TC / Navy / United States Government / Scripps Institution of Oceanography / office of Naval Research Global / Faculty of Physics / Joint Typhoon Warning Center / University of California San Diego / San Diego / /

Person

Dean Roemmich / John Gilson / Hagupit Jangmi / /

Position

3DPWP model / model / Fisher / model for Hagupit / /

ProgrammingLanguage

ML / /

Technology

remote sensing / microwave / html / Geophysics / CAT 3 / CAT 1 / simulation / CAT / /

URL

http /

SocialTag