PPT-Toward seasonal to multi-annual marine biogeochemical prediction using GFDL’s Earth

Author : briana-ranney | Published Date : 2019-12-09

Toward seasonal to multiannual marine biogeochemical prediction using GFDLs Earth System Model Jongyeon Park Charles A Stock John P Dunne Xiaosong Yang Anthony Rosati

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Toward seasonal to multi-annual marine biogeochemical prediction using GFDL’s Earth: Transcript

Toward seasonal to multiannual marine biogeochemical prediction using GFDLs Earth System Model Jongyeon Park Charles A Stock John P Dunne Xiaosong Yang Anthony Rosati Jasmin G John Shaoqing. cycles. The study and characterization of protists has a long and distinguished tradition. Even with this history, the extraordinary species diversity and vari - ety of interactions of protists in Research Interests/Needs. 1. Outline. Operational Prediction Branch research needs. Operational Monitoring Branch research needs. New experimental products at CPC. Background on CPC. Thanks to CICS/ESSIC/UMD for Inviting us . Dr. Louis W. . Uccellini. Director, National Weather Service. NOAA Assistant Administrator for Weather . Services. July 13, 2016 – Congressional Briefing. Value of . Weekly to Seasonal Predictions. Presentation to AMS Board on Enterprise Communications. September 2012. ESPC Overview. Introduction. ESPC is an . interagency collaboration . between DoD (Navy, Air Force), NOAA, DoE, NASA, and NSF for coordination of research to operations for an earth system analysis and extended range prediction capability. . . of Tamarisk Beetles. (. Diorhabda elongata . Species Group). and Invasive Tamarisks (. Tamarix . spp.). with a Novel. Stacked Environmental Envelope Model (SEEM). James Tracy. 1. , Mauro DiLuzio. 2. Interannual. -to-Decadal Predictions Experiments. . L. Goddard. , on behalf of the . US CLIVAR Decadal Predictability Working Group & Collaborators. : . Lisa Goddard, . Arun. Kumar, Amy Solomon, James Carton, Clara . Daniel P. Eleuterio, . Office of Naval Research. Jessie Carman, NOAA Office of Ocean and Atmosphere Research. Fred . Toepfer. , NOAA National Weather Service. Dave . McCarren. , Naval Meteorology and Oceanography Command. The Sun-Earth-Moon System. The relationships between the Sun, Moon, and Earth are important to us in many ways. . The Sun-Earth-Moon System. The Sun provides light and warmth, and it is the source of most of the energy that fuels our society. . Plymouth/Toulouse. , . 5th April 2018. . Stefano Ciavatta . OPTIMA. OPTical. data Modelling and Assimilation. Team. Stefano Ciavatta . (Project & PML PI. ). Marine ecosystem modeller. , data . Jong-yeon Park, Charles A. Stock, John P. Dunne, . Xiaosong. Yang, Anthony Rosati, Jasmin G. John, . Shaoqing. Zhang. NOAA-GFDL / Princeton University. (Biogeochemistry, Ecosystems, and Climate Group). 1. Saha-UMAC-09Aug2016. Atmosphere. , Land, Ocean, . Seaice. , Wave, . Chemistry, . Ionosphere. Data Assimilation cycle. Analysis frequency H. ourly. Forecast length . 9 . hours. Resolution . 10 . The marine system includes exchanges with both the estuarine and coastal systems, as well as potential direct discharges of contaminated groundwater. Compartment sizes and exchange rates used in t Tom Knutson. NOAA/GFDL. Climate Impacts and Extremes Group. GFDL/NOAA, Princeton, New Jersey. May 2017. Super Typhoon . Haiyan. , 2013. Collaborators :. . Bob . Tuleya. Joe . Sirutis. Morris Bender. Name: Sarah Kapnick. Organization: Geophysical Fluid Dynamics Laboratory / NOAA. Elements of Climate Prediction System of Systems. Global climate observing system. :. Sparse observations of many quantities across globe..

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