MODELING STRATEGY For the Alaska Ocean Observing System.

Slides:

Advertisements

Similar presentations

The Ocean and Climate Change Institute The Ocean and Climate Change Institute Woods Hole Oceanographic Institution.

Advertisements

NOAA RESEARCH PERSPECTIVES: AUTONOMOUS TECHNOLOGIES FOR OCEAN OBSERVATIONS Chris Beaverson Acentia, LLC Supporting: Ocean Exploration and Research Program.

N84 UNCLASSIFIED Rear Admiral Dave Titley, Ph.D. Oceanographer of the Navy / Director Task Force Climate Change October 15, 2009 This Presentation is Unclassified.

Collaborative Research on Sunlight and the Arctic Atmosphere-Ice-Ocean System (AIOS) Hajo Eicken Univ. of Alaska Fairbanks Ron Lindsay Univ. of Washington.

1 Development of a Regional Ocean Modeling System (ROMS) for Real-Time Forecasting in Prince William Sound and Adjacent Alaska Coastal Waters YI CHAO,

Modeling circulation and ice in the Chukchi and Beaufort Seas

THORPEX-Pacific Workshop Kauai, Hawaii Polar Meteorology Group, Byrd Polar Research Center, The Ohio State University, Columbus, Ohio David H. Bromwich.

Mapping future snow cover in Idaho Brandon C. Moore University of Idaho.

Alaska Ocean Observing System (AOOS) A Regional Observing System within the Integrated Ocean Observing System Molly McCammon, Executive Director 1007 W.

Larry D. Hinzman University of Alaska Fairbanks Amanda Lynch University of Colorado Kenji Yoshikawa University of Alaska Fairbanks William Gutowski Iowa.

Where IOOS Meets the Land and Atmosphere: Assessing/Mitigating Risks of Current & Prospective Coastal Inundation/Erosion Alaskan Coastal Climatology Workshop.

Upstream Engineering Centre Ocean predictions and the oil and gas industry - room for improvement? Colin Grant Metocean Technical Authority.

Team Leader- Hydrology

HSRP Spring Meeting May 4, 2011 David M. Kennedy.

AOOS Board Anchorage, October 17, IOOS Association - Treasurer & EXCOM - Retreat in August - National budget - Certification Ocean Research Advisory.

Regional Approaches to Ocean Literacy: Using the Alaska Ocean Observing System for Education Dana Sitzler Alaska SeaLife Center Dana Sitzler Alaska SeaLife.

Science Needs for Arctic Operations. Randall Luthi– Moderator – National Ocean Industries Association Erik Milito – American Petroleum Institute Gary.

Numerical International Polar Year Andrey Proshutinsky and AOMIP group, Woods Hole Oceanographic Institution NOAA Arctic Science Priorities Workshop, February.

Alaska Ocean Observing System 2009 Regional Coordination Workshop Seattle, WA August 25,

Climate 2010 Gary Strand High Performance Network Planning Workshop.

The Large-Scale Energy Budget of the Arctic Mark C. Serreze National Snow and Ice Data Center (NSIDC) Cooperative Institute for Research in Environmental.

Jonathan Whitefield Peter Winsor Tom Weingartner USING IN SITU OBSERVATIONS TO VALIDATE THE PERFORMANCE OF ECCO IN THE ARCTIC SEAS.

The State of Arctic Sea Ice Gary Hufford, NOAA/NWS Alaska Region Lawson Brigham, Executive Director Arctic Research Commission.

UNIVERSITY OF ALASKA FAIRBANKS 1 USGS Circum-Arctic Resource Assessment.

Dr. Frank Herr Ocean Battlespace Sensing S&T Department Head Dr. Scott L. Harper Program Officer Team Lead, 322AGP Dr. Martin O. Jeffries Program Officer.

Key Questions to Answer on Storm Simulation Xiangdong Zhang International Arctic Research Center University of Alaska Fairbanks, Fairbanks, AK 99775, USA.

Alaska’s Arctic: Features of the Region MODIS image, courtesy of GINA Observed Climate Change in Northern Alaska Martha Shulski Alaska Climate Research.

Integrated Ocean Observing System -- IOOS -- United States Contribution to the Global Ocean Observing System Kurt Schnebele Ocean.US Deputy of Data Management.

Post-OO’09 Working Group OceanObs’09 building a common vision for ocean observations.

Josie Quintrell, NFRA Executive Director October, 2010 MACOORA Board Meeting.

Alaska Ocean Observing System Regional association under IOOS Part of coastal GOOS Ocean component of GEOSS IPY opportunity.

1 The Integrated Ocean Observing System Where do we go from here? J. Michael Hemsley, PE, CFM Deputy Director for Coastal Operations, OceanUS.

Creating a national plan for the regional contribution to National ICOOS.

Update: June 2013 Cooperative Institute For Alaska Research (CIFAR)

The Alaska Ocean Observing System (AOOS) The Alaska Ocean Observing System (AOOS) A Regional Coastal Observing System within the Integrated Ocean Observing.

Ocean.US and Coastal Ocean Applications and Science Team (COAST) Larry Atkinson September 2004 Corvallis.

Arctic System Model workshop III Montreal, Canada, July 17 th, :50 – 11:10 Ocean/Atmosphere observations A. Proshutinsky, WHOI a)Model forcing validation.

Ocean Acidification Funding: From FOARAM to the Future Jeremy T. Mathis NOAA-PMEL and UAF-OARC Ocean Acidification Stakeholder Meeting December 2 nd, 2014.

Collaborative Research: Arctic Surface Air Temperatures (SAT): Analysis and Reconstruction of Integrated Data Sets for Arctic System Science PIs: Ignatius.

OOI CI A&S (modeling) Yi Chao )

The Integrated Ocean Observing System (IOOS) is envisioned as a coordinated national and international network of observations, data management and analyses.

Tools for Monitoring in Coastal Alaska and the Arctic Darcy Dugan Alaska Ocean Observing System.

Trends in Tropical Water Vapor ( ): Satellite and GCM Comparison Satellite Observed ---- Model Simulated __ Held and Soden 2006: Robust Responses.

Trends in Tropical Water Vapor ( ): Satellite and GCM Comparison Satellite Observed ---- Model Simulated __ Held and Soden 2006: Robust Responses.

Status of IOOS and AOOS Molly McCammon, NFRA Board Chair and AOOS Director Anchorage, AK April 7, 2008.

Research to Operation (R2O): PWS ROMS & U.S. West Coast Modeling Testbed Yi Chao UCLA & Remote Sensing Solutions, Inc. John Farrara and Carrie Zhang UCLA.

2 OCEAN IRON FERTILIZATION A perspective on responsible commercial approaches Margaret Leinen Climos, Inc. Further material at: climos.com/iucn.php.

NOAA Climate Goal/Climate Program Arctic Workshop Meeting February 2-3, 2005 John Jensen National Climatic Data Center.

AOOS Modeling Strategy Workshop 22 January 2014 Anchorage, AK Seth Danielson, UAF

2009 Regional Coordination Workshop Seattle, WA August 25, NERACOOS.

IOOS Sea Surface Temperatures: Realizing Truly Distributed Data with Open Standards Presenter Kyle Draganov.

1 March 3, 2011 Molly McCammon Executive Director Alaska Ocean Observing System Regional Ocean Observing Systems and CMSP.

New Technology Developments for Increased Maritime Domain Awareness In the Chukchi Sea USCG Debrief Juneau, AK July 27, 2012 Presented by Hank Statscewich.

Large-Scale Control in Arctic Modelling – A suggestion for a Reconstruction of the Recent Past Hans von Storch Institute for Coastal Research GKSS Research.

Future needs and plans for ocean observing in the Arctic AOOS Arctic Town Hall Futur Zdenka Willis Integrated Ocean Observing System National Program Office.

1. 2 NOAA’s Mission To describe and predict changes in the Earth’s environment. To conserve and manage the Nation’s coastal and marine resources to ensure.

CIFAR Review Report John Weatherly, CRREL Review Panel Chair NOAA SAB Meeting Nov 2-4.

Arctic 2020: How Technology is Going to Change Observing Jeremy T. Mathis, Ph.D. Director –Arctic Research Program Climate Program Office.

Crafting a Resilience Program

Quality Assurance of Real-Time Oceanographic Data

Alaska Ocean Observing System

AOMIP and FAMOS are supported by the National Science Foundation

FINAL COMMISSION REPORT

Shelf-basin exchange in the Western Arctic Ocean

High-Frequency Radar Surface Currents in Alaska: Bering Strait

Analysis of the Wind Resource off New Jersey for Offshore Wind Energy Development Hugh Roarty, Joe Riscica, Laura Palamara, Louis Bowers, Greg Seroka,

Alaska Map Activity.

LSI-VC User Requirements

Spatial Tools for Arctic Mapping & Planning

Presentation transcript:

MODELING STRATEGY For the Alaska Ocean Observing System

Yet only models provide information with sufficient spatial and temporal resolution and extent to support many of the products needed by users.” “IOOS has been thought of as primarily an observational system, with ad hoc support for modeling as a downstream data consumer. IOOS Modeling Subsystem: Vision and Implementation Strategy

Past AOOS-supported modeling efforts : UAF Modeling & analysis center: $520k, modeling comparisons for sea ice, RAMS & ROMS : Moorings & sensors in Southeast, Aleutian Island passes & Bering Strait to support developing circulation models : PWS Demonstration Project; ROMS, WRF, NPZ & SWAN ; about $ k a year

Current AOOS-supported modeling efforts ( ) PWS 24/7 ROMS ($100k/year) – Yi Chao GOA PWS & CI WRF ($100k/year) – Peter Olssen PWS hydrological model validation over 3 years) – Scott Pegau GOA ocean acidification model ($100k/1 year) – Jeremy Mathis Downscale ocean climate models ($125k/2 years) – John Walsh ABSI vulnerability assessment ($xk/1 year) – Axiom AOOS Model Explorer on Ocean Portal CI Modeling Group & support for NCOS ROMS Beaufort Sea: obs to validate NCEP wave model

Existing physical oceanographic models in Alaska

Future AOOS-supported modeling efforts Moving research to operational models Enhancing existing models Validating existing models w/observations Creating products from existing models Should we continue to devote $200k/year to modeling? If so, what should we support?