Alaska Ocean Observing System

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Presentation transcript:

Alaska Ocean Observing System Molly McCammon July 27, 2012

IOOS (National) Vision & Goals VISION: To better detect, assess & predict effects of large-scale changes in oceans on coastal ecosystems, resources & human populations by seamlessly linking observations, models & data, in order to: Improve prediction of climate change impacts Improve safety & efficiency of marine operations More effectively protect & restore healthy coastal ecosystems Sustain marine resources Mitigate effects of natural hazards Reduce public health risks Improve national security (adapted from: An Integrated and Sustained Ocean Observing System, Ocean.US 2002)

U.S. IOOS Multi–Scale System Global Ocean Climate Component GOOS/GCOS Coastal Ocean Component Great Lakes ALASKA NorthEast NW Mid-Atlantic Regional Observing Systems Southeast Pac Islands Cen Calif Gulf of Mex S Calif Carrib 7. The IOOS is a multi-scale system consisting of two interdependent components, one for the Global Ocean and one for U.S. coastal waters and Great Lakes. The coastal component consists of a National Backbone with Regional Coastal Ocean Observing Systems nested in it. The global ocean-climate component is primarily concerned with global climate change, natural hazards & marine services. The coastal component is primarily concerned with the impacts of climate change, natural hazards and human activities on the coastal zone and the Great Lakes. Plans for the global ocean-climate component were completed in the late 1990’s and implementation is underway. Plans for the initial coastal component have been completed and approved recently and implementation is just beginning. National Backbone Low Resolution High 3

AOOS is User-Driven Stakeholder concerns Climate change impacts Increased coastal erosion Changing marine ecosystems Unstable sea ice and uncertain freeze/thaw dates Fewer subsistence resources More shipping = more oil spill potential Changing sea state: more fog, storms, winds, waves Data Management Integration & Analysis Information Products Needed Nowcasts Warnings & bulletins Forecasts Weekly, monthly & seasonal outlooks Futurecasts Scenarios & projections Observations Standards Data discovery Data transport Online browsing Data archive Satellites Fixed platforms Ships Drifters Floats AUVs Outcomes: Meeting Societal Goals

AOOS Founding Board Members State Fish and Game Environ Conservation Natural Resources Research Univ of AK Sea Grant AK SeaLife Center Prince William Sound Science Center/ Oil Spill Recovery Inst. US Arctic Research Commission North Pacific Research Board Barrow Arctic Science Consortium NOAA AK Fisheries Science Center Federal USGS NOAA Coast Guard BOEM (MMS) Other Marine Exchange of Alaska

2011-2012 AOOS Officers Chair –Ed Page, Marine Exchange Vice-chair – Ed Fogels, ADNR Secretary – Glenn Sheehan, BASC Treasurer – Amy Holman, NOAA Ex officio EXCOM – Tara Jones, ASLC

Projects & Programs Marine Operations Coastal Hazards Water quality What We fund – (examples): Marine Operations Circulation and wind modeling, providing daily forecasts in Gulf of AK Wave modeling (SWAN) Wave buoys in Cook Inlet & Bering Sea** Snotel stations in Prince William Sound & CI AIS & weather sites** Coastal Hazards Alaska Harbor Observation Network – Kodiak & Seward Sea Ice Atlas** Water quality Ocean acidification sensors** Ecosystems, Fisheries & Climate Trends Seward Line (long-term data series) Glider for Arctic research** Distributed Biological Observatory** HF radars in Chukchi**

Linking AOOS data applications AOOS Ocean Portal Linking AOOS data applications View multiple types of data on one interface Sensors Models Remote Sensing GIS & project data In-situ observations View available time ranges for each layer Download data sets simultaneously Follow links to data sources Data management for integrated research projects Coastal marine spatial planning tools Public access to industry data This system will allow users to visualize, query and integrate data from multiple source types (sensors, models, remote sensing, GIS data layers and in situ observations) on a single platform. planning and management

Arctic Research Assets Map Used for research planning. Reduce duplication of effort Identify gaps Avoid collisions Opportunities for collaboration Holistic view of research effort Includes ship & aircraft tracks Have added studies; now expanding to western AK and then statewide

Real-Time Sensor Map Over 3,000 sensors Air temp Barometric Pressure Currents Water level Ground temp Precipitation Humidity Salinity Snow depth Stream flow Stream height Tides Water temp Web cams Weather Wind More…. Pulling 3,000+ real-time sensors Broadest interpretation of “coastal” Google interface Zoom in on the Homer area

Model Explorer Useful Parameters Air Temp Currents Dew point Ground Temp Precipitation Relative Humidity Salinity Sea Ice Snow Depth Snow Water Equivalent Water Level (tides) Water Temperature Waves Wind Have list of models

Drop your own virtual sensor Currents Have list of models Drop your own virtual sensor

Ocean Portal: Cook Inlet Demonstration

STAMP Project Spatial Tools for Arctic Mapping & Planning Strong state support for data integration Focus on identifying needs for data layers for decision support: human uses, 20 year climate scenarios, environmental (physical, biological, chemical) What info do stakeholders need to plan for potential commercial fisheries in Arctic? What tools do decision- makers need? Scenarios? Cumulative impacts? 1.5 year, $760k Partners: AOOS, UA, TNC

STAMP: Sea Ice Concentration (Daily Snapshot 1978-Current)

Industry/NOAA Data Sharing MOA Signed in August by NOAA & 3 companies: Shell, Statoil & ConocoPhillips Umbrella agreement committing industry to sharing data with government and public 1st priority: Annex #1, met ocean data in real-time to assist weather forecasting & sea ice images for forecasting – now signed 2nd priority: Annex #2, historic met-ocean data and non-real time environmental studies data 3rd priority: Annex #3, hydrographic & bathymetry surveys for charting, habitat mapping AOOS Data Portal: public access to industry data NOAA data centers: archives and access

Thanks www.aoos.org Acknowledgements: Axiom Consulting & Design, and many, many other partners on the federal, state, regional, and local level AOOS is a network of partners