An Ocean Blueprint for the 21st Century - California Ocean ...

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CHAPTER 26ACHIEVING A SUSTAINED,INTEGRATED OCEANOBSERVING SYSTEMCoastal and ocean observations provide critical information for protecting humanlives and property from marine hazards, enhancing national and homelandsecurity, predicting global climate change, improving ocean health, and providingfor the protection, sustainable use, and enjoyment of ocean resources. Whilethe technology currently exists to integrate data gathered from a variety ofsensors deployed on buoys, gliders, ships, and satellites, the implementationof a sustained, national Integrated Ocean Observation System(IOOS) is overdue and should begin immediately. Care should be takento ensure that user needs are incorporated into planning and thatthe data collected by the IOOS are turned into information productsand forecasts that benefit the nation. In addition, the IOOS shouldbe coordinated with other national and international environmentalobserving systems to enhance the nation’s Earth observingcapabilities and enable us to better understand and respond to theinteractions among ocean, atmospheric, and terrestrial processes.Making the Case for an IntegratedOcean Observing SystemAbout 150 years ago, this nation set out to create a comprehensiveweather forecasting and warning network and today most peoplecannot imagine living without constantly updated weather reports.Virtually every segment of U.S. society depends on the weather observingnetwork. Millions of citizens check reports each day to decide how to dress,whether to plan outdoor activities, and to determine if they need to prepare forsevere weather. Commercial interests use daily and seasonal forecasts to plan businessactivities and to safeguard employees and infrastructure. Government agencies useforecasts to prepare for and respond to severe weather, issue warnings to the general public,and decide whether to activate emergency plans.Recognizing the enormous national benefits that have accrued from the weatherobserving network, it is time to invest in a similar observational and forecasting capabilityfor the oceans. This system would gather information on physical, geological, chemical,and biological parameters for the oceans and coasts, conditions that affect—and areaffected by—humans and their activities. The United States currently has the scientific394A N O CEAN B LUEPRINT FOR THE 21ST C ENTURY
and technological capacity to develop a sustained, national Integrated Ocean ObservingSystem (IOOS) that will support and enhance the nation’s efforts for:• Improving the health of our coasts and oceans.• Protecting human lives and livelihoods from marine hazards.• Supporting national defense and homeland security efforts.• Understanding human-induced and natural environmental changes and the interactionsbetween them.• Measuring, explaining, and predicting environmental changes.• Providing for the sustainable use, protection, and enjoyment of ocean resources.• Providing a scientific basis for the implementation and refinement of ecosystembasedmanagement.• Educating the public about the role and importance of the oceans in daily life.• Tracking and understanding climate change and the ocean’s role in it.• Supplying important information to ocean-related businesses such as marinetransportation, aquaculture, fisheries, and offshore energy production.The United States simply cannot provide the economic, environmental, and securitybenefits listed above, achieve new levels of understanding and predictive capability, orgenerate the information needed by a wide range of users, without implementing the IOOS.Assessing Existing Observing SystemsThe United States has numerous research and operational observing systems that measureand monitor a wide range of terrestrial, atmospheric, and oceanic environmental variables(Appendix 5). For the most part, each system focuses on specific research objectives orlimited operational applications. Among these are the U.S. Geological Survey (USGS)stream gage monitoring system that helps predict flooding and droughts, the NationalWeather Service’s atmospheric observation system for weather, wind, and storm predictionsand warnings, and the USGS/National Aeronautics and Space Administration (NASA)Landsat satellite system that characterizes landscape features and changes for land useplanning. The technologies used run the gamut from simple on-the-ground human observationsto highly sophisticated instruments, such as radar, radiometers, seismometers,magnetometers, and multispectral scanners.Coastal and Ocean Observing SystemsCurrently, the United States has more than forty coastal ocean observing systems, operatedindependently or jointly by various federal, state, industry, and academic entities (Appendix5). The federal government also operates or participates in several large-scale, open-oceanobserving systems. Examples include the National Oceanic and Atmospheric Administration’s(NOAA’s) Tropical Atmosphere Ocean program in the central Pacific Ocean that providesdata to monitor and predict El Niño–La Niña conditions and the global-scale Argo floatprogram for monitoring ocean climate.There are several independent regional ocean and coastal observing systems. For themost part, they were built for different purposes and applications, measure different variablesat different spatial and temporal scales, are not intercalibrated, and use differentstandards and protocols for collecting, archiving, and assimilating data. They also competewith each other for the limited funding available to support such efforts. As a result, despiteconsiderable interest among stakeholders and the existence of required technology andscientific expertise, the United States has progressed very slowly in the design and implementationof a cohesive national ocean observing system.CHAPTER 26: ACHIEVING A SUSTAINED, INTEGRATED OCEAN OBSERVING SYSTEM395
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FINAL REPORTAN OCEAN BLUEPRINTFOR T
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THE UNITED STATES IS AN OCEAN NATIO
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Page 2—The Presidentocean educati
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Page 2—The Honorable William H. F
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Page 2—The Honorable J. Dennis Ha
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SCIENCE ADVISORY PANELDonald F. Boe
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COMMISSION STAFFThomas KitsosExecut
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Robert Richmond, Robert Ross, Amy S
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CHAPTER 3SETTING THE NATION’S SIG
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PART IVLIVING ON THE EDGE: ECONOMIC
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Periodic Review and Modification...
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Expanding Research and Education ..
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CHAPTER 26ACHIEVING A SUSTAINED, IN
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Index to the Recommendations ......
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LIST OF FIGURES AND TABLESFigure 1.
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LIST OF BOXESBox 1.1 Defining Coast
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PHOTOGRAPH IDENTIFICATIONAND CREDIT
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The Value of the Oceans and CoastsA
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The message from both experts and t
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Guiding PrinciplesThe Commission be
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appropriate national policies, and
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Based on an improved understanding
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Figure ES.5 Many Different Platform
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Figure ES.6 U.S. Students Fall Behi
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ciated with coastal population and
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To ensure good coordination, the In
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liferation of federal and state pro
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Preserving Coral Reefs and Other Co
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pation of all ocean-related federal
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also produce revenues in time, and
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CHAPTER 1RECOGNIZING OCEAN ASSETSAN
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Figure 1.2 The Value of the CoastsJ
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Box 1.1 Defining Coastal AreasThe c
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Figure 1.4 The Shift from Goods to
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Box 1.2 The “Fourth Seacoast”
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chemicals tend to bind to particles
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coastal watershed counties grew by
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One of the most immediate phenomena
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30 Fleming, L.E., et al. “The Epi
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CHAPTER 2UNDERSTANDING THE PASTTO S
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ments. The Navy’s ocean data hold
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The legislation was prompted by the
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The architects of ocean-related pro
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Congress on ocean and coastal issue
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Figure 2.1 Invited Panelists Repres
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CHAPTER 3SETTING THE NATION’S SIG
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USCOP File PhotoThe Commission’s
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Figure 3.1 Large Marine Ecosystems
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damage is also high, managers shoul
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Figure 3.2 The Foundations of a New
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PRIMER ON OCEAN JURISDICTIONS:DRAWI
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The Territorial Sea (0 to 12 Nautic
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PART 2BLUEPRINT FOR CHANGE:A NEW NA
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Government agencies work on these a
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Recommendation 4-1Congress should e
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• reach out to state, territorial
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Figure 4.2 Proposed Structure for C
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References1 National Research Counc
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significant initiative by federal a
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The California Bay-Delta Authority
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Box 5.2 Nature and Functions of Reg
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Box 5.3 Moving Toward Improved Fede
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data collection efforts are essenti
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CHAPTER 6COORDINATING MANAGEMENTIN
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nisms for managing new ocean uses.
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sure that disputes are resolved and
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Reserve System, which is made up of
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Regional and Local StakeholdersPart
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Reviewing Previous Reorganization P
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Box 7.1 Improving Ocean and Coastal
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Box 7.2 Federal Ocean and Coastal A
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Box 7.3 Historical Precedent for Pr
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Table 7.1 (continued) Thirty Years
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PART 3OCEAN STEWARDSHIP:THE IMPORTA
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Ocean StewardshipTo successfully ad
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Therefore, the interaction and invo
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NOPP’s Ocean Research Advisory Pa
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Recommendation 8-4Ocean.ED should d
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Figure 8.2 U.S. Students Fall Behin
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Bridging the Gap between Scientists
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Recommendation 8-8Ocean.ED, working
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creativity that has expanded our un
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Recommendation 8-11Ocean.ED should
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Recommendation 8-14The National Sci
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Box 8.5 What Is Informal Education?
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to reach desired outcomes. While fe
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PART 4L IVING ON THE E DGE:E CONOMI
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Box 9.1 Coastal Activities Are Big
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state and local decision making, so
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• goals—State coastal managemen
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Other Relevant Federal ProgramsIn a
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forward. An applicant can appeal su
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References1 Culliton, T.J. Populati
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Improving Federal Managementof Haza
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Box 10.2 New Orleans at RiskPrior t
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Dave Gatley/FEMA News PhotoHomes bu
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that develop excellent mitigation p
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tal and human disturbances such as
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PhotolinkCoastal habitats provide e
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Restoration efforts have intensifie
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Box 11.2 A Community Habitat Restor
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Although it has shown some success
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Box 12.1 Sediment: Friend or Foe?Se
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Changing Sediment QualityOver the l
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One of the difficulties in undertak
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Beneficial Uses of Dredged Material
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The National Shoreline Management S
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CHAPTER 13SUPPORTING MARINE COMMERC
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Figure 13.1 Ports Are the Primary G
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Harbors, Channels, and WaterwaysThe
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Recommendation 13-2Congress should
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Recommendation 13-5The U.S. Departm
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PART VC LEAR WATERS A HEAD:C OASTAL
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Figure 14.1 Report Card on Regional
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sources, such as industrial facilit
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meet water quality goals. Decisions
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Animal Feeding OperationsMany anima
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nants over land, into streams and g
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Major Nonpoint SourcesThe majority
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USCOP File PhotoUSCOP File PhotoAs
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Expanding Uses of State Revolving F
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Recommendation 14-11The U.S. Enviro
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assisting in the implementation of
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References1 U.S. Environmental Prot
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Box 15.1 Ocean and Coastal Monitori
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EPA’s Environmental Monitoring an
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local, and municipal governments, w
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System DesignSampling protocols are
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Making Data Accessible and UsefulA
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and 75 percent of cargo ships opera
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Although many flag states take thei
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Reducing Vessel PollutionStrengthen
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Voluntary actions can provide a use
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Figure 16.2 The Oil Pollution Act C
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developing new regulatory and non-r
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25 Ibid.26 Center for Environmental
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Box 17.1 What Is an Invasive Specie
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Figure 17.2 Addressing Aquatic Inva
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Global Trade in Marine OrganismsHum
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Recommendation 17-4The National Oce
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tant for ballast water, coordinated
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10 U.S. General Accounting Office.
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each in the entire world. 3 A study
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Research Program), directed by NOAA
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established simply on the basis of
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References1 U.S. Department of Comm
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CHAPTER 19ACHIEVING SUSTAINABLEFISH
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Figure 19.1 Fishery LitigationGrows
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While determining allowable biologi
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Although the Secretary of Commerce
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platforms to expand the scope of da
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Figure 19.3 Migratory Fish RequireC
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majority of RFMC members, may tend
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entrants to a fishery. However, the
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NOAA Photo LibraryEnforcement Partn
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The cost of VMS for fishing vessel
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Ecosystem-based management will als
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Recommendation 19-21The National Ma
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• Major government subsidies aime
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oad regions of the seas, the existi
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References1 U.S. Commission on Mari
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fishing line because they are not a
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Reviewing Authorities and Responsib
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The division of endangered species
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PhotolinkHumans love to observe mar
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Although not always caused by human
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Box 20.1 Making a Case for Ecosyste
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9 Flint, E. and Swift, K. eds. Seco
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Figure 21.1 Tropical Waters Are Hom
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appear to be exacerbating other cor
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task force are the U.S. Department
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exploitation by strictly regulating
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CHAPTER 22SETTING A COURSE FORSUSTA
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which are widespread in European sa
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cies, and provides recommendations
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Promoting International Improvement
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tissues of fish and shellfish. When
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Box 23.1 Special Focus on Microbial
Page 381 and 382: Recommendation 23-1The National Oce
Page 383 and 384: Figure 23.1 Harmful Algal Blooms on
Page 385 and 386: waters used for drinking and public
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Page 389 and 390: Recommendation 23-5The National Oce
Page 391 and 392: over control of offshore waters. On
Page 393 and 394: Figure 24.1 Offshore Oil and Gas Le
Page 395 and 396: Trends in Domestic Offshore Oil and
Page 397 and 398: Table 24.1 Federal Revenues from Of
Page 399 and 400: State Involvement in OCS Oil and Ga
Page 401 and 402: Figure 24.3 Oil Inputs to theNorth
Page 403 and 404: The estimated amount of natural gas
Page 405 and 406: Box 24.3 A Mighty Wind Blows in Cap
Page 407 and 408: commercial recovery, including offs
Page 411 and 412: PART VIIS CIENCE- BASED D ECISIONS:
Page 413 and 414: hydrologic, and atmospheric systems
Page 415 and 416: down about one-half of the highly-r
Page 417 and 418: ocean temperature can put the healt
Page 419 and 420: Natural Hazards• basic understand
Page 421 and 422: ating valuable information, includi
Page 423 and 424: The National Sea Grant College Prog
Page 425 and 426: The Value of Ocean ExplorationAbout
Page 427 and 428: Box 25.2 Primary Federal Agencies t
Page 429 and 430: Recommendation 25-7The Federal Geog
Page 434 and 435: An integrated ocean and coastal obs
Page 436 and 437: nation’s coastal and marine resou
Page 438 and 439: One obvious application of the obse
Page 440 and 441: Recommendation 26-5Ocean.US should
Page 442 and 443: Recommendation 26-7Ocean.US should
Page 444 and 445: Box 26.3 The National Weather Servi
Page 446 and 447: Box 26.4 An Investment with Big Ret
Page 448: Islands, and Palau). Examples of ca
Page 451 and 452: This chapter does not attempt to pr
Page 453 and 454: Furthermore, while some facilities
Page 455 and 456: University of Hawaii Marine CenterT
Page 457 and 458: cost of approximately $5 million; a
Page 459 and 460: communication capabilities are also
Page 461 and 462: A Coast Guard cutter and helicopter
Page 463 and 464: surface temperature measurements, a
Page 465 and 466: References1 Office of Technology As
Page 467 and 468: Box 28.1 Data Management Terminolog
Page 469 and 470: to gather and integrate data from s
Page 471 and 472: Figure 28.2 The Growing Demand for
Page 473 and 474: • coordinate federal agency effor
Page 475 and 476: Recommendation 28-3Ocean.IT should
Page 479 and 480: PART VIIITHE GLOBAL OCEAN:U.S. PART
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intergovernmental cooperation, and
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the LOS Convention are in the proce
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Table 29.1 (continued) U.S. Partici
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Meeting International ObligationsAl
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Box 29.1 Selected International Bod
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International Ocean Science Program
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Box 29.2 U.S. Involvement in Intern
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CHAPTER 30FUNDING NEEDS ANDPOSSIBLE
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Table 30.1 Summary of Costs Associa
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Table 30.1 (continued) Summary of C
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also require federal support to bec
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Other Ocean and Coastal Management
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Chapter 24 also addresses the poten
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Nevertheless, the need remains for
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• Multiple Use Management: The ma
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Index to the RecommendationsThe fol
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Department of DefenseArmy Corps of
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Recommendations to Regional BodiesR
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• expand education and outreach e
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Chapter 5: Advancing a Regional App
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Chapter 7: Strengthening the Federa
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• expanding the reach of each cen
Page 527 and 528:
Recommendation 8-15The Office of Na
Page 529 and 530:
Page 531 and 532:
Recommendation 12-4The National Dre
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Chapter 14: Addressing Coastal Wate
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Recommendation 14-12The U.S. Enviro
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Recommendation 16-6The U.S. Environ
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Recommendation 17-5The National Inv
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• the National Oceanic and Atmosp
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Page 545 and 546:
Recommendation 19-21The National Ma
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Page 549 and 550:
Chapter 22: Setting a Course for Su
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• work with the National Ocean Co
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• an interagency steering group,
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Page 557 and 558:
Page 559 and 560:
Chapter 29: Advancing International
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PART XA PPENDICESAPPENDIX AOCEANS A
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One Hundred Sixth CongressOf theUni
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(e) MEETINGS—(1) ADMINISTRATION
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Section 5. Biennial ReportBeginning
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ACRONYMS APPEARING IN THE REPORTAAA
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APPENDIX CLIVING NEAR…AND MAKINGA
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growing much faster. The region nea
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2. DEFINING THE COASTWhat is meant
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almost doubled in population over t
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4. THE COASTAL AND OCEANECONOMY OF
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Figure C.5 Changes in the Ocean Eco
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Figure C.7 Regional Distribution of
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5. THE COASTAL AND OCEANECONOMY BEY
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6. IMPLICATIONSThe changes in the c
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7. THE FUTURE OF UNDERSTANDINGTHE C
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Table C.1 Population Change in the
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Table C.4 Population Growth by Coas
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REFERENCESApogee Research and Resou
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NOTES1 “Counties” in this conte
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SECTION 3OCEAN AND COASTAL-RELATED
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SECTION 1PURPOSE OF THIS GLOSSARYTh
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Council on Environmental QualityCre
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SECTION 3OCEAN AND COASTAL-RELATEDF
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Comprehensive Environmental Respons
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Marine Plastic Pollution Researchan
Page 616 and 617:
Outer Continental Shelf Lands ActTh
Page 618 and 619:
Clean Water Act—National EstuaryP
Page 620 and 621:
Farm Bill Conservation ProgramsCong
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APPENDIX EP ROPOSED S TRUCTURE FORC
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APPENDIX FC ONGRESSIONAL C OMMITTEE
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Table F.1 Congressional Committees
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Committee on Transportation and Inf
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Detailed Costs Associated with Reco
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Page 638 and 639:
Page 640 and 641:
Page 642 and 643:
Page 644 and 645:
Page 646 and 647:
INDEXacademic/academia, 260aquacult
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federal area-based programs,34, 150
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integration of multiplesources, 234
Page 652 and 653:
programmatic permitting,312-314prot
Page 654 and 655:
coordination and cooperationin, 100
Page 656 and 657:
Department of Educationinitiative,
Page 658 and 659:
invasive species, 252-263aquacultur
Page 660 and 661:
common heritage of mankind,53deep s
Page 662 and 663:
monitoring programs, 228,230, 231,
Page 664 and 665:
jurisdiction issues, 72, 454nationa
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Mid-Atlantic, 276, 278, 288mission,
Page 668 and 669:
single-hull vessel phase-outs,54, 2
Page 670 and 671:
Service, 215, 260Economic Research
Page 672:
pharmaceuticals and antibiotics,209
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