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Part III. Appendix 4: User Outreachdirectly from the fishery. Fishery independent data are often the “best available” informationbecause they are the only available information. However, they may not be very representativeeither in quality or quantity of actual commercial operations.Also, the use of temperature and salinity in the coastal zone as indicators of elevated levels ofpathogens (naturally occurring or sewage related) is intriguing and probably should be pursued.This may especially be helpful for recreational use of coastal waters to alert users of increasedrisk for would infections (due to Vibrios) or gastroenteritis (due to enteric viruses or bacteria).I would hate to see, however, shellfish harvesting areas opened and closed based on a remotesensing device. I doubt that is even remotely possible anyway (pardon the pun). However, it isconceivable that remote indications of lowered salinities would trigger closer investigation ofgrowing waters for fecal contamination.I believe the ability to detect conditions which indicate HABs is also a laudable goal. One cautionarytale: in MS a researcher actually found a potentially toxic algal bloom offshore. The researchertook it upon herself to notify the media of a potential public health threat. The bloomnever reached any commercial shellfish harvesting waters, yet the media caused a “shellfishscare” with the info. The point is that proper risk communication must be in place prior to gatheringthe information. This is especially important if a new technique or enhanced coverage isemployed.Hope some of this is of use. Please contact me if there are any specific questions you have regardingmy thoughts on the documents.4. As I think I’ve discussed with you and Monica in the past, I’m working with the Corps to developa numerical model of coastal processes that can assist us in determining potential healthrisk in the coastal waters adjacent to Newport and Huntington Beaches. Our plan is still evolvingbut essentially we will use historic data to determine relationships among various factors likesurface currents, currents at various depths, flood channel flow rates, water temperature in thewater column, wave height and direction, wind speed and direction, tide stage, meteorologicalconditions and bacteria hits on the beach. If the model can make any sense out of the data wewill maintain a real time telemetered data system that will continuously feed this type of datato the model which will analyze the data and tell us when conditions are present that historicallywere present when bacteria standards were violated. The model can then tell us based onreal time data when the health risk is low, moderate or high. As faster bacteriological analytical266
Part III. Appendix 4: User Outreachmethods or other indicators get developed the model can get further refined. It is not somethingyou would use to post or close the beach, its more of an early warning system of potential riskthat could change continuously.How this relates to what you have sent me, is that we will have to perform big data crunches andfor the circulation and dispersion phases of the model look farther afield than HB&NB. TheIOOS would very helpful to us in looking at some of the more bight-wide macro level processes.We are thinking that our model development may take 5 years or so. Are we in the right timeframe for the IOOS? Can I share the attachments with the Corps of Engineers?267
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Data Management and Communications
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Data Management and Communications
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Table of Contents
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GlossaryLAS ..................Live
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Executive Summary2
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Executive SummaryTECHNICAL ANALYSIS
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Executive SummaryDMAC Metadata will
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Executive SummaryCOSTSThe cost esti
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Part I. OverviewContentsPreface ...
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Part I. OverviewIOOS - Enhancements
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Part I. Overviewing processes descr
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Part I. OverviewTHE VISIONIOOS is e
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Part I. Overview3. Heterogeneous da
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Part I. OverviewOne of these coordi
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Part I. OverviewIOOS Data Communica
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Part I. OverviewTHE DMAC SUBSYSTEM
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Part I. OverviewData Transport(see
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Part I. OverviewTable 1. Near-term
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Part I. Overviewdata and taxonomies
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Part I. OverviewFigure 2. The Archi
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Part I. Overview• All data collec
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Part I. OverviewSection 3. Manageme
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Part I. Overviewthough documented a
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Part I. Overviewthis “spiral” u
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Part I. OverviewTable 3. DMAC Overa
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Part I. Overview• Program Initial
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Part I. OverviewOutcome 3: Agreemen
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Part I. OverviewCONCRETE GUIDANCE T
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Part I. Overview- Notify the Nation
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Part II. Phased Implementation Plan
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