Please join us for our upcoming "One NOAA" science discussion seminars. This is a joint effort to help share science across NOAA.
NOAA seminar partners (so far): NODC, NOS, OHC, ARL,OHD, NMFS, NWS, NOAA Library, NCBO & Office of Ocean Exploration
[Have a seminar? Please contact Hernan.Garcia@noaa.gov]

i-access to our seminar announcements:

1. Join our seminar email list [nominally, one email per week of upcoming seminars].
To join our email list contact Hernan Garcia

2. Online public access: http://www.nodc.noaa.gov/General/NODC-About/Outreach/
Web page developed by Hajure Fontaine

3. Online public access to seminar announcements (No login/password required): GoogleCalendar*
Maintained by Felix A. Martinez

Note that the list of upcoming seminars is updated frequently. All constructive suggestions for improving the content of the seminar series are welcome. Anyone can join this email list or make a seminar presentation. All NOAA offices/divisions are welcome to participate and/or join as seminar partners. Please share the seminar announcements with anyone interested. While we try to ensure an accurate listing of seminars, errors do occur. Please notify us of any errors that you find so that we can correct them. Additional seminars are held by the NOAA Central Library (see NOAA Library)

Ecosystem based management and public participation in the management of transboundary waters

Thursday, 11 January 2007; 1200-1300h ETZ
(SSMC 3, Room # 13836; NOAA Fisheries Office of Policy Seminar Series)

Speakers: Dr. Kathryn Mengerink J.D. and Jessica Troell J.D. of the Environmental Law Institute (ELI).

Abstract: The speakers will present policy analysis work from two ELI projects: Ecosystem based management (early stage-http://www2.eli.org/ocean/projects.htm); and public participation in the management of transboundary waters (final stage-http://www2.eli.org/research/waterparticipation/index.htm).

Speaker Notes: Dr. Mengerink is the director of ELI’s Ocean Program. She received her Ph.D. in Marine Biology from Scripps and her J.D. from Berkeley, with Specialization in Environmental Law. During law school, Dr. Mengerink was a research associate in the Law of the Sea Institute. Ms. Troell is Co-Director of ELI’s Africa Program. She works closely with NGO and governmental partners to implement projects ranging from community fisheries management to access to genetic resources. She leads ELI’s international waters program, which is collaborating with the GEF to develop guidance materials and workshops on public participation in the management of international waters.

Notes: Contact Jason.Didden@noaa.gov for questions or for audio-link information.

The role of good policy analysis and interdisciplinary approaches relating to sustainable ocean shipping

Thursday, 18 January 2007; 1200-1300h ETZ
(SSMC 3, Room # 13836; NOAA Fisheries Office of Policy Seminar Series)

Speaker: James Corbett, P.E., Ph.D. (University of Delaware)

Abstract: Dr. Corbett will present work developing a general model to analyze management of shipping's environmental impacts including: Dimensions in which shipping activity causes marine environmental impacts; The possible futures of freight activity; The technology-policy frameworks within which shipping is regulated; How good policy analyses might transform debate and enable policy dialogue to focus on issues of core values.

Speaker Notes:  Dr. Corbett has a Ph.D. in Engineering and Public Policy from Carnegie Mellon University.  His work as an Associate Professor in the University of Delaware's Marine Policy Program focuses on interdisciplinary technology-policy decision-making and risk assessment in the shipping industry (http://www.ocean.udel.edu/cms/jcorbett/).

Notes: Contact Jason.Didden@noaa.gov for questions or for audio-link information.

An innovative approach to protecting essential fish habitat: TNC's trawler buy out

Thursday, 18 January 2007; 1200 -1300h ETZ
(SSMC 3, Room # 11836, Fisheries Service, Office of Habitat Conservation Seminar)

Speakers: Erika Feller and Steve Copps (The Nature Conservancy)

Abstract: "The Nature Conservancy will talk about how they are working with fishing communities in California's central coast to reduce the impact of trawling on essential fish habitat"

Notes: Contact Julie Nygard (Julie.Nygard@noaa.gov) for questions

Declining Coral Reef Fisheries Resources and the Efficacy of Marine Protected Areas in the Hawaiian Archipelago

Tuesday, 23 January 2007; 12:00 – 13:00 ETZ
(SSMC-4, Room # 8150, NOS seminar)

Speaker: Dr. Alan Friedlander

Email: Alan.friedlander@noaa.gov

Abstract: Coral reef fisheries resources in Hawaii have declined dramatically over the past 100 years as evidenced by order-or-magnitude drops in catch rates and significant decreases in the sizes of many important species targeted by fishers. Adding to this problem is the almost complete lack of information on recreational and other non-commercial catches, which have been shown to constitute the majority of the fishing mortality for a large number of species in Hawaii. To date, conventional management strategies such as size and bag limits, seasonal species closures, and limited great restrictions have done little to alter these downward trends in catches and stock health. It is now becoming evident that ecosystem-based management, in the form of marine protected areas (MPAs), is necessary to conserve biodiversity, maintain viable fisheries, and deliver a broad suite of ecosystem services. Over the past four decades, Hawaii has developed a system of MPAs to conserve and replenish marine resources around the state. Initially established to provide opportunities for public interaction with the marine environment, these MPAs vary in size, habitat quality, and management regimes, providing an excellent opportunity to test hypotheses concerning MPA design and function using multiple discreet sampling units. Digital benthic habitat maps for all MPAs and adjacent habitats were used to evaluate the efficacy of existing MPAs using a spatially-explicit stratified random sampling design. Results showed that a number of fish assemblage characteristics (e.g., species richness, biomass, diversity, size and trophic structure) were significantly higher in MPAs compared with adjacent fished areas across all habitat types. Habitat type, protected area size, and level of protection from fishing were all important determinates of MPA effectiveness with respect to their associated fish assemblages. Although size of these protected areas was positively correlated with a number of fish assemblage characteristics, all appear too small to have any measurable influence on the adjacent fished areas. This is even more evident when fish stocks in the main Hawaiian Islands (MHI) are compared with the northwestern Hawaiian Islands (NWHI) Marine National Monument, now the largest MPA in the world. Differences in assemblage structure represent both near-extirpation of apex predators and heavy exploitation of lower trophic levels in the MHI compared to the largely unfished NWHI. Estimates of MHI and unfished NWHI abundance also allowed us to preliminarily assess the status of 49 previously unassessed fish stocks. Our results suggest that 35% of these species were depleted below typical overfished thresholds in the MHI, with another 10% falling below desired levels. Owing to the time, cost, and myriad problems involved in determining the status of multi-species and multi-gear coral reef fish stocks, large unfished reference areas such as the NWHI can serve as a valuable tool to assess the health of fisheries resources in areas under exploitation. The results from this work provide criteria for more effective MPA design and establish baselines to assess future management strategies in Hawaii and other coral reef ecosystems.

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website.) For questions, please contact Felix A. Martinez (301-713-3338 x153).

NOAA Special Symposium Honoring The Career of Dr. D.B. Rao (See announcement)

Friday, 26 January 2007; 0900-1700h ETZ (SSMC3, 4th Floor Large Conference Room)

Abstract: There will be a one day Special Symposium to honor the career of D.B. Rao, who recently retired from NWS/NCEP where he was the head of the Marine Modeling and Analysis Branch. It will be held in SSMC3 in the 4th floor large conference room, this Friday, January 26, from 9-5. Please see the attached Program. It is open to anyone to attend throughout the day (See program: https://intra.nodc.noaa.gov/Information/Training/Seminars/Rao-Poster 012207.pdf)

Notes: Please contact Frank Aikman (frank.aikman@noaa.gov) for questions.

Runoff Generation in Gauged and Ungauged Watersheds: Status and future

Friday, 26 January 2007; 14:00-15:00h ETZ (SSMC II, Room 8246, NOAA NWS Office of Hydrologic Development)

Speaker: Jeffrey J. McDonnell (Richardson Chair in Watershed Science, Dept. of Forest Engineering, Oregon State University)

Abstract: The IAHS Prediction in Ungauged Basins (PUB) Initiative offers an unprecedented opportunity for process hydrologists, modelers and theoreticians to work together on a common problem: reduction of predictive uncertainty. While this topic has been addressed in recent years in the watershed modeling community, only recently have experimentalists begun to explore how conceptual understanding of basin behavior may be used to structure (and reject) new models, be used as soft data in multi-criteria model calibration and to narrow model parameter ranges. This paper attempts to distill the key concepts of runoff generation in an attempt to whittle-down the myriad complexities of hillslope behavior often reported toward defining emergent properties at the basin scale. It is argued that future process studies should be comparative in nature and recognize the limitations to inference from current field practice. New data sources and process ideas may form new measures of model acceptability, as the community moves away from calibration-reliant model schemes to more process-representative descriptions applicable in ungauged basins. For info on PUB see http://www.cig.ensmp.fr/~iahs/ <http://www.cig.ensmp.fr/%7Eiahs/>

Notes: *Go to Meeting information: https://www.gotomeeting.com/join/799053438
Conference Call: Dial 1-800-369-1131 Passcode: 28185# Meeting ID: 799-053-438.

Digital Coast: Legislative Atlas—Know Where the Law Applies

Monday, 29 January 2007; 12:00 – 13:00 ETZ (SSMC-4, Room # 8150, NOS seminar)

Speaker: Joshua Murphy and Melissa Ladd, NOAA/NOS/Coastal Services Center

Email: Joshua.Murphy@noaa.gov

Abstract: Visualizing where laws apply and which agencies have jurisdiction over specific areas and resources helps governing agencies within the region understand complex aspects of legislation and policy that govern coastal and marine resources. The National Oceanic and Atmospheric Administration’s Coastal Services Center, along with Photo Science, Inc., the National Sea Grant Law Center, and local partners, has developed spatial representations of federal and state legislation and jurisdictional boundaries termed “georegulations.” These georegulations, accompanied by Internet mapping and Web Feature services, are available for viewing, downloading, and analysis via the Legislative Atlas Web site. The project currently covers federal georegulations and agency jurisdictions for the ocean coasts of the continental U.S. and state georegulations for the Gulf of Mexico. The atlas will soon cover federal laws for the entire U.S. and state laws in California, Hawaii, and the Northeast. To find out where coastal and marine laws apply, visit www.csc.noaa.gov/legislativeatlas.

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS.
For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website.) For questions, please contact Felix A. Martinez (301-713-3338 x153).

Assuring Healthy, Safe and Environmentally Sustainable Seafood Resources: Application of Analytical Tools and Aquaculture Biotechnologies

Monday, 29 January 2007; 16:00 – 17:00 ETZ (SSMC-4, Room # 8150, NOS seminar)

Speaker: Dr. Craig Browdy (NOS/NCCOS/Hollings Marine Laboratory and South Carolina Department of Natural Resources/Seafood Health and Safety)

Email: BrowdyC@dnr.sc.gov

Abstract: An integrated multi-institutional and multi-disciplinary scientific effort focusing on the quality, safety and sustainability of seafood resources is underway at the National Centers for Coastal Oceans Science’s (NCCOS) Hollings Marine Laboratory (HML) in Charleston, SC. The research combines lipid and contaminant analysis capabilities of the Charleston NCCOS laboratories with mariculture and fisheries expertise of the South Carolina Department of Natural Resources to address the public’s need for information and better alternatives to make healthy and environmentally sustainable seafood choices. Two main objectives are being addressed as part of the Center of Excellence in Oceans and Human Health at HML. First, the research applies advanced analytical tools to survey domestic and imported wild and farm raised fish (Red Drum) and crustaceans (penaeid shrimp) locally available for consumption by the public. A survey of Red Drum analyzed fish from environmentally “clean” and “impacted” sites along the southeastern US and Gulf coasts as well as farmed fish from domestic and imported aquaculture sources. Samples were analyzed for fatty acid profiles and for a variety of chemical contaminants: 22 metals, 21 pesticides, 25 PAHs, 79 PCBs, and 13 PBDEs. Fatty acid profiles clearly distinguish between wild and farmed fish and between fish farmed domestically and those imported. Contaminant analyses demonstrated differences between impacted and clean sites and significant levels of DDT compounds were found in some imported samples. A simple risk-benefit model is presented converting EPA/DHA fatty acid and chemical contaminant concentrations into relatively simple terms like “net pathologies” using measurement terms such as “meals per week”. The algorithms are based on USEPA and FDA advisories and metadata analyses of major human epidemiological studies. Application of fatty acid analyses to shrimp samples demonstrates the potential for development of forensic tools to differentiate wild and farm reared shrimp, providing new alternatives for investigation and enforcement of importation and labeling regulations. The second objective focuses on development of new aquaculture alternatives to provide healthy and environmentally friendly seafood choices for consumers. With increasing world consumption of aquaculture-produced seafood, supplies of fish meals and fish oils used in aquaculture feeds will become limiting as pelagic fisheries are depleted. Although, these dietary components provide healthy, essential fatty acids, they also can contain significant concentrations of chemical contaminants. Our research focuses on a holistic approach, replacing fish meals and oils with alternative sources of protein and lipids while maximizing contributions of natural productivity in land based intensive shrimp culture systems. Large scale pond based culture trials over the past three years have demonstrated complete fish meal and oil replacement, providing new alternatives for sustainable seafood production.

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website.) For questions, please contact Felix A. Martinez (301-713-3338 x153).

February

George Washington Carver -- Voluntary Weather Observer
Thursday, 01 February 2007; 11:00 -12:00 ETZ (SSMC-3, Room # 4817, NODC seminar)

Speaker: Doria Grimes (Chief, Contract Operations Branch, NOAA Central Library)

Email: Doria.Grimes@noaa.gov

Abstract: From Nov. 1899 through Jan. 1932, daily weather observations were submitted from Tuskegee, Alabama, on government Form 1009 as part of the Cooperative Observer Program. Most of these daily observations were handwritten and signed by George Washington Carver. How was he able to execute daily weather observations in conjunction with his teaching, travel, and research activities with peanuts, pecans, soybeans, fertilizers, cotton, etc? Did he labor as meticulously with this data as he did with his agricultural products? Not really! A review of correspondence to and from Carver and the U.S. Department of Agriculture Weather Bureau reveal interesting facets of his personality and accomplishments during this period. The Tuskegee weather observations have been imaged and are now available online at http://docs.lib.noaa.gov/rescue/gw_carver_tuskegee/data_rescue_tuskegee_observations.html. Funding for this project was made available from the NOAA Climate Database Modernization Program and the National Oceanographic Data Center. Presentation Available On-Line: https://intra.nodc.noaa.gov/Information/Training/Seminars/George Washington Carver rev.ppt

Notes: VideoTeleConferencing (VTC)/phone available upon request by contacting Cheryl Ingram (Cheryl.Ingram@noaa.gov) at least a day before the seminar. For questions, please contact Hernan Garcia (301-713-3290 x184)

The Coast and Geodetic Survey: Scientists, Sailors, Surveyors, Chartmakers

Tuesday, 06 February 2007; 1200-1300 ETZ (NOAA Science Auditorium)

Speaker: Albert Theberge (NOAA Central Library)

Notes: See http://www.preserveamerica.noaa.gov/heritageweek.html Shipwrecks of the Northwestern Hawaiian islands Marine National Monument

Thursday, 08 February 2007; 1200-1300 ETZ (NOAA Science Auditorium)

Speaker: Hans Van Tilburg (NOAA National Marine Santuaries Maritime Heritage Program)

Notes: See http://www.preserveamerica.noaa.gov/heritageweek.html

New England's first fisheries crisis: Economy, ecology, and fishery politics on the southern coast, 1830-1870.

Monday 12 February 2007; 1200-1300 ETZ (NOAA Science Auditorium)

Speaker: Mathew McKenzie (University of Connecticut)

Notes: See http://www.preserveamerica.noaa.gov/heritageweek.html

The Role of IMARPE in The Management of The Peruvian Fisheries: Managing The Peru Current Ecosystem in a Highly Variable Environment

Monday, 12 February 2007; 14:30-15:30 ET (SSMC3, NOAA Central Library, Joint NODC/NOAA Library Seminar)

Speaker: Admiral Hector Soldi (Director, Peruvian Marine Research Institute, IMARPE)

E-mail: presidencia@imarpe.gob.pe

Abstract: The ocean off the west coast of South America is notable because it produces more fish per unit area than any other region in the world oceans. However, this area is intimately linked to the ocean-atmosphere coupling over the tropical Pacific, and therefore subject to large year-to-year and decade-to-decade fluctuations in regional ocean climate. Operational fisheries management is the main role of IMARPE. This task is now evolving away from a monospecific to an "Ecosystem-Based" paradigm. This new approach appears to be particularly appropriate for the Humboldt or Peru Current System, where the uncertainty associated with high ocean variability and regime shifts represent major challenges for Ecology and Fisheries research. After many years of managing the main anchovy fisheries stocks in Peru, IMARPE has developed several tools using experience and existing models to manage this complex ocean ecosystem and its main fisheries. However, several conditions like the large fishing fleet and the impact of warm periods associated with El Nino in the anchovy stock are still important challenges in the management of the Peruvian Fisheries. Presentation Available On-Line: https://intra.nodc.noaa.gov/Information/Training/Seminars/Hector_Soldi_IMARPE.ppt

Notes: Admiral Hector Soldi will be visiting NODC/World Data Center for Oceanography, Silver Spring 12-14 February 2007. For questions, please contact Hernan Garcia (301-713-3290 x184)

The Distributed Large Basin Runoff Model: a Tool for Hydrologic and Water Quality Assessment
Monday, 12 February 2007; 14:00-15:00 ETZ (SSMC2, Room 8246; Office of Hydrologic Development Seminar)

Speaker: Carlo DeMarchi (School of Natural Resources and Environment, University of Michigan / NOAA Great Lakes Environmental Research Laboratory)

Abstract: Agricultural non-point source contamination of water resources by pesticides, animal wastes, and soil erosion is a major problem in much of the Great Lakes Basin. Point source contaminations, such as combined sewer outflows, also add wastes to water flows. Sediment, waste, pesticide, and nutrient loadings to surface and subsurface waters can result in oxygen depletion (BOD and COD loadings) and eutrophication in receiving lakes, as well as secondary impacts such as harmful algal blooms and beach closures due to viral and bacterial and/or toxin delivery to affected sites. Prediction of various ecological system variables or consequences (such as beach closings), as well as effective management of pollution at the watershed scale, require estimation of both point and non-point source material transport through a watershed by hydrological processes. The Great Lakes Environmental Research Laboratory is developing an integrated, spatially distributed, physically-based water quality model to evaluate both agricultural non-point source loadings from soil erosion, animal manure, and pesticides, and point source loadings at the watershed level. Such model combines an existing physically based distributed surface/subsurface hydrology model (the Distributed Large Basin Runoff Model) with databases for animal manure, fertilizers, and pesticides distributions in the watershed, soil erosion models, and pollutant and sediment transport models. The seminar will focus on the development and application of the DLBRM hydrologic model and on the expansion of its capabilities to water quality. Further, an example of the combination of the DLBRM with a lake circulation model will be presented. Dr. De Marchi graduated at the University of Padova, Italy, in System Engineering, and received a master degree in Engineering from the University of California, Davis, and a Ph.D. in Civil Engineering from the Georgia Institute of Technology. He also worked at International Institute for Applied System Analysis in Vienna, Austria, and is currently a Research Investigator at the School of Natural Resources and Environment of the University of Michigan. Dr. De Marchi has worked on remote sensing of precipitation using satellite images in the Nile River basin and in watershed hydrology and water quality modeling in the Lagoon of Venice, Eastern Europe, and the Great Lakes region.

Notes: Join on-line: https://www.gotomeeting.com/join/172920700 ; Conference Call: Telecon: 1-877-774-5038 ; Passcode: 925335# ; Meeting ID: 172-920-700. For questions please contact Pedro.Restrepo@noaa.gov.

Radar Monitoring of Forested Wetland Hydrology: Implications for Decision Support Systems

Wednesday, 14 February at 1:00 PM ETZ (SSMC2, Room 8246; Office of Hydrologic Development Seminar)

Speaker: Megan Lang (Agricultural Research Service)

Abstract: Wetlands provide important services to society but Mid-Atlantic wetlands are at high risk for loss, with forested wetlands being especially vulnerable. Hydrology (flooding and soil moisture) controls wetland function and extent but it may be altered due to changes in weather and anthropogenic influence. Broad-scale forested wetland hydrology is difficult to monitor using ground-based and traditional remote sensing methods. C-band synthetic aperture radar (SAR) data could improve the capability to monitor forested wetland hydrology. This information is management applicable and can be used to parameterize decision support systems, such as water quality models. Other types of active sensors, including lidar and laser altimeters, can be used to supplement the information derived from the radar systems.

Notes: Join on-line: https://www.gotomeeting.com/join/394609465. Conference Call: Telecon: 1-877-774-5038; Passcode: 925335#; Meeting ID: 394-609-465. For questions please contact Pedro.Restrepo@noaa.gov.

Modeling Bacterial Transport in Coastal Waters

Wednesday, 21 February 2007; 12:00-13:00 ETZ (SSMC-4, Room #8150, NOS seminar)

Speaker: Dr. Philip Roberts (Georgia Institute of Technology and NOAA Oceans and Human Health Initiative Distinguished Scholar)

Email: proberts@ce.gatech.edu Abstract: A large fraction of the world's population lives near coastal waters. These waters are the recipients of their wastewater via outfalls and other sources of bacteria and pathogens, especially creeks and rivers. Beaches and shorelines are also major recreation sites, but exposure of bathers to bacteria and pathogens can constitute a health hazard, and high bacterial levels at beaches result in beach closures with large economic impacts. How can we predict bacterial transport in coastal waters and how can we design outfalls and coastal sanitation schemes that are economical and protect public health and the environment? In this seminar we will discuss recent research governing the hydrodynamic aspects of wastewater mixing in coastal waters, particularly related to ocean outfalls discharging buoyant effluent into stratified environments. New laboratory techniques using three-dimensional laser-induced fluorescence, field experiments on outfall mixing, and mathematical modeling of coastal water dispersion will be discussed. An application of these methods to the design of a sanitation system in Cartagena, Colombia will be presented. Recent research conducted on Lake Michigan with NOAA under the Oceans and Human Health Initiative on the hydrodynamics of river plumes and modeling of the microbial contaminants contained in them and proposed interdisciplinary hydrodynamic and microbial research will also be discussed.

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website). For questions about this seminar, please contact Felix A. Martinez (301-713-3338 x153).

The 2005 and 2006 New England red tides: mechanisms, management challenges, and implications for future forecasting capabilities

Thursday, 22 February 2007; 11:30 - 12:30 ETZ (SSMC-4, Room #8150, NOS seminar)

Speaker: Donald M. Anderson (Biology Department, Woods Hole Oceanographic Institution)

Email: danderson@whoi.edu

Abstract: A massive red tide of Alexandrium fundyense affected southern New England in 2005, closing nearshore shellfish beds from Maine to Massachusetts and 40,000 km2 of offshore federal waters. This was the largest regional bloom in at least 30 years. In 2006, another A. fundyense bloom developed that initially had many of the same characteristics as the 2005 event. Although paralytic shellfish poisoning (PSP) toxicity in 2006 was still extensive, the bloom did not affect southern Gulf of Maine waters to the same extent as in 2005. This presentation will present observations on the 2005 and 2006 Alexandrium events and will use state-of-the-art computer simulations and sensitivity analyses to identify the key factors that contributed to bloom development and that regulated the observed interannual variability in PSP toxicity within the region. The long-term implications of the blooms will also be discussed, as there is good reason to believe that the western Gulf of Maine region will experience more frequent and more intense PSP outbreaks in the coming years, compared to the last decade. The challenges and potential for an operational red tide forecasting system in the Gulf of Maine will also be discussed. 

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website). For questions about this seminar, please contact Felix A. Martinez (301-713-3338 x153).

PaCOOS: Developing NOAA's Ecological Observing System for the California Current LME
Friday, 23 February 2007; 12:00-13:00 ETZ (SSMC3, Room 15817; Office of Habitat Conservation seminar)

Speaker: Jonathan Phinney

Abstract: The Integrated Ocean Observing (IOOS) products are to develop ocean forecasts and assessments for managers and the public. Both forecasts and assessments are in the early phases of development. Forecasts could include fisheries and harmful algal blooms (HAB's) projections (ecological forecasts), drought and hurricane prediction (climate forecasts) and wave height and currents fields (transportation forecasts) while assessments are being developed through an Integrated Ecological Assessment model. Implementation for IOOS rests on 11 Regional Associations nationwide, including two in California, in collaboration with state and federal government agencies. The RA's role is to augment and improve existing government ocean data and infrastructure needs and forecasts. While the IOOS governance structure divides the West Coast into three regions, there is one major oceanographic feature affecting the entire California ecosystem, the California Current, entering the coastal region from the North Pacific at Vancouver Island, BC and exiting at the Baja Peninsula, Mexico. Also lacking in the governance structure is the importance of ecological connectivity between coastal and offshore waters; for example habitat connectivity for anadromous fish. The Pacific Coast Ocean Observing System (PaCOOS) is the developing government ecological observing "backbone" along the entire California Current. Its purpose is to bring cohesion to the government observing assets along the West Coast and its members include academic institutions, federal and state government agencies as well as the RA's. Initial focus has been on data integration but also assessing existing fisheries "forecasts" for salmon such as stock assessments and other available models.

Notes: DIAL-IN NUMBERS: 877-918-6315 ; PASSCODE: HABITAT; NET CONFERENCING PARTICIPANT ACCESS INFORMATION: https://www.mymeetings.com/nc/join/ ; CONFERENCE NUMBER: PH6037191 ; AUDIENCE PASSCODE: HABITAT ; You can join the event directly at: https://www.mymeetings.com/nc/join.php?i=PH6037191&p=HABITAT&t=c .
Please contact Julie Nygard (Julie.Nygard@noaa.gov) for questions about this seminar.

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March

Ocean Heat Content Variability (1955-2006) and the Earth's Heat Balance

Monday 5 March 2007; 15:30 -16:30h ETZ (SSMC3, Room 4817, NODC Seminar)

Speaker: Tim Boyer (NODC)

Email: boyer@nodc.noaa.gov

Abstract: A talk to be delivered at the 2nd Alexander Von Humboldt Conference on The Role of Geophysics in Natural Disaster Prevention in Lima, Peru (March 2007). The talk will focus on the oceans role in the Earth's heat balance and changes in the Ocean Heat content over the last 50 years.

Notes: VideoTeleConferencing (VTC)/phone available upon request by contacting Cheryl Ingram (Cheryl.Ingram@noaa.gov) at least a day before the seminar. For questions about this seminar, please contact Hernan Garcia (301-713-3290 x184).

Modeling River Ice and River Ice Jams with HEC-RAS

Wednesday, 7 March 2007; 14:00-15:00 ETZ (SSMC4, Room 8150; Office of Hydrologic Development Seminar) * Notice different room *

Speaker: Dr. Stephen Daily (USACE ERDC-CRREL)

Abstract: This one hour presentation will present an overview of simulating river ice using the Hydrologic Engineering Center's River Analysis System (HEC-RAS). RAS is designed to perform one-dimensional hydraulic calculations for a full network of natural and constructed channels and provide input and output information in tabular and graphical formats. HEC-RAS has the capability to simulate the presence of river ice covers of known thickness and roughness and estimate the thickness and hydraulic roughness of wide-river ice jams under steady flow conditions. This presentation will focus on the theory of simulating stationary ice covers, estimating the thickness of wide river ice jams using the ice jam force balance equation, input data requirements, parameter selection, and simulation results.

Notes: Webinar information: https://www.gotomeeting.com/register/212694145. For questions about this seminar please contact Pedro.Restrepo@noaa.gov.

What Americans Really Think About Climate Change - Attitude Formation and Change in Response to a Raging Scientific Controversy

Thursday, 08 March 2007; 12:00 - 13:00 ETZ (SSMC-4, Room 1W611, NOS seminar)

Speaker: Dr. Jon A Krosnick (Stanford University)

Email: krosnick@stansford.edu

Abstract: During the past decade, many scientific experts have been frustrated by the American public's apparent indifference to climate change and the threats it may pose. Just a few weeks ago, a headline on newspapers across the country proclaimed: "Scientists and the American Public Disagree Sharply Over Global Warming." Is it really true? Do Americans really not yet accept the opinions of scientific experts on climate change? In this presentation, Professor Jon Krosnick will present findings from a series of national surveys that he has designed and conducted since 1996, tracking what Americans do and do not believe on this issue and what they do and do not want to have done about it. The survey results are surprising in many ways. Dr. Krosnick is the Frederic O. Glover Professor in Humanities and Social Sciences and professor of communication, political science, and psychology at Stanford University. For 25 years, Professor Krosnick has conducted research exploring how the American public's political attitudes are formed, change, and shape thinking and action. He is principal investigator of the American National Election Study, the nation's preeminent academic project exploring voter decision-making and political campaign effects. A widely-recognized expert on questionnaire design and survey research methodology, he is a senior fellow at the Woods Institute for the Environment at Stanford, which supported his most recent survey on Americans' attitudes on the environment conducted in collaboration with ABC News and Time magazine.

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website). For questions, please contact Felix A. Martinez (301-713-3338 x153). **THIS SEMINAR WILL NOT BE AVAILABLE VIA VIDEO LINK**

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website.) For questions, please contact Felix A. Martinez (301-713-3338 x153).

Responses and feedbacks of the land surface to changes in climate: Policy implications
Thursday 15 March 2007; 12:00 -13:00h ETZ (SSMC3, Room 4817, NODC Seminar)

Speaker: Dr. Paul Higgins (Senior Policy Fellow, American Meteorological Society)

Email: phiggins@ametsoc.org

Abstract: Different species, populations, and individuals disperse and migrate at different rates. The rate of movement that occurs in response to changes in climate, whether fast or slow, will shape the distribution of natural ecosystems in the decades to come. This talk examines how vegetation's capacity to disperse and migrate may affect biophysical and biogeochemical characteristics of the land surface under anthropogenic climate change. I will demonstrate that the effectiveness of plant migration strongly influences carbon storage, evapotranspiration, and the absorption of solar radiation by the land surface. As a result, changes in the magnitude, and in some cases the sign, of feedbacks from the land surface to the climate system occur. Therefore, future climate projections depend on much better understanding of and accounting for dispersal and migration. Furthermore, these results have potentially significant implications for climate policy. Society faces four possible approaches to addressing the threat posed by climate change: 1) allow impacts to occur and then deal with them, 2) reduce emissions of greenhouse gases in order to reduce the magnitude of climate change, 3) build our capacity to deal with climate impacts when they occur, and 4) deploy additional global changes that seek to balance the impact of rising greenhouse gas concentrations. How we balance the competing risks and opportunities associated with each approach is primarily a question of values not scientific knowledge. Nevertheless, accounting for biological responses and feedbacks implies a shift in policy preferences toward avoidance of impacts relative to adaptation. 

About the Speaker: Dr. Paul Higgins is a senior policy fellow at the American Meteorological Society in Washington, DC. His current policy interests include: US climate policy, incentives to promote international cooperation, policy measures that reduce distributional costs and maximize economy-wide benefits, and links between climate change, health, and energy security. He also oversees the Congressional Science Fellowship (see http://www.ametsoc.org/atmospolicy/bios/higginsbio.html).

Notes: VideoTeleConferencing (VTC)/phone available upon request by contacting Cheryl Ingram (Cheryl.Ingram@noaa.gov) at least a day before the seminar. For questions about this seminar, please contact Hernan Garcia (301-713-3290 x184).

Endocrine Disruption Research at the National Fisheries Research and Development Institute (NFRDI) in South Korea

Friday, 30 March 2007; 12:00-13:00 ETZ (SSMC-4, Room #8150, NOS seminar)

Speaker(s): Drs. Minkyu Choi and Un-Ki Hwang (NFRDI, Ministry of Maritime Affairs and Fisheries)

Email(s): mkchoi@momaf.go.kr and vngi@nfrdi.re.kr

Abstract: Endocrine disruptors are chemicals that can mimic or inhibit natural hormones in the body, and can impact vital life processes including development, growth, metabolism, and reproduction. There is concern that the presence of these chemicals in the environment, for example, could be impacting both economically and ecologically important species of fish. Organic chemicals such as dioxins and metals such as aluminum and cadmium can affect both whole organisms and cell cultures. Drs. Choi and Hwang will be presenting an overview of the endocrine disruption research at NFRDI, including their work to assess chemical contaminant hotspots in Masan Bay near Busan, South Korea, and work to assess the impacts of trace elements on fish hepatocyte cultures.

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website). For questions about this seminar, please contact Felix A. Martinez (301-713-3338 x153).

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April

X-Informatics – From Raw Data to Information and Knowledge

Monday, 02 April 2007; 13:30-14:30 ETZ (SSMC-2 Room 8246, Office of Hydrologic Development Seminar)

Speaker: Peter Bajcsy (Research Scientist at National Center for Supercomputing Applications [NCSA], Adjunct Assistant Professor in CS and ECE Departments at University of Illinois at Urbana-Champaign [UIUC]).

Abstract: This talk will present a common foundation of X-informatics from a computer science perspective. As the information technology reaches multiple scientific disciplines, scientists in several domains tackle the problems of going from raw data/measurements to information and knowledge, frequently denoted as informatics. The complexity of these informatics problems requires inter-disciplinary expertise that bridges boundaries across hardware, software and domain users (hence referred to as X-informatics). This talk will provide several examples of geo-, hydro-, bio-, medical image-, document- and sensor-informatics solutions drawing from our research that will lead to a common foundation of X-informatics from a computer science perspective. The common foundation blocks of X-informatics will include methodologies and scientific frameworks for data source understanding, data representation and management, data integration, feature extraction, feature selection, analysis and synthesis, creation of cyber-environments and gathering of lineage information as would be demonstrated by examples from the scientific disciplines, such as agriculture, environmental engineering, hydrology, structural engineering, biology, clinical medicine, neuroscience, and ophthalmology, as well as from military, homeland security and education.

About the speaker: Peter Bajcsy has earned his Ph.D. degree from the Electrical and Computer Engineering Department, University of Illinois at Urbana-Champaign, IL, 1997, and M.S. degree from the Electrical Engineering Department, University of Pennsylvania, Philadelphia, PA, 1994. He is currently with the National Center for Supercomputing Applications at the University of Illinois at Urbana-Champaign, Illinois, working as a research scientist on problems related to (1) theoretical modeling and experimental understanding of multi-instrument measurement systems generating multi-dimensional multi-variate data, (2) automation of common image pre-processing and analysis tasks, and (3) development of cyber-environments. In the past, he had worked on real-time machine vision problems for semiconductor industry and synthetic aperture radar (SAR) technology for government contracting industry. He has developed several software systems for automatic feature extraction, feature selection, segmentation, classification, tracking and statistical modeling from electro-optical, SAR, laser and hyperspectral data sets. Dr. Bajcsy’s scientific interests include image and signal processing, statistical data analysis, data mining, pattern recognition, novel sensor technology, and computer and machine vision.

Notes: Please join Prof. Peter Bajcsy from NCSA on Monday, April 2 at 1:30 PM Eastern Daylight Time at https://www.gotomeeting.com/join/585725087 .

Conference Call: Telecon: 1-877-774-5038 Passcode: 925335# Meeting ID: 585-725-087. For questions about this seminar please contact Pedro.Restrepo@noaa.gov.

Elwha and Glines Canyon Dam Removals: An overview of upcoming Pacific Northwest nearshore ecosystem restoration

Wednesday, 4 April 2007; 3:00-4:00 pm (SSMC-3, Room #15836, NMFS Office of Habitat Conservation Seminar)

Speaker: Anne Shaffer (Washington Department of Fish and Wildlife)

Email: shaffjas@dfw.wa.gov

Abstract: Anne Shaffer will be presenting an overview of her work on the nearshore component of the Elwha River dam removals and restoration. She is a marine habitat biologist with the Science Division of the Washington Department of Fish and Wildlife and the coordinator of the Elwha Nearshore consortium, a group of approximately 20 scientists and managers dedicated to promoting and understanding, at an ecosystem scale, the nearshore habitat restoration associated with the Elwha dam removals. Ms. Shaffer's work over the last twenty years has focused on nearshore: upland interactions as well as ecosystem management and applied research of nearshore habitats. Presentation available on-line: You can download Anne's power point presentation from the NMFS ftp site at ftp://hqftp.nmfs.noaa.gov. You must use internet explorer to access the site and then use the following information: login: visitor; password: fishtail (Both are cap-sensitive; use lowercase). The presentation is called Elwha.

Notes: Call in available (1-866-423-3432; Leader Code: 6882916; Participant Code: 4941511). Further questions, please contact Kimberly.Lellis@noaa.gov and Jennifer.Koss@noaa.gov.

New opportunities in beach water quality monitoring

Wednesday, 11 April 2007; 12:00 – 13:00 ETZ (SSMC-4, Room #8150, NOS seminar)

Speaker(s): Stephen B. Weisberg (Executive Director; Southern California Coastal Water Research Project Authority)

Email(s): stevew@sccwrp.org

Abstract: Beach water quality is presently assessed using culture-based measurements of enterococcus and fecal coliform indicator bacteria. The advent of molecular methods provides new opportunities to improve upon these decades-old procedures. Molecular methods provide the means for measuring existing indicators faster and to expand the range of possible target organisms for such assessments. This talk will introduce the Southern California Coastal Water Research Project Authority and its role in helping to transition these methods out of the laboratory and into routine practice in monitoring California beaches. The talk will describe studies to assess readiness and applicability of rapid methods for measuring existing targets. It will also describe epidemiological studies being conducted to assess whether the health risk relationship associated with new, alternative target organisms improves upon that relationship for existing indicators.

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website). For questions about this seminar, please contact Felix A. Martinez (301-713-3338 x153).

Positive feedback and the development of ecosystem disruptive algal blooms

Monday, 16 April 2007; 12:00 – 13:00 ETZ (SSMC-4, Room 8150, NOS seminar)

Speaker(s): William Sunda [Research Chemist, Center for Coastal Fisheries and Habitat Research (CCFHR), NCCOS, NOS]

Email(s): bill.sunda@noaa.gov

Abstract: Harmful algal blooms (HABs) have occurred with increasing frequency in recent years with eutrophication and other anthropogenic alterations of coastal ecosystems. Many of these blooms severely disrupt ecosystem function, and can be referred to as ecosystem disruptive algal blooms (EDABs). These blooms are typically caused by toxic or unpalatable species that decrease grazing rates by herbivores, and thereby disrupt transfer of nutrients and energy to higher trophic levels, and decrease nutrient recycling. Many factors, such as nutrient availability and herbivore grazing have been proposed to separately influence EDAB dynamics, but interactions among these factors have rarely been considered. Here we describe positive feedback interactions among nutrient availability, herbivore grazing, and nutrient cycling, which can substantially influence the dynamics of EDAB events. The positive feedbacks result from reduced grazing rates on EDAB species, which promote the proliferation of these algae and decrease grazer-mediated recycling of nutrients. These effects in turn decrease nutrient availability. Since many EDAB species are well-adapted to nutrient-stressed conditions and many exhibit increased toxin production and toxicity under nutrient limitation, positive feedbacks are established which can greatly increase the rate of bloom development, and promote bloom persistence and adverse effects. Conceptual and numerical modeling of these interactions will be presented.

Notes: Presentations are typically available by video, webcast, and phone. For video, contact nos.video.conference@noaa.gov. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone, dial 866-541-1377, passcode 142625. For webcast: 1. Go to the My Meetings website. 2. Enter the required fields. (Meeting Number: 741804628; Passcode: NCCOS1305; Meeting Host: Science Seminar Host) 3. Indicate that you have read the Privacy Policy. 4. Click on Proceed. 5. Dial into the phone so you can hear too! (NOS staff: instructions for Instant Net Conference and Video Stream can be found at this internal NOS website.)

Census of Marine Life Program Overview (CoML)
16 April 2007; 11:45 AM to 12:45 PM (SSMC 3, Room 11836; Office of Ocean Exploration Seminar)

Speaker(s): Dr. Andy Rosenberg (University of New Hampshire)

Abstract: This seminar will speak to the program’s genesis, its overarching research mission & goals, and its implementation framework.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

Patterns & Processes of the Ecosystems of the Northern Mid-Atlantic (MAR-ECO)

Thursday, 19 April 2007; 11:45 AM to 12:45 PM (SSMC 4, Room 10153; Office of Ocean Exploration Seminar)

Speaker(s): Dr. Mike Vecchione, NMFS National Systematics Laboratory

Abstract: MAR-ECO is an international research project including scientists from 16 nations. Norway, represented by the Institute of Marine Research and the University of Bergen, co-ordinates the project which will enhance our understanding of occurrence, distribution and ecology of animals and animal communities along the Mid-Atlantic Ridge between Iceland and the Azores. The Mid-Atlantic Ridge is the volcanic mountain range in the middle of the ocean, marking the spreading zone between the Eurasian and American continental plates. The groups of animals being studied include fishes, crustaceans, cephalopods and a wide range of gelatinous animals (e.g. jellyfishes and siphonophores) living either near the seabed or in midwater above the ridge.

About the speaker: Born in a town called Neptune, Michael Vecchione went to sea as a cabin boy on a three-masted schooner in Maine at the age of 16. He completed undergraduate studies in biology at the University of Miami in 1972, and then spent four and a half years as a U.S. Army officer. He has been working on cephalopods since his graduate studies on planktonic molluscs during 1976-79 at the Virginia Institute of Marine Science (VIMS), the School of Marine Science for the College of William and Mary. After receiving the Ph.D degree there, he worked briefly for the U.S. Fish and Wildlife Service before accepting a faculty position at McNeese State University where he studied cephalopods, zooplankton, and ichthyoplankton in addition to teaching from 1981-86. In 1986 he moved to his present position as Cephalopod Biologist at the National Systematics Laboratory (NSL), a NOAA Fisheries lab located at the National Museum of Natural History where he is a Research Associate of the Smithsonian Institution. He has been Director of the NSL since 1997. He also established and served from 2000-2002 as Director of a Cooperative Marine Education and Research program at VIMS, where he is an adjunct faculty member. Vecchione is a Fellow of the American Association for the Advancement of Science and Past-President of the Cephalopod International Advisory Council.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

COMARGE Relevance to NOAA 2010 and beyond: Understanding and Managing the Largest Steep-Gradients Environment on Earth

24 April 2007; 11:45 AM to 12:45 PM (SSMC 4, Room 8150; Office of Ocean Exploration Seminar)

Speaker(s): Dr. Bob Carney, Lousiana State University

Abstract: COMARGE (Continental MARGins Ecosystems) is a Census of Marine Life project seeking to understand bottom and near-bottom ecosystems from the edge of the continental shelf to the slope base (~200 – 3500m). This system is characterized by steeper physical gradients than encountered elsewhere in the ocean: photic to dark, warm to cold, food-rich to food-poor, sands to clay sediments, from moderate to crushing hydrostatic pressure, etc. In yet poorly understood ways these gradients may be the cause of dramatic bathymetric gradients in species composition, decreasing biomass, and biodiversity. NOAA’s limited activity in COMARGE-type research mirrors a more pervasive lack of US activity in a vast ecosystem heavily investigated for scientific resource management by EU nations, Russia, Australia, and Japan. Dr. Carney’s seminar will describe the COMARGE perspective on steep-gradient ecosystems, briefly describe on-going at-sea efforts, and consider NOAA’s appropriate role in coming years. COMARGE is supported by a grant from the A.P. Sloan Foundation to Dr. Carney at LSU. The project is managed as an international effort among LSU, IFREMER, and Institut Oceanographic, Paris. Dr. Myriam Sibuet serves with Dr. Carney as Co-Directors.

About the speaker: Bob Carney is a professor of Oceanography and Coastal Studies at LSU and has served there in various administrative, academic, and research roles for 20 years. He has maintained a continuous interest in deep benthic ecosystems since his first cruise aboard the R/V Eastward as a Duke undergrad in 1967. Graduate work was begun at Texas A&M and completed at Oregon State in 1976 following an interruption for military service. At both universities he studied the spatial distributions of echinoderms collected in systematic trawling surveys. His “in residence” Washington experience began as a Smithsonian postdoc in 1977 and ended in 1981 after three years at NSF where he was Director of the Biological Oceanography Program. Funding from Sea Grant, NURP, and OE has been critical to his deep-sea research along with support from NSF, ONR, MMS, and EPA. Service to NOAA includes committee and review participation beginning in 1979 for Sea Grant, NOAA-supported NRC committees, NURP, OE, and NODC.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

A Global Census of Life Marine Life on Seamounts (CenSeam)

25 April 2007; 11:45 AM to 12:45 PM (SSMC 4, Room 10153; Office of Ocean Exploration Seminar)

Speaker(s): Dr. Tim Shank, Woods Hole Oceanographic Institution

Abstract: The CenSeam science plan is focused on 3 questions: (1) What factors drive seamount community structure, diversity, and endemism, both at the scale of whole seamounts and individual habitats within seamounts? (2) What key processes operate to cause differences between seamounts, and between seamount and non-seamount regions? (3) What are the impacts of fisheries on seamount community structure and function? This seminar will address what CenSeam has accomplished to date and what the future holds in terms of increasing our knowledge and understanding of these important but little known ecosystems.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

Abstract: Almost all fishery models assume time-invariant parameter values of the underlying biological growth function except for an i.i.d. error term. We present an analysis of the economic implications of cyclical growth parameters in both single and multi-species models, which are frequently observed in many real-world fisheries. Neither optimal harvest rates nor optimal escapement (remaining fish stock after fishing) remain constant as standard models would predict. The amplitude of the optimal escapement is increasing in the amplitude of the biological growth function. Moreover, the optimal harvest rate lags the cycle of the biological growth function, i.e., the highest harvest rate is observed after biological conditions have started to decline and the optimal escapement level has already decreased. This is in sharp contrast to current policies which are in phase with biological conditions and hence imply an increase/decrease in harvest quotas when the biological system is improving/deteriorating. In our model, harvest closures are only optimal during time periods when growth parameters are improving most rapidly.

Notes: For questions about this seminar please contact Michelle.McGregor@noaa.gov

May

The Farm Bill, Biofuels and Health of Our Coastal Ecosystems

Tuesday, 01 May 2007; 11:30 – 12:30 ETZ (SSMC-4, Room #8150, NOS seminar)

Speaker(s): Dr. Thomas W. Simpson (College of Agricultural and Natural Resources, University of Maryland) Email(s): tsimpson@umd.edu

Abstract: Currently, the most widespread pollution threat to the Nation’s coastal waters is from nutrients with an estimated two-thirds of coastal rivers and bays moderately to severely degraded from nutrient pollution. This pollution has led to multiple impacts on coastal waters including hypoxia (i.e. “dead zones”), loss of seagrass beds, degradation of coral reefs, alterations of food webs and increases in harmful algal blooms. The largest single contributor overall to nutrients entering the Nation’s coastal waters in many locations, such as the Gulf of Mexico and Chesapeake Bay which both have large hypoxic zones in summer, is from nonpoint source agricultural runoff. By far the largest source of funding for programs that have multiple benefits, including the control of nonpoint sources of nutrients, is contained within the USDA conservation programs of the Farm Bill. The U.S. Ocean Commission in 2004 recommended that “The U.S. Department of Agriculture (USDA) should align its conservation programs and funding with other programs aimed at reducing nonpoint source pollution, such as those of the U.S. Environmental Protection Agency and the National Oceanic and Atmospheric Administration.” The Farm Bill is expected to be reauthorized this year and there have been many calls for its programs that reduce polluted runoff to be strengthened. Recent and dramatic trends in agriculture, driven by the push to produce ethanol from corn and other crops, threaten to increase nutrient runoff, further highlighting the urgency of addressing this issue. Several existing and innovative agricultural programs that have a high potential to reduce nutrient runoff will be discussed along with suggestions on how to increase their application and strategic targeting through changes to the Farm Bill. Connections between the Farm Bill and biofuel trends will also be discussed.

Notes: Presentations are typically available via video, phone/webcast. For video: contact nos.video.conference@noaa.gov for information on setting connection. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone: dial 866-541-1377, passcode 142625. For webcast: 1. Go to My Meetings, enter meeting number 449707376 and passcode NOS8150 if needed; 2) Enter other required fields; 3) Indicate that you have read the Privacy Policy; 4) Click on Proceed; 5) Dial into the phone so you can hear presentation.

Census of Marine Life Gulf of Mexico Area Program (GoMEX)

01 May 2007; 11:45 AM to 12:45 PM (SSMC 3, Room 13836; Office of Ocean Exploration Seminar)

Speaker(s): Dr. Wes Tunnel, Texas A&M University

Abstract: TBD

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) "Making Ocean Life Count" Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

Biogeography of Deepwater Chemosynthetic Ecosystems (ChEss)

02 May 2007; 11:45 AM to 12:45 PM (SSMC 3, Room 13836; Office of Ocean Exploration Seminar)

Speaker(s): Dr. Chris German, Woods Hole Oceanographic Institution

Abstract: TBD

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

What is GEOSS and Why Do We Care?

Wednesday 02 May 2007; 1200 -1300h ETZ (SSMC3, 2nd Floor, NOAA Library Seminar)

Speaker: Helen Wood (NOAA's GEOSS Integration Manager)

Email: Helen.Wood@noaa.gov

Abstract: GEOSS stands for the Global Earth Observation System of Systems. The intergovernmental Group on Earth Observations (GEO) is leading a worldwide effort to build a GEOSS. This is an activity that NOAA and the United States initiated in 2003. Its purpose is to provide comprehensive, coordinated Earth observations from thousands of instruments worldwide, transforming the data they collect into vital information for society. Since then over 65 governments and more than 40 international organizations have joined the activity from around the World. Back home, the US has formed a national, interagency planning and coordination committee, the "USGEO", that reports to the President's National Science and Technology Council. NOAA Administrator Conrad Lautenbacher is the US co-chair of GEO. In June 2005 he named Helen Wood as the NOAA GEOSS Integration Manager. Earlier she served as Director of the Secretariat for the intergovernmental Group on Earth Observations, from its formation in 2003 until September 2005. Recently she was appointed co-chair of the USGEO.

Notes: Call in information: Phone number: 866-631-5469 ; Participant code: 3958086. Powerpoint presentation (pdf; ~2.2MB) of talk available. For questions about this seminar please contact Mary.Lou.Cumberpatch@noaa.gov or Albert.E.Theberge.Jr@noaa.gov (see http://www.lib.noaa.gov/docs/news/news.html).

4th Oceanographic Data Panel Meeting between NODC and the Korea NODC (KODC)

Thursday 03 May 2007; 12:00 -13:00h ETZ (SSMC3, Room 4817, NODC Seminar)

Speakers: Freud Park and Kenneth Casey (NODC)

Email: Freud.Park@noaa.gov & Kenneth.Casey@noaa.gov

Abstract: An informal presentation of highlights of the 4th Oceanographic Data Panel Meeting between NODC and the Korea Oceanographic Data Center (KODC) held on February 27 - March 1, 2007 at the National Fisheries Research and Development Institute (NFRDI) in Busan, Korea.

Notes: VideoTeleConferencing (VTC)/phone available upon request by contacting Cheryl Ingram (Cheryl.Ingram@noaa.gov) at least a day before the seminar. For questions about this seminar, please contact Hernan Garcia (301-713-3290 x184).

In Search of the Holy Grail: Ecological Forecasting in Chesapeake Bay

Friday, 04 May 2007; 12:00 – 13:00 ET (SSMC-4, Room #8150, NOS seminar)

Speaker(s): Raleigh R. Hood, University of Maryland’s Horn Point Laboratory; and Christopher W. Brown, NOAA/NESDIS/Center for Satellite Applications and Research

Email(s): rhood@hpl.umces.edu; christopher.w.brown@noaa.gov

Abstract: We will give an update on our operational modeling efforts aimed at nowcasting and forecasting higher order biological phenomena, specifically focusing on the Sea Nettle (Chrysaora quinquecirrha) and a harmful algal bloom species (Karlodinium veneficum). In addition, we will report on our efforts to develop an open source, operational hydrodynamic and biogeochemical model of Chesapeake Bay that can be used to provide nowcasts and short-term forecasts of physical and biogeochemical properties in situ.

Notes: Presentations are typically available via video, phone/webcast. For video: contact nos.video.conference@noaa.gov for information on setting connection. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone: dial 866-541-1377, passcode 142625. For webcast: 1. Go to My Meetings, if needed select “join an event” and enter meeting number (449707376) and passcode (NOS8150); 2) Enter other required fields; 3) Indicate that you have read the Privacy Policy; 4) Click on Proceed; 5) Dial into the phone so you can hear presentation.

Census of Marine Life Gulf of Maine Area Program (GoMA)

8 May 2007; 11:45 AM to 12:45 PM (SSMC 4, Room 8150; Office of Ocean Exploration Seminar)

Speaker: Dr. Lew Incze (University of Southern Main)

Abstract: The Gulf of Maine Area Program includes the U.S. and Canada and has three focus areas: (1) explore the biodiversity of the GoM area; (2) help build an understanding of how patterns of biodiversity contribute to over-all functioning of the GoM system; and (3) help establish a framework for applying this understanding toward ecosystem-based approaches to management. These large goals are in part or in whole the subject of other activities and programs in the area as well, but our program is unique in trying to integrate these objectives at the particular scale that we are. I will review achievements to date and developing approaches to this important challenge.

About the speaker: Dr. Incze serves as Chief Scientist for the Gulf of Maine Area Program of the Census of Marine Life. He is a Research Professor in the Department of Environmental Science and Director of the Aquatic Systems Group, both housed in the School of Applied Science, Engineering and Technology at the University of Southern Maine. The Aquatic Systems Group brings together faculty from several departments and colleges within the university to strengthen research and educational opportunities in aquatic systems, including aquatic ecology and related earth sciences, computing, geospatial analysis, policy and planning. He received a B.S. in Biology from Cornell University (1976), a M.S. in Oceanography from the University of Maine (1979), and a Ph.D. in Fisheries from the University of Washington (1983). His research interests include plankton ecology, recruitment dynamics, coupled physical-biological interactions, marine resources and conservation sciences.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

Ocean Biogeographic Information System (OBIS)

14 May 2007; 11:45 AM to 12:45 PM (SSMC 4, Room 8150; Office of Ocean Exploration Seminar)

Speaker(s): Dr. Edward Vanden Berghe (Flanders Marine Institute Vlaams Instituut voor de Zee)

Abstract: This seminar will demonstrate why OBIS may be the most authoritative web-based provider of global geo-referenced information on marine species. In addition to gathering and maintaining marine species-level and habitat-level databases, OBIS provides a variety of spatial query tools for visualizing geographical relationships among species, and between species and their environment.

Speaker Bio: Dr Edward Vanden Berghe is the current Executive Director of the Ocean Biogeographic Information System (OBIS), the information component of the Census of Marine Life (CoML), an international discovery program representing a network of more than 1700 researchers in 73 nations engaged in a 10-year initiative to assess and explain the diversity, distribution, and abundance of life in the oceans - past, present, and future. OBIS is the most authoritative web-based provider of global geo-referenced information on marine species. In addition to gathering and maintaining marine species-level and habitat-level databases, it provides a variety of spatial query tools for visualizing geographical relationships among species, and between species and their environment. In his previous position, as Manager of the Flanders Marine Data- and Information Centre (VMDC), Based at the Flanders Marine Institute (VLIZ), he was responsible to manage a small team, developing databases and web applications for marine data and information. Some of the systems were developed on behalf of external, national and international projects; the most important of these is the EU network of excellence on ‘Marine Biodiversity and Ecosystem Functioning (MarBEF)’. Part of the activities for MarBEF was to manage the European Register of Marine Species (ERMS) and the European node of the Ocean Biogeographic Information System (EurOBIS). Before going to VLIZ, Dr Vanden Berghe held various positions in Kenya, an in the Free University Brussels. In Kenya, he was involved in biogeographical data management at the National Museums of Kenya, and in oceanographic data- and information management at the Kenya Marine and Fisheries Research Institute. One of the main issues that have engaged him in recent work is to make biodiversity data available through the internet, free and open for everyone to use - policy issues connected to this, how to ensure that data originators are properly acknowledged, and that contributing data to on-line systems is recognised in career advancement. Another issue driving his professional activities is to try and educate scientists and science students in proper data management, including archiving and submitting research data to deep repositories. Dr Edward Vanden Berghe holds a PhD in Zoology from the Free University Brussels.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

Census of the Diversity of Abyssal Marine Life (CeDAMar)

15 May 2007; 11:45 AM to 12:45 PM (SSMC 4, Room 8150; Office of Ocean Exploration Seminar) [Note new location]

Speaker(s): Dr. Craig Smith (University of Hawai’i)

Abstract: The abyssal seafloor is a vast ecosystem, covering more than half of the Earth’s surface, and underlying > 50% of the US exclusive economic zone. Nonetheless, it has remained very poorly studied, with the total area sampled covering but a few hectares. Some previous studies suggest the abyssal seafloor is a major cradle of biodiversity, while others suggest it is largely a diversity “sink.” CeDAMar (the Census of Diversity of Abyssal Marine Life) is an integrated series of international oceanographic expeditions, involving of 150 scientists from 51 institutions in14 countries, designed to address critical gaps in our understanding of the patterns and causes of biodiversity in the abyss. Our results indicate that local biodiversity is extremely high, with 2000 species of bacteria, 250 species of protozoans, and 500 species of invertebrates (worms, crustaceans and molluscs) typically found at single abyssal sites. More than 90% of the thousands of invertebrate species collected during CeDAMar are new to science, highlighting our extremely poor understanding of abyssal diversity and evolution. CeDAMar scientist have applied modern molecular techniques for the first time to the abyssal fauna revealing remarkable distribution patterns that vary with faunal type. Some groups, for example the protozoan foraminiferans, contain species distributed from the Arctic to the Antarctic, demonstrating the existence of cosmopolitan abyssal species. Other faunal groups, such as the polychaete worms and isopod crustaceans, exhibit substantial species turnover over distances of 1500 km, suggesting the individual basins may have developed large numbers of endemic species. Nematode worms, until recently thought to be species poor in the abyss, exhibit a surprising number of apparently unique abyssal taxa, suggesting that the very deep ocean has fostered adaptive radiations, and is not simply a tomb for starving individuals washed from shallower habitats. Unexpectedly, times-series studies at abyssal stations show that populations of echinoderms respond to large-scale, climate-driven changes in the productivity patterns in the upper ocean. Because these abyssal species rely on the export of food through vast volumes of the ocean, their populations appear to be sensitive indicators of ecosystem change in surface waters and the ocean’s interior. Thus, to assess the ocean’s health, to evaluate its levels of biodiversity, and to manage the impacts of human activities (e.g., fishing, mineral extraction and fossil fuel burning), it is imperative to monitor and to continue to explore the abyss, the ocean’s largest ecosystem.

Speaker Bio: Craig Smith is a Professor of Oceanography at the University of Hawaii with strong interests in biodiversity, disturbance ecology and human impacts in seafloor ecosystems. His exploration and conservation efforts have focused on the vast and poorly understood deep-sea, where high diversity, fragile habitats, and slow recovery rates cause ecosystems to be especially sensitive to human impacts. Smith has conducted research in Antarctica, mangroves, submarine canyons, whale-fall communities, cold seeps, continental slopes and abyssal plains to obtain a broad perspective of natural and stressed marine ecosystems. Smith obtained his Ph.D. from Scripps Institution of Oceanography in 1983, and then used a postdoctoral fellowship at Woods Hole Oceanography Institution to explore colonization processes in intertidal communities. Subsequently, he spent four years at the University of Washington, exploring the effects of natural disturbance, mining and radioactive waste disposal on deep-sea communities. In 1988 he moved to the University of Hawaii, where he has organized international projects to address chances of species extinctions from deep-sea mining, and has worked extensively with International Seabed Authority to predict and manage the environmental impacts of nodule mining in the abyssal Pacific. His other research activities, including studies of whale-fall communities and Antarctic food webs, help to elucidate the effects of human activities and global change on marine ecosystems. Smith recently received a Pew Fellowship in Marine Conservation for his conservation work in the vast and poorly understood deep-sea. He has served as Chief Scientist over 50 research expeditions from the equator to Antarctica, has participated in ~220 submersible and ROV dives, and has published over ~100 papers in the scientific literature.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

Pacific Ocean Shelf Tracking Project (POST)

16 May 2007; 11:45 AM to 12:45 PM (SSMC 4, Room 10153; Office of Ocean Exploration Seminar)

Speaker(s): Dr. David Welch (Kintama Research Corporation)

Abstract: POST, the Pacific Ocean Shelf Tracking array, is currently the world’s largest telemetry system for studying the movements and survival of marine fish. It is also intended to be the exemplar for the Ocean Tracking Network (the subject of the May 18th talk by Ron O’Dor). OTN is intended to form “an array of POST arrays”, sitting on the continental shelves of all the continents on the planet. As such, it provides a prime example of what the evolving OOS system might look like. POST was one of the Census of Marine Life’s original field projects, a natural fit given the CoML’s focus on distribution, diversity, and abundance of marine life. However, POST is also starting to prove itself in addressing key US policy questions for fisheries, and thereby demonstrating the fundamental linkage between these biological questions and vexing high-level policy issues. POST thus forms an interesting example of how the development of a highly quantitative tool looking at basic biological processes can inform and reinvigorate the science of fisheries management—and ocean research. The operational considerations involved in developing POST include the need for: (A) Developing large-scale and high volume methods for conducting surgery on thousands of test animals while ensuring the highest ethical standards of fish handling and surgical procedures are met; (B) Developing technical methods for deploying and maintaining a very large scale permanent tracking array on the seabed; and (C) Ensuring that the data are recovered in very high yield to validate the array concept and provide meaningful scientific results to justify the support for building (and expanding) the array. I review the technical operation of POST from the twin perspectives of ethical animal use and technical operation of a large-scale engineering system. In the final section of the talk, I review the performance of the array in addressing key policy questions concerning the management of Columbia & Fraser R salmon populations.

Speaker Bio: David Welch received a B.Sc. in Biology and Economics from the University of Toronto and a Ph.D. in Oceanography from Dalhousie University (Halifax, Nova Scotia) in 1985. He is the former head of the Canadian government’s High Seas Salmon Program at DFO, which he started in 1990 after a quarter century hiatus in ocean research on salmon. During the next decade he was responsible for studying the ocean biology of Pacific salmon, and provided some of the first compelling evidence for a potentially profound impact of global warming on Pacific salmon in the ocean. He is the chief architect of the Census of Marine Life’s project POST and President of Kintama Research. Welch started Kintama in 1990 to develop the pioneering technology platform necessary for delivering data from a permanent ocean array capable of directly measuring survival of migrating fish in the ocean. The success of POST can be measured from three perspectives: (1) It is the largest and most complex marine tracking array under single management anywhere in the globe, with a current geographic span of almost 2,500 km; (2) The Canadian Government committed $45M Cdn starting in 2007 to champion the globalization of the POST array as the Ocean Tracking Network; (3) The array is now capable of measuring the movements and survival of fish as small as 12.5 cm year-round, and may be capable of tracking fish as small as 10 cm by 2008. As a result, the marine science community is now on the brink of being able to conduct direct quantitative experimental studies in the ocean on fish of the kind that transformed chemistry and physics one and two centuries ago. Dr Welch has previously acted as scientific spokesman for the World Wildlife Fund on the issue of global warming, and has been invited to testify on the results of his research on the ocean biology of Pacific salmon at the U.S. Senate. Dr Welch speaks fluent Japanese and lives on Vancouver Island in Nanaimo, British Columbia.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

AIAA and NOAA are joining together to offer you an opportunity to look at Network Centric Concepts at work in civil government

Wednesday, 16 May 2007 ; 09:00 to 15:00 h ( AIAA and NOAA joint seminars; Location: see notes below)

Speakers: Several speakers (See PDF description)

Abstract: AIAA and NOAA are joining together to offer you an opportunity to look at Network Centric Concepts at work in civil government.

Notes: Starting at 9:00 am and continuing until 3:00 pm (Registration opens at 8:30 and closes at 10:00).

Location: Room 6057, Department of Commerce Headquarters, Herbert C. Hoover Building, 14th Street and Constitution Ave, NW, Washington, DC. Seminars sponsored by the NOAA National Weather Service Office of Science and Technology and the AIAA NetCentric Program Committee, the AIAA Society & Aerospace TC, and the AIAA National Capital Section. The cost is $30.00 for lunch and logistics. For more information and to register, contact Marcie Jones (AIAANATLCAPSEC@aol.com; Phone (301)812-0103) or Tim Howard (timothy.howard@noaa.gov; Phone: (301) 713-1570 x143). Attendance is limited to the first 90 people who register. See PDF description.

International Oceanographic Data and Information Exchange (IODE) 19th Session highlights

Thursday 17 May 2007; 12:00 -13:00h ETZ (SSMC3, Room 4817, NODC Seminar)

Speaker: Robert (Bob) Gelfeld (NODC)

Email: Robert.Gelfeld@noaa.gov

Abstract: The IOC’s International Oceanographic Data and Information Exchange (IODE) was established in 1961 to enhance marine research, exploitation and development by facilitating the exchange of oceanographic data and information between participating Member States and by meeting the needs of users for data and information products. The Nineteenth Session of the IOC Committee on International Oceanographic Data and Information Exchange (IODE-XIX) was held at the Abdus Salam International Centre for Theoretical Physics (ICTP) in Trieste, Italy between 12 and 16 March 2007. This seminar will describe highlights of this meeting.

Notes: VideoTeleConferencing (VTC)/phone available upon request by contacting Cheryl Ingram (Cheryl.Ingram@noaa.gov) at least a day before the seminar. For questions about this seminar, please contact Hernan Garcia (301-713-3290 x184).

Serving the Coastal Manager: Results of the NOAA Coastal Services Center’s 2006 Coastal Resource Management Customer Survey

Thursday, 17 May 2007; 11:30 – 12:30 ETZ (SSMC-4, Room #8150, NOS seminar)

Speaker(s): Dr. Chris Ellis (NOAA/NOS/Coastal Services Center)

Email(s): Chris.Ellis@noaa.gov

Abstract: The NOAA Coastal Services Center’s primary initiatives address those issues considered most important to coastal managers—hazards, habitats, resilient communities, land and water use, and information access to support sound, informed decision-making. In an effort to assess both customer satisfaction and to better understand the important issues affecting the coastal management community, the Center sponsors a survey every three years to gather such information. The data are then used to establish Center priorities and evaluate its activities. This discussion will highlight survey findings on a variety of topics. Topics include priority coastal management issues, expressed needs for social science tools and support, desired data layers for geographic information system projects, training, and other related decision-support tools and technical assistance. Information will be presented primarily from a national perspective, with select, notable points from various regional U.S. geographies. The 2006 Coastal Resource Management Customer Survey report is currently available on the NOAA Coastal Services Center’s Web site at www.csc.noaa.gov/survey/. This is the fourth such survey; previous surveys were administered in 1996, 1999, and 2002. Notes: Presentations are typically available via video, phone/webcast. For video: contact nos.video.conference@noaa.gov for information on setting connection. Please allow adequate time for testing of connections (24 hours or more) if you do not regularly connect with NOS. For phone: dial 866-541-1377, passcode 142625. For webcast: 1. Go to My Meetings, enter meeting number 449707376 and passcode NOS8150 if needed; 2) Enter other required fields; 3) Indicate that you have read the Privacy Policy; 4) Click on Proceed; 5) Dial into the phone so you can hear presentation.

Canadian Global Ocean Tracking Network (OTN)

17 May 2007; 11:45 AM to 12:45 PM (SSMC 4, Room 10153; Office of Ocean Exploration Seminar)

Speaker(s): Dr. Ron O'Dor, Consortium for Oceanographic Research and Education

Abstract: Media coverage of the founding meeting for the Ocean Tracking Network (OTN), referred to it as "the Internet for fish." With OTN now a Pilot Project for the IOC’s Global Ocean Observing System the analogy is apt because, as with the Internet, a global group of users is pressing for standards and protocols to allow universal storage and sharing of a broad spectrum of information. Also like the Internet, once society makes a significant investment and stabilizes the playing field, industry will be able to invest, secure in the understanding that the new products they develop will remain compatible with a wide-spread system. This presentation will summarize some recurring themes from tracking and telemetry workshops around the world - ways that industry believes it can deliver a picture of the complex interactions of physics and biology that are the world's oceans. This is a picture that scientists and managers need in order to protect and restore ocean productivity.

Speaker Bio: Currently Census of Marine Life (COML) Senior Scientist, after degrees in biochemistry and medical physiology a post-doc at Cambridge University and Stazione Zoologica, Naples, turned him to cephalopods and marine biology. Studies on cephalopod behaviour and physiology in nature using acoustic telemetry led to involvement in large scale tracking arrays. Within COML he is developing the Ocean Tracking Network (OTN) to monitor marine animals from 20g salmon to 20MT whales with arrays to detect globally unique codes. Tags lasting up to 20 years give new time-series perspectives on changes in individual movements in response to climate change and acoustical downloading archival tags will provide records of the oceanography experienced by, and interactions among, tagged species.

Notes: All Office of Ocean Exploration Census of Marine Life (CoML) “Making Ocean Life Count” Lunchtime Seminar seminars are listed at http://explore.noaa.gov/about/seminar.html. Presentations will be available by phone and webcast. For phone, dial 1-877-973-0627, passcode: 530761. A live video webcast feed will be available for remote users at www.explore.noaa.gov. For questions please contact: Reginald.Beach@noaa.gov, Margot.Bohan@noaa.gov, and/or Nicolas.Alvarado@noaa.gov.

Census of Coral Reefs (CReefs)

22 May 2007; 11:45 AM to 12:45 PM (SSMC 3, Room 13836; Office of Ocean Exploration)

Speaker(s): Dr. Nancy Knowlton (University of California San Diego)

Abstract: CReefs research focuses on biodiversity broadly, including the many species typically not censused in coral and fish surveys. The four central questions that gover