Branding Monterey Bay

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BRANDING MONTEREY BAY MONTEREY BAY- A WORLD CENTER FOR OCEAN SCIENCE AND TECHNOLOGY Gary Griggs Director Institute of Marine Sciences Distinguished Professor of Earth and Planetary Sciences University of California Santa Cruz The Earth from Space • 71% is ocean • 97.5 % of water • 99% of habitat • Oxygen • Food/protein • Energy • Commerce • Defense • CO2 uptake Over 50% of the world’s people live in the coastal zone and the percentage is increasing. Impacts and opportunities. California has the nation’s largest ocean economy. 2005 93% HEALTHY OCEANS We need healthy oceans for our ocean economy to thrive, yet there are many threats we face: 1. Overfishing 2. Water quality 3. Loss of habitats 4. Climate change and sea-level rise 5. Ocean acidification 6. Harmful algal blooms 7. Dead zones 8. Oil spills Monterey Bay is an ideal natural laboratory for studying many of these coastal issues. THE NATION’S LARGEST NATIONAL MARINE SANCTUARY- Designated in 1992 Monterey Bay- A Nationally Recognized Center for Marine Science 1) Institute of Marine Sciences/Long Marine Laboratory (UCSC) 20 2) National Marine Fisheries Service Laboratory (NOAA) 3 1 22 2 3) Marine Wildlife Veterinary Care & Research Center (CDFW) 17 15 4) Moss Landing Marine Laboratories (CSU) 5) Elkhorn Slough National Estuarine Reserve/Elkhorn Slough Foundation 6) Hopkins Marine Station (Stanford University) 7) Monterey Bay Aquarium 10 8) Monterey Bay Aquarium Research Institute 5 • ~2200 scientists 18 8 9) Naval Postgraduate School 4 10) University of California-Sea Grant Extension Program and staff 11) Pacific Fisheries Environmental Laboratory (NOAA) • $260,000,000 12) Naval Research Laboratory, Marine Meteorology Division 13) Fleet Numerical Meteorology and Oceanography Center annual budget 14) National Weather Service (NOAA) 15) Monterey Bay National Marine Sanctuary Office (NOAA) 6 19 16) Monterey Marine Resources Laboratory/Marine Pollution Studies 7 Laboratory (CDFG) 211 11 15 9 17) Seymour Marine Discovery Center (UCSC) 23 14 13 18) National Undersea Research Program (NOAA) 16 12 19) Division of Environmental Science & Policy (CSUMB) 20) U.S. Geological Survey, Coastal and Marine Group 21) Marine Protected Area Science Center (NOAA) 16 22) TNC Marine Initiative, Island Conservation (UCSC) 23) Center for Ocean Solutions (Stanford University) Monterey Bay Ocean Research Consortium (MBCORC) The Monterey Bay Crescent Ocean Research Consortium MONTEREY BAY AQUARIUM SET THE STANDARD FOR VISITOR SERVING AQUARIUMS MONTEREY BAY AQUARIUM RESEARCH INSTITUTE A GLOBAL LEADER IN MARINE TECHNOLOGY DEVELOPMENT UNIVERSITY OF CALIFORNIA SANTA CRUZ INSTITUTE OF MARINE SCIENCES RANKED 11TH IN THE WORLD FOR SCIENTIFIC PERFORMANCE (2008-2011) Marine science and technology has become a major global industry serving: • Offshore oil and gas industry • Research institutions • Defense • Seafloor exploration • Communication • Renewable energy • Fisheries • Water quality Tidal or hydrokinetic power RENEWABLE OCEAN ENERGY Offshore or coastal wind power SANTA CRUZ SANTA CRUZ RHODE ISLAND Some states and regions are advertising or laying claim to their leadership in marine technology. NEW FOUNDLAND National and International conferences on ocean technology are becoming common. NEW ORLEANS, LA SOUTHAMPTON, UK Monterey Bay A Global Center for Ocean Science and Technology Research, Development and Education .

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2016 GMGI Science Forum Speakers
2016 GMGI Science Forum Speakers Titles, Abstracts, Bios Listed in Speaking Order Bryan Barney, PhDc Stanford University, Stephen Palumbi Laboratory, Hopkins Marine Station 9:00am Highly localized adaptive divergence within supergenes in Atlantic cod (Gadus morhua) within the Gulf of Maine ABSTRACT Background: Atlantic cod (Gadus morhua) is known to vary genetically across the North Atlantic and across decades of heavy fishing in Greenland and Newfoundland. Spatial and temporal genetic changes are concentrated in three linkage groups, previously defined by pedigreed linkage mapping analysis, at which gene frequencies correlate with seawater temperature. The full extent and nature of these linkage groups is important information for interpreting cod genetic structure as a tool for future fisheries management. Results: We conducted whole genome sequencing for 31 individual cod from three sub- populations in the Gulf of Maine. Across all protein coding genes and their promoters, we found 43,553 high frequency Single Nucleotide Polymorphisms (SNPs). We show that pairwise linkage analysis among these SNPs is a powerful tool to detect linkage clusters by recovering the three previously detected linkage groups. We then extend the membership of genes in these linkage groups based on pairwise linkage patterns and differentiation patterns of genes compared among alternative linkage group homozygotes. We find a total of 312 genes in three clusters by combined linkage and FST analysis. Across these genes, we find significant population differentiation among spawning groups in the Gulf of Maine and between Georges Bank and Gulf of Maine. Coordinated divergence among these genes, and their differentiation at short and long spatial scales, suggests that they are acting as linked supergenes in local adaptation of cod populations.
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CURRICULUM VITAE Samuel Sheng-Hung Wang, Ph.D. Born: May 4, 1967 Address: Neuroscience Institute, Princeton University, Princeton, NJ 08544 Telephone: (609) 258-0388 FAX: (609) 258-1028 E-mail: sswang [at] princeton.edu Web: http://synapse.princeton.edu Research interests 1) Neuroscience – integrative role of the cerebellum in sensory learning and autism 2) Optical methods for observing and manipulating living brain tissue 3) Statistical analysis of data in neuroscience, development, and politics Education 1980-1982 Riverside Poly High School, Riverside, California 1982-1986 B.S. with honor, Physics, California Institute of Technology 1986-1993 Ph.D., Neurosciences, Stanford University (advisor: Stuart H. Thompson) Professional positions 1994-1995, 1996-1997 Postdoctoral fellow, Duke University (with George J. Augustine) 1995-1996 Congressional Science Fellow, Senate Committee on Labor and Human Resources (with Senator Edward M. Kennedy) 1997-1999 Postdoctoral Member of Technical Staff, Biological Computation Res. Dept., Bell Labs Lucent Technologies (with David W. Tank and Winfried Denk) 2000-2006 Assistant Professor, Department of Molecular Biology, Princeton University 2006-2015 Associate Professor, Department of Molecular Biology and Princeton Neuroscience Institute, Princeton University 2013- Faculty associate, Princeton Program in Law and Public Affairs 2014- Faculty affiliate, Cognitive Science 2015- Professor, Princeton Neuroscience Institute and Department of Molecular Biology, Princeton University 2015- Faculty affiliate, Program
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