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GOOS Mexico

GOOS Mexico. Potentialities and Perspectives. Networks that should be part of GOOSMEX: Sismological, Tsunamis, Sea level Meteorological (Coastal and buoys) Waves, Extreme Events Drifting and Moored buoys (Coastal currents SST, SSS, surface and subsurface)

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GOOS Mexico

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  1. GOOS Mexico

  2. Potentialities and Perspectives Networks that should be part of GOOSMEX: • Sismological, Tsunamis, Sea level • Meteorological (Coastal and buoys) • Waves, Extreme Events • Drifting and Moored buoys (Coastal currents SST, SSS, surface and subsurface) • HAB´s, Bacteriological Monitoring in Beaches • Coral reefs observation network • Carbon fluxes (pCO2, sources and sinks) • More colaboration with international programs for deep ocean

  3. Sea level Moored buoys Tsunamis Currents, Hydrography Coral reefs Red tides Radar antennas Coastal erosion Bathymetry Water Quality (enterococos)

  4. Ensenada, B. C. San Felipe, B. C. Golfo de Santa Clara Puerto Peñasco Guaymas Bahía de los Ángeles Cabo San Lucas La Paz Mazatlán Manzanillo Puerto Vallarta Acapulco Calica Cozumel Puerto Progreso Cd. Del Carmen Veracruz Tuxpan Cd. Madero Tide gauge stations

  5. Historical sea level data (UNAM) Gulf of Mexico Pacific coast

  6. Tide gauge stations

  7. Buoys

  8. 1 2 No exiten remolinos ni ondas en la costa Onda Atrapada a la costa interanual Sea Level simulated by NLOM 3 Coastally trapped wave Formación de remolinos 4 6 Inicia la fusión de los remolinos Rossby waves 5

  9. Segunda hipótesis: El viento y las ondas atrapadas a la costa como los generadores y moduladores de los remolinos de Tehuantepec

  10. Antennas

  11. Coral reefs

  12. Veracruz beaches

  13. Contamination (SEMARNAT, Salud)

  14. Earthquakes in Mexico

  15. La Manzanilla, Jal.October 1995

  16. Location of earthquakes that generate tsunamis

  17. Tide gauge stations

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