Building the European Capacity in Operational Oceanography: Proceedings 3rd EuroGOOS Conference

Dahlin, H.; Flemming, N.C.; Nittis, K.; Petersson, S.E.

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Table of contents
  • Cover
  • Table of Contentsix
  • Conference Organisersv
  • Prefacevii
  • Conference Opening1
  • Part I: Current Developments in Operational Oceanography3
  • Chapter 1. Global Ocean Observing Systems and the challenges of the 21st century5
  • Chapter 2. New European developments for Operational Oceanography10
  • Chapter 3. The European contribution to GODAE16
  • Part II: Regional Systems I23
  • Chapter 4. A possible migration from marine scientific research to operational oceanography in the c25
  • Chapter 5. Cyprus coastal ocean forecasting and observing system36
  • Chapter 6. MAMA „ Towards a new paradigm for ocean monitoring in the Mediterranean46
  • Chapter 7. Model-derived seasonal amounts of dust deposited on Mediterranean Sea and Europe57
  • Chapter 8. Evaluation of POSEIDON forecasts in the Aegean Sea for a three-year period64
  • Chapter 9. Fluorescence lidars and their potentials for the remote sensing of the marine environment71
  • Chapter 10. Long-term sustained observing system for climatic variability studies in the Mediterrane78
  • Chapter 11. Comparison of ECMWF operational surface meteorology and buoy observations in the Liguria87
  • Chapter 12. Impact of climate change on Adriatic Sea hydrology92
  • Chapter 13. Temperature sampling strategies assessment in the Mediterranean Forecasting System97
  • Chapter 14. Water masses and diagnostic circulation west of Sardinia from 23 March to 4 April 2001100
  • Chapter 15. XBT observations in the Eastern Mediterranean: data analysis and assessment of numerical105
  • Chapter 16. Marine meteorological and oceanographic services in the Hydrometcenter of Russia109
  • Part III: Remote Sensing Systems113
  • Chapter 17. Measurement of wave groups using radar-image sequences115
  • Chapter 18. Synergy of remote sensing and numerical modelling for monitoring of suspended particulat122
  • Chapter 19. Monitoring precipitation using underwater acoustic remote sensing128
  • Chapter 20. Marine SAR Analyses and Interpretation System„MARSAIS135
  • Chapter 21. Study and monitoring of sea ice cover in the Caspian and Aral Seas from TOPEX/ POSEIDON141
  • Chapter 22. Oceanpal: an instrument for remote sensing of the ocean and other water surfaces using G146
  • Chapter 23. Monitoring of waves with X-band radar in the port of Sines154
  • Chapter 24. Performance of the PISCES HF radar during the DEFRA trials161
  • Chapter 25. Long-term changes in the Black Sea surface chlorophyll a according to in situ and modern168
  • Chapter 26. The role of synergy in developing a Marine SAR Analysis and Interpretation System174
  • Chapter 27. Routine scatterometer winds for the Mediterranean180
  • Chapter 28. Sea Surface Salinity mapping with SMOS space mission186
  • Chapter 29. Sea level prediction at the Portuguese coast based on model and remote sensed data190
  • Part IV: Numerical Modelling and Data Assimilation195
  • Chapter 30. The Forecasting Ocean Assimilation Model (FOAM) system197
  • Chapter 31. Coupled physical and biochemical data driven simulations of Black Sea in spring- summer:203
  • Chapter 32. Data assimilation in an operational forecast system of the North Sea–Baltic Sea system211
  • Chapter 33. Impact of the progress in operational oceanography on oil spill drift forecasting in the218
  • Chapter 34. The study of seasonal variability in the Adriatic Sea with the use of EOF analysis222
  • Part V: Next Generation Systems227
  • Chapter 35. AUVs: designing and operating next generation vehicles229
  • Chapter 36. Sustainability analysis in marine research, monitoring and forecasting systems237
  • Part VI: EC Operationl Forecasting workshop :Reports on EC Operational Forecasting Projects243
  • Chapter 37. The use of HF radar networks within operational forecasting systems of coastal regions245
  • Chapter 38. The DIADEM/TOPAZ monitoring and prediction system for the North Atlantic251
  • Chapter 39. GAVDOS: A satellite radar altimeter calibration and sea-level monitoring site on the isl258
  • Chapter 40. EDIOS: European Directory of the Initial Ocean Observing System265
  • Chapter 41. IOMASA„Integrated Observing and Modelling of the Arctic Surface and Atmosphere272
  • Chapter 42. Marine Environment and Security for the European Area, MERSEA Strand–1279
  • Chapter 43. Integrated marine science in European shelf seas and adjacent waters285
  • Chapter 44. ESONET„European Sea Floor Observatory Network291
  • Part VII: In Situ Monitoring295
  • Chapter 45. Use of a Ferry-Box system to look at shelf sea and ocean margin processes297
  • Chapter 46. Monitoring the marine environment operational practices in Europe304
  • Chapter 47. Smartbuoy: A marine environmental monitoring buoy with a difference311
  • Chapter 48. ARGOS capabilities for global ocean monitoring317
  • Chapter 49. FerryBox systems for monitoring coastal waters325
  • Chapter 50. Real-time oceanographic measurements using the M3A system334
  • Chapter 51. EGOS„European Group on Ocean Stations providing real time buoy observations from data340
  • Chapter 52. CORIOLIS, a French project for in situ operational oceanography345
  • Chapter 53. ASSEM: Array of Sensors for long term SEabed Monitoring of geohazards349
  • Chapter 54. Adaptive sampling for coastal environmental monitoring using a geo-referenced mobile ins353
  • Chapter 55. A comparison with the Argo observing system„Gyroscope 0302 cruise356
  • Chapter 56. Coastal oceanographic station at the entrance of the Gulf of Trieste (Northern Adriatic)361
  • Chapter 57. The NOR-50: a fast research vessel for operational oceanography366
  • Chapter 58. Monte Carlo simulation of NaI(T1) gamma-spectra in sea water370
  • Chapter 59. In situ calibration of biofouling-prone oceanographic sensors in the framework of the PO373
  • Part VIII: Waves Monitoring and Forecasting377
  • Chapter 60. Wave and current forecasting along the Spanish Catalan coast379
  • Chapter 61. Progress in building a wave climate database along the French coasts through numerical h386
  • Chapter 62. Modelling of sea states sequence along a ship route using Markov theory392
  • Chapter 63. Real time monitoring of Spanish coastal waters: The deep water network398
  • Chapter 64. Adaptive neural network for wave forecasting403
  • Part IX: User Perspectives407
  • Chapter 65. Demand side "pull" for EuroGOOS products: Identifying market and policy decisions impact409
  • Chapter 66. International public goods and operational oceanography422
  • Chapter 67. Global operational oceanography and the role of the Joint WMO/IOX Technical Commission f430
  • Chapter 68. The Global Ocean Observing System: design and implementation of the coastal module442
  • Chapter 69. High-resolution wind fields from synthetic aperture radars and numerical models for offs450
  • Part X: EuroGOOS Task Teams459
  • Chapter 70. Towards NOOS„The EuroGOOS NW Shelf Task Team 1996…2002461
  • Chapter 71. Present status of BOOS„Baltic Operational Oceanographic System466
  • Part XI: Regional Systems 2473
  • Chapter 72. Review of the last 15 years with the Seawatch system475
  • Chapter 73. Real-time forecast modelling for the NW European Shelf seas484
  • Chapter 74. Arctic climate change„will the ice disappear this century?490
  • Chapter 75. Approach to the operational Ocean Observing System in the Yellow Sea through China- Kore497
  • Chapter 76. Operational products and services for the Belgian coastal waters503
  • Chapter 77. Co-ordinating UK inputs to EuroGOOS and GOOS510
  • Chapter 78. 3D, EOF-based spatial analysis of Gyroscope observations in the North Atlantic Ocean513
  • Chapter 79. A unified model system for the Baltic Sea516
  • Chapter 80. Alg@ line„joint operational unattended phytoplankton monitoring in the Baltic Sea519
  • Chapter 81. Pre-operational system for oil spill simulation523
  • Part XII: Coastal Systems527
  • Chapter 82. Monitoring the Norwegian Coastal Zone Environment (MONCOZE)529
  • Chapter 83. Sensing the coastal environment535
  • Chapter 84. The Bay of Biscay project542
  • Chapter 85. The POL Coastal Observatory548
  • Chapter 86. Optical variability associated with phytoplankton dynamics in the Cretan Sea during 2000554
  • Chapter 87. Contemporary problems of navigation safety and sea pollution in the Georgian Exclusive E562
  • Chapter 88. Outfall of storm sewers in the sea„a technical review564
  • Chapter 89. Ferrybox and databuoy measurements of plankton blooms568
  • Chapter 90. Engineering-biological method for coastal protection574
  • Part XIII: Data–Products–Users578
  • Chapter 91. Defence-related applications for operational oceanography579
  • Chapter 92. The modelling system for simulation of the oil spills in the Black Sea586
  • Chapter 93. Society and sustainable use of the Exclusive Economic Zones592
  • Chapter 94. Society and sustainable use of mineral resources in the Exclusive Economic Zones598
  • Chapter 95. Applications and availability of ocean model products from the Met Office605
  • Chapter 96. CORIOLIS: Providing a data management infrastructure for operational oceanography611
  • Chapter 97. An approach to integration of oceanographic information production on the Web615
  • Chapter 98. IWICOS: Integrated Weather, Sea Ice and Ocean Service System621
  • Chapter 99. Digital, high resolution weather, sea ice and ocean information to the users at sea: the627
  • Chapter 100. IWICOS architecture„software architecture for marine GIS-data interoperability633
  • Chapter 101. IWICOS metadata„describing met…ice…ocean information with metadata636
  • Chapter 102. Delivering near real-time met-ice-ocean observation and forecast data„the IWICOS Faç639
  • Chapter 103. Interactive Internet coastal wave information production and retrieval system642
  • Chapter 104. MEDAR/MEDATLAS 2002: A Mediterranean and Black Sea database for operational oceanograph645
  • Chapter 105. POLIS: Poseidon On-Line Information System649
  • Part XIV: GMES Marine Forum653
  • Chapter 106. An introduction to the Global Monitoring for Environment and Security (GMES) initiative655
  • Part XV: Closure667
  • Conference Valedictory Speech669
  • Index of Keywords671
  • Index of Authors675
  • List of Reviewers681
  • List of Participants687
Book details
  • Vendor Elsevier S & T
  • SKU 9780444515506
  • ISBN-13 9780080528328
  • Author Dahlin, H.; Flemming, N.C.; Nittis, K.; Petersson, S.E.
  • Category Science
  • Subject Geophysics

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This proceedings 3rd EuroGOOS Conference on Building the European Capacity in Operational Oceanography is volume 69 in the Elsevier Oceanography Series. The topics of the proceedings cover: Regional Systems I, Remote Sensing Systems, Numerical Modelling and Data Assimilation, Next Generation Systems, EC Operational Forecasting Workshop: Reports on EC Operational Forecasting, In-Situ Monitoring, Waves Monitoring and ForecastingUser Perspectives, EuroGOOS Task Teams, Regional Systems 2, Coastal Systems, Data - Products - Users, and GMES Marine Forum.