urn:SDN:CSR:LOCAL:29RM201507130 utf8 Campaña/Survey Cruise Summary record Instituto Español de Oceanografía IEO/Spanish Oceanographic Institute +34 91 342 11 00 +34 91 597 47 70 Corazon de Maria, 8 MADRID 28002 Spain cedo@ieo.es http://www.ieo.es pointOfContact 2016-03-29 ISO 19115/SeaDataNet profile 1.0 Campaña: SCAPA 0715 Survey: SCAPA 0715 Referencia IEO: 29RM201507130 IEO ID: 29RM201507130 2015-07-28 creation urn:SDN:CSR:LOCAL:29RM201507130 urn:SDN:CSR:LOCAL:29RM201507130 IEO/ Gijon Oceanographic Centre IEO/ Gijon Oceanographic Centre +34 985 985 309 780 +34 985 985 326 277 Avenida Príncipe de Asturias, 70 bis Gijon (Asturias) 33212 Spain ieogijon@ieo.es http://www.ieo.es/gijon originator SCAPA will investigate the structural and dynamic attributes of the planktonic system in the Cantabrian Sea. This scientific objective will be in turn the base for a critical testing of the plankton indicators proposed by the Marine Strategy Framework Directive (MSFD) and for the development of new alternatives if necessary. SCAPA will carry out a crossed comparative approach enclosing the main modes of plankton variability; i.e. shelf, slope and oceanic waters with vertical resolution at seasonal and circadian time scales. It will study all planktonic components, from viruses to macrozooplankton at several organization levels (species, functional groups and trophic level), including also non-living organic matter derived from their activity (i.e. dissolved organic matter, aggregates and phaecal pellets). It will quantify production and biomass ratios across these organization levels and organic matter pools, specifically measure bacterial and primary production and downward fluxes (vertical migration and sediment traps) to diagnose food web structure and trophic pathways. SCAPA will focus on several aspects currently identified to present a deficit of information: seasonal variability in the oceanic domain (critical to implement indicators), the role of macroplankton (mainly at slope and oceanic domains) and microphagous gelatinous zooplankton, add on scarcely studied plankton vertical migration and quantification and quality of sinking biogenic material. The methodological approach takes advantage of the ongoing monitoring program RADIALES and will increase sampling effort to resolve vertical and circadian resolution at four times during the seasonal cycle. It includes a series of methodologies and techniques (e.g. flow cytometry, HPLC, plankton image analysis and automated classification) that are particularly efficient in sample time processing; a critical aspect for implementing plankton indicators, which have to be obtained by robust methodologies with reasonable costs and at operational temporal scales. SCAPA approaches the societal challenge of an ecosystem-based marine management, explicit in the European MSFD. Management actions related with the marine environment (e.g.: Fisheries) require implementing a series of indicators that resume the main structural and dynamic attributes of the plankton system. The latter is challenged, however, by the high complexity of the structure and dynamics of this system. Resolving this complexity is the main scientific objective of SCAPA. The development of indicators in marine ecology is in its founding state, although recently fostered by the MSFD. SCAPA will investigate the structural and dynamic attributes of the planktonic system in the Cantabrian Sea. This scientific objective will be in turn the base for a critical testing of the plankton indicators proposed by the Marine Strategy Framework Directive (MSFD) and for the development of new alternatives if necessary. SCAPA will carry out a crossed comparative approach enclosing the main modes of plankton variability; i.e. shelf, slope and oceanic waters with vertical resolution at seasonal and circadian time scales. It will study all planktonic components, from viruses to macrozooplankton at several organization levels (species, functional groups and trophic level), including also non-living organic matter derived from their activity (i.e. dissolved organic matter, aggregates and phaecal pellets). It will quantify production and biomass ratios across these organization levels and organic matter pools, specifically measure bacterial and primary production and downward fluxes (vertical migration and sediment traps) to diagnose food web structure and trophic pathways. SCAPA will focus on several aspects currently identified to present a deficit of information: seasonal variability in the oceanic domain (critical to implement indicators), the role of macroplankton (mainly at slope and oceanic domains) and microphagous gelatinous zooplankton, add on scarcely studied plankton vertical migration and quantification and quality of sinking biogenic material. The methodological approach takes advantage of the ongoing monitoring program RADIALES and will increase sampling effort to resolve vertical and circadian resolution at four times during the seasonal cycle. It includes a series of methodologies and techniques (e.g. flow cytometry, HPLC, plankton image analysis and automated classification) that are particularly efficient in sample time processing; a critical aspect for implementing plankton indicators, which have to be obtained by robust methodologies with reasonable costs and at operational temporal scales. SCAPA approaches the societal challenge of an ecosystem-based marine management, explicit in the European MSFD. Management actions related with the marine environment (e.g.: Fisheries) require implementing a series of indicators that resume the main structural and dynamic attributes of the plankton system. The latter is challenged, however, by the high complexity of the structure and dynamics of this system. Resolving this complexity is the main scientific objective of SCAPA. The development of indicators in marine ecology is in its founding state, although recently fostered by the MSFD. Enrique Nogueira IEO/ Gijon Oceanographic Centre IEO/ Gijon Oceanographic Centre +34 985 985 309 780 +34 985 985 326 277 Avenida Príncipe de Asturias, 70 bis Gijon (Asturias) 33212 Spain ieogijon@ieo.es http://www.ieo.es/gijon pointOfContact http://datos.ieo.es/geonetwork/images/buques/29RM.jpg thumbnail jpg http://www.seadatanet.ieo.es/csr_figures/29RM/29RM201507130map.jpg track chart JPEG Oceanographic geographical features theme GEMET - INSPIRE themes, version 1.0 2008-06-01 publication Gijon departure_place SeaDataNet Ports Gazetteer C38 2014-02-07 revision 40 http://www.seadatanet.org/urnurl/SDN:C38 Gijon arrival_place SeaDataNet Ports Gazetteer C38 2014-02-07 revision 40 http://www.seadatanet.org/urnurl/SDN:C38 Spain departure_country International Standards Organisation countries C32 2011-12-15 revision 6 http://www.seadatanet.org/urnurl/SDN:C32 Spain arrival_country International Standards Organisation countries C32 2011-12-15 revision 6 http://www.seadatanet.org/urnurl/SDN:C32 Ramon Margalef platform ICES Platform Codes C17 2014-02-08 revision 356 http://www.seadatanet.org/urnurl/SDN:C17 research vessel platform_class SeaVoX Platform Categories L06 2013-08-21 revision 10 http://www.seadatanet.org/urnurl/SDN:L06 Bay of Biscay place SeaVoX salt and fresh water body gazetteer C19 2013-04-23 revision 14 http://www.seadatanet.org/urnurl/SDN:C19 145 marsden_square Ten-degree Marsden Squares C37 2009-01-09 revision 3 http://www.seadatanet.org/urnurl/SDN:C37 Acoustic backscatter in the water column Administrative units Air pressure Air temperature Ammonium concentration parameters in the water column Atmospheric humidity Bacteria environmental parameters Bacteria generic abundance in water bodies Bacteria morphology and physiology Bacteria non taxonomy-related biomass expressed as carbon per unit volume of the water column Bacteria taxonomic abundance in water bodies Bacterial consumption in the water column Bacterial production in the water column Biodiversity indices Biological detritus in the water column suspended particulate material Carbon concentrations in suspended particulate material Carotenoid pigment concentrations in the water column Chlorophyll pigment concentrations in the water column Cloud cover height and extent Concentration of dissolved organic matter in the water column Concentration of silicon species in the water column Concentration of suspended particulate material in the water column Date and time Density of the water column Dissolved inorganic nitrogen concentration in the water column Dissolved organic carbon concentration in the water column Dissolved oxygen parameters in the water column Dissolved total and organic nitrogen concentrations in the water column Dissolved total or organic phosphorus concentration in the water column Horizontal velocity of the water column (currents) Light absorption in the water column Light extinction and diffusion coefficients Microzooplankton generic abundance in water bodies Microzooplankton non taxonomy-related biomass expressed as carbon per unit volume of the water column Microzooplankton taxonomic abundance in water bodies Microzooplankton taxonomy-related biomass expressed as carbon per unit volume of the water column Microzooplankton taxonomy-related biovolume per unit volume of the water column Molecular biology parameters Moored instrument depth Nitrate concentration parameters in the water column Nitrite concentration parameters in the water column Nitrogen concentrations in suspended particulate material Ocean colour and earth-leaving visible waveband spectral radiation Particulate total and organic carbon concentrations in the water column Particulate total and organic nitrogen concentrations in the water column Particulate total and organic phosphorus concentrations in the water column Phaeopigment concentrations in the water column Phosphate concentration parameters in the water column Phosphorus concentrations in suspended particulate material Phycobolin pigment concentrations in the water column Phytoplankton generic abundance in water bodies Phytoplankton generic biomass in water bodies Phytoplankton growth Phytoplankton taxonomic abundance in water bodies Phytoplankton taxonomic biomass in water bodies Plankton abundance per unit volume of the water column Plankton biomass expressed as carbon per unit volume of the water column Primary production in the water column Raw fluorometer output Raw light meter output Raw oxygen sensor output Raw suspended particulate material concentration sensor output Raw temperature and/or salinity instrument output Salinity of the water column Sedimentation flux of carbon, nitrogen or organic matter in the water column Sedimentation flux of identified biota expressed as carbon in the water column Sedimentation flux of identified biota in the water column Sedimentation flux of pigments in the water column Sedimentation flux quantification in the water column Silicate concentration parameters in the water column Solar Radiation Stable isotope enrichment in biota Stable isotope enrichment in the water column Structure and stability of the water column Suspended particulate material setting velocity parameters Temperature of the water column Temperature variation in the water column Transmittance and attenuance of the water column Virus abundance in water bodies Wind speed and direction Zooplankton ash-free dry weight biomass per unit volume of the water column Zooplankton biovolume Zooplankton carbon biomass per unit area of the water column Zooplankton dry weight biomass per unit volume of the water column Zooplankton non taxonomy-related abundance per unit volume of the water column Zooplankton non taxonomy-related biomass expressed as carbon per unit volume of the water column Zooplankton non taxonomy-related biomass expressed as nitrogen per unit volume of the water column Zooplankton taxonomy-related abundance per unit volume of the water column Zooplankton taxonomy-related biomass expressed as carbon per unit volume of the water column Zooplankton taxonomy-related biomass expressed as nitrogen per unit volume of the water column Zooplankton wet weight biomass parameter SeaDataNet Parameter Discovery Vocabulary P02 2014-01-22 revision 80 http://www.seadatanet.org/urnurl/SDN:P02 acoustic backscatter sensors anemometers Argos doppler-localised transmitters Argos GPS-localised transmitters atomic absorption spectrometers autoanalysers bench fluorometers centrifuges colorimeters CTD current meters current profilers elemental analysers flow cytometers flow meters fluorescence microscopes fluorometers gas chromatograph mass spectrometers gel permeation chromatographs Geiger counters high performance liquid chromatographs in-situ incubators laboratory cameras liquid scintillation counters manual biota samplers mass spectrometers multinet nutrient analysers optical microscopes particle sizers plankton counters plankton nets salinity sensor sediment traps shipboard incubators sieves and filters single-beam echosounders spectrophotometers thermosalinographs titrators transmissometers water body temperature sensor water temperature sensor X-ray fluorescence analysers instrument SeaDataNet device categories L05 2014-02-05 revision 41 http://www.seadatanet.org/urnurl/SDN:L05 Not applicable utf8 oceans -6 -3.75 43.5 44.5 2015-07-13T08:00:00 2015-07-28T12:00:00 XML 1 https://csr.seadatanet.org/ WWW:LINK-1.0-http--related Base de datos internacional con información de campañas desde 1873 hasta la actualidad. La presente campaña la podrás encontrar como SCAPA 0715. International database with information of surveys from 1873 till today. Use the tag SCAPA 0715 to locate the present survey. SeaDataNet - CRS inventory https://cdi.seadatanet.org/search WWW:LINK-1.0-http--related Descubre si hay datos de esta campaña disponibles, utilizando para ello la etiqueta SCAPA 0715 en el buscador de datos de SeaDataNet. Discover if there are available data associated to this cruise by using the tag SCAPA 0715 in the free search box of the SeaDataNet portal. SeaDataNet - CDI inventory Campaña/Survey Reglamento (UE) n o 1089/2010 de la Comisión de 23 de noviembre de 2010 por el que se aplica la Directiva 2007/2/CE del Parlamento Europeo y del Consejo en lo que se refiere a la interoperabilidad de los conjuntos y los servicios de datos espaciales Commission Regulation (EU) No 1312/2014 of 10 December 2014 amending Regulation (EU) No 1089/2010 implementing Directive 2007/2/EC of the European Parliament and of the Council as regards interoperability of spatial data services 2010-12-08 publication See the referenced specification true El Centro de datos aplica controles de calidad estandarizados a todos los datos de los que es responsable. Contacta con el Centro de datos para más información. The Data Center applies standard data quality control procedures on all data. Ask the Data Center for details.