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EMODNet Chemistry support to MSFD data reporting Examples from IT and Black Sea

TG DIKE, 4 July 2013 . EMODNet Chemistry support to MSFD data reporting Examples from IT and Black Sea Giordano Giorgi (ISPRA). TG DIKE, 4 July 2013 . Indicators used by MS IT for contaminants D8

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EMODNet Chemistry support to MSFD data reporting Examples from IT and Black Sea

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  1. TG DIKE, 4 July 2013 EMODNet Chemistry support to MSFD data reporting Examples from IT and Black Sea Giordano Giorgi (ISPRA)

  2. TG DIKE, 4 July 2013 • Indicators used by MS IT for contaminants D8 • 8.1.1 - Concentration of the contaminants mentioned above, measured in the relevant matrix (such as biota, sediment and water) in a way that ensures comparability with the assessments under Directive 2000/60/EC • 8.2.1 - Levels of pollution effects on the ecosystem components concerned, having regard to the selected biological processes and taxonomic groups where a cause/effect relationship has been established and needs to be monitored

  3. TG DIKE, 4 July 2013 • 8.1.1 - Concentration of the contaminants • Single sample: GES is reached when for all priority substances EQS – Environmental Quality Standards are respected • Index that calculates for each substance the difference between concentration value and EQS, sum and weigh in a proper way all the differences • Assessment area: assuming a proper cover by monitoring stations of the assessment area, GES is reached when at least 70 % of samples collected in the assessment area is at GES. • Subregion: GES is reached when all assessment areas belonging to the subregion are at GES

  4. TG DIKE, 4 July 2013 • 8.2.1 - Levels of pollution effects on the ecosystem components • Single sample: GES is reached when for all priority substances variations for bioaccumulation and biomarkers are not meaningful • All control organisms comes from assessment areas that are in GES for 8.1.1 • Assessment area: assuming a proper cover by monitoring stations of the assessment area, GES is reached when at least 50% of samples collected in the assessment area is at GES. • Subregion: GES is reached when all assessment areas belonging to the subregion are at GES

  5. TG DIKE, 4 July 2013 • EMODnet and Indicators 8.1.1 & 8.2.1 • Single sample concentrations values and monitoring stations are represented with CDI metadata • GES compliance can be calculated from EMODnet once algorithm for indicators is agreed • Assessment areas and subregions will be part of EMODnet platform • EMODNet Chemistry will provide the following products to be used by the authorities in charge of the assessment: • Diva interpolated maps • Time series plots • Coastal visualisations, including GIS representations of assessments.

  6. TG DIKE, 4 July 2013 • Black Sea and EMODnet for D5 • All Black Sea states are EMODNET Chemistry partners • Data collection: National Black sea states monitoring programme(s)/sub-Regional Monitoring Programme(s): Black Sea Integrated Monitoring Programme(BSIMAP), Bucharest Convention, Research projects • Data assembly: Data are assembled in the Black Sea Information System (BSIS). The Regional Pollution Database is managed by Regional Activity Center on Pollution Monitoring and Assessment (RAC PMA)

  7. TG DIKE, 4 July 2013 • Black Sea and EMODnet for D5 • Indicators: • RO/BG in charge for establish the indicators for their marine waters • Black Sea indicators oversight by respective Advisory Groups (e.g. PMA AG). • Some Black Sea indicators overlap with MSFD indicators • Developed methodologies for: • Chl-a (summer) • benthic invertebrates (M-AMBI) • Nutrients concentration in the water column • Nutrients ratio • Direct effects • Secchi depth, Chl_a (summer) • Indirect effects • Oxygen

  8. TG DIKE, 4 July 2013 • Black Sea and EMODnet for D5 • Methodology to be developed: • Phytoplankton (Shift of the floristic composition – ratio variation of the main taxonomic groups) • Phytobentos • Coastal hypoxia • Assessment • Black Sea SoE 2001-2006/7 • BS annual reports for each PMA AG and LBSA (land Based Sources and Activities) • BEAST tool to be developed in the framework of Baltic2Black project

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