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Role Role ofof thethe MBSMBS--NIB in NIB in thethepreparationpreparation ofof thethe nationalnational
Marine Marine EnvironmentEnvironment ManagementManagement Plan Plan accordingaccording to to
WaterWater FrameworkFramework DirectiveDirectiveandand
Marine Strategy Framework DirectiveMarine Strategy Framework DirectiveMarine Strategy Framework DirectiveMarine Strategy Framework Directive
20 20 MayMay 2011 2011
photos: MBS staff
Janja FRANCÉ & Martina ORLANDO BONACAJanja FRANCÉ & Martina ORLANDO BONACA
• WFD was published in December 2000 in the Official Journal of the European
Communities - a milestone in the history of water policies in Europe
• WFD establishes a framework for the protection of all waters (inland surface
waters, transitional waters, coastal waters and groundwater)
• OBJECTIVES:
WATER FRAMEWORK DIRECTIVEDirective 2000/60/EC
• OBJECTIVES:
1. to prevent further deterioration and to protect and to enhances the status of
water resources;
2. to promote sustainable water use;
3. to enhance protection and improvement of the aquatic environment, through
specific measures for the progressive reduction of discharges;
4. to ensure the progressive reduction of pollution of groundwater and prevent its
further pollution;
5. to contribute to mitigating the effects of floods and droughts.
• Overall, WFD aims at achieving good
ecological quality status for all waters by
2015!
• this status is based upon the biological,
hydromorphological and physico-chemical quality
elements, with the biological elements being elements, with the biological elements being
especially important
• Coastal waters - from the coast to the distance of
one nautical mile
• typology of coastal waters (2 types)
• 4 water bodies (WB)
• biological quality elements (coastal waters):
– phytoplankton,
– macroalgae,
– benthic invertebrate fauna
• 5 ecological quality classes:
– high
– good
– moderate
– poor
– bad
• in 2006 the first assessment of the ecological status of
Slovenian coastal waters was done => surveillance and
operational monitoring started in 2007
7 sampling stations on rocky
bottom - MACROALGAE
6 sampling stations on soft
bottom - INVERTEBRATES
4 stations for water column
sampling -
PHYTOPLANKTON
WB Site EEI SiteWeighted
EEI EQR WB
PO8 9Iz4 4
RR1 10Pa2 10
SI5VT4 9.00 0.88
VT2VT1
The first monitoring results have confirmed the GOOD
ecological status of Slovenian coastal waters evaluated with
benthic biological elements.
BENTHIC ELEMENTS – Macroalgae and invertebrates
Pa2 10PP4 9.50Por2 7Se1 9
SI5VT5 7.84 0.73
WB SiteEQR Site
EQR WB
VT3P2 0.58SI5VT3 VT3P4 0.61 0.62
VT3P6 0.66VT5P6 0.72
SI5VT5 VT5P7 0.69 0.71VT5P8 0.72
Se1
Por2
Por1
PP4
Pa2
RR1 Iz4
PO8
SD_VT5_P8
SD_VT5_P7
SD_VT5_P6
SD_VT3_P6
SD_VT3_P4
SD_VT3_P2
N
S
W E
0 4 km
VT5
VT3
VT4
VT2
VT3
VT4
PHYTOPLANKTON – concentration of Chlorophyll a
Water body EQR Ecological quality status
[SI5VT2] 0,87 HIGH
[SI5VT3] 0,72 GOOD
[SI5VT4] 0,91 HIGH
[SI5VT5] 0,89 HIGH
First assessment 2000-2002
VT5
Monitoring 2007
Water body Chl a
(µg/l)
EQR - Ecological quality
status
[SI5VT2] 0,87 >1 HIGH
[SI5VT3] 0,72 0,98 HIGH
[SI5VT4] 0,91 >1 HIGH
[SI5VT5] 0,89 >1 HIGH
Monitoring 2008
Water body Chl a
(µg/l)
EQR - Ecological quality
status
[SI5VT2] 0,62 >1 HIGH
[SI5VT3] 0,66 >1 HIGH
[SI5VT4] 0,59 >1 HIGH
[SI5VT5] 0,52 >1 HIGH
ECOLOGICAL QUALITY STATUS OF SLOVENIAN COASTAL
WATER BODIES
Water body SI5VT2 SI5VT3 SI5VT4 SI5VT5
Elements_EQR
Phytoplankton 1,01 0,98 1,21 1,34
Macroalgae 0,90 0,85
Invertebrates 0,63 0,71
EQR_total 1,01 0,63 0,90 0,71
Ecological status HIGH GOOD HIGH GOOD
Monitoring 2007
Ecological status HIGH GOOD HIGH GOOD
Water body SI5VT2 SI5VT3 SI5VT4 SI5VT5
Elements_EQR
Phytoplankton > 1 > 1 > 1 > 1
Macroalgae 0,85 0,67
Invertebrates 0,61 0,72
EQR_total > 1 0,61 0,85 0,67
Ecological status HIGH MODERATE HIGH GOOD
Monitoring 2008
DEVELOPMENT OF METHODOLOGIES
not yet fully developed
for the assessment of:
• ecological status of phytoplankton,
• classes of physico-chemical parameters, • classes of physico-chemical parameters,
• ecological status of rocky bottom invertebrates in
relation to hydromorphological parameters,
• ecological potential of heavily modified water body
of Bay of Koper (WT3).
• final phase of intercalibration in course
ConceptualConceptual frameworkframework
• Preparation of the initial assessment of marine waters, according to the analysis of elements of Tabs1 & 2 of Annex III MSFD � 2012,
• Determination of a set of characteristics for GoodEnvironmental Status (GES) � 2012,
Establishment of Environmental Targets & • Establishment of Environmental Targets & associated indicators � for the achievement of GES in the marine environment � 2012,
• Development, application and testing ofmethodologies � establishment of monitoringprogrammes � 2014/2015.
• Funds?
1.1. BiologicalBiological diversitydiversity isis maintainedmaintained..• status of habitat types – bottom structure
and status of communities; open waters?
StudingStuding qualitativequalitative DescriptorsDescriptorsforfor determiningdetermining GESGES
• status of species (phytoplankton, zooplankton, macroalgae, benthic
0 20 m
macroalgae, benthic invertebrates, seagrasses).
AureliaAurelia auritaCymodoceaCymodocea nodosanodosa
DescriptorsDescriptors GESGES
2. 2. NonNon--indigenous species indigenous species introducedintroduced by by human activities are at levels that do human activities are at levels that do not not adverselyadversely alteralter the ecosystem.the ecosystem.
BursatellaBursatella leachiileachiiCodiumCodium fragilefragile fragilefragile CrassostreaCrassostrea gigasgigas
TeraponTerapon therapstherapsMnemiopsis leidyi
negative negative consequencesconsequences??
44.. AllAll elementselements ofof thethe marinemarine foodfood webswebsoccuroccur atat normalnormal abundanceabundance andand diversdiversityity..
• Phytoplankton � abundance of groups (1990-2010), abundance of species (2005-2010),
DescriptorsDescriptors GESGES
PseudoPseudo--nitzschianitzschia sp.sp.
• Zooplankton � biomass (1992-2002, 2004-2008),• occurrence of jellyfish(> 100 years in NA).
• all other groups?• trophic relationships?
2010),
55.. HumanHuman--inducedinduced eutrophicationeutrophication isisminimisedminimised,, especiallyespecially adverseadverse effectseffectsthereofthereof,, suchsuch asas losseslosses inin biodiversitybiodiversity,,ecosystemecosystem degradationdegradation,, harmfulharmful algaealgaebloomsblooms && oxigenoxigen deficiencydeficiency inin bottombottomwaterswaters..
DescriptorsDescriptors GESGES
waterswaters..
• Nutrients , transparency, dissolved oxygen (1989-2010),
• phytoplankton – biomass, Chla (1989-2010),
• toxic species of phytoplankton (1994-2010),
• benthic flora – algae & seagrasses (2006-2010).
66.. SeaSea floorfloor integrityintegrity isis atat levellevel thatthatensuresensures thatthat thethe structurestructure && thethefunctionsfunctions ofof thethe ecosystemsecosystems arearesafeguardedsafeguarded..
DescriptorsDescriptors GESGES
• Benthic invertebrates of
• macroalgae on rocky bottom (2006-2010),• seagrasses on sedimentary bottom (2009-2010),• funds for samplings in open waters?
• Benthic invertebrates ofsedimentary bottom (2006 -2011),• BI on rocky bottom (2008 -2010),
77.. PermanentPermanent alterationsalterations ofof hydrographicalhydrographicalconditionsconditions doesdoes notnot adverselyadversely affectaffect marinemarineecosystemsecosystems..
• Data analysis� annual and seasonal T regime,speed of currents, wave exposure,characteristics of the mixing water column.
DescriptorsDescriptors GESGES
speed of currents, wave exposure,characteristics of the mixing water column.
• Development of Modeling Tools for S and T ofthe sea � to evaluate deviations from theaverage.
• Analysis of spatial and temporal distributionof S, nutrients (N and P) and oxygen and pHchanges in relation to depth.
77.. PermanentPermanent alterationsalterations ofof hydrographicalhydrographicalconditionsconditions doesdoes notnot adverselyadversely affectaffect marinemarineecosystemsecosystems..
DescriptorsDescriptors GESGES
88.. ConcentrationsConcentrations ofof contaminantscontaminants areare atatlevelslevels notnot givinggiving riserise toto pollutionpollution effectseffects..
• Sea water - only data for the classical organiccontaminants (chlorinated compounds, hydrocarbons)and metals (monitorings),
• Sediments and tissues of mussels (Mytilus
DescriptorsDescriptors GESGES
• Sediments and tissues of mussels (Mytilusgalloprovincialis) -a) hydrocarbons AH & PAH, Cd and Hg (Barcelona Convention � standard methodology),b) organotin compounds like TBT,
• Analyses in 2011 for other metals (complete historical data), polychlorinated biphenyls (PCBs) and chlorinated pesticides (eg. DDT).
99.. ContaminantsContaminants inin fishfish andand otherother seafoodseafood forforhumanhuman consumptionconsumption dodo notnot exceedexceed levelslevelsestablishedestablished byby CommunityCommunity legislationlegislation..
• Contamination by hydrocarbons (aliphatic andaromatic) and heavy metals (Cd, Hg) in mussels
DescriptorsDescriptors GESGES
aromatic) and heavy metals (Cd, Hg) in mussels(Barcelona Convention),
• 2011 � analysis in the fish tissues and inclusion ofbiomarkers � to determine the biological effectsof pollution with hazardous substances (eg.permanent genotoxic damage).
Comparable implementation and coordination Comparable implementation and coordination withwith MS MS withinwithin thethe same Marine same Marine RegionRegion or or
SubSub--RegionRegion
• Comparable preparation of the initialassessment & definition of GES descriptors� MBS-NIB will be included in the process of� MBS-NIB will be included in the process ofjoint implementation MSFD at EU level,
• expected cooperation with MS of theAdriatic sub-region and the Mediterraneanregion in the implementatio of the program,
• MBS-NIB � support to the ME in draftingregulations at least until 2015.
Thank you Thank you for your attentionfor your attention