Member State report / Art8 / 2018 / D8 / Mediterranean

Report type Member State report to Commission
MSFD Article Art. 8 Initial assessment (and Art. 17 updates)
Report due 2018-10-15
GES Descriptor D8 Contaminants
Region/subregion Mediterranean
Reported by Member state
Member state
United Kingdom
Spain
France
Italy
Malta
Slovenia
Croatia
Greece
Cyprus
Member state report
Marine reporting units MRUs used
  • MWE-ES-SD-ESAL
  • MWE-ES-SD-LEV
  • MWE-FR-MS-MO-ZC12M
  • MWE-FR-MS-MO-ZL12M
  • IT-AS-0001
  • IT-ISCMS-0001
  • IT-WMS-0001
  • MIC-MT-MS-02
  • MAD-SI-MRU-1
  • MAD-SI-MRU-11
  • MAD-SI-MRU-12
  • MAD-HR-MRU_1
  • MAL-CY-MS
Features Species
  • Marine species (16)
  • Marine species (10)
  • Marine species (5)
Habitats
  • Benthic broad habitats (1)
Chemical
  • Acute pollution events (2)
  • Contaminants - UPBT substances (32)
  • Contaminants - non UPBT substances (121)
  • Contaminants - UPBT substances (17)
  • Contaminants - non UPBT substances (50)
  • Acute pollution events (3)
  • Contaminants - UPBT substances (34)
  • Contaminants - non UPBT substances (319)
  • Acute pollution events (2)
  • Contaminants - UPBT substances (19)
  • Contaminants - non UPBT substances (37)
  • Acute pollution events (1)
  • Contaminants - UPBT substances (12)
  • Contaminants - non UPBT substances (42)
  • Acute pollution events (1)
  • Contaminants - UPBT substances (19)
  • Contaminants - non UPBT substances (54)
  • Acute pollution events (1)
  • Contaminants - UPBT substances (1)
  • Contaminants - non UPBT substances (2)
Element 1,1,1-Trichloroethane
  • D8C1 (3)
1,2-Dichlorobenzene
  • D8C1 (3)
1,2-Dichloroethane
  • D8C1 (3)
  • D8C1 (1)
  • D8C1 (1)
  • D8C1 (1)
1,3-Dichlorobenzene
  • D8C1 (3)
1,4-Dichlorobenzene
  • D8C1 (3)
2,4,5-T
  • D8C1 (3)
2,4,5-Trichlorophenol
  • D8C1 (3)
2,4,6-Trichlorophenol
  • D8C1 (3)
2,4-Dichlorophenol
  • D8C1 (2)
2,4-Dimethyl phenol
  • D8C1 (1)
2,4-dichlorophenoxyacetic acid, 2-4 D
  • D8C1 (3)
2-Chlorophenol
  • D8C1 (3)
2-Chlorotoluene
  • D8C1 (3)
3,4-Dichloroaniline
  • D8C1 (3)
3-Chlorophenol
  • D8C1 (3)
4-Chloroaniline
  • D8C1 (3)
4-Chlorophenol
  • D8C1 (3)
4-Nonylphenol
  • D8C1 (1)
Aclonifen
  • D8C1 (1)
Alachlor
  • D8C1 (3)
  • D8C1 (1)
Aldrin
  • D8C1 (5)
  • D8C1 (6)
Alpha-HCH
  • D8C1 (6)
  • D8C1 (6)
  • D8C1 (1)
Anthracene
  • D8C1 (4)
  • D8C1 (2)
  • D8C1 (6)
  • D8C1 (1)
  • D8C1 (2)
  • D8C1 (2)
Antimony
  • D8C1 (2)
Arsenic and its compounds
  • D8C1 (6)
  • D8C1 (2)
Atrazine
  • D8C1 (3)
  • D8C1 (1)
Azinphos-ethyl
  • D8C1 (3)
Azinphos-methyl
  • D8C1 (3)
Bentazone
  • D8C1 (3)
Benz(a)anthracene
  • D8C1 (4)
  • D8C1 (2)
Benzene
  • D8C1 (3)
  • D8C1 (1)
  • D8C1 (1)
Benzo(a)pyrene
  • D8C1 (4)
  • D8C1 (2)
  • D8C1 (3)
  • D8C1 (2)
  • D8C1 (2)
  • D8C1 (3)
Benzo(b)fluoranthene
  • D8C1 (1)
  • D8C1 (3)
Benzo(g,h,i)perylene
  • D8C1 (4)
  • D8C1 (2)
  • D8C1 (3)
  • D8C1 (2)
Benzo(k)fluoranthene
  • D8C1 (2)
  • D8C1 (1)
  • D8C1 (3)
Benzo[e]pyrene
  • D8C1 (9)
Beta-HCH
  • D8C1 (6)
  • D8C1 (1)
Bifenox
  • D8C1 (1)
Brominated diphenylethers (congener numbers 28, 47, 99, 100, 153 and 154)
  • D8C1 (1)
  • D8C1 (3)
Cadmium and its compounds
  • D8C1 (6)
  • D8C1 (3)
  • D8C1 (6)
  • D8C1 (3)
  • D8C1 (4)
  • D8C1 (2)
  • D8C1 (1)
Calonectris diomedea diomedea
  • D8C4 (3)
Carbon tetrachloride
  • D8C1 (3)
  • D8C1 (1)
Chlorfenvinphos
  • D8C1 (3)
  • D8C1 (1)
Chloroalkanes C10-13
  • D8C1 (3)
  • D8C1 (1)
  • D8C1 (2)
Chlorobenzene
  • D8C1 (3)
Chlorpyrifos
  • D8C1 (3)
  • D8C1 (1)
Chromium VI
  • D8C1 (3)
Chromium and its compounds
  • D8C1 (2)
  • D8C1 (6)
  • D8C1 (2)
Chrysene
  • D8C1 (2)
Circalittoral mixed sediment
  • D8C2 (1)
Cobalt and its compounds
  • D8C1 (2)
Copper and its compounds
  • D8C1 (2)
  • D8C1 (2)
  • D8C1 (1)
Cybutryne
  • D8C1 (1)
  • D8C1 (1)
Cypermethrin
  • D8C1 (2)
DDT, p,p'
  • D8C1 (6)
  • D8C1 (3)
DDT, p,p''
  • D8C1 (1)
Delta-HCH
  • D8C1 (1)
Demeton
  • D8C1 (3)
Di(2-ethylhexyl)phthalate (DEHP)
  • D8C1 (1)
  • D8C1 (2)
Dibutyltin
  • D8C1 (2)
Dichloromethane
  • D8C1 (3)
  • D8C1 (1)
  • D8C1 (1)
Dichlorvos
  • D8C1 (2)
  • D8C1 (1)
Dicofol
  • D8C1 (3)
  • D8C1 (1)
Dieldrin
  • D8C1 (6)
  • D8C1 (1)
  • D8C1 (6)
Dimethoate
  • D8C1 (3)
Dioxins and dioxin-like compounds (7 PCDDs + 10 PCDFs + 12 PCB-DLs)
  • D8C1 (2)
  • D8C1 (2)
  • D8C1 (2)
Diuron
  • D8C1 (3)
  • D8C1 (1)
Endosulfan
  • D8C1 (3)
  • D8C1 (1)
Endrin
  • D8C1 (6)
  • D8C1 (3)
Environmental UPBT contaminants - WFD UPBT substances
  • D8C1 (2)
Environmental non UPBT contaminants - WFD non UPBT substances
  • D8C1 (2)
Fenitrothion
  • D8C1 (3)
Fenthion
  • D8C1 (3)
Fluoranthene
  • D8C1 (4)
  • D8C1 (2)
  • D8C1 (12)
  • D8C1 (3)
  • D8C1 (2)
  • D8C1 (3)
Gamma-HCH (Lindane)
  • D8C1 (6)
  • D8C1 (2)
  • D8C1 (6)
  • D8C1 (1)
Heptachlor and heptachlor epoxide
  • D8C1 (3)
  • D8C1 (2)
Hexabromocyclododecanes (HBCDD)
  • D8C1 (3)
  • D8C1 (2)
Hexachlorobenzene
  • D8C1 (6)
  • D8C1 (1)
  • D8C1 (9)
  • D8C1 (2)
  • D8C1 (1)
  • D8C1 (3)
Hexachlorobutadiene
  • D8C1 (7)
  • D8C1 (2)
  • D8C1 (3)
Hexachlorocyclohexane
  • D8C1 (2)
Indeno(1,2,3,-cd)pyrene
  • D8C1 (2)
  • D8C1 (3)
  • D8C1 (2)
Indeno(1,2,3-cd)pyrene
  • D8C1 (2)
Isodrin
  • D8C1 (6)
  • D8C1 (3)
Isoproturon
  • D8C1 (3)
  • D8C1 (1)
Larus audouinii
  • D8C4 (3)
Lead and its compounds
  • D8C1 (6)
  • D8C1 (3)
  • D8C1 (6)
  • D8C1 (3)
  • D8C1 (4)
  • D8C1 (2)
  • D8C1 (1)
Linuron
  • D8C1 (3)
MCPA
  • D8C1 (3)
Malathion
  • D8C1 (3)
Mecoprop
  • D8C1 (3)
Mercury and its compounds
  • D8C1 (6)
  • D8C1 (3)
  • D8C1 (11)
  • D8C1 (3)
  • D8C1 (4)
  • D8C1 (3)
  • D8C1 (1)
Methamidophos
  • D8C1 (3)
Mevinphos
  • D8C1 (3)
Mineral oil index
  • D8C1 (1)
Molybdenum and its compounds
  • D8C1 (2)
Mullus barbatus
  • D8C2 (6)
Mytilus galloprovincialis
  • D8C2 (10)
Mytilus galloprovincialis (digestive gland, gills and the whole organism)
  • D8C2 (5)
Naphthalene
  • D8C1 (2)
  • D8C1 (6)
  • D8C1 (2)
  • D8C1 (2)
  • D8C1 (1)
Nickel and its compounds
  • D8C1 (2)
  • D8C1 (6)
  • D8C1 (2)
  • D8C1 (2)
  • D8C1 (1)
Nonylphenol
  • D8C1 (2)
Nonylphenols (4-Nonylphenol)
  • D8C1 (1)
Octylphenol (4-(1,1'',3,3''-tetramethylbutyl)-phenol)
  • D8C1 (1)
Omethoate
  • D8C1 (3)
Oxydemeton-methyl
  • D8C1 (3)
PCB 101 (2,2’,4,5,5’-pentachlorobiphenyl)
  • D8C1 (4)
  • D8C1 (3)
PCB 105 (2,3,3’,4,4’-pentachlorobiphenyl)
  • D8C1 (4)
PCB 118 (2,3’,4,4’,5-pentachlorobiphenyl)
  • D8C1 (4)
  • D8C1 (3)
PCB 138 (2,2’,3,4,4’,5’-hexachlorobiphenyl)
  • D8C1 (4)
  • D8C1 (3)
PCB 153 (2,2’,4,4’,5,5’-hexachlorobiphenyl)
  • D8C1 (4)
  • D8C1 (3)
PCB 156 (2,3,3’,4,4’,5-hexachlorobiphenyl)
  • D8C1 (4)
PCB 180 (2,2’,3,4,4’,5,5’-heptachlorobiphenyl)
  • D8C1 (4)
  • D8C1 (3)
PCB 28 (2,4,4’-trichlorobiphenyl)
  • D8C1 (4)
  • D8C1 (3)
PCB 52 (2,2’,5,5’-tetrachlorobiphenyl)
  • D8C1 (4)
  • D8C1 (3)
Parathion
  • D8C1 (3)
Parathion-methyl
  • D8C1 (3)
Pentachlorobenzene
  • D8C1 (3)
  • D8C1 (1)
  • D8C1 (2)
Pentachlorophenol
  • D8C1 (3)
  • D8C1 (1)
Perfluorooctane sulfonic acid (PFOS) and its derivatives
  • D8C1 (3)
  • D8C1 (2)
Phalacrocorax aristotelis
  • D8C4 (1)
Phenanthrene
  • D8C1 (4)
  • D8C1 (2)
Phenol
  • D8C1 (1)
Polychlorinated biphenyls (7 PCB: 28,52,101,118,138,153,180)
  • D8C1 (2)
Puffinus yelkouan
  • D8C4 (3)
Pyrene
  • D8C1 (4)
  • D8C1 (2)
Quinoxyfen
  • D8C1 (2)
  • D8C1 (1)
Selenium and its compounds
  • D8C1 (2)
Simazine
  • D8C1 (3)
  • D8C1 (1)
Terbuthylazine
  • D8C1 (3)
Terbutryn
  • D8C1 (1)
  • D8C1 (1)
Tetrachloroethylene
  • D8C1 (3)
  • D8C1 (1)
Toluene
  • D8C1 (3)
Total DDT (DDT, p,p' + DDT, o,p' + DDE, p,p' + DDD, p,p')
  • D8C1 (11)
Total DDT (DDT, p,p'' + DDT, o,p'' + DDE, p,p'' + DDD, p,p'')
  • D8C1 (1)
Total PAHs (Benzo(a)pyrene, Benzo(b)fluoranthene, Benzo(k)fluoranthene, Benzo(ghi)perylene, Indeno(1,2,3-cd)pyrene)
  • D8C1 (3)
Total cyclodiene pesticides (aldrin + dieldrin + endrin + isodrin)
  • D8C1 (1)
Tributyltin compounds
  • D8C1 (3)
  • D8C1 (2)
  • D8C1 (2)
  • D8C1 (2)
Tributyltin-cation
  • D8C1 (1)
  • D8C1 (2)
Trichlorobenzenes (all isomers)
  • D8C1 (3)
  • D8C1 (1)
Trichloroethylene
  • D8C1 (3)
  • D8C1 (1)
Trichloromethane
  • D8C1 (3)
  • D8C1 (1)
  • D8C1 (1)
Trifluralin
  • D8C1 (3)
  • D8C1 (1)
Triphenyltin and compounds
  • D8C1 (2)
Xylene
  • D8C1 (3)
Zinc and its compounds
  • D8C1 (2)
  • D8C1 (2)
  • D8C1 (1)
o,p′-DDD
  • D8C1 (3)
o,p′-DDE
  • D8C1 (3)
p,p′-DDD
  • D8C1 (6)
  • D8C1 (3)
p,p′-DDE
  • D8C1 (6)
  • D8C1 (2)
  • D8C1 (3)
Element2
  • DEMERSAL FISHES
  • LITTORAL ROCK
Element sources No. of elements per level
  • BARCON (165)
  • EU (4)
  • MS in (sub)region (0)
  • National (0)
  • BARCON (0)
  • EU (0)
  • MS in (sub)region (0)
  • National (67)
  • BARCON (0)
  • EU (126)
  • MS in (sub)region (10)
  • National (227)
  • BARCON (0)
  • EU (56)
  • MS in (sub)region (0)
  • National (0)
  • BARCON (0)
  • EU (54)
  • MS in (sub)region (0)
  • National (0)
  • BARCON (0)
  • EU (77)
  • MS in (sub)region (0)
  • National (2)
  • BARCON (0)
  • EU (3)
  • MS in (sub)region (0)
  • National (0)
Criteria and parameters used (number of parameters) D8 Contaminants
D8C1 Contaminants in environment (8.1, 8.1.1)
  • Concentration in biota (16)
  • Concentration in sediment (45)
  • Concentration in water (4)
  • Other - Concentración en biota - mejillón (44)
  • Other - Concentración en biota - salmonete (44)
  • Concentration in biota (41)
  • Concentration in sediment (26)
  • Concentration in biota (35)
  • Concentration in sediment (83)
  • Concentration in water (235)
  • Concentration in biota (13)
  • Concentration in sediment (22)
  • Concentration in water (21)
  • Concentration in sediment (18)
  • Concentration in water (36)
  • Concentration in biota (11)
  • Concentration in sediment (19)
  • Concentration in water (43)
  • Concentration in sediment (1)
  • Other - Concentration of Cd (1)
  • Other - Concentration of Pb (1)
D8C2 Adverse effects of contaminants (8.2, 8.2.1)
  • Other - AChE (4)
  • Other - EROD (2)
  • Other - Estabilidad de la membrana lisosomal (2)
  • Other - Frecuencia de micronúcleos (4)
  • Other - Metalotioneinas (2)
  • Other - Stress on Stress (2)
  • Other - Acetylcholinesterase activity in mussels (1)
  • Other - Lysosomal membrane stability in mussels (1)
  • Other - Metallothioneins concentration in mussels (1)
  • Other - Neutral lipids - effect of organic pollutants (1)
  • Other - Sediment toxicity (Microtox®) (1)
  • Other - Stress on stress in mussels DNA integrity - effect of genotoxic compounds (1)
D8C3 Significant acute pollution events (8.2.2)
  • Extent (2)
  • Other - amount of hydrocarbons accidentally discharged in the acute pollution event (3)
  • Duration (1)
  • Extent (1)
  • Extent (1)
  • Other - Incidence and extent (1)
D8C4 Adverse effects of significant pollution events (8.2.2)
  • Other - abundance of individuals affected (10)
Threshold values % of parameters with values (no. of parameters)
76% (130)
91% (61)
0% (3)
75% (44)
98% (54)
86% (69)
0% (0)
Threshold value sources D8 Contaminants
D8C1 Contaminants in environment (8.1, 8.1.1)
  • BarCon (1)
  • Foodstuffs (12)
  • National (2)
  • OSPAR (56)
  • Other (37)
  • Foodstuffs (7)
  • OSPAR (33)
  • Other (25)
  • WaterFD (2)
  • Other (353)
  • BarCon (2)
  • Other (11)
  • PSD (31)
  • National (2)
  • Other (1)
  • National (2)
  • Not applicable (4)
  • Other (15)
  • PSD (51)
D8C2 Adverse effects of contaminants (8.2, 8.2.1)
  • BarCon (12)
  • Other (4)
D8C3 Significant acute pollution events (8.2.2)
  • IMO (3)
D8C4 Adverse effects of significant pollution events (8.2.2)
Value achieved upper % of parameters with values (no. of parameters)
97% (166)
100% (67)
79% (291)
75% (44)
98% (54)
48% (39)
0% (0)
Value achieved lower % of parameters with values (no. of parameters)
85% (146)
100% (67)
79% (291)
74% (43)
96% (53)
22% (18)
0% (0)
Value unit/Value unit other (count of use per criterion) D8 Contaminants
D8C1 Contaminants in environment (8.1, 8.1.1)
  • Porcentaje de superficie en Buen Estado Químico (4)
  • microgram per kg of lipid weight (14)
  • microgram per kilogram of dry weight (51)
  • microgram per kilogram of lipid weight (4)
  • microgram per kilogram of wet weight (63)
  • milligram per kilogram of dry weight (12)
  • milligrm per kilogram of dry weight (2)
  • mg/kg lw (7)
  • microgram per kilogram of dry weight (55)
  • milligram per kilogram of wet weight (3)
  • pg/g ww TEQ (1)
  • ug/kg dw TEQ (1)
  • adimensiona l number (68)
  • adimensional number (285)
  • microgram per kilogram of dry weight (11)
  • microgram per kilogram of wet weight (12)
  • microgram per litre (22)
  • microgram per litre (36)
  • miligam per kilogram (1)
  • miligram per kilogram (17)
  • microgram per kilogram TEQ (2)
  • microgram per kilogram of dry weight (18)
  • microgram per kilogram of wet weight (10)
  • microgram per litre (43)
  • microgram per kilogram of dry weight (2)
D8C2 Adverse effects of contaminants (8.2, 8.2.1)
  • Days (2)
  • Number of MN per 1000 cells (2)
  • Número de micronúcleos por cada 1000 células. (1)
  • milligram per kilogram of wet weight (2)
  • minutes (2)
  • nmol/min.mg of protein (4)
  • percentage (1)
  • pmol/∙min.∙mg microsomal protein (2)
D8C3 Significant acute pollution events (8.2.2)
  • square kilometre (2)
  • tonne (3)
  • days/year (1)
  • (number of) events per year (1)
D8C4 Adverse effects of significant pollution events (8.2.2)
  • number of individuals (10)
Proportion threshold values Range of % values (no. of parameters)
Range: 9-95% (139 of 171 parameters)
Range: 70-70% (352 of 366 parameters)
Range: 100-100% (49 of 55 parameters)
Range: 100-100% (69 of 80 parameters)
Proportion values achieved Range of % values (no. of parameters)
Range: 0-100% (126 of 171 parameters)
Range: 19-100% (58 of 67 parameters)
Range: 0-100% (43 of 58 parameters)
Range: 100-100% (49 of 55 parameters)
Range: 4-100% (69 of 80 parameters)
Proportion threshold value units
% area of MRU achieving threshold value
% of population achieving threshold value
% of samples achieving threshold value
% of species achieving threshold value
% of stations achieving threshold value
% area of MRU achieving threshold value
extent in km2 of MRU adversely affected
extent in km2 of habitat adversely affected
% of stations achieving threshold value
extent in km2 of pressure
% area of MRU achieving threshold value
% area of MRU achieving threshold value
Trends No. of trends per category
  • Deteriorating (0 or 0.0%)
  • Improving (12 or 7.0%)
  • Not relevant (2 or 1.2%)
  • Stable (50 or 29.2%)
  • Unknown (107 or 62.6%)
  • Deteriorating (0 or 0.0%)
  • Improving (0 or 0.0%)
  • Not relevant (0 or 0.0%)
  • Stable (0 or 0.0%)
  • Unknown (67 or 100.0%)
  • Deteriorating (1 or 0.3%)
  • Improving (170 or 46.4%)
  • Not relevant (7 or 1.9%)
  • Stable (185 or 50.5%)
  • Unknown (3 or 0.8%)
  • Deteriorating (0 or 0.0%)
  • Improving (0 or 0.0%)
  • Not relevant (0 or 0.0%)
  • Stable (14 or 24.1%)
  • Unknown (44 or 75.9%)
  • Deteriorating (0 or 0.0%)
  • Improving (0 or 0.0%)
  • Not relevant (0 or 0.0%)
  • Stable (0 or 0.0%)
  • Unknown (55 or 100.0%)
  • Deteriorating (0 or 0.0%)
  • Improving (0 or 0.0%)
  • Not relevant (0 or 0.0%)
  • Stable (2 or 2.5%)
  • Unknown (78 or 97.5%)
  • Deteriorating (0 or 0.0%)
  • Improving (0 or 0.0%)
  • Not relevant (0 or 0.0%)
  • Stable (3 or 100.0%)
  • Unknown (0 or 0.0%)
Parameters achieved No. of parameters per category
  • No (27 or 15.8%)
  • Not assessed (59 or 34.5%)
  • Unknown (2 or 1.2%)
  • Yes (83 or 48.5%)
  • No (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Unknown (67 or 100.0%)
  • Yes (0 or 0.0%)
  • No (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Unknown (11 or 3.0%)
  • Yes (355 or 97.0%)
  • No (3 or 5.2%)
  • Not assessed (15 or 25.9%)
  • Unknown (0 or 0.0%)
  • Yes (40 or 69.0%)
  • No (4 or 7.3%)
  • Not assessed (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Yes (51 or 92.7%)
  • No (9 or 11.2%)
  • Not assessed (5 or 6.2%)
  • Unknown (7 or 8.8%)
  • Yes (59 or 73.8%)
  • No (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Yes (3 or 100.0%)
Related indicators
  • CONT-AchE
  • CONT-DMA
  • CONT-EROD
  • CONT-LMS
  • CONT-MN
  • CONT-MT
  • CONT-PAH-b-BARCON
  • CONT-PAH-s
  • CONT-PCB-b-BARCON
  • CONT-PCB-s
  • CONT-PCBs-b
  • CONT-PCBs-b-BARCON
  • CONT-PO-B-BARCON
  • CONT-PO-b
  • CONT-PO-b-BARCON
  • CONT-PO-s
  • CONT-SoS
  • CONT-met-b- BARCON
  • CONT-met-b-BARCON
  • CONT-met-s
  • FR-D8-Contam-Biv-Dioxins
  • FR-D8-Contam-Biv-Metals
  • FR-D8-Contam-Biv-PAH
  • FR-D8-Contam-Biv-PCB
  • FR-D8-Contam-Biv-Pesticides
  • FR-D8-Contam-Biv-TBT
  • FR-D8-Contam-Fish-Dioxins
  • FR-D8-Contam-Fish-Metals
  • FR-D8-Contam-Fish-PCB
  • FR-D8-Contam-Sed-Metals
  • FR-D8-Contam-Sed-PAH
  • FR-D8-Contam-Sed-PCB
  • FR-D8-Contam-Sed-Pesticides
  • Chemical Index D8C1_Contam
  • Chemical Index D8C1_Contam_Sediment
  • CI 17
  • CI 19
Criteria status No. of criteria per category
  • Good (71 or 41.5%)
  • Good, based on low risk (0 or 0.0%)
  • Not assessed (49 or 28.7%)
  • Not good (10 or 5.8%)
  • Unknown (41 or 24.0%)
  • Good (0 or 0.0%)
  • Good, based on low risk (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Not good (0 or 0.0%)
  • Unknown (67 or 100.0%)
  • Good (13 or 3.6%)
  • Good, based on low risk (0 or 0.0%)
  • Not assessed (353 or 96.4%)
  • Not good (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Good (31 or 53.4%)
  • Good, based on low risk (2 or 3.4%)
  • Not assessed (25 or 43.1%)
  • Not good (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Good (49 or 89.1%)
  • Good, based on low risk (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Not good (6 or 10.9%)
  • Unknown (0 or 0.0%)
  • Good (59 or 73.8%)
  • Good, based on low risk (0 or 0.0%)
  • Not assessed (2 or 2.5%)
  • Not good (19 or 23.8%)
  • Unknown (0 or 0.0%)
  • Good (3 or 75.0%)
  • Good, based on low risk (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Not good (0 or 0.0%)
  • Unknown (1 or 25.0%)
Element status No. of elements per category
  • Good (77 or 45.6%)
  • Not assessed (70 or 41.4%)
  • Not good (10 or 5.9%)
  • Unknown (12 or 7.1%)
  • Good (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Not good (0 or 0.0%)
  • Unknown (67 or 100.0%)
  • Good (10 or 2.8%)
  • Not assessed (353 or 97.2%)
  • Not good (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Good (33 or 58.9%)
  • Not assessed (23 or 41.1%)
  • Not good (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Good (48 or 88.9%)
  • Not assessed (0 or 0.0%)
  • Not good (6 or 11.1%)
  • Unknown (0 or 0.0%)
  • Good (59 or 74.7%)
  • Not assessed (1 or 1.3%)
  • Not good (19 or 24.1%)
  • Unknown (0 or 0.0%)
  • Good (3 or 100.0%)
  • Not assessed (0 or 0.0%)
  • Not good (0 or 0.0%)
  • Unknown (0 or 0.0%)
Integration rule type for parameters
THRES (169 or 100.0%)
Not relevant (67 or 100.0%)
NHIE_WEI (353 or 100.0%)
OOAO (54 or 100.0%)
OOAO (73 or 100.0%)
Not relevant (1 or 100.0%)
Integration rule description for parameters
Los resultados de distintos biomarcadores no se han integrado. Se presentan individualmente los parámetros con el grado de cumplimiento de los criterios ambientales o valores umbral definidos para su toxicidad.
Se establece un valor umbral para la proporción de casos que deberían estar por debajo del T1, que permita establecer si se alcanza o no el BEA para una demarcación. Al igual que en la evaluación inicial de 2012 se propone utilizar un valor umbral inicial del 95% casos sin riesgo (< T1) para cada uno de los indicadores utilizados por separado.
Los resultados de distintos contaminantes se han integrado por matriz, es decir considerando los datos medidos en agua, mejillón, peces o sedimento. Así, se presentan individualmente con el grado de cumplimiento de los criterios ambientales o valores umbral definidos para su toxicidad en cada una de estas matrices.
Se establece un valor umbral para la proporción de casos que deberían estar por debajo del T1 (sin riesgo), que permita establecer si se alcanza o no el BEA para una demarcación. Al igual que en la evaluación inicial de 2012 se propone utilizar un valor umbral inicial del 95% casos sin riesgo (< T1) para cada uno de los indicadores utilizados por separado.
Integration rule type for criteria
Not relevant (171 or 100.0%)
Not relevant (11 or 16.4%)
OTH (56 or 83.6%)
Not relevant (353 or 100.0%)
OOAO (54 or 100.0%)
OOAO (73 or 100.0%)
Not relevant (2 or 100.0%)
Integration rule description for criteria
Rule not yet defined
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Assessment Methodology not defined.
Data collected by the DFMR was analyzed using the approach outlined during the Initial Assessment (DFMR 2012; Argyrou et al. 2012) to document the presence and magnitude of metal concentrations in sediments. Indicators and targets were set for lead, cadmium and mercury during the 2014 revision. The results of this analysis indicate that Cyprus waters are in GES with respect to metals in sediments.
GES extent threshold
  • 95.00 (85 of 85, or 100.0%)
  • 100.00 (353 of 353, or 100.0%)
  • 100.00 (73 of 73, or 100.0%)
GES extent achieved
  • 12.50 (8 of 8, or 100.0%)
  • 87.00 (19 of 56, or 33.9%)
  • 97.00 (37 of 56, or 66.1%)
  • 100.00 (42 of 54, or 77.8%)
  • 60.00 (12 of 54, or 22.2%)
  • 63.00 (19 of 73, or 26.0%)
  • 94.00 (54 of 73, or 74.0%)
  • 100.00 (2 of 2, or 100.0%)
GES extent unit
  • Proportion of populations in good status (16 of 169, or 9.5%)
  • Proportion of substances in good status (153 of 169, or 90.5%)
  • Not relevant (10 of 366, or 2.7%)
  • Proportion of substances in good status (356 of 366, or 97.3%)
  • Not relevant (2 of 58, or 3.4%)
  • Proportion of substances in good status (56 of 58, or 96.6%)
  • Proportion of substances in good status (54 of 54, or 100.0%)
  • Proportion of substances in good status (73 of 73, or 100.0%)
  • Proportion of substances in good status (2 of 2, or 100.0%)
GES achieved Benthic broad habitats
  • GES achieved (1)
Acute pollution events
  • Unknown (2)
  • GES achieved (3)
  • GES achieved (2)
  • GES achieved (1)
  • Not assessed (1)
  • Unknown (1)
Contaminants - non UPBT substances
  • GES expected to be achieved later than 2020, no Article 14 exception reported (60)
  • Not assessed (61)
  • Unknown (50)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (319)
  • GES achieved (37)
  • GES achieved (42)
  • GES expected to be achieved by 2020 (54)
  • GES achieved (2)
Contaminants - UPBT substances
  • GES expected to be achieved later than 2020, Article 14 exception reported (32)
  • Unknown (17)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (34)
  • GES achieved (19)
  • GES expected to be achieved later than 2020, Article 14 exception reported (12)
  • GES expected to be achieved by 2020 (19)
  • GES achieved (1)
Marine species
  • GES expected to be achieved later than 2020, Article 14 exception reported (16)
  • GES achieved (10)
  • GES achieved (5)
Assessment period
2008-2012 (93 or 54.4%)
2008-2013 (76 or 44.4%)
2013-2016 (2 or 1.2%)
2010-2015 (56 or 83.6%)
2014-2015 (11 or 16.4%)
2012-2017 (366 or 100.0%)
2012-2018 (58 or 100.0%)
2011-2016 (55 or 100.0%)
2013-2018 (80 or 100.0%)
2012-2018 (4 or 100.0%)
Related pressures
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events (171 or 100.0%)
  • Acute pollution events (13 or 3.6%)
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events (353 or 96.4%)
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events (58 or 100.0%)
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events (30 or 100.0%)
Related targets
37
3
2
1