Member State report / Art8 / 2018 / D1-M / North East Atlantic

Report type Member State report to Commission
MSFD Article Art. 8 Initial assessment (and Art. 17 updates)
Report due 2018-10-15
GES Descriptor D1 Mammals
Region/subregion North East Atlantic
Reported by Member state
Member state
Sweden
Denmark
Germany
Netherlands
Belgium
France
United Kingdom
Ireland
Spain
Portugal
Member state report
Marine reporting units MRUs used
  • ANS-SE-AA-B_Kattegatt
  • ANS-SE-AA-B_Oresund
  • ANS-SE-AA-B_Skagerrak
  • ANS-SE-SR-Nordsjon
  • ANS-DK-TOTAL
  • ANSDE_MS
  • L1.2
  • ANS-BE-MS-1
  • ABI-FR-MS-GDG
  • ACS-FR-MS-MC
  • ANS-FR-MS-MMN
  • ACS-IE-AA-001
  • ABI-ES-SD-NOR
  • ABI-ES-SD-SUD
  • AMA-ES-SD-CAN
  • ABI-PT-SD-CONT
  • AMA-PT-SD-AZO
  • AMA-PT-SD-MAD
Features Species
  • Seals (25)
  • Small toothed cetaceans (4)
  • Seals (8)
  • Small toothed cetaceans (4)
  • Seals (10)
  • Small toothed cetaceans (5)
  • Seals (5)
  • Small toothed cetaceans (3)
  • Small toothed cetaceans (1)
  • Baleen whales (15)
  • Deep-diving toothed cetaceans (10)
  • Seals (24)
  • Small toothed cetaceans (50)
  • Seals (8)
  • Small toothed cetaceans (8)
  • Baleen whales (20)
  • Deep-diving toothed cetaceans (34)
  • Small toothed cetaceans (78)
  • Baleen whales (40)
  • Deep-diving toothed cetaceans (59)
  • Seals (5)
  • Small toothed cetaceans (71)
Element Balaenoptera acurostrata
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (2)
  • D1C4 (2)
  • D1C5 (2)
Element Balaenoptera acutorostrata
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (2)
  • D1C5 (2)
Element Balaenoptera borealis
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Balaenoptera edeni
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (1)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Balaenoptera musculus
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Balaenoptera physalus
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (5)
  • D1C4 (4)
  • D1C5 (2)
  • D1C1 (3)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (2)
  • D1C5 (2)
Element Delphinus delphis
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (2)
  • D1C4 (2)
  • D1C5 (2)
  • D1C1 (3)
  • D1C2 (2)
  • D1C3 (10)
  • D1C4 (4)
  • D1C5 (2)
  • D1C1 (2)
  • D1C2 (3)
  • D1C3 (1)
  • D1C4 (2)
  • D1C5 (2)
Element Globicephala macrorhynchus
  • D1C1 (1)
  • D1C2 (3)
  • D1C3 (2)
  • D1C4 (1)
  • D1C5 (1)
Element Globicephala melas
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (3)
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (2)
  • D1C5 (2)
Element Grampus griseus
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (3)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (2)
  • D1C5 (2)
Element Halichoerus grypus
  • D1C1 (1)
  • D1C3 (3)
  • D1C4 (2)
  • D1C5 (1)
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C5 (1)
  • D1C1 (2)
  • D1C2 (4)
  • D1C3 (2)
  • D1C4 (2)
  • D1C5 (2)
Element Halichoerus grypus (Grey Seal)
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Hyperoodon ampullatus
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Kogia breviceps
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (2)
  • D1C5 (2)
Element Lagerorhynchus albirostris
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Megaptera novaeangliae
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Mesoplodon bidens
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Mesoplodon europaeus
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Mesoplodon mirus
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Monachus monachus
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Orcinus orca
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (3)
  • D1C4 (2)
  • D1C5 (2)
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Phoca vitulina
  • D1C1 (3)
  • D1C2 (6)
  • D1C4 (6)
  • D1C5 (3)
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C2 (1)
  • D1C5 (1)
  • D1C1 (2)
  • D1C2 (4)
  • D1C3 (2)
  • D1C4 (2)
  • D1C5 (2)
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Phocoena phocoena
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (1)
  • D1C2 (1)
  • D1C5 (1)
  • D1C1 (1)
  • D1C1 (3)
  • D1C2 (3)
  • D1C3 (3)
  • D1C4 (3)
  • D1C5 (3)
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Phocoena phocoena (Harbour Porpoise)
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Phocoena phocoena (Linnaeus 1758) [Harbour porpoise]
  • D1C1 (2)
  • D1C2 (1)
  • D1C3 (5)
  • D1C4 (1)
  • D1C5 (2)
Element Physeter macrocephalus
  • D1C1 (1)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (3)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Pseudorca crassidens
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Stenella coeruleoalba
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (2)
  • D1C5 (2)
Element Stenella frontalis
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Steno bredanensis
  • D1C1 (1)
  • D1C2 (1)
  • D1C3 (1)
  • D1C4 (1)
  • D1C5 (1)
Element Tursiops truncatus
  • D1C1 (3)
  • D1C2 (3)
  • D1C3 (3)
  • D1C4 (3)
  • D1C5 (3)
  • D1C1 (1)
  • D1C2 (1)
  • D1C4 (1)
  • D1C5 (1)
  • D1C1 (6)
  • D1C2 (5)
  • D1C3 (9)
  • D1C4 (6)
  • D1C5 (6)
  • D1C1 (3)
  • D1C2 (4)
  • D1C3 (2)
  • D1C4 (2)
  • D1C5 (2)
Element Ziphius cavirostris
  • D1C1 (2)
  • D1C2 (3)
  • D1C3 (2)
  • D1C4 (2)
  • D1C5 (2)
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (1)
  • D1C4 (2)
  • D1C5 (2)
Element globicephala macrorhynchus
  • D1C1 (2)
  • D1C2 (2)
  • D1C3 (2)
  • D1C4 (2)
  • D1C5 (2)
Element2
  • Bottle Nose Dolphin
  • Harbour Seal
  • UG- I
  • UG- II
  • UG10-DD altantic population
  • UG13-GM atlantic population
  • UG16-ZC atlantic population
  • UG1: PP población ibérica
  • UG2-TT coastal waters South Galicia
  • UG21-BP atlantic population
  • UG22-BP atlantic population
  • UG4-TT continental shelf gulf of Cádiz
Element sources No. of elements per level
  • EU (0)
  • HELCOM (29)
  • MS in (sub)region (0)
  • National (0)
  • OSPAR (0)
  • EU (0)
  • HELCOM (0)
  • MS in (sub)region (0)
  • National (0)
  • OSPAR (12)
  • EU (15)
  • HELCOM (0)
  • MS in (sub)region (0)
  • National (0)
  • OSPAR (0)
  • EU (0)
  • HELCOM (0)
  • MS in (sub)region (0)
  • National (0)
  • OSPAR (8)
  • EU (0)
  • HELCOM (0)
  • MS in (sub)region (0)
  • National (1)
  • OSPAR (0)
  • EU (0)
  • HELCOM (0)
  • MS in (sub)region (0)
  • National (99)
  • OSPAR (0)
  • EU (16)
  • HELCOM (0)
  • MS in (sub)region (0)
  • National (0)
  • OSPAR (0)
  • EU (0)
  • HELCOM (0)
  • MS in (sub)region (38)
  • National (94)
  • OSPAR (0)
  • EU (36)
  • HELCOM (0)
  • MS in (sub)region (15)
  • National (124)
  • OSPAR (0)
Criteria and parameters used (number of parameters) D1 Mammals
Criteria and parameters used (number of parameters) D1C1 Mortality rate from incidental by-catch
  • Mortality rate / Mortality rate from fishing (F) (3)
  • Mortality rate / Mortality rate from fishing (F) (3)
  • Mortality rate / Mortality rate from fishing (F) (1)
  • Mortality rate / Mortality rate from fishing (F) (1)
  • Mortality rate / Mortality rate from fishing (F) (5)
  • Mortality rate / Mortality rate from fishing (F) (4)
  • Mortality rate / Mortality rate from fishing (F) (6)
  • Other - Percentage of fin whales stranded with signals compatible with bycatch. (1)
  • Other - Percentage of stranded boltenose dolphins with signals compatible with bycatch (3)
  • Other - Percentage of stranded common dolphins with signals compatible with bycatch (2)
  • Other - Percentage of stranded orcas with signals compatible with bycatch (1)
  • Other - Percentage of stranded pilot whales with signals compatible with bycatch. (1)
  • Other - Percentage of stranded porpoises with signals compatible with bycatch (1)
  • Other - mortality rate from ship collision (1)
  • Mortality rate / Mortality rate from fishing (F) (10)
  • Other - Captura acidental (n.º indivíduos) - pesca atum (5)
  • Other - Captura acidental (n.º indivíduos) - pesca palangre (5)
  • Other - Mortality rate by ship strike (1)
Criteria and parameters used (number of parameters) D1C2 Population abundance (1.2, 1.2.1)
  • Abundance (3)
  • Other - Trend in abundance (3)
  • Abundance (3)
  • Abundance (3)
  • Abundance (3)
  • Other - Relative abundance within community (long term) (9)
  • Other - Relative abundance within community (short term) (10)
  • Abundance (4)
  • Abundance (17)
  • Other - abundance DS (3)
  • Other - abundance spacial modelling (1)
  • Abundance (16)
  • Other - Abundance CMR (2)
Criteria and parameters used (number of parameters) D1C3 Population demographic characteristics (1.3, 1.3.1)
  • Fecundity rate (1)
  • Other - Blubber thickness (caught seals) (1)
  • Other - Blubber thickness (hunted seals) (1)
  • Age distribution (3)
  • Fecundity rate (1)
  • Other - Number of extreme strandings (4)
  • Age distribution (9)
  • Fecundity rate (3)
  • Other - AGR- Annual Gestation Rate (1)
  • Other - Grow rate (1)
  • Other - LE- Life Expectancy (1)
  • Other - NMR- Natural Mortality Rate (1)
  • Other - Size- length (1)
  • Other - annual gestation rate AGR (1)
  • Other - breeding interval (1)
  • Other - breeding interval BI (1)
  • Other - size- length (1)
  • Other - temporal emigration probability (TEP) estimated for the Ria de Arousa area (2)
  • Sex distribution (5)
  • Survival rate (9)
  • Survival rate (6)
Criteria and parameters used (number of parameters) D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • Distribution (range) (4)
  • Distribution (spatial) (4)
  • Distribution (range) (3)
  • Distribution (spatial) (3)
  • Distribution (spatial) (13)
  • Distribution (range) (4)
  • Distribution (pattern) (7)
  • Distribution (range) (3)
  • Distribution (spatial) (8)
  • Distribution (range) (1)
  • Distribution (spatial) (7)
Criteria and parameters used (number of parameters) D1C5 Habitat for the species
  • Habitat condition (3)
  • Habitat condition (3)
  • Habitat condition (3)
  • Extent (4)
  • Extent (1)
  • Habitat condition (4)
  • Other - CON-B-Li (1)
  • Other - CONC-B-FA (1)
  • Other - CONC-B-LI (2)
  • Other - CONC-B-OT (3)
  • Other - CONC-B-OT. (3)
  • Other - Indirect values of contanminats available. (1)
  • Other - duration (1)
  • Extent (8)
Threshold values % of parameters with values (no. of parameters)
52% (9)
25% (3)
40% (6)
25% (2)
100% (1)
58% (24)
0% (0)
6% (7)
18% (11)
Threshold value sources D1 Mammals
Threshold value sources D1C1 Mortality rate from incidental by-catch
  • Other (1)
  • CMS (1)
  • OSPAR (1)
  • Other (5)
  • OSPAR (4)
  • Other (4)
  • Other (18)
Threshold value sources D1C2 Population abundance (1.2, 1.2.1)
  • HELCOM (6)
  • Habitats (3)
  • Habitats (3)
  • Habitats (1)
  • Other (2)
  • OSPAR (13)
  • Other (6)
  • Other (4)
Threshold value sources D1C3 Population demographic characteristics (1.3, 1.3.1)
  • HELCOM (3)
  • Habitats (3)
  • OSPAR (1)
  • Other (4)
  • National (2)
Threshold value sources D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • HELCOM (8)
  • Habitats (3)
  • OSPAR (6)
  • Other (7)
Threshold value sources D1C5 Habitat for the species
  • Habitats (3)
  • Habitats (3)
Value achieved upper % of parameters with values (no. of parameters)
52% (9)
58% (7)
40% (6)
50% (4)
0% (0)
36% (15)
0% (0)
35% (39)
31% (19)
Value achieved lower % of parameters with values (no. of parameters)
0% (0)
58% (7)
0% (0)
0% (0)
0% (0)
12% (5)
0% (0)
4% (5)
0% (0)
Value unit/Value unit other (count of use per criterion) D1 Mammals
Value unit/Value unit other (count of use per criterion) D1C1 Mortality rate from incidental by-catch
  • Percentage of population (3)
  • percentage (1)
  • percentage (1)
  • percentage (5)
  • percentage (4)
  • percentage (9)
  • (number of) individuals (1)
  • Percentage (4)
  • Percentagem (1)
  • percentagem (2)
Value unit/Value unit other (count of use per criterion) D1C2 Population abundance (1.2, 1.2.1)
  • (number of) individuals (3)
  • percentage (3)
  • (number of) individuals (3)
  • (number of) individuals (3)
  • Trend indicator (2)
  • trend indicator (1)
  • percentage (19)
  • (number of) individuals (14)
  • (number of) individuals (7)
Value unit/Value unit other (count of use per criterion) D1C3 Population demographic characteristics (1.3, 1.3.1)
  • Percent (1)
  • millimetre (2)
  • percentage (1)
  • % FEMALES/MALES (1)
  • % femeales /males (1)
  • calves/year (1)
  • centimetre (2)
  • percentage (2)
  • years (4)
  • Decimal (Percentage) (1)
Value unit/Value unit other (count of use per criterion) D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • square km (3)
  • square kilometre (3)
  • no unit (1)
  • Increasing gradient from East to West (1)
  • Seasonal fluctuations in abundance with minimun values in autum and maximun in winter/spring (3)
  • Square kilometers (1)
  • square kilometre (7)
Value unit/Value unit other (count of use per criterion) D1C5 Habitat for the species
  • square kilometre (3)
  • MICROGRAME/GRAME (2)
  • decibel (1)
  • micrograme/grame (5)
  • percentage (1)
  • square kilometre (5)
Proportion threshold values Range of % values (no. of parameters)
Range: 100-100% (8 of 8 parameters)
Range: 100-100% (24 of 41 parameters)
Range: 100-100% (12 of 16 parameters)
Range: 100-100% (9 of 61 parameters)
Proportion values achieved Range of % values (no. of parameters)
Range: 100-100% (5 of 8 parameters)
Range: 100-100% (12 of 16 parameters)
Range: 100-100% (8 of 61 parameters)
Proportion threshold value units
% area of MRU achieving threshold value
% area of habitat achieving threshold value
% of population achieving threshold value
% of population achieving threshold value
% of population achieving threshold value
Trends No. of trends per category
  • Deteriorating (2 or 11.8%)
  • Improving (2 or 11.8%)
  • Stable (3 or 17.6%)
  • Unknown (10 or 58.8%)
  • Deteriorating (0 or 0.0%)
  • Improving (2 or 16.7%)
  • Stable (8 or 66.7%)
  • Unknown (2 or 16.7%)
  • Deteriorating (0 or 0.0%)
  • Improving (6 or 40.0%)
  • Stable (6 or 40.0%)
  • Unknown (3 or 20.0%)
  • Deteriorating (0 or 0.0%)
  • Improving (0 or 0.0%)
  • Stable (0 or 0.0%)
  • Unknown (8 or 100.0%)
  • Deteriorating (0 or 0.0%)
  • Improving (0 or 0.0%)
  • Stable (0 or 0.0%)
  • Unknown (1 or 100.0%)
  • Deteriorating (0 or 0.0%)
  • Improving (0 or 0.0%)
  • Stable (0 or 0.0%)
  • Unknown (41 or 100.0%)
  • Deteriorating (0 or 0.0%)
  • Improving (1 or 6.2%)
  • Stable (9 or 56.2%)
  • Unknown (6 or 37.5%)
  • Deteriorating (1 or 0.9%)
  • Improving (1 or 0.9%)
  • Stable (7 or 6.4%)
  • Unknown (100 or 91.7%)
  • Deteriorating (4 or 6.6%)
  • Improving (1 or 1.6%)
  • Stable (24 or 39.3%)
  • Unknown (32 or 52.5%)
Parameters achieved No. of parameters per category
  • No (8 or 47.1%)
  • Not assessed (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Yes (9 or 52.9%)
  • Yes, based on low risk (0 or 0.0%)
  • No (1 or 8.3%)
  • Not assessed (0 or 0.0%)
  • Unknown (3 or 25.0%)
  • Yes (8 or 66.7%)
  • Yes, based on low risk (0 or 0.0%)
  • No (1 or 6.7%)
  • Not assessed (0 or 0.0%)
  • Unknown (3 or 20.0%)
  • Yes (11 or 73.3%)
  • Yes, based on low risk (0 or 0.0%)
  • No (3 or 37.5%)
  • Not assessed (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Yes (5 or 62.5%)
  • Yes, based on low risk (0 or 0.0%)
  • No (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Unknown (1 or 100.0%)
  • Yes (0 or 0.0%)
  • Yes, based on low risk (0 or 0.0%)
  • No (5 or 12.2%)
  • Not assessed (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Yes (36 or 87.8%)
  • Yes, based on low risk (0 or 0.0%)
  • No (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Unknown (4 or 25.0%)
  • Yes (12 or 75.0%)
  • Yes, based on low risk (0 or 0.0%)
  • No (1 or 0.9%)
  • Not assessed (90 or 82.6%)
  • Unknown (18 or 16.5%)
  • Yes (0 or 0.0%)
  • Yes, based on low risk (0 or 0.0%)
  • No (9 or 14.8%)
  • Not assessed (16 or 26.2%)
  • Unknown (8 or 13.1%)
  • Yes (18 or 29.5%)
  • Yes, based on low risk (10 or 16.4%)
Related indicators
  • ANSSE-1.2D_Abund_trend_knubbsäl
  • ANSSE-1.3A_Dräktighet_gråsäl
  • ANSSE-1.3B_Späcktjocklek_gråsäl
  • ANSSE-1.4A_Utbredning_gråsäl
  • ANSSE-1.4B_Utbredning_knubbsäl
  • ANS-HELCOM-BYCATCH2017
  • DK-HABDIRART17
  • ANSNL-HR-leefgebied zeezoogdieren
  • ANSNL-OSPAR-D1-bijvangst bruinvissen
  • ANSNL-OSPAR-D1C2-2017
  • ANSNL-OSPAR-D1C2-seals2017
  • ANSNL-OSPAR-D1C3pup2017
  • OSPAR-BYCATCH_HP
  • ATL-OSPAR-D1Mammals-M3
  • ATL-OSPAR-D1Mammals-M4a
  • ATL-OSPAR-D1Mammals-M4b
  • FR-D1Mammals-Abund
  • FR-D1Mammals-Capt
  • FR-D1Mammals-Distri
  • FR-D1Mammals-EME
  • D1T3
  • D1el3
  • MM-CONT
  • MM-DIST_P
  • MM-DUR
  • MM-PCB
  • MM_ABU
  • MM_ABU_CMR
  • MM_ABU_DS
  • MM_AMR
  • MM_BYC
  • MM_BYC-SP
  • MM_BYC_MR
  • MM_BYC_SP
  • MM_Cd
  • MM_DEM_AGE_D
  • MM_DEM_AGR
  • MM_DEM_BI
  • MM_DEM_LE
  • MM_DEM_NMR
  • MM_DEM_SEX_D
  • MM_DEM_SIZE_LENGTH
  • MM_DEM_SR
  • MM_DEM_TEP
  • MM_DE_GR
  • MM_DIST_P
  • MM_DIST_R
  • MM_DIST_S
  • MM_HAB_COND
  • MM_HAB_EXT
  • MM_HBCD
  • MM_Hg
  • ABI-ASCO_MM-BYC
  • ABI-PT-CONT_MM-AB
  • ABI-PT-CONT_MM-DIST
  • ABI-PT-CONT_MM-HAB
  • AMA-MM-ABU-CMR
  • AMA-MM-ABU-DS
  • AMA-MM-BYC-BR
  • AMA-MM-DEM-SR
Criteria status No. of criteria per category
  • Good (8 or 27.6%)
  • Not assessed (12 or 41.4%)
  • Not good (9 or 31.0%)
  • Unknown (0 or 0.0%)
  • Good (8 or 66.7%)
  • Not assessed (0 or 0.0%)
  • Not good (1 or 8.3%)
  • Unknown (3 or 25.0%)
  • Good (11 or 73.3%)
  • Not assessed (3 or 20.0%)
  • Not good (1 or 6.7%)
  • Unknown (0 or 0.0%)
  • Good (5 or 62.5%)
  • Not assessed (0 or 0.0%)
  • Not good (3 or 37.5%)
  • Unknown (0 or 0.0%)
  • Good (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Not good (0 or 0.0%)
  • Unknown (1 or 100.0%)
  • Good (36 or 36.4%)
  • Not assessed (58 or 58.6%)
  • Not good (5 or 5.1%)
  • Unknown (0 or 0.0%)
  • Good (12 or 75.0%)
  • Not assessed (0 or 0.0%)
  • Not good (0 or 0.0%)
  • Unknown (4 or 25.0%)
  • Good (8 or 6.1%)
  • Not assessed (24 or 18.2%)
  • Not good (22 or 16.7%)
  • Unknown (78 or 59.1%)
  • Good (28 or 16.0%)
  • Not assessed (74 or 42.3%)
  • Not good (9 or 5.1%)
  • Unknown (64 or 36.6%)
Element status No. of elements per category
  • Good (12 or 41.4%)
  • Not assessed (4 or 13.8%)
  • Not good (13 or 44.8%)
  • Unknown (0 or 0.0%)
  • Good (8 or 66.7%)
  • Not assessed (0 or 0.0%)
  • Not good (4 or 33.3%)
  • Unknown (0 or 0.0%)
  • Good (10 or 66.7%)
  • Not assessed (0 or 0.0%)
  • Not good (5 or 33.3%)
  • Unknown (0 or 0.0%)
  • Good (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Not good (8 or 100.0%)
  • Unknown (0 or 0.0%)
  • Good (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Not good (0 or 0.0%)
  • Unknown (1 or 100.0%)
  • Good (74 or 74.7%)
  • Not assessed (0 or 0.0%)
  • Not good (25 or 25.3%)
  • Unknown (0 or 0.0%)
  • Good (16 or 100.0%)
  • Not assessed (0 or 0.0%)
  • Not good (0 or 0.0%)
  • Unknown (0 or 0.0%)
  • Good (0 or 0.0%)
  • Not assessed (0 or 0.0%)
  • Not good (66 or 50.0%)
  • Unknown (66 or 50.0%)
  • Good (8 or 4.6%)
  • Not assessed (36 or 20.6%)
  • Not good (16 or 9.1%)
  • Unknown (115 or 65.7%)
Integration rule type for parameters
OOAO (25 or 100.0%)
Not relevant (12 or 100.0%)
OTH (15 or 100.0%)
OTH (8 or 100.0%)
Not relevant (1 or 100.0%)
Not relevant (40 or 40.4%)
OTH (59 or 59.6%)
Not relevant (94 or 100.0%)
Integration rule description for parameters
It has not been possible to do cross-species integration.
Only one species has been studied within this GES component. It has not been possible to make integration across other species.
No integration
The assessment obtained by calculating the parameter directly informs the corresponding criterion, for a given marine mammal species, without an integration rule.

The assessment obtained by the calculation of the parameter directly informs the corresponding criterion for a given marine mammal species without any integration rule. Except for the assessment of the status of seal criterion D1C2: the integration between the two parameters "Relative abundance (short-term calculation)" and "Relative abundance (long-term calculation)" follows the OOAO rule.

The assessment obtained by the calculation of the parameter directly informs the corresponding criterion for a given marine mammal species without any integration rule. With the exception of the assessment of the status of the D1C2 criterion for seals: the integration between the two parameters "Relative abundance (short-term calculation)" and "Relative abundance (long-term calculation)" follows the OOAO rule.
Integration rule type for criteria
OOAO (25 or 100.0%)
OOAO (12 or 100.0%)
OTH (15 or 100.0%)
OTH (8 or 100.0%)
Not relevant (1 or 100.0%)
OOAO (59 or 59.6%)
OTH (40 or 40.4%)
OTH (16 or 100.0%)
Not relevant (38 or 28.8%)
OOAO (94 or 71.2%)
OTH (40 or 100.0%)
Integration rule description for criteria
GES defined as: When the threshold values for all indicators of each species under all relevant criteria are achieved in the assessment area.
GES defined as: When the threshold values for all indicators of each species under relevant criteria are achieved in the assessment area.
It has only been possible to integrate across D2, D4 and D5 for one species. It has not been possible to make an integration for D1 and D3.
The assessment of the criteria was derived from the partial evaluations of the species evaluation under the Habitats Directive.
No integration
The integration between the criteria and species (element) levels is carried out on the basis of the "One Out All Out" (OOAO) method. Therefore, if one of the criteria for a given species is not in good status in the marine sub-region, then the species (item) is not in good status.

The integration between the criteria and species (element) levels is carried out on the basis of the "One Out All Out" (OOAO) method. Therefore, if one of the criteria for a given species is not in good status in the marine sub-region, then the species (item) is not in good status. An exception exists for fin whales, where only one criterion could be entered in this assessment. Therefore, the assessment of the status of Criterion D1C4 directly informs the status of the species, i.e. fin whale, without an integration rule.
Collective expert judgement was used to determine criteria integration.
Los resultados de la evaluación de los mamíferos marinos en el proyecto MISTIC SEAS 2 no se han integrado porque se consideró inadecuado o, al menos, prematuro, con el nivel actual de información y conocimiento.
The OOAO method has been applied directly in the case of primary criteria. In the case of secondary criteria, the expert criterion has also been taken into account for integration.
For assessment and integration of environmental status it is essential to collect a wider/diverse set of data, filling gaps for a precision assessment. the suggested integration rule OOAO (WG BEA, 2017) could offer a reliable and robust integration method if the status of each element, criterion, indicator could be assessed with a very high degree of confidence, this is rarely the case.
The integration of the assessments of the different criteria for determining the status of the element followed the methodology proposed by the Habitats Directive, ensuring consistency between the results of the two Directives. The overall assessment of the conservation status of the species under that Directive when ?favourable? requires that none of the criteria is in ?unfavourable? status and only one criterion is ?unknown?
The integration of the assessments of the different criteria for determining the status of the element followed the methodology proposed by the Habitats Directive, ensuring consistency between the results of the two Directives. The overall assessment of the conservation status of the species under that Directive when ?favourable? requires that none of the criteria is in ?unfavourable? status and only one criterion is ?unknown?.
GES extent threshold
  • 100.00 (15 of 15, or 100.0%)
  • 100.00 (8 of 8, or 100.0%)
  • 100.00 (99 of 99, or 100.0%)
GES extent achieved
  • 100.00 (10 of 10, or 100.0%)
  • 100.00 (49 of 99, or 49.5%)
  • 33.00 (15 of 99, or 15.2%)
  • 50.00 (20 of 99, or 20.2%)
  • 67.00 (15 of 99, or 15.2%)
  • 100.00 (16 of 16, or 100.0%)
GES extent unit
  • Proportion of species in good status within species group (15 of 15, or 100.0%)
  • Proportion of area in good status (8 of 8, or 100.0%)
  • Proportion of species in good status within species group (1 of 1, or 100.0%)
  • Proportion of species in good status within species group (99 of 99, or 100.0%)
  • Proportion of species in good status within species group (16 of 16, or 100.0%)
GES achieved Baleen whales
  • GES achieved (15)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (15)
  • Unknown (5)
  • Not assessed (9)
  • Unknown (31)
GES achieved Deep-diving toothed cetaceans
  • GES achieved (10)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (12)
  • Unknown (22)
  • Not assessed (12)
  • Unknown (47)
GES achieved Small toothed cetaceans
  • Not assessed (4)
  • Not assessed (4)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (5)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (3)
  • Unknown (1)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (50)
  • GES achieved (8)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (67)
  • Unknown (11)
  • Not assessed (29)
  • Unknown (42)
GES achieved Seals
  • GES achieved (12)
  • GES expected to be achieved by 2020 (13)
  • Unknown (8)
  • GES achieved (10)
  • GES expected to be achieved later than 2020, no Article 14 exception reported (5)
  • GES achieved (24)
  • GES achieved (8)
  • Not assessed (5)
Assessment period
2011-2016 (29 or 100.0%)
2006-2016 (4 or 33.3%)
2006-2017 (8 or 66.7%)
2012-2018 (15 or 100.0%)
2012-2016 (8 or 100.0%)
2011-2016 (1 or 100.0%)
2011-2016 (99 or 100.0%)
2009-2018 (16 or 100.0%)
2011-2017 (94 or 71.2%)
2012-2018 (38 or 28.8%)
2012-2017 (40 or 22.9%)
2012-2018 (120 or 68.6%)
2014-2018 (15 or 8.6%)
Related pressures
  • Disturbance of species (e.g. where they breed, rest and feed) due to human presence (29 or 17.9%)
  • Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) (29 or 17.9%)
  • Input of anthropogenic sound (impulsive, continuous) (29 or 17.9%)
  • Input of microbial pathogens (25 or 15.4%)
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events (25 or 15.4%)
  • Physical loss of the seabed (25 or 15.4%)
  • Disturbance of species (e.g. where they breed, rest and feed) due to human presence (12 or 42.9%)
  • Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) (12 or 42.9%)
  • Input of anthropogenic sound (impulsive, continuous) (4 or 14.3%)
  • All pressures related to inputs of substances, litter and energy (15 or 33.3%)
  • Disturbance of species (e.g. where they breed, rest and feed) due to human presence (15 or 33.3%)
  • Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) (15 or 33.3%)
  • Changes to hydrological conditions (8 or 21.1%)
  • Disturbance of species (e.g. where they breed, rest and feed) due to human presence (8 or 21.1%)
  • Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) (8 or 21.1%)
  • Input of anthropogenic sound (impulsive, continuous) (8 or 21.1%)
  • Input of litter (solid waste matter, including micro-sized litter) (3 or 7.9%)
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events (3 or 7.9%)
  • Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) (1 or 100.0%)
  • Unknown (50 or 100.0%)
  • Disturbance of species (e.g. where they breed, rest and feed) due to human presence (16 or 11.1%)
  • Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) (16 or 11.1%)
  • Input of anthropogenic sound (impulsive, continuous) (16 or 11.1%)
  • Input of litter (solid waste matter, including micro-sized litter) (16 or 11.1%)
  • Input of nutrients - diffuse sources, point sources, atmospheric deposition (16 or 11.1%)
  • Input of organic matter - diffuse sources and point sources (16 or 11.1%)
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events (16 or 11.1%)
  • Loss of, or change to, natural biological communities due to cultivation of animal or plant species (16 or 11.1%)
  • Physical disturbance to seabed (16 or 11.1%)
  • Disturbance of species (e.g. where they breed, rest and feed) due to human presence (67 or 15.1%)
  • Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) (120 or 27.0%)
  • Input of anthropogenic sound (impulsive, continuous) (79 or 17.8%)
  • Input of litter (solid waste matter, including micro-sized litter) (38 or 8.5%)
  • Input of nutrients - diffuse sources, point sources, atmospheric deposition (10 or 2.2%)
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events (38 or 8.5%)
  • Litter and micro-litter in species (38 or 8.5%)
  • Litter in the environment (55 or 12.4%)
  • Contaminants - UPBT substances (134 or 17.7%)
  • Contaminants - non UPBT substances (14 or 1.8%)
  • Disturbance of species (e.g. where they breed, rest and feed) due to human presence (162 or 21.3%)
  • Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) (128 or 16.9%)
  • Impulsive sound in water (8 or 1.1%)
  • Input of anthropogenic sound (impulsive, continuous) (135 or 17.8%)
  • Input of litter (solid waste matter, including micro-sized litter) (120 or 15.8%)
  • Litter in the environment (34 or 4.5%)
  • Physical disturbance to seabed (24 or 3.2%)
Related targets
10
6
7
4
2
4
78
13