Member State report / Art10-2024 / 2024 / D4 / Netherlands / NE Atlantic: Greater North Sea

Report type Member State report to Commission
MSFD Article Art10
Report due 2024-10-15
GES Descriptor D4 Food webs/D1 Ecosystems
Member State Netherlands
Region/subregion NE Atlantic: Greater North Sea
Report date 2026-04-10 12:40:24

Target code
ANSNL-D10-T10.1a
ANSNL-D10-T10.1b
ANSNL-D10-T10.2
ANSNL-D10-T10.3
ANSNL-D10-T10.4
ANSNL-D10-T10.5
ANSNL-D10-T10.6
ANSNL-D10-T10.7
ANSNL-D10-T10.8
ANSNL-D10-T10.9
ANSNL-D11-T11.1
ANSNL-D11-T11.2
ANSNL-D11-T11.3
ANSNL-D11-T11.4
ANSNL-D1B-T1.5
ANSNL-D1B-T1.6
ANSNL-D1B-T1.7a
ANSNL-D1B-T1.7b
ANSNL-D1B-T1.8
ANSNL-D1B-T1.9
ANSNL-D1F-T1.12
ANSNL-D1F-T1.13a
ANSNL-D1F-T1.13b
ANSNL-D1F-T1.14
ANSNL-D1M-D1B-D1F-D6/D1-T1.1
ANSNL-D1M-D1B-D1F-D6/D1-T1.2
ANSNL-D1M-D1B-D1F-D6/D1-T1.3
ANSNL-D1M-D1B-D1F-T1.4a
ANSNL-D1M-D1B-D1F-T1.4b
ANSNL-D1M-T1.10
ANSNL-D1M-T1.11
ANSNL-D2-T2.1
ANSNL-D2-T2.2
ANSNL-D4-T4.1
ANSNL-D4-T4.2
ANSNL-D4-T4.3
ANSNL-D4-T4.4a
ANSNL-D4-T4.4b
ANSNL-D4T1
ANSNL-D5-T5.1
ANSNL-D5-T5.2
ANSNL-D5-T5.3
ANSNL-D5-T5.4a
ANSNL-D5-T5.4b
ANSNL-D6-T6.1
ANSNL-D6-T6.2
ANSNL-D6-T6.3
ANSNL-D6-T6.4
ANSNL-D6-T6.5
ANSNL-D6-T6.6
ANSNL-D7-T7.1
ANSNL-D7-T7.2
ANSNL-D7-T7.3
ANSNL-D8-T8.1
ANSNL-D8-T8.2
ANSNL-D8-T8.3
ANSNL-D8-T8.4
ANSNL-D8-T8.5
ANSNL-D8-T8.6
ANSNL-D8-T8.7
ANSNL-D8-T8.8
Target code
ANSNL-D11T1
ANSNL-D1T3
ANSNL-D1T3
ANSNL-D1T3; ANSNL-D1T6
ANSNL-D1T5
ANSNL-D1T5
ANSNL-D1T3
ANSNL-D1T2; ANSNL-D1T3
ANSNL-D1T4
ANSNL-D2T1
ANSNL-D2T1
ANSNL-D5T1
ANSNL-D6T1
ANSNL-D6T3
ANSNL-D1T3; ANSNL-D6T2
ANSNL-D6T5
ANSNL-D7T1
ANSNL-D7T1
ANSNL-D7T1
ANSNL-D8T1
ANSNL-D8T5
ANSNL-D8T6
Target description
Reducing the amount of single-use plastic items (including small plastic bottles and caps, and balloons) and of marine-related plastic items on Dutch beaches: by at least 50% by 2025, compared to 2015/2016. This environmental target is in line with the operational target from the OSPAR strategy (NEAES 2030).
Reducing the amount of single-use plastic items (including small plastic bottles and caps, and balloons) and of marine-related plastic items on Dutch beaches: by at least 75% by 2030, compared to 2015/2016. This environmental target is in line with the operational target from the OSPAR strategy (NEAES 2030).
By 2030, the amount of dolly rope and other fisheries-related litter, especially fishing net cutting, on beaches will be reduced by 75% compared to 2015/2016.
By 2030, the amount of pellets on beaches must be significantly reduced compared to 2023/2024.
The amount of floating litter reduces: the number of northern fulmars with too much plastic in their stomachs decreases significantly: to less than 38% by 2030.
By 2030, the amount of litter in river catchments will have decreased significantly (or substantially by a percentage to be determined) compared to 2024/2025.
By 2030, the amount of cigarette butts on recreational beaches will be reduced by 70% compared to the period 2018-2022.
By 2030, the presence of single-use plastic items on recreational beaches will be reduced by at least 75% compared to the period 2018-2022.
The amount of litter on the sea floor from maritime sources is minimised.
Minimise paraffin discharges.
Limiting impulsive and continuous sound in construction projects (pile driving) and impulsive sound from seismic surveys and explosives clearance. Phase 1: Regional Action Plan Under Water Noise (RAP UW 2025). Additional milestones: Phase 1: Regional Action Plan Under Water Noise (RAP UW 2025) Phase 2: implement RAP UW from 2025 onwards
Regionally exploring opportunities for promoting silence and quiet areas where this is valuable for sensitive species. Phase 1: Regional Action Plan Under Water Noise (RAP UW 2025) Phase 2: implement RAP UW from 2025 onwards
Encouraging innovation in the development of low-noise technologies in maritime shipping.
Phase 1: developing a toolbox to assess the ecological impact of electromagnetic fields (EMF) Phase 2: Where possible/necessary, mitigating potential negative effects of EMF from cables and pipes on species sensitive to them (especially sharks and rays)
Improving the status of seabirds by expanding the area of special protection areas at sea under the Birds Directive. Note: The number of km2 is to be determined after additional research on BD area designation, which is expected to be completed in 2025.
Restoring the population abundance of bird species for which good environmental status has not been attained or maintained, by achieving at least a positive trend for each species.
Phase 1: Understanding whether food availability is a limitation for vulnerable bird species
Phase 2: ensuring and, if necessary, restoring sufficient food availability for vulnerable bird species
Mitigating effects of new offshore wind farms (habitat loss, displacement and collision victims) on marine birds and migratory birds.
Reducing disturbance and predation on breeding birds so that fecundity is improved.
Priority fish migration bottlenecks in Dutch (inland) waters have been resolved.
Phase 1: Understanding distribution, habitat use and population abundance of sharks and rays.
Phase 2: Where necessary, restoring distribution, habitat use and population abundance of sharks and rays.
Achieving population growth or at least conservation of (vulnerable) commercial and non-commercial fish species.
By 2030, at least 30 percent of the area of the Dutch marine waters is protected area under the regime of Natura 2000 and/or the MSFD. The Wadden Sea, Ems-Dollard and Delta (Oosterschelde and Westerschelde) are also included in the calculation of this percentage.
Achieve conservation objectives for habitat types and species in marine Natura 2000 sites.
Stop the nationwide decline of marine habitat types (HD) and species (HD and BD).
Phase 1: Gain insight into the bycatch of vulnerable bird species, harbour seal, and non-commercial fish species such as sharks and rays.
Phase 2: Minimizing bycatch of vulnerable bird species, marine mammals, and non-commercial fish species such as sharks and rays.
Integrated approach to reach and maintain healthy populations of marine mammals.
Limiting the effects of underwater noise on marine mammals.
Minimising introductions of non-indigenous species through vessel hull growth and ballast water (at least a decrease compared to the previous plan period).
Minimising introductions of non-indigenous species through shellfish transport, aquaculture through other vectors, e.g. due to new activities.
Restoring food webs to healthy state with natural energy transfer between trophic levels.
Working towards a coherent and representative network of protected areas and areas designated as Other Effective area-based Conservation Measure (OECM) to restore and ensure the resilience of the food web, which represents improvement compared with the previous policy period.
Recovery of size distribution of predators in the trophic demersal sub-apex level
Phase 1: Exploring the effects of human activities affecting stratification in plankton communities.
Phase 2: If necessary, minimising the disruptive effects of human activities.
Develop and test regional assessment methods that could be used in the future to assess the status of food webs.
Reducing nutrient inputs from rivers to the sea, aiming at achieving and maintaining WFD targets for chlorophyll a concentrations in coastal waters, and OSPAR targets in river plumes.
Focusing on reducing foreign inputs of nutrients (nitrogen) via the international river commissions.
Input and extraction of nutrients due to new activities at sea, such as large-scale aquaculture, are limited to a level where no demonstrable negative impacts on primary production occur.
Increasing natural retention of nutrients in catchments if research shows this to be effective.
Increasing natural retention of nutrients in catchments if research shows this to be effective.
By 2030, 10 percent of the entire seafloor in the Dutch part of the North Sea will be safeguarded from all manageable human activities that have effects on the seafloor.
By 2030, 15 per cent of the Dutch North Sea within ecologically valuable areas will be completely free of sea-floor disturbance by bottom fishing (of which 2.8 per cent for all forms of fishing).
Reduce the impact of physical disturbance by broad habitat type from fishing activities, to at least a decreasing trend by 2030 compared to the previous planning period.
Quality improvement for each of the broad habitat types whose size and/or quality is significant in the Dutch part of the North Sea, including areas where fishing is restricted.
Continue to comply with the EU threshold by minimising infrastructure projects, sand extraction and fishing.
Return and restoration of biogenic reefs, including flat oyster beds, in ecological valuable areas and in wind farms.
Degradation of benthic habitats due to permanent alteration of hydrographical conditions by wind farm construction to be limited to the direct impact zone around individual piles, avoiding interaction with other wind farms.
Limiting effects of permanent alteration of hydrographical conditions due to mid-depth and deep sand extraction (extraction wells of 6 metres or more) to temporary disturbance of benthic habitats, and limit permanent disturbance (degradation or loss) for each broad habitat type (in conjunction with the threshold value for D6C4).
New activities such as 'solar at sea', aquaculture, hydrogen production and transport, energy hubs and other uses inside and outside wind farms, should not lead to habitat loss or permanent hydrographical alteration beyond a direct impact zone yet to be defined for each activity (unless ecological added value is demonstrated).
Reducing inputs of contaminants via freshwater into the marine environment to meet WFD targets.
Preventing and limiting significant acute pollution events by cleaning up the substances released in incidents as soon as possible.
Ceasing the use of lead by 2027, by phasing out in marine recreative fishing and encouraging the use of alternatives to achieve this.
Minimising pollution from maritime shipping.
Minimising contaminants from (new) offshore activities, such as wind farms, 'solar at sea', aquaculture, CO2 storage, hydrogen electrolysis and offshore installations.
Reducing the harmful effects of substances used for corrosion protection, including zinc, i.e. on platforms and in wind farms.
Reducing copper contamination of shipping and promoting environmentally friendly alternatives for antifoulants if possible.
Reducing the discharge and spread of PFAS-containing substances and other emerging substances, including pharmaceutical residues, reducing their inflow into marine waters.
Target purpose
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • ImproveKnowledge
  • ImproveKnowledge
  • IndirectlyPreventFurtherPressure
  • ImproveKnowledge
  • IndirectlyPreventFurtherPressure
  • DirectlyRestoreSpecies/Habitat
  • ImproveKnowledge
  • IndirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyReduceExistingPressureInSea
  • ImproveKnowledge
  • DirectlyRestoreSpecies/Habitat
  • DirectlyRestoreSpecies/Habitat
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • DirectlyRestoreSpecies/Habitat
  • ImproveKnowledge
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyRestoreSpecies/Habitat
  • DirectlyRestoreSpecies/Habitat
  • DirectlyRestoreSpecies/Habitat
  • ImproveKnowledge
  • DirectlyPreventFurtherPressure
  • Art8ImproveMethods
  • ImproveKnowledge
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • ImproveKnowledge
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyRestoreSpecies/Habitat
  • DirectlyPreventFurtherPressure
  • DirectlyRestoreSpecies/Habitat
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • DirectlyReduceExistingPressureInSea
  • DirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
  • DirectlyPreventFurtherPressure
  • IndirectlyPreventFurtherPressure
Feature(s)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of litter (solid waste matter, including micro-sized litter)
  • Coastal ecosystem
  • Input of anthropogenic sound (impulsive, continuous)
  • Coastal ecosystem
  • Input of anthropogenic sound (impulsive, continuous)
  • Coastal ecosystem
  • Input of anthropogenic sound (impulsive, continuous)
  • Coastal ecosystem
  • Input of other forms of energy (including electromagnetic fields, light and heat)
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Pelagic-feeding birds
  • Surface-feeding birds
  • Wading birds
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Pelagic-feeding birds
  • Surface-feeding birds
  • Wading birds
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Pelagic-feeding birds
  • Surface-feeding birds
  • Wading birds
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Pelagic-feeding birds
  • Surface-feeding birds
  • Wading birds
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Pelagic-feeding birds
  • Surface-feeding birds
  • Wading birds
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Pelagic-feeding birds
  • Surface-feeding birds
  • Wading birds
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Pelagic shelf fish
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic shelf fish
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic shelf fish
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic shelf fish
  • Benthic broad habitats
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic broad habitats
  • Pelagic shelf fish
  • Pelagic-feeding birds
  • Seals
  • Small toothed cetaceans
  • Surface-feeding birds
  • Wading birds
  • Benthic broad habitats
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic shelf fish
  • Pelagic-feeding birds
  • Seals
  • Small toothed cetaceans
  • Surface-feeding birds
  • Wading birds
  • Benthic broad habitats
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic shelf fish
  • Pelagic-feeding birds
  • Seals
  • Small toothed cetaceans
  • Surface-feeding birds
  • Wading birds
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic shelf fish
  • Pelagic-feeding birds
  • Seals
  • Small toothed cetaceans
  • Surface-feeding birds
  • Wading birds
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic shelf fish
  • Pelagic-feeding birds
  • Seals
  • Small toothed cetaceans
  • Surface-feeding birds
  • Wading birds
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Seals
  • Small toothed cetaceans
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Seals
  • Small toothed cetaceans
  • Coastal ecosystem
  • Input or spread of non-indigenous species
  • Coastal ecosystem
  • Input or spread of non-indigenous species
  • Coastal ecosystem
  • Commercially exploited fish and shellfish
  • Pelagic broad habitats
  • Coastal ecosystem
  • Commercially exploited fish and shellfish
  • Coastal ecosystem
  • Commercially exploited fish and shellfish
  • Coastal ecosystem
  • Commercially exploited fish and shellfish
  • Pelagic broad habitats
  • Coastal ecosystem
  • Commercially exploited fish and shellfish
  • Pelagic broad habitats
  • Coastal ecosystem
  • Coastal ecosystem
  • Input of nutrients - diffuse sources, point sources, atmospheric deposition
  • Pelagic broad habitats
  • Coastal ecosystem
  • Input of nutrients - diffuse sources, point sources, atmospheric deposition
  • Pelagic broad habitats
  • Coastal ecosystem
  • Input of nutrients - diffuse sources, point sources, atmospheric deposition
  • Pelagic broad habitats
  • Coastal ecosystem
  • Input of nutrients - diffuse sources, point sources, atmospheric deposition
  • Pelagic broad habitats
  • Coastal ecosystem
  • Input of nutrients - diffuse sources, point sources, atmospheric deposition
  • Pelagic broad habitats
  • Benthic broad habitats
  • Benthic-feeding birds
  • Coastal ecosystem
  • Coastal fish
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Demersal shelf fish
  • Pelagic broad habitats
  • Pelagic shelf fish
  • Pelagic-feeding birds
  • Seals
  • Small toothed cetaceans
  • Surface-feeding birds
  • Wading birds
  • Benthic broad habitats
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Physical disturbance to seabed
  • Benthic broad habitats
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Physical disturbance to seabed
  • Benthic broad habitats
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Physical loss of the seabed
  • Benthic broad habitats
  • Coastal ecosystem
  • Coastal/shelf cephalopods
  • Commercially exploited fish and shellfish
  • Coastal ecosystem
  • Physical loss of the seabed
  • Coastal ecosystem
  • Hydrographical changes
  • Coastal ecosystem
  • Hydrographical changes
  • Physical loss of the seabed
  • Coastal ecosystem
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events
  • Coastal ecosystem
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events
  • Coastal ecosystem
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events
  • Coastal ecosystem
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events
  • Coastal ecosystem
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events
  • Coastal ecosystem
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events
  • Coastal ecosystem
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events
  • Coastal ecosystem
  • Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events
GES components
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D4
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D4
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D4
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D4
  • D10
  • D10C3 Litter ingested (10.1, 10.2.1)
  • D4
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D4
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D4
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D4
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D4
  • D10
  • D10C1 Litter (excluding micro-litter) (10.1, 10.1.1, 10.1.2)
  • D10C3 Litter ingested (10.1, 10.2.1)
  • D4
  • D11
  • D11C1 Anthropogenic impulsive sound (11.1, 11.1.1)
  • D11C2 Anthropogenic continuous low-frequency sound (11.2, 11.2.1)
  • D4
  • D11
  • D11C1 Anthropogenic impulsive sound (11.1, 11.1.1)
  • D11C2 Anthropogenic continuous low-frequency sound (11.2, 11.2.1)
  • D4
  • D11
  • D11C2 Anthropogenic continuous low-frequency sound (11.2, 11.2.1)
  • D4
  • D11
  • D4
  • D1B
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D4
  • D1B
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D4
  • D1B
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D4
  • D1B
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D4
  • D1B
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D4
  • D1B
  • D1C
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D4
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D1F
  • D3
  • D4
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D1F
  • D3
  • D4
  • D1C
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D1F
  • D3
  • D4
  • D1C
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1F
  • D3
  • D4
  • D1B
  • D1C
  • D1C
  • D1C1 Mortality rate from incidental by-catch
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D1F
  • D1M
  • D3
  • D4
  • D6
  • D6C1 Physical loss of the seabed (6.1)
  • D6C2 Physical disturbance to the seabed (6.1)
  • D6C3 Adverse effects from physical disturbance (6.1.2)
  • D6C4 Benthic habitat extent (1.4, 1.4.1, 1.4.2, 1.5, 1.5.1, 6.1.1)
  • D6C5 Benthic habitat condition (1.6, 1.6.1, 1.6.2, 1.6.3, 6.2, 6.2.1, 6.2.2, 6.2.3, 6.2.4)
  • D1B
  • D1C
  • D1C
  • D1C1 Mortality rate from incidental by-catch
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D1F
  • D1M
  • D3
  • D4
  • D6
  • D6C1 Physical loss of the seabed (6.1)
  • D6C2 Physical disturbance to the seabed (6.1)
  • D6C3 Adverse effects from physical disturbance (6.1.2)
  • D6C4 Benthic habitat extent (1.4, 1.4.1, 1.4.2, 1.5, 1.5.1, 6.1.1)
  • D6C5 Benthic habitat condition (1.6, 1.6.1, 1.6.2, 1.6.3, 6.2, 6.2.1, 6.2.2, 6.2.3, 6.2.4)
  • D1B
  • D1C
  • D1C
  • D1C1 Mortality rate from incidental by-catch
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D1F
  • D1M
  • D3
  • D4
  • D4
  • D6
  • D6C1 Physical loss of the seabed (6.1)
  • D6C2 Physical disturbance to the seabed (6.1)
  • D6C3 Adverse effects from physical disturbance (6.1.2)
  • D6C4 Benthic habitat extent (1.4, 1.4.1, 1.4.2, 1.5, 1.5.1, 6.1.1)
  • D6C5 Benthic habitat condition (1.6, 1.6.1, 1.6.2, 1.6.3, 6.2, 6.2.1, 6.2.2, 6.2.3, 6.2.4)
  • D1B
  • D1C
  • D1C1 Mortality rate from incidental by-catch
  • D1F
  • D1M
  • D3
  • D4
  • D1B
  • D1C
  • D1C1 Mortality rate from incidental by-catch
  • D1F
  • D1M
  • D3
  • D4
  • D1C
  • D1C1 Mortality rate from incidental by-catch
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D1M
  • D4
  • D1C
  • D1C2 Population abundance (1.2, 1.2.1)
  • D1C3 Population demographic characteristics (1.3, 1.3.1)
  • D1C4 Population distributional range and pattern (1.1, 1.1.1, 1.1.2, 1.1.3)
  • D1C5 Habitat for the species
  • D1M
  • D4
  • D2
  • D2C1 Newly-introduced NIS
  • D4
  • D2
  • D2C1 Newly-introduced NIS
  • D4
  • D1C6 Pelagic habitat condition (1.5.2, 1.6, 1.6.1, 1.6.2, 1.6.3)
  • D1P
  • D3
  • D4
  • D4C1 Trophic guild species diversity (1.7, 1.7.1)
  • D4C2 Abundance across trophic guilds (1.7, 1.7.1, 4.3, 4.3.1)
  • D4C3 Trophic guild size distribution (4.2, 4.2.1)
  • D3
  • D4
  • D4C1 Trophic guild species diversity (1.7, 1.7.1)
  • D4C2 Abundance across trophic guilds (1.7, 1.7.1, 4.3, 4.3.1)
  • D4C3 Trophic guild size distribution (4.2, 4.2.1)
  • D3
  • D4
  • D4C2 Abundance across trophic guilds (1.7, 1.7.1, 4.3, 4.3.1)
  • D4C3 Trophic guild size distribution (4.2, 4.2.1)
  • D1C6 Pelagic habitat condition (1.5.2, 1.6, 1.6.1, 1.6.2, 1.6.3)
  • D1P
  • D3
  • D4
  • D4C1 Trophic guild species diversity (1.7, 1.7.1)
  • D4C2 Abundance across trophic guilds (1.7, 1.7.1, 4.3, 4.3.1)
  • D1C6 Pelagic habitat condition (1.5.2, 1.6, 1.6.1, 1.6.2, 1.6.3)
  • D1P
  • D3
  • D4
  • D4C1 Trophic guild species diversity (1.7, 1.7.1)
  • D4C2 Abundance across trophic guilds (1.7, 1.7.1, 4.3, 4.3.1)
  • D4C3 Trophic guild size distribution (4.2, 4.2.1)
  • D4C3 Trophic guild size distribution (4.2, 4.2.1)
  • D1C6 Pelagic habitat condition (1.5.2, 1.6, 1.6.1, 1.6.2, 1.6.3)
  • D1P
  • D4
  • D5
  • D5C1 Nutrient concentrations (5.1, 5.1.1)
  • D5C2 Chlorophyll-a concentration (5.2.1)
  • D1C6 Pelagic habitat condition (1.5.2, 1.6, 1.6.1, 1.6.2, 1.6.3)
  • D1P
  • D4
  • D5
  • D5C1 Nutrient concentrations (5.1, 5.1.1)
  • D1C6 Pelagic habitat condition (1.5.2, 1.6, 1.6.1, 1.6.2, 1.6.3)
  • D1P
  • D4
  • D5
  • D5C1 Nutrient concentrations (5.1, 5.1.1)
  • D5C2 Chlorophyll-a concentration (5.2.1)
  • D1C6 Pelagic habitat condition (1.5.2, 1.6, 1.6.1, 1.6.2, 1.6.3)
  • D1P
  • D4
  • D5
  • D5C1 Nutrient concentrations (5.1, 5.1.1)
  • D1C6 Pelagic habitat condition (1.5.2, 1.6, 1.6.1, 1.6.2, 1.6.3)
  • D1P
  • D4
  • D5
  • D5C1 Nutrient concentrations (5.1, 5.1.1)
  • D1C
  • D1C
  • D3
  • D4
  • D6
  • D6C2 Physical disturbance to the seabed (6.1)
  • D1C
  • D1C
  • D3
  • D4
  • D6
  • D6C2 Physical disturbance to the seabed (6.1)
  • D1C
  • D3
  • D4
  • D6
  • D6C3 Adverse effects from physical disturbance (6.1.2)
  • D1C
  • D3
  • D4
  • D6
  • D6C5 Benthic habitat condition (1.6, 1.6.1, 1.6.2, 1.6.3, 6.2, 6.2.1, 6.2.2, 6.2.3, 6.2.4)
  • D1C
  • D3
  • D4
  • D6
  • D6C4 Benthic habitat extent (1.4, 1.4.1, 1.4.2, 1.5, 1.5.1, 6.1.1)
  • D1C
  • D3
  • D4
  • D6
  • D6C5 Benthic habitat condition (1.6, 1.6.1, 1.6.2, 1.6.3, 6.2, 6.2.1, 6.2.2, 6.2.3, 6.2.4)
  • D4
  • D7
  • D7C1 Permanent alteration of hydrographical conditions (7.1, 7.1.1)
  • D4
  • D7
  • D7C2 Adverse effects from permanent alteration of hydrographical conditions (7.2, 7.2.1, 7.2.2)
  • D4
  • D7
  • D7C1 Permanent alteration of hydrographical conditions (7.1, 7.1.1)
  • D4
  • D8
  • D8C1 Contaminants in environment (8.1, 8.1.1)
  • D9
  • D4
  • D8
  • D8C3 Significant acute pollution events (8.2.2)
  • D9
  • D4
  • D8
  • D8C1 Contaminants in environment (8.1, 8.1.1)
  • D9
  • D4
  • D8
  • D8C1 Contaminants in environment (8.1, 8.1.1)
  • D8C3 Significant acute pollution events (8.2.2)
  • D9
  • D4
  • D8
  • D8C1 Contaminants in environment (8.1, 8.1.1)
  • D9
  • D4
  • D8
  • D8C1 Contaminants in environment (8.1, 8.1.1)
  • D9
  • D4
  • D8
  • D8C1 Contaminants in environment (8.1, 8.1.1)
  • D9
  • D4
  • D8
  • D8C1 Contaminants in environment (8.1, 8.1.1)
  • D9
Timescale
Update date
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
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202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
201807
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
202512
Update type target
TargetNew
TargetNew
TargetNew
TargetNew
TargetNew
TargetNew
TargetNew
TargetNew
TargetNew
TargetNew
TargetSame
TargetNew
TargetNew
TargetNew
TargetModified
TargetNew
TargetNew
TargetNew
TargetNew
TargetModified
TargetSame
TargetSame
TargetSame
TargetNew
TargetModified
TargetModified
TargetNew
TargetNew
TargetNew
TargetSame
TargetNew
TargetModified
TargetModified
TargetNew
TargetNew
TargetNew
TargetNew
TargetNew
TargetNotNeeded
TargetModified
TargetNew
TargetNew
TargetNew
TargetNew
TargetSame
TargetNew
TargetSame
TargetModified
TargetNew
TargetSame
TargetModified
TargetModified
TargetModified
TargetSame
TargetSame
TargetSame
TargetNew
TargetNew
TargetNew
TargetModified
TargetNew
Marine reporting unit
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
  • ANS-NL-MS-1
Element
PresInputLitter
PresInputLitter
PresInputLitter
PresInputLitter
PresInputLitter
PresInputLitter
PresInputLitter
PresInputLitter
PresInputLitter
PresInputLitter
PresInputSound
PresInputSound
PresInputSound
PresInputSound
PresBioExtractSpp; PresBioDisturbSpp
PresBioExtractSpp; PresBioDisturbSpp
PresBioExtractSpp
PresBioExtractSpp
PresPhyDisturbSeabed; PresBioExtractSpp; PresBioDisturbSpp; PresPhyLoss
PresBioExtractSpp; PresBioDisturbSpp
Not applicable;PresEnvHydroChanges
PresBioDisturbSpp; PresBioExtractSpp
PresBioDisturbSpp; PresBioExtractSpp
PresBioDisturbSpp; PresBioExtractSpp
PresPhyDisturbSeabed; PresBioExtractSpp; PresBioDisturbSpp
PresPhyDisturbSeabed; PresBioExtractSpp; PresBioDisturbSpp
PresPhyDisturbSeabed; PresBioExtractSpp; PresBioDisturbSpp
PresBioExtractSpp
PresBioExtractSpp
PresPhyDisturbSeabed; PresBioExtractSpp; PresBioDisturbSpp
PresInputSound
PresBioIntroNIS
PresBioIntroNIS
PresBioDisturbSpp; PresBioExtractSpp
PresBioDisturbSpp; PresBioExtractSpp; PresPhyLoss; PresPhyDisturbSeabed
PresBioExtractSpp
PresInputNut; PresEnvHydroChanges
PresInputNut; PresEnvHydroChanges
Not applicable
PresInputNut
PresInputNut
PresBioCultHab
PresInputNut
PresInputNut
PresPhyDisturbSeabed; PresPhyLoss; PresEnvHydroChanges
PresPhyDisturbSeabed; PresPhyLoss; PresEnvHydroChanges
PresPhyDisturbSeabed
PresPhyDisturbSeabed
PresPhyLoss
PresPhyDisturbSeabed
PresEnvHydroChanges
PresEnvHydroChanges; PresPhyLoss
PresEnvHydroChanges; PresPhyLoss
PresInputCont
PresInputCont
PresInputCont
PresInputCont
PresInputCont
PresInputCont
PresInputCont
PresInputCont
Parameter
Amount on coastline
Amount on coastline
Amount on coastline
Amount on coastline
AMO-B
Mass
Amount on coastline
Mass
Unknown
Incidence
Unknown
Unknown
Unknown
Unknown
Extent
Abundance
Unknown
Unknown
Unknown
Breeding success
% coverage
Unknown
Unknown
Abundance
Extent
% coverage
Halt in decline
Presence - threatened species in bycatch of fishing gear
Presence - threatened species in bycatch of fishing gear
Unknown
Underwater sound level
Presence
Presence
Unknown
Unknown
Size distribution - Trophic guild
Unknown
Unknown
Size - length
Mass
Mass
Concentration in water
Unknown
Mass
Extent
Extent
Extent
Habitat condition
Extent
Extent
Extent
Extent
Extent
Mass
Incidence
Unknown
Incidence
Unknown
Unknown
CONC-B-Other
Concentration in water
Target value
30.0
Target value
>=
Value achieved - upper
Value achieved - lower
Value unit
Target status
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Target not yet achieved
Assessment period
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2016-2021
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
2022-2027
Target assessment description
Existing package of measures from MS3 2022 (including action on balloons), including measures based on the SUP Directive. If necessary, additional measures based on a new RAP ML from 2026 and the SUP revision (2026).
Existing package of measures from MS3 2022 (including action on balloons), including measures based on the SUP Directive. If necessary, additional measures based on a new RAP ML from 2026 and the SUP revision (2026).
Existing measures from MS3 2022, specifically phasing out dolly rope. Implementation agenda for the vision on food from the sea and large waters. OSPAR RAPML 2022-2030. Possibly, additional measures based on the revision of the SUP Directive (2026) and new OSPAR RAPML from 2030 onwards.
Existing measures from MS3 2022, specific measures RAP ML in relation to pellets and the Microplastics Policy Programme. Possible additional measures: EU regulations prevent loss of pellets during production and transport process (2024/2025); possible specification of pellets as hazardous substance through deployment of IMO.
Measures from MS3 2022-2027, specifically the SUP directive and RAP ML. IMO directives, including MARPOL. Possible additional measures: EU regulations prevent loss of pellets during production and transport process (2024/2025); Adapted requirements of marine transport of pellets via possible assignment of pellets as a hazardous substance within IMO.
Indicator under development: litter in river basins with macro litter monitoring on river banks. Existing measures from MS3 2022, specifically river basin approach. Existing national litter policy (including the Litter Collection Scheme). If necessary, additional measures based on, the revision of the SUP Directive (2026) and new OSPAR RAPML from 2030 onwards.
Indicator under development: shortened OSPAR measurements on recreational beaches in beach season Measures from MS3 2022-2027, specifically Clean Beaches programme. National policy around tackling cigarette filters in the environment.
Indicator under development: shortened OSPAR measurements on recreational beaches in beach season. Measures from MS3 2022-2027, specifically Clean Beaches programme and SUP directive. National policy around tackling litter.
Indicators under development. Information from clean-up operations (FFL) and Port Reception Facilities (PRF) Potentially Bottom-scraper Monitoring D6C5 The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Measures from MS3 2022-2027, specifically Fishing for Litter. Possible additional measures: Regional cooperation OSPAR and EU TGML; Commitment within IMO to tightening international regulations.
Indicators under development: Annual number of reports to Rijkswaterstaat of assistance required in clearing up more than 5m3 of paraffin. Quantities of paraffin (mg) recorded in bird stomachs (D10C3) and on the beach (D10C1): beachlitter-qsr23-ospar and plastic-in-fulmar-qsr23-ospar The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. MS3 measures, specifically the paraffin covenant and improved pre-wash procedure for washing discharged tanks at IMO.
Indicators under development: Indicator D11C1 Impulsive sound (risk-impact-anthropogenic-sound-qsr23-ospar): number of porpoise disturbance days due to mooring projects. Continuous sound as a result of construction work: under development. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Include requirements in permit conditions regarding underwater sound generation. Connect to developments in the OSPAR context through the Regional Action Plan Under Water Noise. Include requirements in the licence conditions regarding seismicity, such as mandatory application of best available techniques (BAT). Implementation in line with Defence protocol, which is reviewed periodically. Explore options for further research on low-noise or alternative explosives clearance. Progress D11T1 (2018): The knowledge base has grown considerably, and there is now a KEC (Quality of Sound) that offshore pile-driving activities (the main source of impulsive noise in the Dutch North Sea) must comply with.
Indicator under development: Surface area meeting the silence criterion (still to be developed regionally). The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. RAP UW to be drafted (2025). Land-use planning measures (areas to be avoided) and adjusting boating behaviour (e.g. sailing slower) to reduce noise production. Implementation goal 11.4 also contributes to goal 11.3.
Indicator under development: Number of actions to promote and use low-noise techniques. Based on outcomes of research: SATURN (2021-2025) Study on effects of propeller design on reduction of sound in water (start 2024).
Indicator: still to be developed in coming plan period. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Make part of EIA and permits based on outcomes of TenneT research and other scientific studies on the subject.
Indicator under development: The surface area of new Birds Directive areas. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Four protected bird areas (Frisian Front, Brown Bank, North Sea Coastal Zone, Voordelta) already designated. Processes for research and designation of additional areas are ongoing. Draft and implement N2000 management plans. Progress D1T3 (2018): Management plans have been developed and are following their own trajectory. Some new environmental objectives incorporate agreements from management plans, while others are supplementary and also contribute to achieving the N2000 conservation objectives.
Indicators under development: 1: Indicator of population abundance by species (D1C2) (marine-bird-abundance-qsr23-ospar) 2: Indicator under development: link to species protection plans (evaluations) The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Draft and implement (2024-2030) species protection plans for KEC species + for EBS species (various species of marine birds + shorebirds) + IUCN Red List species ( North Sea Agreement 6.9).
Indicator for food availability yet to be developed. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Draft and implement (2024-2030) species protection plans for KEC species + for EBS species (various species of marine birds + shorebirds) + IUCN Red List species ( North Sea Agreement 6.9).
The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. More measures may be needed to restore food availability based on outcomes after 2030.
Indicator to be developed (partly based on species protection plans, and Wozep outcomes) The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale', Use the KEC and VECI (ecological assessment framework) in planning. Include mitigation measures in plot decisions, including implementation of best practices such as the start/stop procedure. North Sea Nature Enhancement Programme (duration to 2030) Draft and implement (2024-2030) species protection plans.
Indicators under development: 1: Fecundity of shorebirds (gulls, common tern, eider, oystercatcher, avocet, ringed plover, Kentish plover and terns) according to indicator for D1C3 (marine-bird-breeding-productivity-qsr23-ospar) 2: Indicator under development: Align with evaluations N2000 management plans The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Existing measures in N2000 coastal areas (reducing disturbance (recreation, driving on the beach) for fecundity and protection against predation by foxes in particular). Draft and implement (2024-2030) species protection plans (with exploration of opportunities for breeding colonies outside N2000 areas). Progress D1T3 (2018): Management plans have been developed and are following their own trajectory. Some new environmental objectives incorporate agreements from management plans, while others are supplementary and also contribute to achieving the N2000 conservation objectives.
Indicator under development: number of structures that can be negotiated by fish. WFD measures Progress D1T3 (2018): Management plans have been developed and are following their own trajectory. Some new environmental objectives incorporate agreements from management plans, while others are supplementary and also contribute to achieving the N2000 conservation objectives. Progress D1T6 (2018): Since 2009, efforts have been made to make priority bottlenecks passable for fish. Between 2009 and 2015, 42 percent of the bottlenecks were removed. Approximately 1,110 remaining fish migration bottlenecks still need to be removed, of which 606 are scheduled to be removed before 2027. After 2027, 504 remaining bottlenecks will remain.
Indicator under development: alignment with the most recent evaluation of the Shark and Ray Action Plan (every two years). Implementation of Shark and Ray Action Plan 2022-2027, specifically increasing the knowledge base around habitat use and species recognition, with a view to identifying leads for any additional measures needed. Progress D1T5 (2018): The Shark and Ray Action Plan 2022-2027 has been adopted. The Marine Strategy aligns with the biennial evaluations and actions that result from it.
Indicator under development: alignment with the most recent evaluation of the Shark and Ray Action Plan (every two years). The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Implementation of Shark and Ray Action Plan 2022-2027, specifically increasing the knowledge base around habitat use and species recognition, with a view to identifying leads for any additional measures needed. Progress D1T5 (2018): The Shark and Ray Action Plan 2022-2027 has been adopted. The Marine Strategy aligns with the biennial evaluations and actions that result from it.
The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Species recovery plans (for eel, sharks and rays, cod, N2000 species). North Sea Nature Enhancement Programme (duration to 2030). Knowledge development for building of structures inside and outside wind farms and nature-inclusive construction of wind turbines. Explore need for (season-specific) protection of spawning grounds.
Indicator under development: area of N2000 and/or MSFD protected areas. Designate areas under HD/BD (N2000) and/or MSFD, implement NSA area agreements. Progress D1T3 (2018): Management plans have been developed and are following their own trajectory. Some new environmental objectives incorporate agreements from management plans, while others are supplementary and also contribute to achieving the N2000 conservation objectives.
Indicator under development: Number of conservation targets realised. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale', Implementation based on rules on Natura2000 areas in the Dutch Environment and Planning Act International measures: all measures (existing or planned) listed in MS1 make a contribution. Implementation of the nature restoration regulation through the implementation of the Nature Plan Possible additional measures based on the evaluation of management plans or species protection plans. Progress D1T2 (2018): restoring tranquility remains a priority. This environmental objective is part of environmental objective 1.2 concerning achieving conservation objectives. Progress D1T3 (2018): Management plans have been developed and are following their own trajectory. Some new environmental objectives incorporate agreements from management plans, while others are supplementary and also contribute to achieving the N2000 conservation objectives.
Indicator under development: Number of habitat types and species declining/not declining. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Implementation based on rules on Natura2000 areas in the Dutch Environment and Planning Act. International measures: all measures (existing or planned) listed in MS1 make a contribution. Possible additional measures based on the evaluation of management plans or species protection plans.
CIBBRiNA project: Implementing mitigating measures to minimize and, where possible, eliminate bycatch. Duration: Sep. 2023 - Sep. 2029. MONS study on gillnet fishing (start 2025).
The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Brown Bank semi-annual gillnet restriction (Oct. 1 - Mar. 31) (expected from 2027). cf. North Sea Agreement 4.40: Frisian Front no fishery zone (expected in 2027) and semi-annual gillnet restriction (since March 2023), along with fishery restrictions in the coastal zone (since 2016). No new gillnet fishing will be allowed in Natura 2000 and MSFD areas (cf. North Sea Agreement 4.45). Shark and Ray Action Plan 2022-2027. Further efforts to increase the survival chances after discarding and to improve fishing gear selectivity, focusing on target species.
Indicator under development: align with species protection plans (evaluations). The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Implement species protection plans: Porpoise Protection Plan (biennial review) and Seal Management Plan. Progress D1T4 (2018): The implementation of the Harbor Porpoise Protection Plan will continue. Progress has been made on all points mentioned.
Indicators under development: number of porpoise disruption days (in relation to Offshore wind energy). Indicator for other activities yet to be developed. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Noise limit for pile driving, Passende beoordeling for large-scale construction projects at sea, use of acoustic deterrent devices (ADDs) in explosives clearance, management plans in EEZ areas + number of measures still under investigation. Application of the ecological assessment framework (KEC) in planning, and by developing and implementing mitigation measures. Some measures are still under investigation (slow navigation, quiet areas).
Indicator under development: number of new introductions via vessel hull growth and ballast water. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Continuation of policy support in development of guidelines and regulations aimed at risk minimisation of this vector at national (NL), European (OSPAR), and global (IMO) levels. Continuation of Ballast Water Convention policy Progress D2T1 (2018): Continue existing policy. The decrease in introductions via shellfish transport and ballast water is likely at least partly due to this policy. However, more focus is needed on introductions via ship hulls. Environmental targets have now been divided.
Indicator under development: number of new introductions through shellfish transport and aquaculture, and via other routes. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Continuation of shellfish transport policy 2023-2033. Implement marine/aquaculture projects within the framework of EU Regulation 1143/2014 on the prevention and control of the introduction and spread of invasive alien species. Make part of EIA and license new type of activities at sea. Progress D2T1 (2018): Continue existing policy. The decrease in introductions via shellfish transport and ballast water is likely at least partly due to this policy. However, more focus is needed on introductions via ship hulls. Environmental targets have now been divided.
Indicator yet to be developed for food availability at different trophic levels. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Closure of Frisian Front for all fishing (2.8%) (North Sea Agreement 4.40). Further consultation between the fishing sector and NGOs to determine whether there are further possibilities for establishing no-fishery zones within the areas closed to bottom-disturbing fishing (North Sea Agreement 4.39) Understand changes in trophic level relationships and their impacts (MONS, 2030). If necessary, take additional measures based on lessons learnt (after 2030).
Indicator under development: OSPAR indicator of coherence between protected areas (further development in OSPAR Ecoherence Project). Designated areas for nature (protected areas + OECM). Future areas to be designated + OECM.
Indicator under development: D4C3 Size distribution within guilds measured by (a) size structure, (b) maximum mean length, (c) proportion of large fish. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Fishery measures (art 11) as per NSA (2030). Adjust as necessary based on evaluation of effects of reduced fishing pressure on sub-apex predators in 2036.
Indicators under development: Hydrographical conditions indicator (D7); Phyto plankton composition further development See also environmental target 5.3 indicators, nutrient inputs and abstraction: Year-round nutrient concentrations (N total and P total). Concentrations of chlorophyll a Primary production (gC/m2/y). In EIA and licensing, consider effects of mitigation through site selection and design of wind farms and other initiatives that may affect stratification. Research through Wozep and OSPAR (2030).
Indicators under development: Hydrographical conditions indicator (D7); Phyto plankton composition further development See also environmental target 5.3 indicators, nutrient inputs and abstraction: Year-round nutrient concentrations (N total and P total). Concentrations of chlorophyll a Primary production (gC/m2/y). In EIA and licensing, consider effects of mitigation through site selection and design of wind farms and other initiatives that may affect stratification. Research through Wozep and OSPAR (2030).
Important steps have been achieved in collaboration with OSPAR. This environmental goal is being removed: it focuses on the development of an assessment under Article 8, which does not fit into the system of environmental goals (Article 10).
Indicators under development: Total nitrogen load from the rivers Concentrations of nitrogen (winter DIN) and chlorophyll a in WFD coastal waters. (NL-D5C1-KRW-2023) Concentrations of nitrogen (winter DIN) and chlorophyll a in river plumes (OSPAR assessment areas) (winter-nutrient-concentrations-qsr23-ospar) and (chl-a-concentrations-qsr23-ospar) River basin management plans 2022/2027 After implementation of WFD measures, determine in OSPAR context the remaining task and its action perspective for chlorophyll a concentrations in river plumes; this serves as input for the 2028 RBMPs. Nitrates Directive Action Programme Implementation plan of OSPAR's North-East Atlantic Environmental Strategy 2030 (NEAES). Progress D5T1 (2018): The updated environmental target also focuses on reducing nutrient inputs, but with the aim of lowering chlorophyll a concentrations in coastal waters.
Indicator under development: total nitrogen load at border measuring points. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. NL is putting this on the agenda in international river commissions.
Indicators under development: Year-round nutrient concentrations (N total and P total). Concentrations of chlorophyll a Primary production (gC/m2/y). Studies for EIAs and permits for new activities. An assessment framework may be developed for this purpose, e.g. in relation to choice of location and level of nutrient extraction or input.
Indicator under development: Total nitrogen load OSPAR identifies which interventions can contribute to retention, e.g. through deployment of nature-based solutions (2030). Implementation after evaluation.
Indicator under development: Total nitrogen load The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Implementation after evaluation.
Fisheries measures (Art. 11 CFP) in line with North Sea agreement (NSA 4.38). Draw up assessment framework for other activities. Progress D6T1 (2018): At least 10 percent of the seabed of the Dutch North Sea will be completely free from all controllable human activities that impact the seabed by 2030.
Indicators under development: Area where fisheries measures are in force, in combination with indicator D6C2. (ANS-NL-D6C1-D6C4 verlies per habitat and physical-disturb-fisheries-bottom-contact-qsr23-ospar) Fisheries measures (Art. 11 CFP) as per North Sea agreement (4.38).
The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Fisheries measures (Art. 11 CFP) as per North Sea agreement (4.38).
The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Measures that restrict fishing (Art. 11 CFP) in accordance with North Sea agreement (4.38). Draw up consideration framework for other activities in MSFD areas (2028) Additional measures if possible and appropriate through North Sea Nature Enhancement Programme (NNEP) (2030). Progress D1T3 (2018): Management plans have been developed and are following their own trajectory. Some new environmental objectives incorporate agreements from management plans, while others are supplementary and also contribute to achieving the N2000 conservation objectives.
The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Threshold is currently met, so goal is to maintain GES.
Indicator under development: area of biogenic reefs. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Recovery measures in ecological valuable areas: establish oyster recovery areas in Friese Front c.f. article 4.43 North Sea agreement (2025). North Sea Nature Enhancement Programme (NN) (2030) Nature-inclusive construction of wind farms serving flat oyster (ongoing). Fisheries measures (Art. 11 CFP) cf. article 4.35 North Sea agreement for the purpose of restoring sandbox worm reefs (2030). Progress D6T5 (2018): This environmental objective was addressed within the framework of The Rich North Sea and is being continued in the North Sea Nature Enhancement Program.
Indicator D7C1 (under development) Consider hydrographical impacts on site selection during planning, environmental impact assessments and licensing of initiatives. Promote innovation in plot decisions and permit requirements. Here, specific attention to regions characterised by (seasonal) stratification or freshwater influence. Progress D7T1 (2018): Progress: All developments comply with existing legal requirements. The updated environmental objectives for D7 Permanent change in hydrographic properties have been made more specific.
Indicator D7C1 (under development) Continued implementation of sand extraction strategy. Environmental impact assessment and licensing section sand extraction (excavation). Progress D7T1 (2018): Progress: All developments comply with existing legal requirements. The updated environmental objectives for D7 Permanent change in hydrographic properties have been made more specific.
Indicator D7C1 (under development) Take effects into account in environmental impact assessment and licensing with the aim of mitigating measures if relevant. Progress D7T1 (2018): Progress: All developments comply with existing legal requirements. The updated environmental objectives for D7 Permanent change in hydrographic properties have been made more specific.
Indicators under development: Loads of pollutants to coastal waters Indicators, D8C1 WFD measures in the RBMPs, supplemented where necessary by measures in the WFD impulse programme. Progress D8T1 (2018): Continued implementation through the River Basin Management Plans (WFD). Most substances meet the standard. Concentrations of persistent substances, in particular, are slowly decreasing. The substance list is subject to change: some substances are no longer relevant, but there are also emerging substances such as PFAS. Continued efforts remain necessary.
The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Existing deployment incident response and Implementation Framework for Combating Coastal Pollution Rijkswaterstaat (UBKR). Bonn Agreement. Progress D8T5 (2018): The Marine Strategy aligns with this structural agreement and the resulting developments. Partly due to this agreement, there were no acute serious oil pollution incidents during the past planning period.
Indicators under development. Cooperation agreement Sport fishing Lead-Free 2025-2029 which includes phase-out of fishing lead. Trajectory EU on the use of fishing lead. Progress D8T6 (2018): For lead use in recreational fishing, the environmental target is to work towards a phase-out by 2027.
Indicators under development: Environmental violations in the Dutch part of the North Sea reported by coast guard (possible substance, location and quantity). Estimated annual loads from maritime shipping and fishing (coatings and scrubbers). The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Existing legislation including MARPOL legislation, EU Directives (including review marine pollution) and OSPAR regional agreements. Explore measures to prevent discharge of scrubber wash water.
Indicator under development: align with legal requirements and demands from permits. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Existing legislation, licensing procedures (including deployment of BAT). An assessment framework for new activities at sea may be developed, including future use of medicines in aquaculture, among other things.
Indicator under development: align with legal requirements and demands from permits. The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Existing legislation, EIA and licensing procedures (including deployment of BAT).
The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Existing legislation based on Environment Act. Hull and propeller cleaning only allowed with capture. Waste water must be filtered (collection of wash water when cleaning ships mandatory in the Netherlands). At IMO level, the Netherlands is pushing for international regulations on collecting wash water when cleaning ships.
Indicators under development for the substances concerned The year in which this environmental objective is expected to be achieved has not yet been determined. Therefore, '999912' is reported for 'Timescale'. Measures included in the National Water Programme 2022-2027 and implementation of PFAS in water Action Programme. Research on effects of PFAS on marine environment. (National 2024/2025; OSPAR ongoing).
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  • ANSNL-M001
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