MS/Art8-2024/2024/D4/Netherlands/NE Atlantic: Greater North Sea

Member State report / Art8-2024 / 2024 / D4 / Netherlands / NE Atlantic: Greater North Sea

Report type	Member State report to Commission
MSFD Article	Art8
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

Nederlands Continentaal Plat vanaf de basislijn (0 mijl) (ANS-NL-MS-1)

Simplified table

Regional assessment area	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea	OSPAR-Greater North Sea
Component MRUs
GES component	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4	D4
Feature	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem	Coastal ecosystem
Element	Primary producers	Primary producers	Secondary producers	Secondary producers	Secondary producers	Secondary producers	Secondary producers	Secondary producers	Apex fish predators	Planktivorous fish and invertebrates	Primary producers	Secondary producers	Secondary producers	Sub-apex demersal predators	Sub-apex pelagic predators	Sub-apex demersal predators	Sub-apex demersal predators	Sub-apex demersal predators	Primary producers
Element extent
Trend element	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Deteriorating	Unknown	Deteriorating	Deteriorating	Deteriorating	Unknown
Element 2
Element source	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR	OSPAR
Criterion	D4C1	D4C1	D4C1	D4C1	D4C1	D4C1	D4C1	D4C1	D4C2	D4C2	D4C2	D4C2	D4C2	D4C2	D4C2	D4C3	D4C3	D4C3	D4C4
Parameter	Abundance	Abundance	Abundance	Abundance	Abundance	Abundance	Abundance	Abundance	SPP-C	SPP-C	ABU-REL	ABU-REL	ABU-REL	SPP-C	SPP-C	Size - length	Size distribution	Size distribution - Trophic guild	Productivity - Trophic guild
Threshold value upper	0.05	0.05		0.05	0.05		0.05	0.05								0.17
Threshold value lower
Threshold value operator	<=	<=	<=	<=	<=	<=	<=	<=								>=
Threshold qualitative	Net trend in abundance	Net trend in abundance	Net trend in abundance	Net trend in abundance	Net trend in abundance	Net trend in abundance	Net trend in abundance	Net trend in abundance
Threshold value source	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention	OSPAR Convention			OSPAR Convention
Value achieved upper																0.16
Value achieved lower																0.06
Value unit	Other	Other	Other	Other	Other	Other	Other	Other				Other	Other			Other
Proportion threshold value
Proportion value achieved
Proportion threshold value unit
Trend parameter	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Deteriorating	Deteriorating
Parameter achieved	No	No	Unknown	No	Yes	Unknown	No	Yes	Unknown	Unknown	No	No	No	Unknown	Unknown	No	No	No	No
Description parameter																LFI score below assessment threshold	International research shows that the current average maximum length of demersal fish is 78 cm (assessment period 2016-2020), while in the reference period (1983-1985) it averaged 87 cm.	The typical length of the fish communities (assessment period 2016-2020) in the longest running survey (GNSINtOT1) is approximately 27 cm, while in the reference period (1983-1985) it was approximately 31 cm.	Since the 1990s, primary production has declined significantly throughout the North Sea, with the exception of the Dogger Bank. Various environmental variables can be linked to the decline in primary production at each location, but in most cases, climate and nutrients appear to play a key role. The decline in the productivity of primary producers is therefore likely related to human-induced pressure. It is not yet possible to assess the current status using this pilot indicator, but the results of this pilot do not indicate that good environmental status has been achieved.
Related indicator	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	NL-OSPAR-Pilot Assessment of Feeding Guilds (FW7)	NL-OSPAR-Pilot Assessment of Feeding Guilds (FW7)	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	changes-plankton-communities-qsr23-ospar	NL-OSPAR-Pilot Assessment of Feeding Guilds (FW7)	NL-OSPAR-Pilot Assessment of Feeding Guilds (FW7)	proportion-lfi-qsr23-ospar	NL-OSPAR- Pilot Assessment Mean Maximum Length of Fish (FC3)	size-composition-fish-communities-qsr23-ospar	NL-OSPAR-Primary Productivity (FW2)
Criteria status	Not good	Not good	Not good	Not good	Not good	Unknown	Unknown	Unknown	Unknown	Unknown	Not good	Not good	Unknown	Unknown	Unknown	Not good	Not good	Not good	Not good
Description criteria	The diversity of trophic groups in the international North Sea does not meet the requirements for good environmental status.	The diversity of trophic groups in the international North Sea does not meet the requirements for good environmental status.	The diversity of trophic groups in the international North Sea does not meet the requirements for good environmental status.	The diversity of trophic groups in the international North Sea does not meet the requirements for good environmental status.	The diversity of trophic groups in the international North Sea does not meet the requirements for good environmental status.				It is not yet possible to assess the feeding guilds of the fish community against good environmental status, because the GMT for these guilds has not yet been defined.	It is not yet possible to assess the feeding guilds of the fish community against good environmental status, because the GMT for these guilds has not yet been defined.	The balance between the trophic guilds in the International North Sea does not meet good environmental status.	The balance between the trophic guilds in the International North Sea does not meet good environmental status.	The balance between the trophic guilds in the International North Sea does not meet good environmental status.	It is not yet possible to assess the feeding guilds of the fish community against good environmental status, because the GMT for these guilds has not yet been defined.	It is not yet possible to assess the feeding guilds of the fish community against good environmental status, because the GMT for these guilds has not yet been defined.	The size distribution within the assessed guild in the International North Sea does not meet good environmental status. This outcome is determined by the element of demersal sub-apex predators, where three indicators resulted in a 'not good' assessment. The signs of recovery observed in the previous plan period have not continued and the situation has deteriorated.	The size distribution within the assessed guild in the International North Sea does not meet good environmental status. This outcome is determined by the element of demersal sub-apex predators, where three indicators resulted in a 'not good' assessment. The signs of recovery observed in the previous plan period have not continued and the situation has deteriorated.	The size distribution within the assessed guild in the International North Sea does not meet good environmental status. This outcome is determined by the element of demersal sub-apex predators, where three indicators resulted in a 'not good' assessment. The signs of recovery observed in the previous plan period have not continued and the situation has deteriorated.	It is not yet possible to assess the current status based on this pilot indicator, but the results of this pilot do not indicate that good environmental status has been achieved for trophic guild productivity.
Element status	Not good	Not good	Not good	Not good	Not good	Not good	Not good	Not good	Unknown	Unknown	Not good	Not good	Not good	Not good	Unknown	Not good	Not good	Not good	Not good
Description element
Source assessment feature	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU	EU
Reporting method feature	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A	Type A
Trend feature	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown	Unknown
Integration rule type parameter	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO
Integration rule description parameter
Integration rule type criteria	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO	OOAO
Integration rule description criteria
GES extent threshold
GES extent achieved
GES extent unit
GES achieved	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported	GES later than 2024, Art14ExceptionNotReported
Description overall status	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.	The composition of phytoplankton, zooplankton and sub-apex demersal predators has changed significantly over an extended period, and these changes are associated with human-induced environmental changes. Therefore, the coastal ecosystem in the international North Sea is not in good environmental condition.
Assessments period	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020	2016-2020
Related pressures	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed	Disturbance of species (e.g. where they breed, rest and feed) due to human presence Extraction of, or mortality/injury to, wild species (by commercial and recreational fishing and other activities) Hydrographical changes Input of anthropogenic sound (impulsive, continuous) Input of nutrients - diffuse sources, point sources, atmospheric deposition Input of other substances (e.g. synthetic substances, non-synthetic substances, radionuclides) - diffuse sources, point sources, atmospheric deposition, acute events Input or spread of non-indigenous species Physical disturbance to seabed Physical loss of the seabed
Related targets	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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	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-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
Test TV	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	NA	No	NA	NA	NA
Test results	False	False	Correct	False	False	Correct	False	False	Correct	Correct	False	False	False	Correct	Correct	Correct	False	False	False