Member State report / Art11 / 2014-2020 / D4 / Denmark / Baltic Sea

Report type Member State report to Commission
MSFD Article Art. 11 Monitoring programmes (and Art. 17 updates)
Report due 2014-10-15; 2020-10-15
GES Descriptor D4 Food webs/D1 Ecosystems
Member State Denmark
Region/subregion Baltic Sea
Reported by Danish Nature Agency
Report date 2014-10-15; 2020-10-19
Report access
2014 data
2020 data
Monitoring programme Monitoring programme name
MP_D1_4_6_Fish
MP_D1_4_6_Fish
MP_D1_4_6_Fish
MP_D1_4_6_Fish
MP_D1_4_6_Fish
MP_D1_4_6_Fish
MP_D1_4_6_Fish
MP_D1_4_6_Mammals
MP_D1_4_6_Mammals
MP_D1_4_6_Mammals
MP_D1_4_6_Mammals
MP_D1_4_6_Mammals
MP_D1_4_6_Mammals
MP_D1_4_6_WaterColumnHabitats
MP_D1_4_6_WaterColumnHabitats
MP_D3
MP_D3
MP_D3
MP_D3
MP_D3
MP_D5
MP_D5
MP_D5
MP_D5
MP_D5
MP_D5
MP_D7
Monitoring programme Reference existing programme
Monitoring programme Marine Unit ID
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
Q4e - Programme ID
BALDK-FISH-D01-D04
BALDK-FISH-D01-D04
BALDK-FISH-D01-D04
BALDK-FISH-D01-D04
BALDK-FISH-D01-D04
BALDK-FISH-D01-D04
BALDK-FISH-D01-D04
BALDK-mammal-D01-04
BALDK-mammal-D01-04
BALDK-mammal-D01-04
BALDK-mammal-D01-04
BALDK-mammal-D01-04
BALDK-mammal-D01-04
BALDK-D01
BALDK-D01
BALDK-D03
BALDK-D03
BALDK-D03
BALDK-D03
BALDK-D03
BALDK-D05
BALDK-D05
BALDK-D05
BALDK-D05
BALDK-D05
BALDK-D05
BALDK-D07
Q4f - Programme description
The programme is focused on length of cod and saithe to follow the state of top predator fish and hence ecosystem function.Commercial fishing is monitored as the primary pressure. Other non-commercial fish are also monitored but no targets are set up. Cephalopods are also monitored but no targets are set up.
The programme is focused on length of cod and saithe to follow the state of top predator fish and hence ecosystem function.Commercial fishing is monitored as the primary pressure. Other non-commercial fish are also monitored but no targets are set up. Cephalopods are also monitored but no targets are set up.
The programme is focused on length of cod and saithe to follow the state of top predator fish and hence ecosystem function.Commercial fishing is monitored as the primary pressure. Other non-commercial fish are also monitored but no targets are set up. Cephalopods are also monitored but no targets are set up.
The programme is focused on length of cod and saithe to follow the state of top predator fish and hence ecosystem function.Commercial fishing is monitored as the primary pressure. Other non-commercial fish are also monitored but no targets are set up. Cephalopods are also monitored but no targets are set up.
The programme is focused on length of cod and saithe to follow the state of top predator fish and hence ecosystem function.Commercial fishing is monitored as the primary pressure. Other non-commercial fish are also monitored but no targets are set up. Cephalopods are also monitored but no targets are set up.
The programme is focused on length of cod and saithe to follow the state of top predator fish and hence ecosystem function.Commercial fishing is monitored as the primary pressure. Other non-commercial fish are also monitored but no targets are set up. Cephalopods are also monitored but no targets are set up.
The programme is focused on length of cod and saithe to follow the state of top predator fish and hence ecosystem function.Commercial fishing is monitored as the primary pressure. Other non-commercial fish are also monitored but no targets are set up. Cephalopods are also monitored but no targets are set up.
All relevant marine mammals are monitored. The programme includes state/impact, pressures, activities and measures. The monitoring on harbour seals is focused on state and habitats as the population is well established and growing. The monitoring on grey seals is focused on state and habitats as the population is newly established and growing. The programme on Harbour porpoise is focused on state but also pressures and impacts as the population is relatively small and vulnerable. In case of relevant populations not beeing stabile og in progress further investigative monitoring will be initiated to identify causalities.
All relevant marine mammals are monitored. The programme includes state/impact, pressures, activities and measures. The monitoring on harbour seals is focused on state and habitats as the population is well established and growing. The monitoring on grey seals is focused on state and habitats as the population is newly established and growing. The programme on Harbour porpoise is focused on state but also pressures and impacts as the population is relatively small and vulnerable. In case of relevant populations not beeing stabile og in progress further investigative monitoring will be initiated to identify causalities.
All relevant marine mammals are monitored. The programme includes state/impact, pressures, activities and measures. The monitoring on harbour seals is focused on state and habitats as the population is well established and growing. The monitoring on grey seals is focused on state and habitats as the population is newly established and growing. The programme on Harbour porpoise is focused on state but also pressures and impacts as the population is relatively small and vulnerable. In case of relevant populations not beeing stabile og in progress further investigative monitoring will be initiated to identify causalities.
All relevant marine mammals are monitored. The programme includes state/impact, pressures, activities and measures. The monitoring on harbour seals is focused on state and habitats as the population is well established and growing. The monitoring on grey seals is focused on state and habitats as the population is newly established and growing. The programme on Harbour porpoise is focused on state but also pressures and impacts as the population is relatively small and vulnerable. In case of relevant populations not beeing stabile og in progress further investigative monitoring will be initiated to identify causalities.
All relevant marine mammals are monitored. The programme includes state/impact, pressures, activities and measures. The monitoring on harbour seals is focused on state and habitats as the population is well established and growing. The monitoring on grey seals is focused on state and habitats as the population is newly established and growing. The programme on Harbour porpoise is focused on state but also pressures and impacts as the population is relatively small and vulnerable. In case of relevant populations not beeing stabile og in progress further investigative monitoring will be initiated to identify causalities.
All relevant marine mammals are monitored. The programme includes state/impact, pressures, activities and measures. The monitoring on harbour seals is focused on state and habitats as the population is well established and growing. The monitoring on grey seals is focused on state and habitats as the population is newly established and growing. The programme on Harbour porpoise is focused on state but also pressures and impacts as the population is relatively small and vulnerable. In case of relevant populations not beeing stabile og in progress further investigative monitoring will be initiated to identify causalities.
Monitoring of water cloumn habitats consists of the following sub-program Pelagic community characteristics (phytoplankton and zooplankton species composition, abundance and/or biomass. In addition water column relevant monitoring is performed in the program packages for eutrophication and biodiversity.
Monitoring of water cloumn habitats consists of the following sub-program Pelagic community characteristics (phytoplankton and zooplankton species composition, abundance and/or biomass. In addition water column relevant monitoring is performed in the program packages for eutrophication and biodiversity.
The programme consists of a number of sub-programmes that are prepared in coordination with ICES. In addition the yearly programme is supplemented by programmes aiming at the documentation of incidental by-catches of birds and mammals in order to develop measures that may reduce incidental by-catches.
The programme consists of a number of sub-programmes that are prepared in coordination with ICES. In addition the yearly programme is supplemented by programmes aiming at the documentation of incidental by-catches of birds and mammals in order to develop measures that may reduce incidental by-catches.
The programme consists of a number of sub-programmes that are prepared in coordination with ICES. In addition the yearly programme is supplemented by programmes aiming at the documentation of incidental by-catches of birds and mammals in order to develop measures that may reduce incidental by-catches.
The programme consists of a number of sub-programmes that are prepared in coordination with ICES. In addition the yearly programme is supplemented by programmes aiming at the documentation of incidental by-catches of birds and mammals in order to develop measures that may reduce incidental by-catches.
The programme consists of a number of sub-programmes that are prepared in coordination with ICES. In addition the yearly programme is supplemented by programmes aiming at the documentation of incidental by-catches of birds and mammals in order to develop measures that may reduce incidental by-catches.
The eutrophication programme is an integrated part of the National Monitoring Programme for Water and Nature, NOVANA that records physical, chemical and biological conditions. The overall structure of NOVANA is reflecting the principles of the DPSIR causal framework. The data provided by the eutrophication programme is traditionally considered in conjunction with data coming from several other programmes of the MSFD monitoring for instance plankton and benthos data.
The eutrophication programme is an integrated part of the National Monitoring Programme for Water and Nature, NOVANA that records physical, chemical and biological conditions. The overall structure of NOVANA is reflecting the principles of the DPSIR causal framework. The data provided by the eutrophication programme is traditionally considered in conjunction with data coming from several other programmes of the MSFD monitoring for instance plankton and benthos data.
The eutrophication programme is an integrated part of the National Monitoring Programme for Water and Nature, NOVANA that records physical, chemical and biological conditions. The overall structure of NOVANA is reflecting the principles of the DPSIR causal framework. The data provided by the eutrophication programme is traditionally considered in conjunction with data coming from several other programmes of the MSFD monitoring for instance plankton and benthos data.
The eutrophication programme is an integrated part of the National Monitoring Programme for Water and Nature, NOVANA that records physical, chemical and biological conditions. The overall structure of NOVANA is reflecting the principles of the DPSIR causal framework. The data provided by the eutrophication programme is traditionally considered in conjunction with data coming from several other programmes of the MSFD monitoring for instance plankton and benthos data.
The eutrophication programme is an integrated part of the National Monitoring Programme for Water and Nature, NOVANA that records physical, chemical and biological conditions. The overall structure of NOVANA is reflecting the principles of the DPSIR causal framework. The data provided by the eutrophication programme is traditionally considered in conjunction with data coming from several other programmes of the MSFD monitoring for instance plankton and benthos data.
The eutrophication programme is an integrated part of the National Monitoring Programme for Water and Nature, NOVANA that records physical, chemical and biological conditions. The overall structure of NOVANA is reflecting the principles of the DPSIR causal framework. The data provided by the eutrophication programme is traditionally considered in conjunction with data coming from several other programmes of the MSFD monitoring for instance plankton and benthos data.
The oceanographical monitoring programme of the Danish Meteorological Institute, DMI measures water level, tides, water temperature and currents that provide data for the forecast models of the DMI institute. The data supplements the general marine data collected in the framework of the existing environmental monitoring and is included in the marine models being developed under the National Monitoring Programme for Water and Nature, NOVANA. In the present BALDK-D07 programme on hydrological changes extraction operations are included as these may cause hydrographical changes. Major infrastructure works such as the fortcoming fixed link between Denmark and Germany is not included in the MSFD programme. A separate programme will be developed to control and monitor environmental status in relation to the environmental targets stipulated in the forthcoming Construction Bill for the fixed link across Fehmarn,
Q5e - Natural variability
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • ExpertOpinion
  • Qualitative
  • Quantiative
  • Qualitative
  • Quantiative
  • Qualitative
  • Quantiative
  • Quantiative
  • Quantiative
  • Quantiative
  • Quantiative
  • Quantiative
  • Qualitative
  • Quantiative
  • Qualitative
  • Quantiative
  • Qualitative
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  • Qualitative
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  • Qualitative
  • Quantiative
  • Qualitative
  • Quantiative
  • Qualitative
  • Quantiative
Q5d - Adequacy for assessment of GES Q5d - Adequate data
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Q5d - Adequacy for assessment of GES Q5d - Established methods
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Q5d - Adequacy for assessment of GES Q5d - Adequate understanding of GES
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Q5d - Adequacy for assessment of GES Q5d - Adequate capacity
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Q5f - Description of programme for GES assessment
The programme provides data on key ndicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distances from levels recorded earlier and/or provide data for establishing of quantiative GES reference values
The programme provides data on key ndicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distances from levels recorded earlier and/or provide data for establishing of quantiative GES reference values
The programme provides data on key ndicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distances from levels recorded earlier and/or provide data for establishing of quantiative GES reference values
The programme provides data on key ndicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distances from levels recorded earlier and/or provide data for establishing of quantiative GES reference values
The programme provides data on key ndicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distances from levels recorded earlier and/or provide data for establishing of quantiative GES reference values
The programme provides data on key ndicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distances from levels recorded earlier and/or provide data for establishing of quantiative GES reference values
The programme provides data on key ndicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distances from levels recorded earlier and/or provide data for establishing of quantiative GES reference values
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf. Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Der er indgået aftale mellem Naturstyrelsen og Maersk Oil om et moniteringsprogram af havpattedyrs tilstedeværelse og adfærd i området, sammenholdt med støjpåvirkninger fra offshore-relaterede aktiviteter. Programmet startede i februar 2013 og forventes afsluttet i 2016. Forskningsprojektet (Ph.D. projekt), som udføres i samarbejde med Aarhus Universitet, ”Behavioural response of harbour porpoise to sound generated from routine operations in the oil and gas offshore industry” . DTU AQUA registrerer bifangst af marsvin. Der foretages kameraovervågning af bifangster i sydlig Kattegat og V. Østersø og andet bifangstdata. Det er et krav for de fiskere, der fisker under det bæredygtige fiskeri, at alle bifangster af fugle og havpattedyr rapporteres. Populationstællingen af marsvin foregår ved en kombination af et akustisk og visuelle survey (SCANS-metoden mm.). Populationstællinger i Nordsøen og Østersøen foretages i EU-projekter (SCANS og SAMBAH) uden for det nationale overvågningsprogram, da populationen af marsvin ’deles’ med Danmarks nabolande. Næste store tælling i hele Europa er planlagt til 2016 (SCANS III). SAMBAH projektet har til formål for første gang at få et estimat for antal og tætheder af marsvin i Østersøen. Bestandsestimat og kortlægning af habitat præferencer vha. akustiske data loggere (C-PODs).
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf. Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Der er indgået aftale mellem Naturstyrelsen og Maersk Oil om et moniteringsprogram af havpattedyrs tilstedeværelse og adfærd i området, sammenholdt med støjpåvirkninger fra offshore-relaterede aktiviteter. Programmet startede i februar 2013 og forventes afsluttet i 2016. Forskningsprojektet (Ph.D. projekt), som udføres i samarbejde med Aarhus Universitet, ”Behavioural response of harbour porpoise to sound generated from routine operations in the oil and gas offshore industry” . DTU AQUA registrerer bifangst af marsvin. Der foretages kameraovervågning af bifangster i sydlig Kattegat og V. Østersø og andet bifangstdata. Det er et krav for de fiskere, der fisker under det bæredygtige fiskeri, at alle bifangster af fugle og havpattedyr rapporteres. Populationstællingen af marsvin foregår ved en kombination af et akustisk og visuelle survey (SCANS-metoden mm.). Populationstællinger i Nordsøen og Østersøen foretages i EU-projekter (SCANS og SAMBAH) uden for det nationale overvågningsprogram, da populationen af marsvin ’deles’ med Danmarks nabolande. Næste store tælling i hele Europa er planlagt til 2016 (SCANS III). SAMBAH projektet har til formål for første gang at få et estimat for antal og tætheder af marsvin i Østersøen. Bestandsestimat og kortlægning af habitat præferencer vha. akustiske data loggere (C-PODs).
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf. Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Der er indgået aftale mellem Naturstyrelsen og Maersk Oil om et moniteringsprogram af havpattedyrs tilstedeværelse og adfærd i området, sammenholdt med støjpåvirkninger fra offshore-relaterede aktiviteter. Programmet startede i februar 2013 og forventes afsluttet i 2016. Forskningsprojektet (Ph.D. projekt), som udføres i samarbejde med Aarhus Universitet, ”Behavioural response of harbour porpoise to sound generated from routine operations in the oil and gas offshore industry” . DTU AQUA registrerer bifangst af marsvin. Der foretages kameraovervågning af bifangster i sydlig Kattegat og V. Østersø og andet bifangstdata. Det er et krav for de fiskere, der fisker under det bæredygtige fiskeri, at alle bifangster af fugle og havpattedyr rapporteres. Populationstællingen af marsvin foregår ved en kombination af et akustisk og visuelle survey (SCANS-metoden mm.). Populationstællinger i Nordsøen og Østersøen foretages i EU-projekter (SCANS og SAMBAH) uden for det nationale overvågningsprogram, da populationen af marsvin ’deles’ med Danmarks nabolande. Næste store tælling i hele Europa er planlagt til 2016 (SCANS III). SAMBAH projektet har til formål for første gang at få et estimat for antal og tætheder af marsvin i Østersøen. Bestandsestimat og kortlægning af habitat præferencer vha. akustiske data loggere (C-PODs).
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf. Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Der er indgået aftale mellem Naturstyrelsen og Maersk Oil om et moniteringsprogram af havpattedyrs tilstedeværelse og adfærd i området, sammenholdt med støjpåvirkninger fra offshore-relaterede aktiviteter. Programmet startede i februar 2013 og forventes afsluttet i 2016. Forskningsprojektet (Ph.D. projekt), som udføres i samarbejde med Aarhus Universitet, ”Behavioural response of harbour porpoise to sound generated from routine operations in the oil and gas offshore industry” . DTU AQUA registrerer bifangst af marsvin. Der foretages kameraovervågning af bifangster i sydlig Kattegat og V. Østersø og andet bifangstdata. Det er et krav for de fiskere, der fisker under det bæredygtige fiskeri, at alle bifangster af fugle og havpattedyr rapporteres. Populationstællingen af marsvin foregår ved en kombination af et akustisk og visuelle survey (SCANS-metoden mm.). Populationstællinger i Nordsøen og Østersøen foretages i EU-projekter (SCANS og SAMBAH) uden for det nationale overvågningsprogram, da populationen af marsvin ’deles’ med Danmarks nabolande. Næste store tælling i hele Europa er planlagt til 2016 (SCANS III). SAMBAH projektet har til formål for første gang at få et estimat for antal og tætheder af marsvin i Østersøen. Bestandsestimat og kortlægning af habitat præferencer vha. akustiske data loggere (C-PODs).
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf. Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Der er indgået aftale mellem Naturstyrelsen og Maersk Oil om et moniteringsprogram af havpattedyrs tilstedeværelse og adfærd i området, sammenholdt med støjpåvirkninger fra offshore-relaterede aktiviteter. Programmet startede i februar 2013 og forventes afsluttet i 2016. Forskningsprojektet (Ph.D. projekt), som udføres i samarbejde med Aarhus Universitet, ”Behavioural response of harbour porpoise to sound generated from routine operations in the oil and gas offshore industry” . DTU AQUA registrerer bifangst af marsvin. Der foretages kameraovervågning af bifangster i sydlig Kattegat og V. Østersø og andet bifangstdata. Det er et krav for de fiskere, der fisker under det bæredygtige fiskeri, at alle bifangster af fugle og havpattedyr rapporteres. Populationstællingen af marsvin foregår ved en kombination af et akustisk og visuelle survey (SCANS-metoden mm.). Populationstællinger i Nordsøen og Østersøen foretages i EU-projekter (SCANS og SAMBAH) uden for det nationale overvågningsprogram, da populationen af marsvin ’deles’ med Danmarks nabolande. Næste store tælling i hele Europa er planlagt til 2016 (SCANS III). SAMBAH projektet har til formål for første gang at få et estimat for antal og tætheder af marsvin i Østersøen. Bestandsestimat og kortlægning af habitat præferencer vha. akustiske data loggere (C-PODs).
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf. Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Der er indgået aftale mellem Naturstyrelsen og Maersk Oil om et moniteringsprogram af havpattedyrs tilstedeværelse og adfærd i området, sammenholdt med støjpåvirkninger fra offshore-relaterede aktiviteter. Programmet startede i februar 2013 og forventes afsluttet i 2016. Forskningsprojektet (Ph.D. projekt), som udføres i samarbejde med Aarhus Universitet, ”Behavioural response of harbour porpoise to sound generated from routine operations in the oil and gas offshore industry” . DTU AQUA registrerer bifangst af marsvin. Der foretages kameraovervågning af bifangster i sydlig Kattegat og V. Østersø og andet bifangstdata. Det er et krav for de fiskere, der fisker under det bæredygtige fiskeri, at alle bifangster af fugle og havpattedyr rapporteres. Populationstællingen af marsvin foregår ved en kombination af et akustisk og visuelle survey (SCANS-metoden mm.). Populationstællinger i Nordsøen og Østersøen foretages i EU-projekter (SCANS og SAMBAH) uden for det nationale overvågningsprogram, da populationen af marsvin ’deles’ med Danmarks nabolande. Næste store tælling i hele Europa er planlagt til 2016 (SCANS III). SAMBAH projektet har til formål for første gang at få et estimat for antal og tætheder af marsvin i Østersøen. Bestandsestimat og kortlægning af habitat præferencer vha. akustiske data loggere (C-PODs).
The programme provides data on key indicators for descriptor 4. Existing data series will provide information on variability , trends and distance from levels recorded previously and/or provide data for establishing of quantitative GES reference values.
The programme provides data on key indicators for descriptor 4. Existing data series will provide information on variability , trends and distance from levels recorded previously and/or provide data for establishing of quantitative GES reference values.
According to coordination in ICES
According to coordination in ICES
According to coordination in ICES
According to coordination in ICES
According to coordination in ICES
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for estblishing of quantitative GES reference values.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for estblishing of quantitative GES reference values.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for estblishing of quantitative GES reference values.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for estblishing of quantitative GES reference values.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for estblishing of quantitative GES reference values.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for estblishing of quantitative GES reference values.
The general programme provides information to assess possible alternations og the physical environment. Th extration activity is regulated in detail in Statutory Order no. 1169 issued 3/10-2013. In addition to this separate programmes are prepared in relation to possible large scale construction activities at sea based on EIA-assessments.
Q5g - Gap-filling date for GES assessment
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
Q5h - Plans to implement monitoring for GES assessment
Q6a -Relevant targets Q6a - Environmental target
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Q6a -Relevant targets Q6a - Associated indicator
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Q6b - Adequacy for assessment of targets Q6b_SuitableData
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Q6b - Adequacy for assessment of targets Q6b_EstablishedMethods
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Q6b - Adequacy for assessment of targets Q6d_AdequateCapacity
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Q6c - Target updating
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Q6d - Description of programme for targets assessment
The programme provides data on key indicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distance from levels recorded earlier and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distance from levels recorded earlier and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distance from levels recorded earlier and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distance from levels recorded earlier and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distance from levels recorded earlier and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distance from levels recorded earlier and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 1 and 4. Existing data series will provide information on variability, trends and distance from levels recorded earlier and/or provide data for the assessment of possible progress towards reaching targets.
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Den seneste (2012) af de årlige rapporter om strandede havpattedyr kan findes her: http://www.fimus.dk/images/PDF/beredskabsrapport%20-%202012%20lav%20oplsning.pdf
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Den seneste (2012) af de årlige rapporter om strandede havpattedyr kan findes her: http://www.fimus.dk/images/PDF/beredskabsrapport%20-%202012%20lav%20oplsning.pdf
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Den seneste (2012) af de årlige rapporter om strandede havpattedyr kan findes her: http://www.fimus.dk/images/PDF/beredskabsrapport%20-%202012%20lav%20oplsning.pdf
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Den seneste (2012) af de årlige rapporter om strandede havpattedyr kan findes her: http://www.fimus.dk/images/PDF/beredskabsrapport%20-%202012%20lav%20oplsning.pdf
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Den seneste (2012) af de årlige rapporter om strandede havpattedyr kan findes her: http://www.fimus.dk/images/PDF/beredskabsrapport%20-%202012%20lav%20oplsning.pdf
Link til NOVANA + beskrivelse af supplerende overvågning + OSPAR/HELCOM. Naturstyrelsen har udarbejdet beredskabsplan for havpattedyr (rev 2012): http://www.naturstyrelsen.dk/NR/rdonlyres/E0931558-C9F1-47AB-B56C-46B6CB934CA6/139243/Beredskabsplanforhavpattedyrmarts2012.pdf Beredskabsplanen for havpattedyr skal bl.a. medvirke til overvågningen af sæler og hvalers sundhed og populationsstatus gennem registrering, obduktion og udtagning af prøver fra strandede dyr. Den seneste (2012) af de årlige rapporter om strandede havpattedyr kan findes her: http://www.fimus.dk/images/PDF/beredskabsrapport%20-%202012%20lav%20oplsning.pdf
The programme provides data on key indicators for descriptor 4. Existing data series will provide information on variability, trends and distances from levels recorded previously and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 4. Existing data series will provide information on variability, trends and distances from levels recorded previously and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 3. Existing data series will provide information on variability, trends and distances from levels recorded previously and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 3. Existing data series will provide information on variability, trends and distances from levels recorded previously and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 3. Existing data series will provide information on variability, trends and distances from levels recorded previously and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 3. Existing data series will provide information on variability, trends and distances from levels recorded previously and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 3. Existing data series will provide information on variability, trends and distances from levels recorded previously and/or provide data for the assessment of possible progress towards reaching targets.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for assessing possible progress towards reaching targets.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for assessing possible progress towards reaching targets.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for assessing possible progress towards reaching targets.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for assessing possible progress towards reaching targets.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for assessing possible progress towards reaching targets.
The programme provides data on keyindicators for descriptor 5. Together with existing data series information on variability, trends and distances from levels recorded previously and will provide data for assessing possible progress towards reaching targets.
The programme provides data on key indicators for descriptor 7. Togehter with existing data series information on variability, trends and distances from levels recorded previously the programme will provide data for assessing possible progress towards reaching targets.
Q6e - Gap-filling date for targets assessment
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
Q6f - Plans to implement monitoring for targets assessment
Q7a - Relevant activities
  • Fisheries
  • Fisheries
  • Fisheries
  • Fisheries
  • Fisheries
  • Fisheries
  • Fisheries
  • CablesPipelines
  • Dredging
  • Fisheries
  • LandClaimDefence
  • MiningSandGravel
  • OffshoreStructures
  • Ports
  • RenewableEnergy
  • Shipping
  • SolidWasteDisposal
  • TourismRecreation
  • CablesPipelines
  • Dredging
  • Fisheries
  • LandClaimDefence
  • MiningSandGravel
  • OffshoreStructures
  • Ports
  • RenewableEnergy
  • Shipping
  • SolidWasteDisposal
  • TourismRecreation
  • CablesPipelines
  • Dredging
  • Fisheries
  • LandClaimDefence
  • MiningSandGravel
  • OffshoreStructures
  • Ports
  • RenewableEnergy
  • Shipping
  • SolidWasteDisposal
  • TourismRecreation
  • CablesPipelines
  • Dredging
  • Fisheries
  • LandClaimDefence
  • MiningSandGravel
  • OffshoreStructures
  • Ports
  • RenewableEnergy
  • Shipping
  • SolidWasteDisposal
  • TourismRecreation
  • CablesPipelines
  • Dredging
  • Fisheries
  • LandClaimDefence
  • MiningSandGravel
  • OffshoreStructures
  • Ports
  • RenewableEnergy
  • Shipping
  • SolidWasteDisposal
  • TourismRecreation
  • CablesPipelines
  • Dredging
  • Fisheries
  • LandClaimDefence
  • MiningSandGravel
  • OffshoreStructures
  • Ports
  • RenewableEnergy
  • Shipping
  • SolidWasteDisposal
  • TourismRecreation
  • AgricultForestry
  • Industry
  • Urban
  • AgricultForestry
  • Industry
  • Urban
  • Fisheries
  • SeaweedOtherSeafood
  • Fisheries
  • SeaweedOtherSeafood
  • Fisheries
  • SeaweedOtherSeafood
  • Fisheries
  • SeaweedOtherSeafood
  • Fisheries
  • SeaweedOtherSeafood
  • AgricultForestry
  • Industry
  • Urban
  • AgricultForestry
  • Industry
  • Urban
  • AgricultForestry
  • Industry
  • Urban
  • AgricultForestry
  • Industry
  • Urban
  • AgricultForestry
  • Industry
  • Urban
  • AgricultForestry
  • Industry
  • Urban
  • CablesPipelines
  • Dredging
  • LandClaimDefence
  • MiningSandGravel
Q7b - Description of monitoring of activities
The programme provides data on key indicators in the marine environment together data data on relevant pressures impacting the biodiversity and food webs
The programme provides data on key indicators in the marine environment together data data on relevant pressures impacting the biodiversity and food webs
The programme provides data on key indicators in the marine environment together data data on relevant pressures impacting the biodiversity and food webs
The programme provides data on key indicators in the marine environment together data data on relevant pressures impacting the biodiversity and food webs
The programme provides data on key indicators in the marine environment together data data on relevant pressures impacting the biodiversity and food webs
The programme provides data on key indicators in the marine environment together data data on relevant pressures impacting the biodiversity and food webs
The programme provides data on key indicators in the marine environment together data data on relevant pressures impacting the biodiversity and food webs
The programme provides data on key indicators in the marine area which together with relevant data on pressures and activities may be used to identify needs for possible new measures.
The programme provides data on key indicators in the marine area which together with relevant data on pressures and activities may be used to identify needs for possible new measures.
The programme provides data on key indicators in the marine area which together with relevant data on pressures and activities may be used to identify needs for possible new measures.
The programme provides data on key indicators in the marine area which together with relevant data on pressures and activities may be used to identify needs for possible new measures.
The programme provides data on key indicators in the marine area which together with relevant data on pressures and activities may be used to identify needs for possible new measures.
The programme provides data on key indicators in the marine area which together with relevant data on pressures and activities may be used to identify needs for possible new measures.
The programme provide data on key indicators in the water column together with the relevant pressures impacting the biodiversity and habitat quality of the water column.
The programme provide data on key indicators in the water column together with the relevant pressures impacting the biodiversity and habitat quality of the water column.
According to guidelines of ICES agreements
According to guidelines of ICES agreements
According to guidelines of ICES agreements
According to guidelines of ICES agreements
According to guidelines of ICES agreements
Monitoring activities related to eutrophication has been performed since early 1980'ties in a high quality programme inspired by HELCOM COMBINE and OSPAR guidleines. The monitoring programme has been found to be very useful for setting up measures on the input sources. Financing could be provided following the programmes ability to document cause-effect relations.
Monitoring activities related to eutrophication has been performed since early 1980'ties in a high quality programme inspired by HELCOM COMBINE and OSPAR guidleines. The monitoring programme has been found to be very useful for setting up measures on the input sources. Financing could be provided following the programmes ability to document cause-effect relations.
Monitoring activities related to eutrophication has been performed since early 1980'ties in a high quality programme inspired by HELCOM COMBINE and OSPAR guidleines. The monitoring programme has been found to be very useful for setting up measures on the input sources. Financing could be provided following the programmes ability to document cause-effect relations.
Monitoring activities related to eutrophication has been performed since early 1980'ties in a high quality programme inspired by HELCOM COMBINE and OSPAR guidleines. The monitoring programme has been found to be very useful for setting up measures on the input sources. Financing could be provided following the programmes ability to document cause-effect relations.
Monitoring activities related to eutrophication has been performed since early 1980'ties in a high quality programme inspired by HELCOM COMBINE and OSPAR guidleines. The monitoring programme has been found to be very useful for setting up measures on the input sources. Financing could be provided following the programmes ability to document cause-effect relations.
Monitoring activities related to eutrophication has been performed since early 1980'ties in a high quality programme inspired by HELCOM COMBINE and OSPAR guidleines. The monitoring programme has been found to be very useful for setting up measures on the input sources. Financing could be provided following the programmes ability to document cause-effect relations.
The programme provides data on key hydrological indicators including pressures impacting the hydrological quality. Extraction of nonliving ressources is regulated in detail in Staturoy Order no. 1169 issued 3/10-2013.
Q7c - Relevant measures
Q7e - Adequacy for assessment of measures Q7d - Adequate data
Q7e - Adequacy for assessment of measures Q7d - Established methods
Q7e - Adequacy for assessment of measures Q7d - Adequate understanding of GES
Q7e - Adequacy for assessment of measures Q7d - Adequate capacity
Q7e - Adequacy for assessment of measures Q7d - Addresses activities and pressures
Q7e - Adequacy for assessment of measures Q7d - Addresses effectiveness of measures
Q7d - Description of monitoring for measures
Subprogrammes contained in the programme enables monitoring of the land-based inputs that will make it possible to assess the effectiveness of possible measures regulating the inputs.
Subprogrammes contained in the programme enables monitoring of the land-based inputs that will make it possible to assess the effectiveness of possible measures regulating the inputs.
Q7f - Gap-filling date for activities and measures
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
By2014
Q8a - Links to existing Monitoring Programmes
  • CFP-DC-MAP
  • HELCOM
  • CFP-DC-MAP
  • HELCOM
  • CFP-DC-MAP
  • HELCOM
  • CFP-DC-MAP
  • HELCOM
  • CFP-DC-MAP
  • HELCOM
  • CFP-DC-MAP
  • HELCOM
  • CFP-DC-MAP
  • HELCOM
  • CFP-DC-MAP
  • HELCOM
  • Habitats
  • CFP-DC-MAP
  • HELCOM
  • Habitats
  • CFP-DC-MAP
  • HELCOM
  • Habitats
  • CFP-DC-MAP
  • HELCOM
  • Habitats
  • CFP-DC-MAP
  • HELCOM
  • Habitats
  • CFP-DC-MAP
  • HELCOM
  • Habitats
  • HELCOM
  • WFD
  • HELCOM
  • WFD
  • CFP-DC-MAP
  • CFP-DC-MAP
  • CFP-DC-MAP
  • CFP-DC-MAP
  • CFP-DC-MAP
  • BathingWater
  • Birds
  • HELCOM
  • Habitats
  • Nitrates
  • OSPAR
  • UWWTD
  • WFD
  • BathingWater
  • Birds
  • HELCOM
  • Habitats
  • Nitrates
  • OSPAR
  • UWWTD
  • WFD
  • BathingWater
  • Birds
  • HELCOM
  • Habitats
  • Nitrates
  • OSPAR
  • UWWTD
  • WFD
  • BathingWater
  • Birds
  • HELCOM
  • Habitats
  • Nitrates
  • OSPAR
  • UWWTD
  • WFD
  • BathingWater
  • Birds
  • HELCOM
  • Habitats
  • Nitrates
  • OSPAR
  • UWWTD
  • WFD
  • BathingWater
  • Birds
  • HELCOM
  • Habitats
  • Nitrates
  • OSPAR
  • UWWTD
  • WFD
  • CFP-DC-MAP
  • HELCOM
  • Habitats
  • WFD
Reference sub-programme Sub-programme ID
BALDK-D01-05_abundance_fish_coastal
BALDK-D01-07a_abund_fish_offshore_demersal
BALDK-D01-08_abundance_fish_commercial
BALDK-D01-14_population_fish_demersal
BALDK-D08-02_health_fish_demersal
BALDK-D08-03_health_fish_commercial
BALDK-D08-06_health_fish_coastal
BALDK-D01-03_abundance_mammals_seals
BALDK-D01-04_abundance_mammals_porpoise
BALDK-D01-10_population_mammals_seals
BALDK-D01-11_population_mammals_porpoise
BALDK-D01-17_habitats_mammals_seals
BALDK-D01-18_habitats_mammals_porpoise
BALDK-D04-01_community_phytoplankton
BALDK-D04-02_community_zooplankton
BALDK-D03-04_mortal_fisheries_birds
BALDK-D03-05_mortal_fisheries_porpoise
BALDK-D03-06_mortal_fisheries_seals
BALDK-D03-08_mortal_fish_coastal
BALDK-D03-10_mortal_fish_offsh_commercial
BALDK-D05-01_micropath_water
BALDK-D05-02_watercolumn_physical
BALDK-D05-03_watercolumn_chemical
BALDK-D05-04_planktonbloom
BALDK-D05-05_NUTRI_input_land
BALDK-D05-06_NUTRI_input_atmos
Reference sub-programme Sub-programme name
Mobile species - abundance and/or biomass
Mobile species - abundance and/or biomass
Mobile species - abundance and/or biomass
Mobile species - population characteristics
Mobile species - health status
Mobile species - health status
Mobile species - health status
Mobile species - abundance and/or biomass
Mobile species - abundance and/or biomass
Mobile species - population characteristics
Mobile species - population characteristics
Mobile species - state of habitats
Mobile species - state of habitats
Mobile species - abundance and/or biomass
Mobile species - population characteristics
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Microbial pathogen levels - in water column (bathing waters)
Water column - physical characteristics
Water column - chemical characteristics
Plankton blooms (biomass, frequency)
Nutrient inputs - land-based sources
Nutrient inputs - from atmosphere
Activities extracting non-living resources (sand, gravel, dredging)
Q4g - Sub-programmes Sub-programme ID
BALDK-D01-05_abundance_fish_coastal
BALDK-D01-07a_abund_fish_offshore_demersal
BALDK-D01-08_abundance_fish_commercial
BALDK-D01-14_population_fish_demersal
BALDK-D08-02_health_fish_demersal
BALDK-D08-03_health_fish_commercial
BALDK-D08-06_health_fish_coastal
BALDK-D01-03_abundance_mammals_seals
BALDK-D01-04_abundance_mammals_porpoise
BALDK-D01-10_population_mammals_seals
BALDK-D01-11_population_mammals_porpoise
BALDK-D01-17_habitats_mammals_seals
BALDK-D01-18_habitats_mammals_porpoise
BALDK-D04-01_community_phytoplankton
BALDK-D04-02_community_zooplankton
BALDK-D03-04_mortal_fisheries_birds
BALDK-D03-05_mortal_fisheries_porpoise
BALDK-D03-06_mortal_fisheries_seals
BALDK-D03-08_mortal_fish_coastal
BALDK-D03-10_mortal_fish_offsh_commercial
BALDK-D05-01_micropath_water
BALDK-D05-02_watercolumn_physical
BALDK-D05-03_watercolumn_chemical
BALDK-D05-04_planktonbloom
BALDK-D05-05_NUTRI_input_land
BALDK-D05-06_NUTRI_input_atmos
Q4g - Sub-programmes Sub-programme name
Mobile species - abundance and/or biomass
Mobile species - abundance and/or biomass
Mobile species - abundance and/or biomass
Mobile species - population characteristics
Mobile species - health status
Mobile species - health status
Mobile species - health status
Mobile species - abundance and/or biomass
Mobile species - abundance and/or biomass
Mobile species - population characteristics
Mobile species - population characteristics
Mobile species - state of habitats
Mobile species - state of habitats
Mobile species - abundance and/or biomass
Mobile species - population characteristics
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Mobile species - mortality/injury rates from fisheries (targeted and/or incidental)
Microbial pathogen levels - in water column (bathing waters)
Water column - physical characteristics
Water column - chemical characteristics
Plankton blooms (biomass, frequency)
Nutrient inputs - land-based sources
Nutrient inputs - from atmosphere
Activities extracting non-living resources (sand, gravel, dredging)
Q4k - Monitoring purpose
StateImpact
StateImpact
Activities
StateImpact
StateImpact
Activities
StateImpact
StateImpact
StateImpact
StateImpact
StateImpact
StateImpact
StateImpact
StateImpact
StateImpact
Activities
Activities
Activities
StateImpact
Activities
Activities
StateImpact
StateImpact
StateImpact
Pressurse
Pressurse Measures
Q4l - Links of monitoring programmes of other Directives and Conventions
Catches from the recreational fisheries are registered on a voluntary basis by ”key” fishermen at fixed stations in most parts of the Danish coasts. The catches are performed with standard gillnets (one mesh size, 65 mm) and/or fyke nets, with up to 3 samples monthly in the beginning of each month, and from around April to November. Because of the mesh size used, the gillnets sample mostly adults, whereas juveniles of flounder and cod may be caught in the fyke nets. At present about 100+ fishers are invovled in the project. the last report with a detailed description can be down loaded http://orbit.dtu.dk/files/100552186/Publishers_version.pdf
The international coordinated trawl surveys are directed to the demersal species i.e. cod and flounder and other flatfishes in the Baltic Sea, however in the recent years other species are also intensively investigated to support ecosystem analyses. The survey is part of the Danish DCF covered under the CFP.
The Danish Sea Sampling Program is the main source for information concerning discards. Scientific observers are on board commercial vessels during regular fishery. All relevant information concerning catch, vessel and gear characteristics, mesh size and selective gear devices, fishing ground, weather, ownership etc. are collected. All observers have a detailed manual describing the procedure for handling the catch on board. The data are used for estimating the total discard by number and weight by species, age group, area, quarter and métiers. The primary sampling unit was in 2014 was vessel. The selection of vessels for sampling is described below. As a part of the program a limited part of the gillnet fleet is conducting self-sampling. These vessels are relatively small and it is therefore difficult to conduct a traditional observer trip. They are all conducting 1 day trips. An arrangement has been made with a selected number of vessels where DTU Aqua at randomly chosen days calls the fishermen and ask them to bring all discard to land where it will be handled as a normal discard trip. On one of the vessels an observer is onboard to have a reference. A danish manual is avalible.
The international coordinated trawl surveys are directed to the demersal species i.e. cod and flounder and other flatfishes in the Baltic Sea, however in the recent years other species are also intensively investigated to support ecosystem analyses. The survey is part of the Danish DCF covered under the CFP. The predator species sampled in the Baltic Sea are cod and whiting (in those areas where it occurs). The overall goal is to sample ten stomachs per 1 cm size group of cod and whiting from each ICES Subdivision (SDs 21 - 26 & 28) in each quarter. The ten stomachs may include empty stomachs, however, stomachs that are obviously regurgitated are discarded (see below for details on which stomachs to select). Within each SD, a wide geographical coverage of samples should be obtained whenever possible. In those SDs with many stations and where large catches can be expected (SDs 21-26 for cod and SDs 21-24 for whiting), this can be achieved by limiting the sampling frequency to (a) no more than 2 stomachs per cm group per haul, and (b) no more than 2 stomachs per cm group per day. However, in those SDs with fewer stations and/or where catches may be relatively small (SD 28 for cod and SD 25 for whiting), a higher sampling frequency per haul/day may need to be chosen in order to obtain sufficient numbers of samples per length group.
The international coordinated trawl surveys are directed to the demersal species i.e. cod and flounder and other flatfishes in the Baltic Sea, however in the recent years other species are also intensively investigated to support ecosystem analyses. The survey is part of the Danish DCF covered under the CFP.
The Danish Sea Sampling Program is the main source for information concerning discards. Scientific observers are on board commercial vessels during regular fishery. All relevant information concerning catch, vessel and gear characteristics, mesh size and selective gear devices, fishing ground, weather, ownership etc. are collected. All observers have a detailed manual describing the procedure for handling the catch on board. The data are used for estimating the total discard by number and weight by species, age group, area, quarter and métiers. The primary sampling unit was in 2014 was vessel. The selection of vessels for sampling is described below. As a part of the program a limited part of the gillnet fleet is conducting self-sampling. These vessels are relatively small and it is therefore difficult to conduct a traditional observer trip. They are all conducting 1 day trips. An arrangement has been made with a selected number of vessels where DTU Aqua at randomly chosen days calls the fishermen and ask them to bring all discard to land where it will be handled as a normal discard trip. On one of the vessels an observer is onboard to have a reference. A danish manual is avalible.
NOVANA OSPAR CEMP HELCOM COMBINE
Monitoring is performed under the National Monitoring Programme for Water and Nature, NOVANA in order to implement the monitoring requirements of the Natura2000 directives.
Monitoring is performed under the National Monitoring Programme for Water and Nature, NOVANA in order to implement the monitoring requirements of the Natura2000 directives.
Monitoring is performed under the National Monitoring Programme for Water and Nature, NOVANA in order to implement the monitoring requirements of the Natura2000 directives.
Monitoring is performed under the National Monitoring Programme for Water and Nature, NOVANA in order to implement the monitoring requirements of the Natura2000 directives.
Monitoring is performed under the National Monitoring Programme for Water and Nature, NOVANA in order to implement the monitoring requirements of the Natura2000 directives.
Monitoring is performed under the National Monitoring Programme for Water and Nature, NOVANA in order to implement the monitoring requirements of the Natura2000 directives.
Details can bee found in The national survey program (NOVANA): http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/ Table 8.1 show total station in Danish Water, water samples per station, parameter analyzed and the frequent of sampling. Figur 8.6 shows the position of the stations. 33% of the stations are in the BALDK area and 67% of the stations are in ANSDK area. Technical manual for the marine survey http://bios.au.dk/videnudveksling/til-myndigheder-og-saerligt-interesserede/fagdatacentre/fdcmarintny/ta2011-2015/ Describe the procedure for sampling in the field and the quality control of the datasets collected. The program contribute to the implementation of the Waterframe Directive, Habitat Directive, The Birds Directive, Shellfish Waters Directive, The Trilateral Wadden Sea Program and the Sea Convention. The national survey program NOVANA is coordinated with both HELCOM and OSPAR.
Details can bee found in The national survey program (NOVANA): http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/ Table 8.1 show total station in Danish Water, water samples per station, parameter analyzed and the frequent of sampling. Figur 8.6 shows the position of the stations. 17% of the stations are in the BALDK area and 83% of the stations are in ANSDK area. Technical manual for the marine survey http://bios.au.dk/videnudveksling/til-myndigheder-og-saerligt-interesserede/fagdatacentre/fdcmarintny/ta2011-2015/ Describe the procedure for sampling in the field and the quality control of the datasets collected. The program contribute to the implementation of the Waterframe Directive, Habitat Directive, The Birds Directive, Shellfish Waters Directive, The Trilateral Wadden Sea Program and the Sea Convention. The national survey program NOVANA is coordinated with both HELCOM and OSPAR.
The Danish Sea Sampling Program is the main source for information concerning discards. Scientific observers are on board commercial vessels during regular fishery. All relevant information concerning catch, vessel and gear characteristics, mesh size and selective gear devices, fishing ground, weather, ownership etc. are collected. All observers have a detailed manual describing the procedure for handling the catch on board. The data are used for estimating the total discard by number and weight by species, age group, area, quarter and métiers. The primary sampling unit was in 2014 was vessel. The selection of vessels for sampling is described below. As a part of the program a limited part of the gillnet fleet is conducting self-sampling. These vessels are relatively small and it is therefore difficult to conduct a traditional observer trip. They are all conducting 1 day trips. An arrangement has been made with a selected number of vessels where DTU Aqua at randomly chosen days calls the fishermen and ask them to bring all discard to land where it will be handled as a normal discard trip. On one of the vessels an observer is onboard to have a reference. A danish manual is avalible.
The Danish Sea Sampling Program is the main source for information concerning discards. Scientific observers are on board commercial vessels during regular fishery. All relevant information concerning catch, vessel and gear characteristics, mesh size and selective gear devices, fishing ground, weather, ownership etc. are collected. All observers have a detailed manual describing the procedure for handling the catch on board. The data are used for estimating the total discard by number and weight by species, age group, area, quarter and métiers. The primary sampling unit was in 2014 was vessel. The selection of vessels for sampling is described below. As a part of the program a limited part of the gillnet fleet is conducting self-sampling. These vessels are relatively small and it is therefore difficult to conduct a traditional observer trip. They are all conducting 1 day trips. An arrangement has been made with a selected number of vessels where DTU Aqua at randomly chosen days calls the fishermen and ask them to bring all discard to land where it will be handled as a normal discard trip. On one of the vessels an observer is onboard to have a reference. A danish manual is avalible.
The Danish Sea Sampling Program is the main source for information concerning discards. Scientific observers are on board commercial vessels during regular fishery. All relevant information concerning catch, vessel and gear characteristics, mesh size and selective gear devices, fishing ground, weather, ownership etc. are collected. All observers have a detailed manual describing the procedure for handling the catch on board. The data are used for estimating the total discard by number and weight by species, age group, area, quarter and métiers. The primary sampling unit was in 2014 was vessel. The selection of vessels for sampling is described below. As a part of the program a limited part of the gillnet fleet is conducting self-sampling. These vessels are relatively small and it is therefore difficult to conduct a traditional observer trip. They are all conducting 1 day trips. An arrangement has been made with a selected number of vessels where DTU Aqua at randomly chosen days calls the fishermen and ask them to bring all discard to land where it will be handled as a normal discard trip. On one of the vessels an observer is onboard to have a reference. A danish manual is avalible.
Catches from the recreational fisheries are registered on a voluntary basis by ”key” fishermen at fixed stations in most parts of the Danish coasts. The catches are performed with standard gillnets (one mesh size, 65 mm) and/or fyke nets, with up to 3 samples monthly in the beginning of each month, and from around April to November. Because of the mesh size used, the gillnets sample mostly adults, whereas juveniles of flounder and cod may be caught in the fyke nets. At present about 100+ fishers are invovled in the project. the last report with a detailed description can be downloaded: http://orbit.dtu.dk/files/100552186/Publishers_version.pdf
The Danish Sea Sampling Program is the main source for information concerning discards. Scientific observers are on board commercial vessels during regular fishery. All relevant information concerning catch, vessel and gear characteristics, mesh size and selective gear devices, fishing ground, weather, ownership etc. are collected. All observers have a detailed manual describing the procedure for handling the catch on board. The data are used for estimating the total discard by number and weight by species, age group, area, quarter and métiers. The primary sampling unit was in 2014 was vessel. The selection of vessels for sampling is described below. As a part of the program a limited part of the gillnet fleet is conducting self-sampling. These vessels are relatively small and it is therefore difficult to conduct a traditional observer trip. They are all conducting 1 day trips. An arrangement has been made with a selected number of vessels where DTU Aqua at randomly chosen days calls the fishermen and ask them to bring all discard to land where it will be handled as a normal discard trip. On one of the vessels an observer is onboard to have a reference. A danish manual is avalible.
Hereby link to the EU Bathing Water Directive (Directive 2006/7/EC of 15 February 2006): http://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri=OJ:L:2006:064:0037:0051:EN:PDF. Please find also link to the Danish Statutory order concerning the bathing water quality: (BEK no. 939 of 18/09/2012) https://www.retsinformation.dk/forms/R0710.aspx?id=143189.
Details can bee found in The national survey program (NOVANA): http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/ Table 8.1 show total station in Danish Water, water samples per station, parameter analyzed and the frequent of sampling. Figur 8.1 shows the position of the stations. 63% of the stations are in the BALDK area and 37% of the stations are in ANSDK area. Also se figur 8.9 that show addition station sampeled primæry during the season where hypoxia cann occur. Technical manual for the marine survey: http://bios.au.dk/videnudveksling/til-myndigheder-og-saerligt-interesserede/fagdatacentre/fdcmarintny/ta2011-2015/ Describe the procedure for sampling in the field and the quality control of the datasets collected. The program contribute to the implementation of the Waterframe Directive, Habitat Directive, The Birds Directive, Shellfish Waters Directive, The Trilateral Wadden Sea Program and the Sea Convention. The national survey program NOVANA is coordinated with both HELCOM and OSPAR.
Details can bee found in The national survey program (NOVANA): http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/ Table 8.1 show total station in Danish Water, water samples per station, parameter analyzed and the frequent of sampling. Figur 8.1 shows the position of the stations. 63% of the stations are in the BALDK area and 37% of the stations are in ANSDK area. Also se figur 8.9 that show addition station sampeled primæry during the season where hypoxia cann occur. Technical manual for the marine survey http://bios.au.dk/videnudveksling/til-myndigheder-og-saerligt-interesserede/fagdatacentre/fdcmarintny/ta2011-2015/ Describe the procedure for sampling in the field and the quality control of the datasets collected. The program contribute to the implementation of the Waterframe Directive, Habitat Directive, The Birds Directive, Shellfish Waters Directive, The Trilateral Wadden Sea Program and the Sea Convention. The national survey program NOVANA is coordinated with both HELCOM and OSPAR.
Details can bee found in The national survey program (NOVANA): http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/ Table 8.1 show total station in Danish Water, water samples per station, parameter analyzed and the frequent of sampling. Figur 8.6 shows the position of the stations. 33% of the stations are in the BALDK area and 67% of the stations are in ANSDK area. Technical manual for the marine survey: http://bios.au.dk/videnudveksling/til-myndigheder-og-saerligt-interesserede/fagdatacentre/fdcmarintny/ta2011-2015/ Describe the procedure for sampling in the field and the quality control of the datasets collected. The program contribute to the implementation of the Waterframe Directive, Habitat Directive, The Birds Directive, Shellfish Waters Directive, The Trilateral Wadden Sea Program and the Sea Convention. The national survey program NOVANA is coordinated with both HELCOM and OSPAR.
'HELCOM OSPAR Danish "Action plan against nutrient pollution of the Danish Aquatic Environment" and subsequent national action plans. Water Framework Directive
The Danish monitoring program for air quality and atmospheric deposition contrubutes to the following other programmes: The EMEP monitoring program under CLRTAP, OSPAR, PARCOM and the monitoring in relation to the EU air quality directive (2008/50/EC).
Q5c - Features Q5c - Habitats
  • RedSalinity
  • RedSalinity
  • RedSalinity MarineCoast
  • RedSalinity MarineCoast
  • RedSalinity MarineCoast
  • RedSalinity MarineCoast
  • RedSalinity MarineCoast
  • LitSed RedSalinity
  • LitSed RedSalinity
  • LitSed RedSalinity
  • LitSed RedSalinity
  • LitSed RedSalinity
  • LitSed RedSalinity
  • LitSed RedSalinity
Q5c - Features Q5c - Species list
  • CephalopodsCoastShelf
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDemersalElasmobranchs
  • FishDiadromous
  • FishPelagic
  • FishPelagicElasmobranchs
  • CephalopodsCoastShelf
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDemersalElasmobranchs
  • FishDiadromous
  • FishPelagic
  • FishPelagicElasmobranchs
  • CephalopodsCoastShelf
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDemersalElasmobranchs
  • FishDiadromous
  • FishPelagic
  • FishPelagicElasmobranchs
  • CephalopodsCoastShelf
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDemersalElasmobranchs
  • FishDiadromous
  • FishPelagic
  • FishPelagicElasmobranchs
  • CephalopodsCoastShelf
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDemersalElasmobranchs
  • FishDiadromous
  • FishPelagic
  • FishPelagicElasmobranchs
  • CephalopodsCoastShelf
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDemersalElasmobranchs
  • FishDiadromous
  • FishPelagic
  • FishPelagicElasmobranchs
  • CephalopodsCoastShelf
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDemersalElasmobranchs
  • FishDiadromous
  • FishPelagic
  • FishPelagicElasmobranchs
  • AnnexII_IV_V_Species
  • MammalsAll
  • MammalsSeals
  • MammalsToothedWhales
  • AnnexII_IV_V_Species
  • MammalsAll
  • MammalsSeals
  • MammalsToothedWhales
  • AnnexII_IV_V_Species
  • MammalsAll
  • MammalsSeals
  • MammalsToothedWhales
  • AnnexII_IV_V_Species
  • MammalsAll
  • MammalsSeals
  • MammalsToothedWhales
  • AnnexII_IV_V_Species
  • MammalsAll
  • MammalsSeals
  • MammalsToothedWhales
  • AnnexII_IV_V_Species
  • MammalsAll
  • MammalsSeals
  • MammalsToothedWhales
  • MammalsAll
  • MammalsAll
  • CephalopodsAll
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDiadromous
  • FishPelagic
  • CephalopodsAll
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDiadromous
  • FishPelagic
  • CephalopodsAll
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDiadromous
  • FishPelagic
  • CephalopodsAll
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDiadromous
  • FishPelagic
  • CephalopodsAll
  • FishAll
  • FishCoastal
  • FishDemersal
  • FishDiadromous
  • FishPelagic
  • MammalsToothedWhales
Q5c - Features Q5c - Physical/Chemical features
  • NutrientLevels
  • Salinity
  • Transparency
  • Turbidity
  • NutrientLevels
  • Salinity
  • Transparency
  • Turbidity
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • CurrentVelocity
  • NutrientLevels
  • OxygenLevels
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Turbidity
  • pH
  • CurrentVelocity
  • NutrientLevels
  • OxygenLevels
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Turbidity
  • pH
  • CurrentVelocity
  • NutrientLevels
  • OxygenLevels
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Turbidity
  • pH
  • CurrentVelocity
  • NutrientLevels
  • OxygenLevels
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Turbidity
  • pH
  • CurrentVelocity
  • NutrientLevels
  • OxygenLevels
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Turbidity
  • pH
  • CurrentVelocity
  • NutrientLevels
  • OxygenLevels
  • Salinity
  • SeaBottomTemperature
  • SeaSurfaceTemperature
  • Transparency
  • Turbidity
  • pH
  • TopographyBathymetry
Q5c - Features Q5c - Pressures
  • ExtractSpeciesFishShellfish
  • ExtractSpeciesFishShellfish
  • ExtractSpeciesFishShellfish
  • ExtractSpeciesFishShellfish
  • ExtractSpeciesFishShellfish
  • ExtractSpeciesFishShellfish
  • ExtractSpeciesFishShellfish
  • AcutePollutionEvents
  • ExtractSpeciesFishShellfish
  • Noise
  • PhysDisturbance
  • AcutePollutionEvents
  • ExtractSpeciesFishShellfish
  • Noise
  • PhysDisturbance
  • AcutePollutionEvents
  • ExtractSpeciesFishShellfish
  • Noise
  • PhysDisturbance
  • AcutePollutionEvents
  • ExtractSpeciesFishShellfish
  • Noise
  • PhysDisturbance
  • AcutePollutionEvents
  • ExtractSpeciesFishShellfish
  • Noise
  • PhysDisturbance
  • AcutePollutionEvents
  • ExtractSpeciesFishShellfish
  • Noise
  • PhysDisturbance
  • NutrientOrgEnrich
  • NutrientOrgEnrich
  • ExtractSpeciesFishShellfish
  • Litter
  • ExtractSpeciesFishShellfish
  • Litter
  • ExtractSpeciesFishShellfish
  • Litter
  • ExtractSpeciesFishShellfish
  • Litter
  • ExtractSpeciesFishShellfish
  • Litter
  • NutrientOrgEnrich
  • NutrientOrgEnrich
  • NutrientOrgEnrich
  • NutrientOrgEnrich
  • NutrientOrgEnrich
  • NutrientOrgEnrich
  • PhysDam_extraction
Q9a - Elements
  • Most frequently occurring species in the combined database are flounder (Platichtys flesus), eel (Anguilla anguilla), eel-pout (Zoarces viviparus) and cod (Gadus morhua).
  • In the manual all relevant information on the sampling type can be found. However, all fish/ animals are specific to species or species group counted and weighted and station information with depth, temperature, oxygen, salinity etc. is recorded.
  • In the manual all relevant information on the sampling type can be found. However, all fish/ animals are specific to species or species group counted and weighted and station information on depth, gear and fishing pattern is recorded. The target fish species are all commercial species.
  • Stomachs should be selected randomly within each length group. To assure random selection within size classes, and as additional single-fish data are needed anyways, it is recommended to use fish selected for single-fish data, otolith and maturity sampling whenever possible. The samples should be frozen individually in plastic bags including a label describing the sampled fish . Every fish needs to have a unique ID number, which is noted on the label and which makes it possible to connect the stomach to the other relevant single-fish, haul and environmental (CTD) data. Stomachs are collected from cod/whiting > = 15 cm. To ease the handling, cod and whiting < 15 cm are frozen as a whole (2 specimen per cm group and per haul).
  • In the manual all relevant information on the sampling type can be found. However, all fish/ animals are specific to species or species group counted and weighted and station information with depth, temperature, oxygen, salinity etc. is recorded.
  • In the manual all relevant information on the sampling type can be found. However, all fish/ animals are specific to species or species group counted and weighted and station information on depth, gear and fishing pattern is recorded. The target fish species are all commercial species.
  • Biological effects of contaminants: PAH-specific effects (CYP1A/EROD, PAH bile metabolites), reprodutive success in eelpout (reproductive impact, malformations).
  • Trend in abundance at all localities and reproductive rates at selected localities.
  • Trend in abundance.
  • Trends in population abundance.
  • Population trend in abundance.
  • Seasonal trend in density/abundance.
  • In the manual all relevant information on the sampling type can be found. However, all fish/ animals are specific to species or species group counted and weighted and station information on depth, gear and fishing pattern is recorded. The target fish species are all commercial species.
  • In the manual all relevant information on the sampling type can be found. However, all fish/ animals are specific to species or species group counted and weighted and station information on depth, gear and fishing pattern is recorded. The target fish species are all commercial species.
  • In the manual all relevant information on the sampling type can be found. However, all fish/ animals are specific to species or species group counted and weighted and station information on depth, gear and fishing pattern is recorded. The target fish species are all commercial species.
  • Most frequently occurring species in the combined database are flounder (Platichtys flesus), eel (Anguilla anguilla), eel-pout (Zoarces viviparus) and cod (Gadus morhua).
  • In the manual all relevant information on the sampling type can be found. However, all fish/ animals are specific to species or species group counted and weighted and station information on depth, gear and fishing pattern is recorded. The target fish species are all commercial species.
  • Pressures.The data to be monitored in the current program are: Intestinal enterococci and E. coli.
  • ctd, fluorescens, light attenuation and oxygen
  • nutrients
  • Load of Nutrients (nitrogen and phosphorus) and water from land-based sources to marine and coastal waters.
  • Eutrphying inorganic nitrogen and phosphrous.
Q5a - GES criteria Relevant GES criteria
  • 4.2
  • 4.2
  • 4.2
  • 4.2
  • 4.2
  • 4.2
  • 4.2
  • 1.1
  • 1.2
  • 1.3
  • 1.4
  • 1.5
  • 4.3
  • 1.1
  • 1.2
  • 1.3
  • 1.4
  • 1.5
  • 4.3
  • 1.1
  • 1.2
  • 1.3
  • 1.4
  • 1.5
  • 4.3
  • 1.1
  • 1.2
  • 1.3
  • 1.4
  • 1.5
  • 4.3
  • 1.1
  • 1.2
  • 1.3
  • 1.4
  • 1.5
  • 4.3
  • 1.1
  • 1.2
  • 1.3
  • 1.4
  • 1.5
  • 4.3
  • 4.3
  • 4.3
  • 1.1
  • 1.2
  • 1.3
  • 3.1
  • 3.2
  • 3.3
  • 4.2
  • 1.1
  • 1.2
  • 1.3
  • 3.1
  • 3.2
  • 3.3
  • 4.2
  • 1.1
  • 1.2
  • 1.3
  • 3.1
  • 3.2
  • 3.3
  • 4.2
  • 1.1
  • 1.2
  • 1.3
  • 3.1
  • 3.2
  • 3.3
  • 4.2
  • 1.1
  • 1.2
  • 1.3
  • 3.1
  • 3.2
  • 3.3
  • 4.2
  • 1.1
  • 4.3
  • 5.1
  • 5.2
  • 5.3
  • 1.1
  • 4.3
  • 5.1
  • 5.2
  • 5.3
  • 1.1
  • 4.3
  • 5.1
  • 5.2
  • 5.3
  • 1.1
  • 4.3
  • 5.1
  • 5.2
  • 5.3
  • 1.1
  • 4.3
  • 5.1
  • 5.2
  • 5.3
  • 1.1
  • 4.3
  • 5.1
  • 5.2
  • 5.3
  • 1.6
  • 3.1
  • 4.3
  • 7.1
  • 7.2
Q5b - GES indicators Relevant GES indicators
  • 4.2.1
  • 4.2.1
  • 4.2.1
  • 4.2.1
  • 4.2.1
  • 4.2.1
  • 4.2.1
  • 1.1.1
  • 1.1.2
  • 1.2.1
  • 1.3.1
  • 1.4.1
  • 1.5.1
  • 4.3.1
  • 1.1.1
  • 1.1.2
  • 1.2.1
  • 1.3.1
  • 1.4.1
  • 1.5.1
  • 4.3.1
  • 1.1.1
  • 1.1.2
  • 1.2.1
  • 1.3.1
  • 1.4.1
  • 1.5.1
  • 4.3.1
  • 1.1.1
  • 1.1.2
  • 1.2.1
  • 1.3.1
  • 1.4.1
  • 1.5.1
  • 4.3.1
  • 1.1.1
  • 1.1.2
  • 1.2.1
  • 1.3.1
  • 1.4.1
  • 1.5.1
  • 4.3.1
  • 1.1.1
  • 1.1.2
  • 1.2.1
  • 1.3.1
  • 1.4.1
  • 1.5.1
  • 4.3.1
  • 4.3.1
  • 5.1.1
  • 5.2.1
  • 5.2.2
  • 8.1.1
  • 4.3.1
  • 5.1.1
  • 5.2.1
  • 5.2.2
  • 8.1.1
  • 3.1.1
  • 3.1.2
  • 3.2.1
  • 3.2.2
  • 3.3.1
  • 4.2.1
  • 3.1.1
  • 3.1.2
  • 3.2.1
  • 3.2.2
  • 3.3.1
  • 4.2.1
  • 3.1.1
  • 3.1.2
  • 3.2.1
  • 3.2.2
  • 3.3.1
  • 4.2.1
  • 3.1.1
  • 3.1.2
  • 3.2.1
  • 3.2.2
  • 3.3.1
  • 4.2.1
  • 3.1.1
  • 3.1.2
  • 3.2.1
  • 3.2.2
  • 3.3.1
  • 4.2.1
  • 5.1.1
  • 5.2.1
  • 5.2.2
  • 5.2.3
  • 5.2.4
  • 5.3.1
  • 5.3.2
  • 5.1.1
  • 5.2.1
  • 5.2.2
  • 5.2.3
  • 5.2.4
  • 5.3.1
  • 5.3.2
  • 5.1.1
  • 5.2.1
  • 5.2.2
  • 5.2.3
  • 5.2.4
  • 5.3.1
  • 5.3.2
  • 5.1.1
  • 5.2.1
  • 5.2.2
  • 5.2.3
  • 5.2.4
  • 5.3.1
  • 5.3.2
  • 5.1.1
  • 5.2.1
  • 5.2.2
  • 5.2.3
  • 5.2.4
  • 5.3.1
  • 5.3.2
  • 5.1.1
  • 5.2.1
  • 5.2.2
  • 5.2.3
  • 5.2.4
  • 5.3.1
  • 5.3.2
  • 1.6.3
  • 6.2.1
  • 6.2.2
  • 7.1.1
  • 7.2.1
  • 7.2.2
Q9b - Parameters monitored (state/impact) Species distribution
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
  • MP-9b-1-1-1
Q9b - Parameters monitored (state/impact) Species population size
  • MP-9b-1-2-1
  • MP-9b-1-2-2
  • MP-9b-1-2-1
  • MP-9b-1-2-2
  • MP-9b-1-2-1
  • MP-9b-1-2-2
  • MP-9b-1-2-1
  • MP-9b-1-2-1
  • MP-9b-1-2-1
  • MP-9b-1-2-1
  • MP-9b-1-2-1
  • MP-9b-1-2-1
  • MP-9b-1-2-1
  • MP-9b-1-2-2
  • MP-9b-1-2-1
  • MP-9b-1-2-2
Q9b - Parameters monitored (state/impact) Species population characteristics
  • MP-9b-1-3-1
  • MP-9b-1-3-2
  • MP-9b-1-3-3
  • MP-9b-1-3-6
  • MP-9b-1-3-1
  • MP-9b-1-3-2
  • MP-9b-1-3-3
  • MP-9b-1-3-2
  • MP-9b-1-3-3
  • MP-9b-1-3-6
  • MP-9b-1-3-1
  • MP-9b-1-3-2
  • MP-9b-1-3-3
  • MP-9b-1-3-6
  • MP-9b-1-3-1
  • MP-9b-1-3-2
  • MP-9b-1-3-3
  • MP-9b-1-3-6
  • MP-9b-1-3-6
  • MP-9b-1-3-6
  • MP-9b-1-3-1
  • MP-9b-1-3-2
  • MP-9b-1-3-3
  • MP-9b-1-3-1
  • MP-9b-1-3-2
  • MP-9b-1-3-3
  • MP-9b-1-3-1
  • MP-9b-1-3-2
  • MP-9b-1-3-3
  • MP-9b-1-3-1
  • MP-9b-1-3-2
  • MP-9b-1-3-3
Q9b - Parameters monitored (state/impact) Species impacts
  • MP-9b-1-4-1
  • MP-9b-1-4-3
  • MP-9b-1-4-1
  • MP-9b-1-4-2
  • MP-9b-1-4-3
  • MP-9b-1-4-1
  • MP-9b-1-4-2
  • MP-9b-1-4-3
  • MP-9b-1-4-1
  • MP-9b-1-4-2
  • MP-9b-1-4-3
  • MP-9b-1-4-1
  • MP-9b-1-4-2
  • MP-9b-1-4-3
  • MP-9b-1-4-1
  • MP-9b-1-4-2
  • MP-9b-1-4-3
  • MP-9b-1-4-1
  • MP-9b-1-4-3
  • MP-9b-1-4-1
  • MP-9b-1-4-2
  • MP-9b-1-4-3
Q9b - Parameters monitored (state/impact) Habitat distribution
Q9b - Parameters monitored (state/impact) Habitat extent
Q9b - Parameters monitored (state/impact) Habitat condition (physical-chemical)
  • MP-9b-1-7-1
  • MP-9b-1-7-1
  • MP-9b-1-7-11
  • MP-9b-1-7-2
  • MP-9b-1-7-6
  • MP-9b-1-7-11
  • MP-9b-1-7-1
  • MP-9b-1-7-11
  • MP-9b-1-7-2
  • MP-9b-1-7-6
  • MP-9b-1-7-1
  • MP-9b-1-7-11
  • MP-9b-1-7-2
  • MP-9b-1-7-6
  • MP-9b-1-7-11
  • MP-9b-1-7-11
  • MP-9b-1-7-11
  • MP-9b-1-7-11
  • MP-9b-1-7-1
  • MP-9b-1-7-11
  • MP-9b-1-7-1
  • MP-9b-1-7-2
  • MP-9b-1-7-6
  • MP-9b-1-7-7
Q9b - Parameters monitored (state/impact) Habitat condition (biological)
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
  • MP-9b-1-8-2
  • MP-9b-1-8-3
Q9b - Parameters monitored (state/impact) Habitat impacts
  • MP-9b-1-9-2
  • MP-9b-1-9-2
  • MP-9b-1-9-2
  • MP-9b-1-9-2
  • MP-9b-1-9-2
  • MP-9b-1-9-2
Q9b - Parameters monitored (pressures) Pressure input
  • MP-9b-2-1-2
  • MP-9b-2-1-1
Q9b - Parameters monitored (pressures) Pressure output
  • MP-9b-2-2-7
  • MP-9b-2-2-2
  • MP-9b-2-2-7
  • MP-9b-2-2-2
  • MP-9b-2-2-7
  • MP-9b-2-2-2
  • MP-9b-2-2-3
  • MP-9b-2-2-3
  • MP-9b-2-2-1
Q9b - Parameters monitored (activity) Activity
  • MP-9b-3-1-1
  • MP-9b-3-1-4
  • MP-9b-3-1-1
  • MP-9b-3-1-4
  • MP-9b-3-1-1
  • MP-9b-3-1-4
  • MP-9b-3-1-1
  • MP-9b-3-1-4
  • MP-9b-3-1-1
  • MP-9b-3-1-4
  • MP-9b-3-1-1
  • MP-9b-3-1-4
Q9b Parameters monitored (other) Other
  • MP-9b-4-1-1
  • MP-9b-4-1-1
  • MP-9b-4-1-1
Q41 Spatial scope
WFD_CW
EEZ BeyondMSwaters
WFD_CW EEZ BeyondMSwaters
EEZ BeyondMSwaters
EEZ BeyondMSwaters
WFD_CW EEZ BeyondMSwaters
WFD_CW
MSland_FW
WFD_CW TerritorialWaters EEZ
MSland_FW
WFD_TW WFD_CW TerritorialWaters
MSland_FW
WFD_CW TerritorialWaters
WFD_CW TerritorialWaters EEZ
WFD_CW
WFD_CW EEZ BeyondMSwaters
WFD_CW EEZ BeyondMSwaters
WFD_CW EEZ BeyondMSwaters
WFD_CW
WFD_CW EEZ BeyondMSwaters
WFD_CW
WFD_CW TerritorialWaters EEZ
WFD_CW TerritorialWaters EEZ
WFD_CW TerritorialWaters EEZ
MSland_FW
MSland_FW WFD_TW WFD_CW TerritorialWaters
Q4j - Description of spatial scope
the programme aims at determining the abundance and diversity of fish in coastal areas.
BITS is an international ICES coordinated survey, were Denmark gets appointed stations in Danish EZ zone as well as in international water in the Baltic. For every survey conducted a new list of stations is appointed and the area covered can vary between surveys. However, as a standard Denmark is conducting 18*2 days survey each year and this corresponds to 50 fishing stations and 80 plankton stations in the 1st quarter and similar in the 4th quarter survey. An international ICES manual is followed and a link to the newest version is added. DTU Aqua is participating in the ICES group (WGBIFS) coordinating the survey. http://www.ices.dk/marine-data/Documents/DATRAS%20Manuals/Addendum_1_WGBIFS_BITS_Manual_2011.pdf.
Commercial vessels are selected randomly and success rate is recorded. Success rate is defined as the number of fishermen willing to participate in allowing the observers to come onboard. A new sampling system was introduced in 2011, where vessels are selected on a stratified random basis, based on last year’s data. For each métier and quarter a vessel selection spreadsheet has been computed and the change of selecting a vessel are weighted with the amount of trips conducted in the same quarter and area one year earlier. When a vessel is selected by the computer the observers are oblique to call the skipper to ask for the possibility to conduct an observer trip with his vessel. As the system is weighting the amounts of trips conducted by the vessel it is possible to select the same ship more than once within a quarter. The fishermen answers are registered in a log. If a skipper decisively refuses to have an observer on board he is not contacted again within that year even though the ship is selected again by the system. However, the ship is registered with the same answer. If the skipper says “no” but is given a more vague answer (try again later or it is not fitting very good right now) he will be called again the next time the vessel is being selected by the system.
BITS is an international ICES coordinated survey, were Denmark gets appointed stations in Danish EZ zone as well as in international water in the Baltic. For every survey conducted a new list of stations is appointed and the area covered can vary between surveys. However, as a standard Denmark is conducting 18*2 days survey each year and this corresponds to 50 fishing stations and 80 plankton stations in the 1st quarter and similar in the 4th quarter survey. An international ICES manual is followed and a link to the newest version is added. DTU Aqua is participating in the ICES group (WGBIFS) coordinating the survey. http://www.ices.dk/marine-data/Documents/DATRAS%20Manuals/Addendum_1_WGBIFS_BITS_Manual_2011.pdf
BITS is an international ICES coordinated survey, were Denmark gets appointed stations in Danish EZ zone as well as in international water in the Baltic. For every survey conducted a new list of stations is appointed and the area covered can vary between surveys. However, as a standard Denmark is conducting 18*2 days survey each year and this corresponds to 50 fishing stations and 80 plankton stations in the 1st quarter and similar in the 4th quarter survey. An international ICES manual is followed and a link to the newest version is added. DTU Aqua is participating in the ICES group (WGBIFS) coordinating the survey. http://www.ices.dk/marine-data/Documents/DATRAS%20Manuals/Addendum_1_WGBIFS_BITS_Manual_2011.pdf
Commercial vessels are selected randomly and success rate is recorded. Success rate is defined as the number of fishermen willing to participate in allowing the observers to come onboard. A new sampling system was introduced in 2011, where vessels are selected on a stratified random basis, based on last year’s data. For each métier and quarter a vessel selection spreadsheet has been computed and the change of selecting a vessel are weighted with the amount of trips conducted in the same quarter and area one year earlier. When a vessel is selected by the computer the observers are oblique to call the skipper to ask for the possibility to conduct an observer trip with his vessel. As the system is weighting the amounts of trips conducted by the vessel it is possible to select the same ship more than once within a quarter. The fishermen answers are registered in a log. If a skipper decisively refuses to have an observer on board he is not contacted again within that year even though the ship is selected again by the system. However, the ship is registered with the same answer. If the skipper says “no” but is given a more vague answer (try again later or it is not fitting very good right now) he will be called again the next time the vessel is being selected by the system.
In representative coastal areas, coordinated with the monitoring activities on contaminnant levels in fish.
Harbour seals monitored since 1979. Grey seals monitored since 2011. All sites where seals go on land are included in the program.
Harbour porpoises occur in all Danish waters. Every 5-6th year an international survey (mini-SCANS+SCANS) conduct an abundacea survey covering this region except for Bornholm waters. For Bornholm waters a new method using acoustic data loggers have been developed (SAMBAH), but is not yet part of the national monitoring program.
In Danish waters there is 4 populations of harbour seals and 2 populations of grey seals. In this region both the Kattegat and western Baltic harbour seal population is shared with Sweden. The Baltic grey seal population is shared with Sweden, Finland and Estonia.
Denmark share 3 harbour porpoise poulations with the North Sea ranage states (North Sea population), Sweden and Germany (Belt Sea population) and the Baltic proper range states (Baltic population). The Baltic Sea poulation and half of the Belt Sea population is living within the BALDK region
Harbour seals monitored since 1979. Grey seals monitored since 2011. All land sites are monitored but there is no program covering the marine part of the seals's habitat.
All major Natura2000 sites within this region is monitored.
The program including rationale for the geographic scope can be found here: http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/
The program including rationale for the geographic scope can be found here: http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/
Commercial vessels are selected randomly and success rate is recorded. Success rate is defined as the number of fishermen willing to participate in allowing the observers to come onboard. A new sampling system was introduced in 2011, where vessels are selected on a stratified random basis, based on last year’s data. For each métier and quarter a vessel selection spreadsheet has been computed and the change of selecting a vessel are weighted with the amount of trips conducted in the same quarter and area one year earlier. When a vessel is selected by the computer the observers are oblique to call the skipper to ask for the possibility to conduct an observer trip with his vessel. As the system is weighting the amounts of trips conducted by the vessel it is possible to select the same ship more than once within a quarter. The fishermen answers are registered in a log. If a skipper decisively refuses to have an observer on board he is not contacted again within that year even though the ship is selected again by the system. However, the ship is registered with the same answer. If the skipper says “no” but is given a more vague answer (try again later or it is not fitting very good right now) he will be called again the next time the vessel is being selected by the system.
Commercial vessels are selected randomly and success rate is recorded. Success rate is defined as the number of fishermen willing to participate in allowing the observers to come onboard. A new sampling system was introduced in 2011, where vessels are selected on a stratified random basis, based on last year’s data. For each métier and quarter a vessel selection spreadsheet has been computed and the change of selecting a vessel are weighted with the amount of trips conducted in the same quarter and area one year earlier. When a vessel is selected by the computer the observers are oblique to call the skipper to ask for the possibility to conduct an observer trip with his vessel. As the system is weighting the amounts of trips conducted by the vessel it is possible to select the same ship more than once within a quarter. The fishermen answers are registered in a log. If a skipper decisively refuses to have an observer on board he is not contacted again within that year even though the ship is selected again by the system. However, the ship is registered with the same answer. If the skipper says “no” but is given a more vague answer (try again later or it is not fitting very good right now) he will be called again the next time the vessel is being selected by the system.
Commercial vessels are selected randomly and success rate is recorded. Success rate is defined as the number of fishermen willing to participate in allowing the observers to come onboard. A new sampling system was introduced in 2011, where vessels are selected on a stratified random basis, based on last year’s data. For each métier and quarter a vessel selection spreadsheet has been computed and the change of selecting a vessel are weighted with the amount of trips conducted in the same quarter and area one year earlier. When a vessel is selected by the computer the observers are oblique to call the skipper to ask for the possibility to conduct an observer trip with his vessel. As the system is weighting the amounts of trips conducted by the vessel it is possible to select the same ship more than once within a quarter. The fishermen answers are registered in a log. If a skipper decisively refuses to have an observer on board he is not contacted again within that year even though the ship is selected again by the system. However, the ship is registered with the same answer. If the skipper says “no” but is given a more vague answer (try again later or it is not fitting very good right now) he will be called again the next time the vessel is being selected by the system.
The aim of the "Key-fishermen" projects is to register fish catches and document fish assemblages in Danish coastal waters over a consecutive number of years.
Commercial vessels are selected randomly and success rate is recorded. Success rate is defined as the number of fishermen willing to participate in allowing the observers to come onboard. A new sampling system was introduced in 2011, where vessels are selected on a stratified random basis, based on last year’s data. For each métier and quarter a vessel selection spreadsheet has been computed and the change of selecting a vessel are weighted with the amount of trips conducted in the same quarter and area one year earlier. When a vessel is selected by the computer the observers are oblique to call the skipper to ask for the possibility to conduct an observer trip with his vessel. As the system is weighting the amounts of trips conducted by the vessel it is possible to select the same ship more than once within a quarter. The fishermen answers are registered in a log. If a skipper decisively refuses to have an observer on board he is not contacted again within that year even though the ship is selected again by the system. However, the ship is registered with the same answer. If the skipper says “no” but is given a more vague answer (try again later or it is not fitting very good right now) he will be called again the next time the vessel is being selected by the system.
This program includes the entire coastline, inland waters (estuaries) and lakes.
The program including rationale for the geographic scope can be found here; http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/
The program including rationale for the geographic scope can be found here: http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/ The aim of the National Monitoring Programme for Water and NAture is to document the impacts of the current Programmes of Measures as well as to establish the basis for future environmental management of the Danish sea territories.
The program including rationale for the geographic scope can be found here: http://naturstyrelsen.dk/naturbeskyttelse/national-naturbeskyttelse/overvaagning-af-vand-og-natur/novana-program/
The programme has been established in order to document trends and inputs impacting the aquatic environment as well as to provide a basis for decision-making in relation to restore the environmental quality in freshwater and marine environment.
The Danish monitoring program for air quality and depositons is based on a few coastal fixed measurements stations in combination with modelcalculations that cover all the Danish marins waters. The quality of the model calculations is based on comparisons with the results from the monitoring stations.
Marine Unit IDs
  • BALDK
  • BALDK
  • BALDK
  • BALDK
  • BALDK
  • BALDK
  • BALDK
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
  • BAL_DK_RG_001
Q4h - Temporal scope Start date- End date
2005-9999
1991-9999
1995-9999
1991-9999
1991-9999
1995-9999
2004-9999
1979-9999
2011-9999
1979-9999
2011-9999
1979-9999
2011-9999
1987-9999
1990-9999
1995-9999
1995-9999
1995-9999
2005-9999
1995-9999
1975-9999
1987-9999
1987-9999
1987-9999
1989-9999
1989-9999
-
Q9h - Temporal resolution of sampling
  • Monthly
  • 6monthly
  • Continually
  • 6monthly
  • 6monthly
  • Continually
  • Yearly
  • Yearly
  • 6yearly
  • Yearly
  • 6yearly
  • Yearly
  • Yearly
  • Yearly
  • Yearly
  • Continually
  • Continually
  • Continually
  • Monthly
  • Continually
  • Yearly
  • Monthly
  • Monthly
  • Monthly
  • Yearly
  • Continually
Q9c - Monitoring method
In this project 102 voluntary recreational fishermen participated, using either gillnets, fyke-nets or both gear types. Note that the results resented in this report represent catches reported by recreational fishermen. All species have caught have been registered and length measurements have been taken. The results showed a high fish biodiversity in Danish coastal waters. A total of 49 fish species were registered in gillnets and 72 in fyke-nets. This projec represent the largest and longest time series on catches in gillnets and fyke-nets along the Danish coasts.
ICES methods. http://www.ices.dk/marine-data/Documents/DATRAS%20Manuals/Addendum_1_WGBIFS_BITS_Manual_2011.pdf.
ICES methods for best pratice in on shore and at sea sampling. SGPIDS, WKPICS, PGCCDBS, RCM Baltic and RCM North Sea.
In a food web content stomach data is colleted on a regular basis from 2008 from the Baltic sea cod. The stomach data are collected an analysed according to the:
ICES methods. Dioxin samples are analysed and published from DTU food.
ICES methods for best pratice in on shore and at sea sampling. SGPIDS, WKPICS, PGCCDBS, RCM Baltic and RCM North Sea. Other parameter measured in connection to health is condition to commarcial species. This is monitored over time to detect changes in health and growth. Furthermore, all herring aged are also analysed for the parasite nematode Anasaki in the laboratory.
Method according to The Marine Topic Centre (M-FDC) technical guidelines (in Danish): TA M26 Biologisk effektmonitering i fisk http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M26_Biologisk_effektmonitering_i_fisk__ver_1_.pdf
The national monitoring program (NOVANA) is described (in Danish) at: http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M16_Artsovervaagning_af_saeler.pdf
The national monitoring program (NOVANA) is described (in Danish) at: http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M15_Artsovervaagning_af_marsvin.pdf
The national monitoring program (NOVANA) is described (in Dansih) at: http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M16_Artsovervaagning_af_saeler.pdf
The national monitoring program (NOVANA) is described (in Danish) at: http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M15_Artsovervaagning_af_marsvin.pdf
The national monitoring program (NOVANA) is described (in Dansih) at: http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M16_Artsovervaagning_af_saeler.pdf
The national monitoring program (NOVANA) is described (in Dansih) at: http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M15_Artsovervaagning_af_marsvin.pdf
http://www2.dmu.dk/1_om_dmu/2_tvaer-funk/3_fdc_mar/programgrundlag/TekAnv2004_2009/Del2/TA04_2_5_fytoplankton.pdf
http://www2.dmu.dk/1_om_dmu/2_tvaer-funk/3_fdc_mar/programgrundlag/TekAnv2004_2009/Del2/TA04_2_6_Mikrozooplankton.pdf http://www2.dmu.dk/1_om_dmu/2_tvaer-funk/3_fdc_mar/programgrundlag/TekAnv2004_2009/Del2/TA04_2_7_Mesozooplankton.pdf
ICES methods for best pratice in on shore and at sea sampling. SGPIDS, WKPICS, PGCCDBS, RCM Baltic and RCM North Sea. As age and length and weight by age is followed continually it is possible to follow the development over time, to estimate if the population is in a healthy state. Data derived from this program is used in stock assessment to estimate the fishing mortality on the commercial important stocks.
ICES methods for best pratice in on shore and at sea sampling. SGPIDS, WKPICS, PGCCDBS, RCM Baltic and RCM North Sea. As age and length and weight by age is followed continually it is possible to follow the development over time, to estimate if the population is in a healthy state.Data derived from this program is used in stock assessment to estimate the fishing mortality on the commercial important stocks.
ICES methods for best pratice in on shore and at sea sampling. SGPIDS, WKPICS, PGCCDBS, RCM Baltic and RCM North Sea. As age and length and weight by age is followed continually it is possible to follow the development over time, to estimate if the population is in a healthy state. Data derived from this program is used in stock assessment to estimate the fishing mortality on the commercial important stocks.
In this project 102 voluntary recreational fishermen participated, using either gillnets, fyke-nets or both gear types. Note that the results resented in this report represent catches reported by recreational fishermen. All species have caught have been registered and length measurements have been taken. The results showed a high fish biodiversity in Danish coastal waters. A total of 49 fish species were registered in gillnets and 72 in fyke-nets. This projec represent the largest and longest time series on catches in gillnets and fyke-nets along the Danish coasts. As age and length and weight by age are followed on a regular basis it is possible to follow the development over time, to estimate if the population is in a healthy state.
ICES methods for best pratice in on shore and at sea sampling. SGPIDS, WKPICS, PGCCDBS, RCM Baltic and RCM North Sea. As age and length and weight by age is followed continually it is possible to follow the development over time, to estimate if the population is in a healthy state. Data derived from this program is used in stock assessment to estimate the fishing mortality on the commercial important stocks.
Description of the technical method is described in the Bathing Water Directive 2006/7/EC of 15 February 2006 Article 15 and must be in accordance with Annex I, IV and V in this Directive. Link enclosed: http://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri=OJ:L:2006:064:0037:0051:EN:PDF. Please find also a technical description of the method described in the Danish Statutory order (Statutory Order No. 2012-09-18. 939) concerning bathing and swimming areas. Reference to chapter 2 § 4/2. Link enclosed: https://www.retsinformation.dk/forms/R0710.aspx?id=143189. Attached is also a general technical description of measurement methods in the Danish Statutory Order (Statutory Order No. 231 of 05/03/2014) concerning quality standards for environmental measurements: https://www.retsinformation.dk/Forms/R0710.aspx?id=160496
http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M03_CTD_maaling__VERSION_2_.pdf http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M04_Ilt_i_vandsoejlen.pdf http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M05_Fluorescens_ver1.pdf http://bios.au.dk/fileadmin/bioscience/Fagdatacentre/MarintFagdatacenter/TekniskeAnvisninger2011_2015/TA_M06_Lyssvaekkelse_ver1.pdf
http://www2.dmu.dk/1_om_dmu/2_tvaer-funk/3_fdc_mar/programgrundlag/TekAnv2004_2009/Del2/TA04_2_2_vandkemi.pdf
http://www2.dmu.dk/1_om_dmu/2_tvaer-funk/3_fdc_mar/programgrundlag/TekAnv2004_2009/Del2/TA04_2_5_fytoplankton.pdf
References: Technical guideline documents for NOVANA is available from the Danish Nature Agency (in Danish), .and Bekendtgørelse om kvalitetskrav til miljømålinger (Statutory Order on Quality requirements in environmental analyses) https://www.retsinformation.dk/Forms/R0710.aspx?id=160496
The measurement methods are based on the methods recommended under the EMEP monitoring program. Part of the measurement methods has been slghtly modified compared to the EMPE methods. The modifications have been documented in connection with DCE's accriditation. The model calculations is based on DCE's air quality model called Danish hemispheric eulerian model.
Q9d - Description of alteration to method
The method can be seen in the manual.
1. Sample 10 stomachs per 1 cm size group of each predator species (cod and whiting). 2. A wide geographical coverage of samples should be obtained whenever possible and no more than 2 stomachs may be taken per cm group per haul and day (Exception: in SDs with few stations and/or low catches, a higher sampling frequency may be needed). 3. The 10 stomachs should be comprised of the categories (3) feeding, (4) empty or (5) containing only skeletal remains. Take care not to include stomachs that are everted or showing evidence of regurgitation (categories 1 & 2). 4. Preserve stomachs by freezing. Contents can be emptied into plastic bags before freezing. 5. Each sample should contain a unique label making it possible to obtain all the information
Other parameter measured in connection to health is condition in the demersal species. This is monitored over time to detect changes in health. Furthermore a subset of herring is analysed for dioxin and are also are also analysed for the parasite nematode Anasaki in the laboratory.
This program is registering all birds by species caught in the commercial vessels were the program is operating. However, the program is not design to target by-catch of breeding or wintering birds by is mainly registration if the bird is catch in the commercial gear. Furthermore, it should be highlighted that the main part of the targeted fleet in this program is trawlers and not the gillnetters who would probably have a larger rate of by-catch of birds.
This program is registering all mammals by species caught in the commercial vessels were the program is operating. However, the program is not design to target by-catch mammals it is mainly registration if the mammals are caught in the commercial gear. Furthermore, it should be highlighted that the main part of the targeted fleet in this program is trawlers and not the gillnetters who would probably have a larger rate of by-catch of mammals.
This program is registering all mammals by species caught in the commercial vessels were the program is operating. However, the program is not design to target by-catch mammals it is mainly registration if the mammals are caught in the commercial gear. Furthermore, it should be highlighted that the main part of the targeted fleet in this program is trawlers and not the gillnetters who would probably have a larger rate of by-catch of mammals.
The method can be seen in the manual. No age are estimated but length and weight. The data can be used to evaluate the development in the length and weight distribution for commercial species over time, as the gears are standardized.
Q9e - Quality assurance
  • National
  • ICESDataTypeGuide
  • ICESDataTypeGuide
  • ICESDataTypeGuide
  • ICESDataTypeGuide
  • ICESDataTypeGuide
  • BEQUALM
  • see link included above
  • Other
  • see link included above
  • Other
  • see link included above
  • Other
  • see link included above
  • Other
  • see link included above
  • Other
  • see link included above
  • Other
  • see link included above
  • see link included above
  • COMBINE
  • QUASIMEM
  • see link included above
  • ICESDataTypeGuide
  • ICESDataTypeGuide
  • ICESDataTypeGuide
  • National
  • ICESDataTypeGuide
  • National
  • COMBINE
  • QUASIMEM
  • see link included above
  • COMBINE
  • QUASIMEM
  • see link included above
  • COMBINE
  • QUASIMEM
  • see link included above
  • Bekendtgørelse om kvalitetskrav til miljømålinger (Statutory Order on Quality requirements in environmental analyses) https://www.retsinformation.dk/Forms/R0710.aspx?id=160496
  • Other
  • Other
Q9f - Quality control
DelayedValidation
RealandDelayedValidation
RealandDelayedValidation
RealandDelayedValidation
RealandDelayedValidation
RealandDelayedValidation
DelayedValidation
OtherQC
OtherQC
OtherQC
OtherQC
OtherQC
OtherQC
RealandDelayedValidation
RealandDelayedValidation
RealandDelayedValidation
DelayedValidation
RealandDelayedValidation
Unknown
OtherQC
OtherQC
Q9g - Spatial resolution of sampling Q9g - Proportion of area covered %
0.3
2
2
50
100
50
100
50
100
10
2
2
2
0.3
2
100
Q9g - Spatial resolution of sampling Q9g - No. of samples
Around 50 trips are conducted on an annual basis and this corrispond to 55 days at sea.- Indicating that 1 trip equals to 2% From minimum 1 station per day we sample all species with length and weight and only selected species for age.
From each station we sample all species with length and weight and only selected species (see appendix 1b) for age and maturity.
around 50 trips are conducted on an annual basis and this corrispond to 55 days at sea.- Indicating that 1 trip equals to 2% From minimum 1 station per day we sample all species with length and weight and only selected species for age.
3
For the Belt Sea area it is 1/5-6 years.
For the Belt Sea population it is 1/5-6 years. For the Baltic Sea population there is no regular schedule as the monitoring method has just been established.
For the Natura2000 areas it is 1/3years.
around 50 trips are conducted on an annual basis and this corrispond to 55 days at sea.- Indicating that 1 trip equals to 2%. From minimum 1 station per day we sample all species with length and weight and only selected species for age.
Around 50 trips are conducted on an annual basis and this corrispond to 55 days at sea.- Indicating that 1 trip equals to 2%. From minimum 1 station per day we sample all species with length and weight and only selected species for age.
Around 50 trips are conducted on an annual basis and this corrispond to 55 days at sea.- Indicating that 1 trip equals to 2%. From minimum 1 station per day we sample all species with length and weight and only selected speces for age.
around 50 trips are conducted on an annual basis and this corrispond to 55 days at sea.- Indicating that 1 trip equals to 2%. From minimum 1 station per day we sample all species with length and weight and only selected speces for age.
840 - 1680 12-24 annual samples at each location approx. 70 stations
Both model calculations and measurements covers the entire callendar year.
Q9i - Description of sample representivity
103 fishermen are participating with 3 sites eac. Indicating that each site represent 0.3% of the total. In total 52,000 individuals were caught in the last three year. Eelpout topped the list of species most frequently caught, mostly in fyke-nets. Next on the list was flounder with 23,000 individuals being caught over 3 years. An equal number of cod and eel were caught; 9,000 individuals. The catches reflect the fact that these species are among the most common and widespread species in Danish coastal waters.
103 fishermen are participating with 3 sites eac. Indicating that each site represent 0.3% of the total. In total 52,000 individuals were caught in the last three year. Eelpout topped the list of species most frequently caught, mostly in fyke-nets. Next on the list was flounder with 23,000 individuals being caught over 3 years. An equal number of cod and eel were caught; 9,000 individuals.
According to EU Directive 2006/7 / EC of 15 February 2006 on bathing water quality, sample taking will only take place in the "bathing season" (Denmark 1. of June to 1. of September / in some cases to 15. of September) and only were there are a "large number" of bathers. Link to Directive: http://eur-lex.europa.eu/LexUriServ/LexUriServ.do?uri=OJ:L:2006:064:0037:0051:EN:PDF. Please find also link to the Danish Statutory order concerning bathing water: https://www.retsinformation.dk/forms/R0710.aspx?id=143189. Please find link to the Reporting Sheet from EEA (European Environment Agency) : http://rod.eionet.europa.eu/obligations/531.
Approx. 50% of the catchment area is covered by monitoring stations. The locations are selected mainly to cover the largest rivers and to be distributed across the entire country. The nutrient load from the remaining catchment area is estimated using models. 840 - 1680 12-24 annual samples at each location in approx. 70 stations
Q10a - Scale for aggregation of data
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
  • Region
Q10b - Other scale for aggregation of data
The abundance of harbour seals should be aggregated in the four Danish management units. For this region the Kattegat (partly covering region ANSDK and shared with Sweden) and the Western Baltic also shared with Sweden. For the grey seals the Dniah counts should be part of the count for all of the Baltic Sea.
Porpoise abundance should be aggregated on population level to avoid movement between areas. For this region there is a Baltic and a Belt Sea population (expanding over both the ANSDK and BALDK).
The population monitoring of harbour seals should be aggregated in the four Danish management units. For this region the Kattegat (partly covering region ANSDK and shared with Sweden) and the Western Baltic also shared with Sweden. For the grey seals the Dniah counts should be part of the count for all of the Baltic Sea.
Porpoise abundance should be aggregated on population level to avoid movement between areas. For this region there is a Baltic and a Belt Sea population (expanding over both the ANSDK and BALDK)
Each land site is monitored, but none of the marine habitats.
Data are collected for each Natura 2000 site.
Q10c - Access to monitoring data Q10c - Data type
ProcessedData
ProcessedData DataProducts
ProcessedData DataProducts
ProcessedData DataProducts
ProcessedData DataProducts
ProcessedData DataProducts
ProcessedData
UnprocessedData ProcessedData DataProducts
UnprocessedData ProcessedData DataProducts
UnprocessedData ProcessedData DataProducts
UnprocessedData ProcessedData DataProducts
UnprocessedData ProcessedData DataProducts
UnprocessedData ProcessedData DataProducts
ProcessedData
ProcessedData
ProcessedData DataProducts
ProcessedData DataProducts
ProcessedData DataProducts
ProcessedData
ProcessedData DataProducts
UnprocessedData
UnprocessedData
UnprocessedData
ProcessedData
UnprocessedData ProcessedData
ProcessedData Simulated
Q10c - Access to monitoring data Q10c - Data access mechanism
LocationNationalDC
LocationInternationalDC
LocationInternationalDC
LocationInternationalDC
LocationInternationalDC
LocationInternationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationInternationalDC
LocationInternationalDC
LocationInternationalDC
LocationNationalDC
LocationInternationalDC
LocationInternationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
LocationNationalDC
Q10c - Access to monitoring data Q10c - Data access rights
RestrictedSpecific
Open
Open
Open
Open
Open
Open
Open
Open
Open
Open
Open
Open
Open
Open
Open
Open
Open
RestrictedSpecific
Open
Open
Open
Open
Open
Open
Open
Q10c - Access to monitoring data Q10c - INSPIRE standard
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
HabitatsBiotopes SpeciesDistribution
HabitatsBiotopes SpeciesDistribution
HabitatsBiotopes SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions
OceanographicFeatures SeaRegions
OceanographicFeatures SeaRegions
OceanographicFeatures SeaRegions SpeciesDistribution
OceanographicFeatures SeaRegions
OceanographicFeatures SeaRegions
Q10c - Access to monitoring data Q10c Date data are available
2014-09
2015-04
2015-04
2015-04
2015-04
2015-04
2014-12
2014-11
2014-11
2014-11
2014-11
2014-11
2014-11
2015-04
2015-04
2015-04
2015-04
2015-04
2015-10
2015-04
2014-12
2014-12
2014-12
2015-04
2014-12
1990-01
Q10c - Access to monitoring data Q10c - Data update frequency
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
2weekly
2weekly
Yearly
Yearly
Yearly
Q10d - Description of data access
A national data base is holding the data. The project will continue for the periode 2014-2016. Reference: Kristensen, L.D., Støttrup, J.G., Andersen, S. K. & Degel, H. 2014. Registrering af fangster i de danske kystområder med standardredskaber. Nøglefiskerrapport 2011-2013. DTU Aqua-rapport nr. 286-2014. Institut for Akvatiske Ressourcer, Danmarks Tekniske Universitet, 100 p. + bilag.
In ICES DATRAS database.
In ICES Regional data base (RDB).
In ICES DATRAS database.
In ICES DATRAS database. In addition, aggregated data is reported in the forthcoming MSFD art 8 initial assessment due in 2018.
In ICES Regional data base (RDB). In addition, aggregated data is reported in the forthcoming MSFD art 8 initial assessment due in 2018.
Aggregated data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
http://www.miljoeportal.dk/Sider/Forside.aspx In addition aggregated data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
http://www.miljoeportal.dk/Sider/Forside.aspx, in addition aggregated data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
In ICES Regional data base (RDB), as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
In ICES Regional data base (RDB) as well as in the forthcoming MSFD art 8 initial assessment due in 2018..
In ICES Regional data base (RDB) as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
A national data base is holding the data, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
In ICES Regional data base (RDB).as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Data is sent to the EC / EEA by the end of December each year In addition aggregated data is reported in the forthcoming MSFD art 8 initial assessment due in 2018.
http://www.miljoeportal.dk/Sider/Forside.aspx, in addition aggregated data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
http://www.miljoeportal.dk/Sider/Forside.aspx, in addition aggregated data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
http://www.miljoeportal.dk/Sider/Forside.aspx, in addition aggregated data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Aggregated data is contained in yearly progress report published under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
Aggregated data is reported in yearly reports under the National Monitoring Programme for Water and Nature, NOVANA, as well as in the forthcoming MSFD art 8 initial assessment due in 2018.
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D4/D1
D4/D1
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Monitoring strategy description
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Havets fødenet inkluderer alle økosystemets organismer og beskriver relationerne herimellem. En or-ganismes placering i en fødekæde er udtrykt ved dens trofiske niveau. Et eksempel på de trofiske ni-veauer i en marin fødekæde er: Første trofiske niveau - primærproducent f.eks. fytoplankton, andet trofiske niveau - zooplankton, tredje trofiske niveau – småfisk, f.eks. sild, og fjerde trofiske niveau - marsvin. Organismerne i fødenettet har indflydelse på hinanden, og udsving i forekomsten af nogle arter vil påvirke andre. Et sundt fødenet er karakteriseret ved, at der henover de trofiske niveauer er en naturlig balance, og en sådan balance er ofte understøttet af en høj biodiversitet. Overvågningsprogrammet for havets fødenet skal tilvejebringe grundlaget for en løbende vurdering af miljøtilstanden, så det kan vurderes om alle kendte elementer i havets fødenet er til stede og forekom-mer med normal tæthed og diversitet samt er på niveauer, som sikrer en stabil artstæthed og oprethol-delse af arternes fulde reproduktionsevne. Havets fødenet skal ses som en samlende deskriptor, der sætter flere af havstrategidirektivets deskriptorer i relation til hinanden og giver et integreret helheds-perspektiv af havets økosystem. Således omfatter overvågningsprogrammet for havets fødenet den overvågning, som udføres i relation til en række andre deskriptorer. Overvågningsprogrammet har til formål at sikre, at miljøtilstanden, som den er defineret i basisanalysen for Danmarks Havstrategi II, løbende kan følges i de danske havområder. Overvågningsprogrammet og basisanalyserne skal sammen danne grundlag for udarbejdelsen af de indsatsprogrammer, der skal sikre opfyldelse af miljømålene. Overvågningen vil endvidere føre til en vurdering af indsatsprogrammets foranstaltninger i forhold til opnåelse eller opretholdelse af god miljøtilstand. Overvågningsprogrammet er således tilrettelagt for at vurdere fremskridt i forhold til GES, miljømål og indsatser.
Coverage of GES criteria
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Adequate monitoring is in place by July 2020
Gaps and plans
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Overvågningsprogrammet er tilstrækkeligt.
Related targets
Coverage of targets
Related measures
Coverage of measures
Related monitoring programmes
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
  • DK-D04-01
  • Dk-D04-02
Programme code
DK-D04-01
DK-D04-01
DK-D04-01
DK-D04-01
DK-D04-01
DK-D04-01
DK-D04-01
DK-D04-01
Dk-D04-02
Dk-D04-02
Dk-D04-02
Dk-D04-02
Dk-D04-02
Dk-D04-02
Dk-D04-02
Dk-D04-02
Programme name
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Foodwebs - biodiversity, abundance
Update type
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
New programme
Old programme codes
Programme description
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet i de indrapporterede subprograms for D1, D3 og D6. Under blandt andet havstrategi-, vandramme- og habitatdirektivet udføres der under NOVANA overvågningen flere aktivere, der indgår i estimering af udbredelsesområde, habitatets udstrækning og tilstand og bestandsestimering for havfugle, havpattedyr, fisk, plankton og bundfauna. I regi af EU's fælles fiskeripolitik og dataindsamlingsforordningen indsamler Fiskeristyrelsen og DTU Aqua data fra diverse projekter, videnskabelige togter og årlige surveys, der benyttes til vurdering af landstal fra fiskeriet, artsfordeling, relativ populationstæthed og bestandsestimering af erhvervsmæssigt og ikke erhvervsmæssigt udnyttede fiskearter.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet i de indrapporterede subprograms for D1, D3 og D6. Under blandt andet havstrategi-, vandramme- og habitatdirektivet udføres der under NOVANA overvågningen flere aktivere, der indgår i estimering af udbredelsesområde, habitatets udstrækning og tilstand og bestandsestimering for havfugle, havpattedyr, fisk, plankton og bundfauna. I regi af EU's fælles fiskeripolitik og dataindsamlingsforordningen indsamler Fiskeristyrelsen og DTU Aqua data fra diverse projekter, videnskabelige togter og årlige surveys, der benyttes til vurdering af landstal fra fiskeriet, artsfordeling, relativ populationstæthed og bestandsestimering af erhvervsmæssigt og ikke erhvervsmæssigt udnyttede fiskearter.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet i de indrapporterede subprograms for D1, D3 og D6. Under blandt andet havstrategi-, vandramme- og habitatdirektivet udføres der under NOVANA overvågningen flere aktivere, der indgår i estimering af udbredelsesområde, habitatets udstrækning og tilstand og bestandsestimering for havfugle, havpattedyr, fisk, plankton og bundfauna. I regi af EU's fælles fiskeripolitik og dataindsamlingsforordningen indsamler Fiskeristyrelsen og DTU Aqua data fra diverse projekter, videnskabelige togter og årlige surveys, der benyttes til vurdering af landstal fra fiskeriet, artsfordeling, relativ populationstæthed og bestandsestimering af erhvervsmæssigt og ikke erhvervsmæssigt udnyttede fiskearter.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet i de indrapporterede subprograms for D1, D3 og D6. Under blandt andet havstrategi-, vandramme- og habitatdirektivet udføres der under NOVANA overvågningen flere aktivere, der indgår i estimering af udbredelsesområde, habitatets udstrækning og tilstand og bestandsestimering for havfugle, havpattedyr, fisk, plankton og bundfauna. I regi af EU's fælles fiskeripolitik og dataindsamlingsforordningen indsamler Fiskeristyrelsen og DTU Aqua data fra diverse projekter, videnskabelige togter og årlige surveys, der benyttes til vurdering af landstal fra fiskeriet, artsfordeling, relativ populationstæthed og bestandsestimering af erhvervsmæssigt og ikke erhvervsmæssigt udnyttede fiskearter.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet i de indrapporterede subprograms for D1, D3 og D6. Under blandt andet havstrategi-, vandramme- og habitatdirektivet udføres der under NOVANA overvågningen flere aktivere, der indgår i estimering af udbredelsesområde, habitatets udstrækning og tilstand og bestandsestimering for havfugle, havpattedyr, fisk, plankton og bundfauna. I regi af EU's fælles fiskeripolitik og dataindsamlingsforordningen indsamler Fiskeristyrelsen og DTU Aqua data fra diverse projekter, videnskabelige togter og årlige surveys, der benyttes til vurdering af landstal fra fiskeriet, artsfordeling, relativ populationstæthed og bestandsestimering af erhvervsmæssigt og ikke erhvervsmæssigt udnyttede fiskearter.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet i de indrapporterede subprograms for D1, D3 og D6. Under blandt andet havstrategi-, vandramme- og habitatdirektivet udføres der under NOVANA overvågningen flere aktivere, der indgår i estimering af udbredelsesområde, habitatets udstrækning og tilstand og bestandsestimering for havfugle, havpattedyr, fisk, plankton og bundfauna. I regi af EU's fælles fiskeripolitik og dataindsamlingsforordningen indsamler Fiskeristyrelsen og DTU Aqua data fra diverse projekter, videnskabelige togter og årlige surveys, der benyttes til vurdering af landstal fra fiskeriet, artsfordeling, relativ populationstæthed og bestandsestimering af erhvervsmæssigt og ikke erhvervsmæssigt udnyttede fiskearter.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet i de indrapporterede subprograms for D1, D3 og D6. Under blandt andet havstrategi-, vandramme- og habitatdirektivet udføres der under NOVANA overvågningen flere aktivere, der indgår i estimering af udbredelsesområde, habitatets udstrækning og tilstand og bestandsestimering for havfugle, havpattedyr, fisk, plankton og bundfauna. I regi af EU's fælles fiskeripolitik og dataindsamlingsforordningen indsamler Fiskeristyrelsen og DTU Aqua data fra diverse projekter, videnskabelige togter og årlige surveys, der benyttes til vurdering af landstal fra fiskeriet, artsfordeling, relativ populationstæthed og bestandsestimering af erhvervsmæssigt og ikke erhvervsmæssigt udnyttede fiskearter.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet i de indrapporterede subprograms for D1, D3 og D6. Under blandt andet havstrategi-, vandramme- og habitatdirektivet udføres der under NOVANA overvågningen flere aktivere, der indgår i estimering af udbredelsesområde, habitatets udstrækning og tilstand og bestandsestimering for havfugle, havpattedyr, fisk, plankton og bundfauna. I regi af EU's fælles fiskeripolitik og dataindsamlingsforordningen indsamler Fiskeristyrelsen og DTU Aqua data fra diverse projekter, videnskabelige togter og årlige surveys, der benyttes til vurdering af landstal fra fiskeriet, artsfordeling, relativ populationstæthed og bestandsestimering af erhvervsmæssigt og ikke erhvervsmæssigt udnyttede fiskearter.
Udredningsprojekt omkring ENA-modellen I OSPAR er et regionalt pilotprojekt under udvikling, der vil implementere en fødenets-model (ENA-modellen; Ecological Network Analysis) for økosystemer i Kattegat og Doggerbanke i 2020. Det er planlagt, at modellen vil omfatte artsgrupperne fytoplankton, zooplankton, bundfauna og fisk, og sand-synligvis også pattedyr og fugle i det omfang data er tilgængelige. For Danmarks vedkommende vil det marine fagdatacenter (MFDC), ved Aarhus Universitet stå for datalevering- og dataevaluering til projektet. Det forventes, at projektet vil resultere i: 1) en redegørelse for det danske datagrundlag på tværs af de trofiske niveauer og eventuelle mangler i forhold til overvågningsprogrammet, 2) en vurdering af ENA-modellens relevans i forhold til de danske havområder og 3) en redegørelse for eventuelle alternative anvendelser af de aggregerede data i forhold til at beskrive havets fødenet. Hvis pilotprojektet giver succesfulde resultater, er der mulighed for at fortsætte projektet i 2021.
Udredningsprojekt omkring ENA-modellen I OSPAR er et regionalt pilotprojekt under udvikling, der vil implementere en fødenets-model (ENA-modellen; Ecological Network Analysis) for økosystemer i Kattegat og Doggerbanke i 2020. Det er planlagt, at modellen vil omfatte artsgrupperne fytoplankton, zooplankton, bundfauna og fisk, og sand-synligvis også pattedyr og fugle i det omfang data er tilgængelige. For Danmarks vedkommende vil det marine fagdatacenter (MFDC), ved Aarhus Universitet stå for datalevering- og dataevaluering til projektet. Det forventes, at projektet vil resultere i: 1) en redegørelse for det danske datagrundlag på tværs af de trofiske niveauer og eventuelle mangler i forhold til overvågningsprogrammet, 2) en vurdering af ENA-modellens relevans i forhold til de danske havområder og 3) en redegørelse for eventuelle alternative anvendelser af de aggregerede data i forhold til at beskrive havets fødenet. Hvis pilotprojektet giver succesfulde resultater, er der mulighed for at fortsætte projektet i 2021.
Udredningsprojekt omkring ENA-modellen I OSPAR er et regionalt pilotprojekt under udvikling, der vil implementere en fødenets-model (ENA-modellen; Ecological Network Analysis) for økosystemer i Kattegat og Doggerbanke i 2020. Det er planlagt, at modellen vil omfatte artsgrupperne fytoplankton, zooplankton, bundfauna og fisk, og sand-synligvis også pattedyr og fugle i det omfang data er tilgængelige. For Danmarks vedkommende vil det marine fagdatacenter (MFDC), ved Aarhus Universitet stå for datalevering- og dataevaluering til projektet. Det forventes, at projektet vil resultere i: 1) en redegørelse for det danske datagrundlag på tværs af de trofiske niveauer og eventuelle mangler i forhold til overvågningsprogrammet, 2) en vurdering af ENA-modellens relevans i forhold til de danske havområder og 3) en redegørelse for eventuelle alternative anvendelser af de aggregerede data i forhold til at beskrive havets fødenet. Hvis pilotprojektet giver succesfulde resultater, er der mulighed for at fortsætte projektet i 2021.
Udredningsprojekt omkring ENA-modellen I OSPAR er et regionalt pilotprojekt under udvikling, der vil implementere en fødenets-model (ENA-modellen; Ecological Network Analysis) for økosystemer i Kattegat og Doggerbanke i 2020. Det er planlagt, at modellen vil omfatte artsgrupperne fytoplankton, zooplankton, bundfauna og fisk, og sand-synligvis også pattedyr og fugle i det omfang data er tilgængelige. For Danmarks vedkommende vil det marine fagdatacenter (MFDC), ved Aarhus Universitet stå for datalevering- og dataevaluering til projektet. Det forventes, at projektet vil resultere i: 1) en redegørelse for det danske datagrundlag på tværs af de trofiske niveauer og eventuelle mangler i forhold til overvågningsprogrammet, 2) en vurdering af ENA-modellens relevans i forhold til de danske havområder og 3) en redegørelse for eventuelle alternative anvendelser af de aggregerede data i forhold til at beskrive havets fødenet. Hvis pilotprojektet giver succesfulde resultater, er der mulighed for at fortsætte projektet i 2021.
Udredningsprojekt omkring ENA-modellen I OSPAR er et regionalt pilotprojekt under udvikling, der vil implementere en fødenets-model (ENA-modellen; Ecological Network Analysis) for økosystemer i Kattegat og Doggerbanke i 2020. Det er planlagt, at modellen vil omfatte artsgrupperne fytoplankton, zooplankton, bundfauna og fisk, og sand-synligvis også pattedyr og fugle i det omfang data er tilgængelige. For Danmarks vedkommende vil det marine fagdatacenter (MFDC), ved Aarhus Universitet stå for datalevering- og dataevaluering til projektet. Det forventes, at projektet vil resultere i: 1) en redegørelse for det danske datagrundlag på tværs af de trofiske niveauer og eventuelle mangler i forhold til overvågningsprogrammet, 2) en vurdering af ENA-modellens relevans i forhold til de danske havområder og 3) en redegørelse for eventuelle alternative anvendelser af de aggregerede data i forhold til at beskrive havets fødenet. Hvis pilotprojektet giver succesfulde resultater, er der mulighed for at fortsætte projektet i 2021.
Udredningsprojekt omkring ENA-modellen I OSPAR er et regionalt pilotprojekt under udvikling, der vil implementere en fødenets-model (ENA-modellen; Ecological Network Analysis) for økosystemer i Kattegat og Doggerbanke i 2020. Det er planlagt, at modellen vil omfatte artsgrupperne fytoplankton, zooplankton, bundfauna og fisk, og sand-synligvis også pattedyr og fugle i det omfang data er tilgængelige. For Danmarks vedkommende vil det marine fagdatacenter (MFDC), ved Aarhus Universitet stå for datalevering- og dataevaluering til projektet. Det forventes, at projektet vil resultere i: 1) en redegørelse for det danske datagrundlag på tværs af de trofiske niveauer og eventuelle mangler i forhold til overvågningsprogrammet, 2) en vurdering af ENA-modellens relevans i forhold til de danske havområder og 3) en redegørelse for eventuelle alternative anvendelser af de aggregerede data i forhold til at beskrive havets fødenet. Hvis pilotprojektet giver succesfulde resultater, er der mulighed for at fortsætte projektet i 2021.
Udredningsprojekt omkring ENA-modellen I OSPAR er et regionalt pilotprojekt under udvikling, der vil implementere en fødenets-model (ENA-modellen; Ecological Network Analysis) for økosystemer i Kattegat og Doggerbanke i 2020. Det er planlagt, at modellen vil omfatte artsgrupperne fytoplankton, zooplankton, bundfauna og fisk, og sand-synligvis også pattedyr og fugle i det omfang data er tilgængelige. For Danmarks vedkommende vil det marine fagdatacenter (MFDC), ved Aarhus Universitet stå for datalevering- og dataevaluering til projektet. Det forventes, at projektet vil resultere i: 1) en redegørelse for det danske datagrundlag på tværs af de trofiske niveauer og eventuelle mangler i forhold til overvågningsprogrammet, 2) en vurdering af ENA-modellens relevans i forhold til de danske havområder og 3) en redegørelse for eventuelle alternative anvendelser af de aggregerede data i forhold til at beskrive havets fødenet. Hvis pilotprojektet giver succesfulde resultater, er der mulighed for at fortsætte projektet i 2021.
Udredningsprojekt omkring ENA-modellen I OSPAR er et regionalt pilotprojekt under udvikling, der vil implementere en fødenets-model (ENA-modellen; Ecological Network Analysis) for økosystemer i Kattegat og Doggerbanke i 2020. Det er planlagt, at modellen vil omfatte artsgrupperne fytoplankton, zooplankton, bundfauna og fisk, og sand-synligvis også pattedyr og fugle i det omfang data er tilgængelige. For Danmarks vedkommende vil det marine fagdatacenter (MFDC), ved Aarhus Universitet stå for datalevering- og dataevaluering til projektet. Det forventes, at projektet vil resultere i: 1) en redegørelse for det danske datagrundlag på tværs af de trofiske niveauer og eventuelle mangler i forhold til overvågningsprogrammet, 2) en vurdering af ENA-modellens relevans i forhold til de danske havområder og 3) en redegørelse for eventuelle alternative anvendelser af de aggregerede data i forhold til at beskrive havets fødenet. Hvis pilotprojektet giver succesfulde resultater, er der mulighed for at fortsætte projektet i 2021.
Monitoring purpose
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures at source
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures at source
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures at source
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures at source
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures at source
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures at source
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures at source
  • Pressures in the marine environment
  • Effectiveness of measures
  • Environmental state and impacts
  • Pressures at source
  • Pressures in the marine environment
Other policies and conventions
  • Birds Directive
  • Data Collection Framework Multi-Annual Plan (Common Fisheries Policy)
  • HELCOM Monitoring programmes
  • Habitats Directive
  • OSPAR Coordinated Environmental Monitoring Programme
  • Water Framework Directive
  • Birds Directive
  • Data Collection Framework Multi-Annual Plan (Common Fisheries Policy)
  • HELCOM Monitoring programmes
  • Habitats Directive
  • OSPAR Coordinated Environmental Monitoring Programme
  • Water Framework Directive
  • Birds Directive
  • Data Collection Framework Multi-Annual Plan (Common Fisheries Policy)
  • HELCOM Monitoring programmes
  • Habitats Directive
  • OSPAR Coordinated Environmental Monitoring Programme
  • Water Framework Directive
  • Birds Directive
  • Data Collection Framework Multi-Annual Plan (Common Fisheries Policy)
  • HELCOM Monitoring programmes
  • Habitats Directive
  • OSPAR Coordinated Environmental Monitoring Programme
  • Water Framework Directive
  • Birds Directive
  • Data Collection Framework Multi-Annual Plan (Common Fisheries Policy)
  • HELCOM Monitoring programmes
  • Habitats Directive
  • OSPAR Coordinated Environmental Monitoring Programme
  • Water Framework Directive
  • Birds Directive
  • Data Collection Framework Multi-Annual Plan (Common Fisheries Policy)
  • HELCOM Monitoring programmes
  • Habitats Directive
  • OSPAR Coordinated Environmental Monitoring Programme
  • Water Framework Directive
  • Birds Directive
  • Data Collection Framework Multi-Annual Plan (Common Fisheries Policy)
  • HELCOM Monitoring programmes
  • Habitats Directive
  • OSPAR Coordinated Environmental Monitoring Programme
  • Water Framework Directive
  • Birds Directive
  • Data Collection Framework Multi-Annual Plan (Common Fisheries Policy)
  • HELCOM Monitoring programmes
  • Habitats Directive
  • OSPAR Coordinated Environmental Monitoring Programme
  • Water Framework Directive
  • HELCOM Monitoring programmes
  • OSPAR Coordinated Environmental Monitoring Programme
  • HELCOM Monitoring programmes
  • OSPAR Coordinated Environmental Monitoring Programme
  • HELCOM Monitoring programmes
  • OSPAR Coordinated Environmental Monitoring Programme
  • HELCOM Monitoring programmes
  • OSPAR Coordinated Environmental Monitoring Programme
  • HELCOM Monitoring programmes
  • OSPAR Coordinated Environmental Monitoring Programme
  • HELCOM Monitoring programmes
  • OSPAR Coordinated Environmental Monitoring Programme
  • HELCOM Monitoring programmes
  • OSPAR Coordinated Environmental Monitoring Programme
  • HELCOM Monitoring programmes
  • OSPAR Coordinated Environmental Monitoring Programme
Regional cooperation - coordinating body
  • BARCON
  • OSPAR
  • Other
  • BARCON
  • OSPAR
  • Other
  • BARCON
  • OSPAR
  • Other
  • BARCON
  • OSPAR
  • Other
  • BARCON
  • OSPAR
  • Other
  • BARCON
  • OSPAR
  • Other
  • BARCON
  • OSPAR
  • Other
  • BARCON
  • OSPAR
  • Other
  • OSPAR
  • OSPAR
  • OSPAR
  • OSPAR
  • OSPAR
  • OSPAR
  • OSPAR
  • OSPAR
Regional cooperation - countries involved
Regional cooperation - implementation level
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Agreed data collection methods
Monitoring details
Features
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Coastal ecosystems
Shelf ecosystems
Elements
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
  • Apex predators
  • Deposit-feeders
  • Filter-feeders
  • Fish community
  • Planktivores
  • Primary producers
  • Secondary producers
GES criteria
D4C1
D4C1
D4C2
D4C2
D4C3
D4C3
D4C4
D4C4
D4C1
D4C1
D4C2
D4C2
D4C3
D4C3
D4C4
D4C4
Parameters
  • Other
  • Other
  • Abundance (number of individuals)
  • Biomass
  • Abundance (number of individuals)
  • Biomass
  • Size distribution
  • Size distribution
  • Productivity
  • Primary production
  • Productivity
  • Other
  • Other
  • Abundance (number of individuals)
  • Biomass
  • Abundance (number of individuals)
  • Biomass
  • Size distribution
  • Size distribution
  • Productivity
  • Productivity
Parameter Other
Number of species
Number of species
Number of species
Number of species
Spatial scope
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
  • EEZ (or similar)
Marine reporting units
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-L2.2.7
  • ANS-DK-OSPAR-TOTAL
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-BB
  • BAL-DK-BS
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-HELCOM-OSTERSO
  • BAL-DK-HELCOM-STRAITS
  • BAL-DK-HELCOM-TOTAL
  • BAL-DK-SEA_002
  • BAL-DK-SEA_003
  • BAL-DK-SEA_004
  • BAL-DK-SEA_005
  • BAL-DK-SEA_006
  • BAL-DK-SEA_007
  • BAL-DK-SEA_05
  • BAL-DK-SEA_06
  • BAL-DK-SEA_07
  • BAL-DK-SEA_09
  • BAL-DK-TOTAL
  • BAL-DK-TOTAL-WO_coast
  • DK-ANS-ICES
  • DK-BAL-EAST-ICES
  • DK-BAL-WEST-ICES
  • DK-TOTAL
  • DK-TOTAL-WO_coast
  • DK-TOTAL-part-ANS
  • DK-TOTAL-part-BAL
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-L2.2.7
  • ANS-DK-OSPAR-TOTAL
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-BB
  • BAL-DK-BS
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-HELCOM-OSTERSO
  • BAL-DK-HELCOM-STRAITS
  • BAL-DK-HELCOM-TOTAL
  • BAL-DK-SEA_002
  • BAL-DK-SEA_003
  • BAL-DK-SEA_004
  • BAL-DK-SEA_005
  • BAL-DK-SEA_006
  • BAL-DK-SEA_007
  • BAL-DK-SEA_05
  • BAL-DK-SEA_06
  • BAL-DK-SEA_07
  • BAL-DK-SEA_09
  • BAL-DK-TOTAL
  • BAL-DK-TOTAL-WO_coast
  • DK-ANS-ICES
  • DK-BAL-EAST-ICES
  • DK-BAL-WEST-ICES
  • DK-TOTAL
  • DK-TOTAL-WO_coast
  • DK-TOTAL-part-ANS
  • DK-TOTAL-part-BAL
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-L2.2.7
  • ANS-DK-OSPAR-TOTAL
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-BB
  • BAL-DK-BS
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-HELCOM-OSTERSO
  • BAL-DK-HELCOM-STRAITS
  • BAL-DK-HELCOM-TOTAL
  • BAL-DK-SEA_002
  • BAL-DK-SEA_003
  • BAL-DK-SEA_004
  • BAL-DK-SEA_005
  • BAL-DK-SEA_006
  • BAL-DK-SEA_007
  • BAL-DK-SEA_05
  • BAL-DK-SEA_06
  • BAL-DK-SEA_07
  • BAL-DK-SEA_09
  • BAL-DK-TOTAL
  • BAL-DK-TOTAL-WO_coast
  • DK-ANS-ICES
  • DK-BAL-EAST-ICES
  • DK-BAL-WEST-ICES
  • DK-TOTAL
  • DK-TOTAL-WO_coast
  • DK-TOTAL-part-ANS
  • DK-TOTAL-part-BAL
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-L2.2.7
  • ANS-DK-OSPAR-TOTAL
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-BB
  • BAL-DK-BS
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-HELCOM-OSTERSO
  • BAL-DK-HELCOM-STRAITS
  • BAL-DK-HELCOM-TOTAL
  • BAL-DK-SEA_002
  • BAL-DK-SEA_003
  • BAL-DK-SEA_004
  • BAL-DK-SEA_005
  • BAL-DK-SEA_006
  • BAL-DK-SEA_007
  • BAL-DK-SEA_05
  • BAL-DK-SEA_06
  • BAL-DK-SEA_07
  • BAL-DK-SEA_09
  • BAL-DK-TOTAL
  • BAL-DK-TOTAL-WO_coast
  • DK-ANS-ICES
  • DK-BAL-EAST-ICES
  • DK-BAL-WEST-ICES
  • DK-TOTAL
  • DK-TOTAL-WO_coast
  • DK-TOTAL-part-ANS
  • DK-TOTAL-part-BAL
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-L2.2.7
  • ANS-DK-OSPAR-TOTAL
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-BB
  • BAL-DK-BS
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-HELCOM-OSTERSO
  • BAL-DK-HELCOM-STRAITS
  • BAL-DK-HELCOM-TOTAL
  • BAL-DK-SEA_002
  • BAL-DK-SEA_003
  • BAL-DK-SEA_004
  • BAL-DK-SEA_005
  • BAL-DK-SEA_006
  • BAL-DK-SEA_007
  • BAL-DK-SEA_05
  • BAL-DK-SEA_06
  • BAL-DK-SEA_07
  • BAL-DK-SEA_09
  • BAL-DK-TOTAL
  • BAL-DK-TOTAL-WO_coast
  • DK-ANS-ICES
  • DK-BAL-EAST-ICES
  • DK-BAL-WEST-ICES
  • DK-TOTAL
  • DK-TOTAL-WO_coast
  • DK-TOTAL-part-ANS
  • DK-TOTAL-part-BAL
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-L2.2.7
  • ANS-DK-OSPAR-TOTAL
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-BB
  • BAL-DK-BS
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-HELCOM-OSTERSO
  • BAL-DK-HELCOM-STRAITS
  • BAL-DK-HELCOM-TOTAL
  • BAL-DK-SEA_002
  • BAL-DK-SEA_003
  • BAL-DK-SEA_004
  • BAL-DK-SEA_005
  • BAL-DK-SEA_006
  • BAL-DK-SEA_007
  • BAL-DK-SEA_05
  • BAL-DK-SEA_06
  • BAL-DK-SEA_07
  • BAL-DK-SEA_09
  • BAL-DK-TOTAL
  • BAL-DK-TOTAL-WO_coast
  • DK-ANS-ICES
  • DK-BAL-EAST-ICES
  • DK-BAL-WEST-ICES
  • DK-TOTAL
  • DK-TOTAL-WO_coast
  • DK-TOTAL-part-ANS
  • DK-TOTAL-part-BAL
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-L2.2.7
  • ANS-DK-OSPAR-TOTAL
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-BB
  • BAL-DK-BS
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-HELCOM-OSTERSO
  • BAL-DK-HELCOM-STRAITS
  • BAL-DK-HELCOM-TOTAL
  • BAL-DK-SEA_002
  • BAL-DK-SEA_003
  • BAL-DK-SEA_004
  • BAL-DK-SEA_005
  • BAL-DK-SEA_006
  • BAL-DK-SEA_007
  • BAL-DK-SEA_05
  • BAL-DK-SEA_06
  • BAL-DK-SEA_07
  • BAL-DK-SEA_09
  • BAL-DK-TOTAL
  • BAL-DK-TOTAL-WO_coast
  • DK-ANS-ICES
  • DK-BAL-EAST-ICES
  • DK-BAL-WEST-ICES
  • DK-TOTAL
  • DK-TOTAL-WO_coast
  • DK-TOTAL-part-ANS
  • DK-TOTAL-part-BAL
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-L2.2.7
  • ANS-DK-OSPAR-TOTAL
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-BB
  • BAL-DK-BS
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-HELCOM-OSTERSO
  • BAL-DK-HELCOM-STRAITS
  • BAL-DK-HELCOM-TOTAL
  • BAL-DK-SEA_002
  • BAL-DK-SEA_003
  • BAL-DK-SEA_004
  • BAL-DK-SEA_005
  • BAL-DK-SEA_006
  • BAL-DK-SEA_007
  • BAL-DK-SEA_05
  • BAL-DK-SEA_06
  • BAL-DK-SEA_07
  • BAL-DK-SEA_09
  • BAL-DK-TOTAL
  • BAL-DK-TOTAL-WO_coast
  • DK-ANS-ICES
  • DK-BAL-EAST-ICES
  • DK-BAL-WEST-ICES
  • DK-TOTAL
  • DK-TOTAL-WO_coast
  • DK-TOTAL-part-ANS
  • DK-TOTAL-part-BAL
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-SEA_001
  • BAL-DK-SEA_07
  • DK-TOTAL-part-ANS
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-SEA_001
  • BAL-DK-SEA_07
  • DK-TOTAL-part-ANS
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-SEA_001
  • BAL-DK-SEA_07
  • DK-TOTAL-part-ANS
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-SEA_001
  • BAL-DK-SEA_07
  • DK-TOTAL-part-ANS
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-SEA_001
  • BAL-DK-SEA_07
  • DK-TOTAL-part-ANS
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-SEA_001
  • BAL-DK-SEA_07
  • DK-TOTAL-part-ANS
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-SEA_001
  • BAL-DK-SEA_07
  • DK-TOTAL-part-ANS
  • ANS-DK-KA
  • ANS-DK-L2.2.1
  • ANS-DK-L2.2.5
  • ANS-DK-TOTAL
  • ANS-DK-TOTAL-WO_coast
  • BAL-DK-HELCOM-KATTEGAT
  • BAL-DK-SEA_001
  • BAL-DK-SEA_07
  • DK-TOTAL-part-ANS
Temporal scope (start date - end date)
1983-9999
1983-9999
1983-9999
1983-9999
1983-9999
1983-9999
1983-9999
1983-9999
2020-2021
2020-2021
2020-2021
2020-2021
2020-2021
2020-2021
2020-2021
2020-2021
Monitoring frequency
Other
Other
Other
Other
Other
Other
Other
Other
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Yearly
Monitoring type
  • Administrative data collection
  • In-situ sampling coastal
  • In-situ sampling offshore
  • Administrative data collection
  • In-situ sampling coastal
  • In-situ sampling offshore
  • Administrative data collection
  • In-situ sampling coastal
  • In-situ sampling offshore
  • Administrative data collection
  • In-situ sampling coastal
  • In-situ sampling offshore
  • Administrative data collection
  • In-situ sampling coastal
  • In-situ sampling offshore
  • Administrative data collection
  • In-situ sampling coastal
  • In-situ sampling offshore
  • Administrative data collection
  • In-situ sampling coastal
  • In-situ sampling offshore
  • Administrative data collection
  • In-situ sampling coastal
  • In-situ sampling offshore
  • Ecological modelling
  • Ecological modelling
  • Ecological modelling
  • Ecological modelling
  • Ecological modelling
  • Ecological modelling
  • Ecological modelling
  • Ecological modelling
Monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
  • Other monitoring method
Monitoring method other
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet under Deskriptor 1, 3 og 6. Relevante overvågningsmetoder og manualer er angivet under disse.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet under Deskriptor 1, 3 og 6. Relevante overvågningsmetoder og manualer er angivet under disse.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet under Deskriptor 1, 3 og 6. Relevante overvågningsmetoder og manualer er angivet under disse.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet under Deskriptor 1, 3 og 6. Relevante overvågningsmetoder og manualer er angivet under disse.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet under Deskriptor 1, 3 og 6. Relevante overvågningsmetoder og manualer er angivet under disse.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet under Deskriptor 1, 3 og 6. Relevante overvågningsmetoder og manualer er angivet under disse.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet under Deskriptor 1, 3 og 6. Relevante overvågningsmetoder og manualer er angivet under disse.
Overvågningsprogrammet for havets fødenet er baseret på overvågningen af de enkelte komponenter, som indgår i fødenettet og som er beskrevet under Deskriptor 1, 3 og 6. Relevante overvågningsmetoder og manualer er angivet under disse.
ENA-model projektet er et indledende projekt, der skal undersøge brugen af økologiske modeller i sammenhæng af havstrategiens deskriptor 4: Havets fødenet. Der kan således ikke henvises til konkrete overvågningsmetoder, da de endnu ikke er udarbejdede.
ENA-model projektet er et indledende projekt, der skal undersøge brugen af økologiske modeller i sammenhæng af havstrategiens deskriptor 4: Havets fødenet. Der kan således ikke henvises til konkrete overvågningsmetoder, da de endnu ikke er udarbejdede.
ENA-model projektet er et indledende projekt, der skal undersøge brugen af økologiske modeller i sammenhæng af havstrategiens deskriptor 4: Havets fødenet. Der kan således ikke henvises til konkrete overvågningsmetoder, da de endnu ikke er udarbejdede.
ENA-model projektet er et indledende projekt, der skal undersøge brugen af økologiske modeller i sammenhæng af havstrategiens deskriptor 4: Havets fødenet. Der kan således ikke henvises til konkrete overvågningsmetoder, da de endnu ikke er udarbejdede.
ENA-model projektet er et indledende projekt, der skal undersøge brugen af økologiske modeller i sammenhæng af havstrategiens deskriptor 4: Havets fødenet. Der kan således ikke henvises til konkrete overvågningsmetoder, da de endnu ikke er udarbejdede.
ENA-model projektet er et indledende projekt, der skal undersøge brugen af økologiske modeller i sammenhæng af havstrategiens deskriptor 4: Havets fødenet. Der kan således ikke henvises til konkrete overvågningsmetoder, da de endnu ikke er udarbejdede.
ENA-model projektet er et indledende projekt, der skal undersøge brugen af økologiske modeller i sammenhæng af havstrategiens deskriptor 4: Havets fødenet. Der kan således ikke henvises til konkrete overvågningsmetoder, da de endnu ikke er udarbejdede.
ENA-model projektet er et indledende projekt, der skal undersøge brugen af økologiske modeller i sammenhæng af havstrategiens deskriptor 4: Havets fødenet. Der kan således ikke henvises til konkrete overvågningsmetoder, da de endnu ikke er udarbejdede.
Quality control
I forbindelse med håndtering af naturdata er der defineret en kvalitetssikringsprocedure, der omfatter selve indtastnings- og redigeringsprocessen. Det videre forløb i forbindelse med godkendelse af data på kommunalt, regionalt og fagdatacenter niveau understøttes også af systemet. Nærmere oplysninger herom findes i www.naturdata.dk under ’Vejledninger’ og ’Kvalitetssikringsflow’. For de aktiviteter, som Fiskeristyrelsen og DTU Aqua gennemfører, foretages kvalitettssikringen hhv. af disse parter. Alt data som indsamles bliver indtastet og gemt i hhv. DTU Aqua og Fiskeristyrelsens databaser.
I forbindelse med håndtering af naturdata er der defineret en kvalitetssikringsprocedure, der omfatter selve indtastnings- og redigeringsprocessen. Det videre forløb i forbindelse med godkendelse af data på kommunalt, regionalt og fagdatacenter niveau understøttes også af systemet. Nærmere oplysninger herom findes i www.naturdata.dk under ’Vejledninger’ og ’Kvalitetssikringsflow’. For de aktiviteter, som Fiskeristyrelsen og DTU Aqua gennemfører, foretages kvalitettssikringen hhv. af disse parter. Alt data som indsamles bliver indtastet og gemt i hhv. DTU Aqua og Fiskeristyrelsens databaser.
I forbindelse med håndtering af naturdata er der defineret en kvalitetssikringsprocedure, der omfatter selve indtastnings- og redigeringsprocessen. Det videre forløb i forbindelse med godkendelse af data på kommunalt, regionalt og fagdatacenter niveau understøttes også af systemet. Nærmere oplysninger herom findes i www.naturdata.dk under ’Vejledninger’ og ’Kvalitetssikringsflow’. For de aktiviteter, som Fiskeristyrelsen og DTU Aqua gennemfører, foretages kvalitettssikringen hhv. af disse parter. Alt data som indsamles bliver indtastet og gemt i hhv. DTU Aqua og Fiskeristyrelsens databaser.
I forbindelse med håndtering af naturdata er der defineret en kvalitetssikringsprocedure, der omfatter selve indtastnings- og redigeringsprocessen. Det videre forløb i forbindelse med godkendelse af data på kommunalt, regionalt og fagdatacenter niveau understøttes også af systemet. Nærmere oplysninger herom findes i www.naturdata.dk under ’Vejledninger’ og ’Kvalitetssikringsflow’. For de aktiviteter, som Fiskeristyrelsen og DTU Aqua gennemfører, foretages kvalitettssikringen hhv. af disse parter. Alt data som indsamles bliver indtastet og gemt i hhv. DTU Aqua og Fiskeristyrelsens databaser.
I forbindelse med håndtering af naturdata er der defineret en kvalitetssikringsprocedure, der omfatter selve indtastnings- og redigeringsprocessen. Det videre forløb i forbindelse med godkendelse af data på kommunalt, regionalt og fagdatacenter niveau understøttes også af systemet. Nærmere oplysninger herom findes i www.naturdata.dk under ’Vejledninger’ og ’Kvalitetssikringsflow’. For de aktiviteter, som Fiskeristyrelsen og DTU Aqua gennemfører, foretages kvalitettssikringen hhv. af disse parter. Alt data som indsamles bliver indtastet og gemt i hhv. DTU Aqua og Fiskeristyrelsens databaser.
I forbindelse med håndtering af naturdata er der defineret en kvalitetssikringsprocedure, der omfatter selve indtastnings- og redigeringsprocessen. Det videre forløb i forbindelse med godkendelse af data på kommunalt, regionalt og fagdatacenter niveau understøttes også af systemet. Nærmere oplysninger herom findes i www.naturdata.dk under ’Vejledninger’ og ’Kvalitetssikringsflow’. For de aktiviteter, som Fiskeristyrelsen og DTU Aqua gennemfører, foretages kvalitettssikringen hhv. af disse parter. Alt data som indsamles bliver indtastet og gemt i hhv. DTU Aqua og Fiskeristyrelsens databaser.
I forbindelse med håndtering af naturdata er der defineret en kvalitetssikringsprocedure, der omfatter selve indtastnings- og redigeringsprocessen. Det videre forløb i forbindelse med godkendelse af data på kommunalt, regionalt og fagdatacenter niveau understøttes også af systemet. Nærmere oplysninger herom findes i www.naturdata.dk under ’Vejledninger’ og ’Kvalitetssikringsflow’. For de aktiviteter, som Fiskeristyrelsen og DTU Aqua gennemfører, foretages kvalitettssikringen hhv. af disse parter. Alt data som indsamles bliver indtastet og gemt i hhv. DTU Aqua og Fiskeristyrelsens databaser.
I forbindelse med håndtering af naturdata er der defineret en kvalitetssikringsprocedure, der omfatter selve indtastnings- og redigeringsprocessen. Det videre forløb i forbindelse med godkendelse af data på kommunalt, regionalt og fagdatacenter niveau understøttes også af systemet. Nærmere oplysninger herom findes i www.naturdata.dk under ’Vejledninger’ og ’Kvalitetssikringsflow’. For de aktiviteter, som Fiskeristyrelsen og DTU Aqua gennemfører, foretages kvalitettssikringen hhv. af disse parter. Alt data som indsamles bliver indtastet og gemt i hhv. DTU Aqua og Fiskeristyrelsens databaser.
I Danmark kvalitetssikres størstedelen af de danske overvågningsdata i den nationale database (VanDa) ved tre kvalitetssikringsniveauer: 1. Elektronisk kontrol – den automatiske kontrol alle indtastninger undergår, når der registreres data i VanDa 2. Faglig kontrol – automatisk/manuel vurdering af data og data serier i VanDa. 3. Fagdatacenter kontrol – manuel vurdering af data og dataserier udført af fagdatacentret. Hvis data ikke indrapporteres til den nationale database kvalitetssikres data af konsulenten, der udfører overvågningsopgaven, samt MFVM efter metoderne beskrevet i nationale tekniske anvisninger eller internationale guidelines.
I Danmark kvalitetssikres størstedelen af de danske overvågningsdata i den nationale database (VanDa) ved tre kvalitetssikringsniveauer: 1. Elektronisk kontrol – den automatiske kontrol alle indtastninger undergår, når der registreres data i VanDa 2. Faglig kontrol – automatisk/manuel vurdering af data og data serier i VanDa. 3. Fagdatacenter kontrol – manuel vurdering af data og dataserier udført af fagdatacentret. Hvis data ikke indrapporteres til den nationale database kvalitetssikres data af konsulenten, der udfører overvågningsopgaven, samt MFVM efter metoderne beskrevet i nationale tekniske anvisninger eller internationale guidelines.
I Danmark kvalitetssikres størstedelen af de danske overvågningsdata i den nationale database (VanDa) ved tre kvalitetssikringsniveauer: 1. Elektronisk kontrol – den automatiske kontrol alle indtastninger undergår, når der registreres data i VanDa 2. Faglig kontrol – automatisk/manuel vurdering af data og data serier i VanDa. 3. Fagdatacenter kontrol – manuel vurdering af data og dataserier udført af fagdatacentret. Hvis data ikke indrapporteres til den nationale database kvalitetssikres data af konsulenten, der udfører overvågningsopgaven, samt MFVM efter metoderne beskrevet i nationale tekniske anvisninger eller internationale guidelines.
I Danmark kvalitetssikres størstedelen af de danske overvågningsdata i den nationale database (VanDa) ved tre kvalitetssikringsniveauer: 1. Elektronisk kontrol – den automatiske kontrol alle indtastninger undergår, når der registreres data i VanDa 2. Faglig kontrol – automatisk/manuel vurdering af data og data serier i VanDa. 3. Fagdatacenter kontrol – manuel vurdering af data og dataserier udført af fagdatacentret. Hvis data ikke indrapporteres til den nationale database kvalitetssikres data af konsulenten, der udfører overvågningsopgaven, samt MFVM efter metoderne beskrevet i nationale tekniske anvisninger eller internationale guidelines.
I Danmark kvalitetssikres størstedelen af de danske overvågningsdata i den nationale database (VanDa) ved tre kvalitetssikringsniveauer: 1. Elektronisk kontrol – den automatiske kontrol alle indtastninger undergår, når der registreres data i VanDa 2. Faglig kontrol – automatisk/manuel vurdering af data og data serier i VanDa. 3. Fagdatacenter kontrol – manuel vurdering af data og dataserier udført af fagdatacentret. Hvis data ikke indrapporteres til den nationale database kvalitetssikres data af konsulenten, der udfører overvågningsopgaven, samt MFVM efter metoderne beskrevet i nationale tekniske anvisninger eller internationale guidelines.
I Danmark kvalitetssikres størstedelen af de danske overvågningsdata i den nationale database (VanDa) ved tre kvalitetssikringsniveauer: 1. Elektronisk kontrol – den automatiske kontrol alle indtastninger undergår, når der registreres data i VanDa 2. Faglig kontrol – automatisk/manuel vurdering af data og data serier i VanDa. 3. Fagdatacenter kontrol – manuel vurdering af data og dataserier udført af fagdatacentret. Hvis data ikke indrapporteres til den nationale database kvalitetssikres data af konsulenten, der udfører overvågningsopgaven, samt MFVM efter metoderne beskrevet i nationale tekniske anvisninger eller internationale guidelines.
I Danmark kvalitetssikres størstedelen af de danske overvågningsdata i den nationale database (VanDa) ved tre kvalitetssikringsniveauer: 1. Elektronisk kontrol – den automatiske kontrol alle indtastninger undergår, når der registreres data i VanDa 2. Faglig kontrol – automatisk/manuel vurdering af data og data serier i VanDa. 3. Fagdatacenter kontrol – manuel vurdering af data og dataserier udført af fagdatacentret. Hvis data ikke indrapporteres til den nationale database kvalitetssikres data af konsulenten, der udfører overvågningsopgaven, samt MFVM efter metoderne beskrevet i nationale tekniske anvisninger eller internationale guidelines.
I Danmark kvalitetssikres størstedelen af de danske overvågningsdata i den nationale database (VanDa) ved tre kvalitetssikringsniveauer: 1. Elektronisk kontrol – den automatiske kontrol alle indtastninger undergår, når der registreres data i VanDa 2. Faglig kontrol – automatisk/manuel vurdering af data og data serier i VanDa. 3. Fagdatacenter kontrol – manuel vurdering af data og dataserier udført af fagdatacentret. Hvis data ikke indrapporteres til den nationale database kvalitetssikres data af konsulenten, der udfører overvågningsopgaven, samt MFVM efter metoderne beskrevet i nationale tekniske anvisninger eller internationale guidelines.
Data management
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
I Danmark udvikles der lige nu en ny national database, som har til formål at samle og opbevare data fra vandmiljøovervågningen – herunder også overvågningen under havstrategien. Databasen forventes færdigudviklet i første halvår 2021. Efter en kvalitetssikring vil data blive gjort offentligt tilgængelige.
Data access
Related indicator/name
Contact
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
Miljøstyrelsen masjo@mst.dk mihje@mst.dk
References