Effinature × NRL
Regulation (EU) 2024/1991 on nature restoration
Effinature implements 9 objective(s) of Regulation (EU) 2024/1991 on nature restoration.
Effinature turns NRL into project-level action
Effinature implements, at project level, 9 objectives of NRL.
Effinature implements 9 objective(s) of Regulation (EU) 2024/1991 on nature restoration
Detailed correspondences (71)
| Framework provision | Effinature criterion | Relation | Confidence | Rationale |
|---|---|---|---|---|
| Art. 1 Subject matter: establishing rules aimed at restoring, in the long term and in a sustainable manner, biodiversity and ecosystem resilience by restoring degraded ecosystems, with the Union objective of covering, by 2030, restoration measures on at least 20% of land and sea areas. |
EFF-C-010
Needs assessment
|
Broad match | Medium | These requirements (needs assessment, characterisation of habitats and continuities, set-aside and structured biodiversity area, final ecological assessment) are the operational translation, at the project scale, of the framework objective of durably re-establishing biodiversity and restoring degraded ecosystems. |
| Art. 1 Subject matter: establishing rules aimed at restoring, in the long term and in a sustainable manner, biodiversity and ecosystem resilience by restoring degraded ecosystems, with the Union objective of covering, by 2030, restoration measures on at least 20% of land and sea areas. |
EFF-C-019
Assessment of ecological continuities and habitat characterisation
|
Broad match | Medium | These requirements (needs assessment, characterisation of habitats and continuities, set-aside and structured biodiversity area, final ecological assessment) are the operational translation, at the project scale, of the framework objective of durably re-establishing biodiversity and restoring degraded ecosystems. |
| Art. 1 Subject matter: establishing rules aimed at restoring, in the long term and in a sustainable manner, biodiversity and ecosystem resilience by restoring degraded ecosystems, with the Union objective of covering, by 2030, restoration measures on at least 20% of land and sea areas. |
EFF-C-062
Areas set aside for biodiversity
|
Broad match | Medium | These requirements (needs assessment, characterisation of habitats and continuities, set-aside and structured biodiversity area, final ecological assessment) are the operational translation, at the project scale, of the framework objective of durably re-establishing biodiversity and restoring degraded ecosystems. |
| Art. 1 Subject matter: establishing rules aimed at restoring, in the long term and in a sustainable manner, biodiversity and ecosystem resilience by restoring degraded ecosystems, with the Union objective of covering, by 2030, restoration measures on at least 20% of land and sea areas. |
EFF-C-103
Implementation of a Structured Biodiversity Area (EBS)
|
Broad match | Medium | These requirements (needs assessment, characterisation of habitats and continuities, set-aside and structured biodiversity area, final ecological assessment) are the operational translation, at the project scale, of the framework objective of durably re-establishing biodiversity and restoring degraded ecosystems. |
| Art. 1 Subject matter: establishing rules aimed at restoring, in the long term and in a sustainable manner, biodiversity and ecosystem resilience by restoring degraded ecosystems, with the Union objective of covering, by 2030, restoration measures on at least 20% of land and sea areas. |
EFF-C-124
Effinature ecological assessment: End of operation
|
Broad match | Medium | These requirements (needs assessment, characterisation of habitats and continuities, set-aside and structured biodiversity area, final ecological assessment) are the operational translation, at the project scale, of the framework objective of durably re-establishing biodiversity and restoring degraded ecosystems. |
| Art. 4 Restoration of terrestrial, coastal and freshwater ecosystems, until a good state is reached, and obligation of non-significant-deterioration of areas where a good state of habitats has been reached (paragraphs 11 and 12). |
EFF-C-019
Assessment of ecological continuities and habitat characterisation
|
Narrow match | Medium | The assessment of ecological continuities and habitat characterisation provide the state of terrestrial habitats, the basis for the improvement to good status targeted by the article. |
| Art. 4 Restoration of terrestrial, coastal and freshwater ecosystems, until a good state is reached, and obligation of non-significant-deterioration of areas where a good state of habitats has been reached (paragraphs 11 and 12). |
EFF-C-061
Ecological continuities and habitat characterisation
|
Narrow match | Medium | The assessment of ecological continuities and habitat characterisation provide the state of terrestrial habitats, the basis for the improvement to good status targeted by the article. |
| Art. 4 Restoration of terrestrial, coastal and freshwater ecosystems, until a good state is reached, and obligation of non-significant-deterioration of areas where a good state of habitats has been reached (paragraphs 11 and 12). |
EFF-C-055
Urban continuities
|
Narrow match | Medium | The assessment of ecological continuities and habitat characterisation provide the state of terrestrial habitats, the basis for the improvement to good status targeted by the article. |
| Art. 4 Restoration of terrestrial, coastal and freshwater ecosystems, until a good state is reached, and obligation of non-significant-deterioration of areas where a good state of habitats has been reached (paragraphs 11 and 12). |
EFF-C-062
Areas set aside for biodiversity
|
Narrow match | Medium | The set-aside of areas for biodiversity and the implementation/management of a Structured Biodiversity Area (EBS) constitute concrete measures to improve the ecological status of habitats at the site scale. |
| Art. 4 Restoration of terrestrial, coastal and freshwater ecosystems, until a good state is reached, and obligation of non-significant-deterioration of areas where a good state of habitats has been reached (paragraphs 11 and 12). |
EFF-C-103
Implementation of a Structured Biodiversity Area (EBS)
|
Narrow match | Medium | The set-aside of areas for biodiversity and the implementation/management of a Structured Biodiversity Area (EBS) constitute concrete measures to improve the ecological status of habitats at the site scale. |
| Art. 4 Restoration of terrestrial, coastal and freshwater ecosystems, until a good state is reached, and obligation of non-significant-deterioration of areas where a good state of habitats has been reached (paragraphs 11 and 12). |
EFF-C-035
Specific management of the Structured Biodiversity Area (EBS)
|
Narrow match | Medium | The set-aside of areas for biodiversity and the implementation/management of a Structured Biodiversity Area (EBS) constitute concrete measures to improve the ecological status of habitats at the site scale. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-001
CBS (Biotope Area Factor) determination tool
|
Close match | High | The Biotope Area Factor (CBS/CBSh) and its updates measure and steer the share of vegetated/eco-developable surfaces of the project; it is the direct operational tool for maintaining and then increasing the urban green spaces required by the article. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-004
Harmonised Biotope Area Factor (CBSh)
|
Close match | High | The Biotope Area Factor (CBS/CBSh) and its updates measure and steer the share of vegetated/eco-developable surfaces of the project; it is the direct operational tool for maintaining and then increasing the urban green spaces required by the article. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-024
Update of the district CBSh (harmonised Biotope Area Factor: district)
|
Close match | High | The Biotope Area Factor (CBS/CBSh) and its updates measure and steer the share of vegetated/eco-developable surfaces of the project; it is the direct operational tool for maintaining and then increasing the urban green spaces required by the article. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-099
Update of the CBSh (harmonised Biotope Area Factor)
|
Close match | High | The Biotope Area Factor (CBS/CBSh) and its updates measure and steer the share of vegetated/eco-developable surfaces of the project; it is the direct operational tool for maintaining and then increasing the urban green spaces required by the article. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-005
Definition of open ground (full soil)
|
Close match | High | Open ground, combating soil sealing and heat islands, land use and open-ground reservoirs for street-alignment trees ensure the maintenance and development of urban green-space surfaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-006
Combating soil sealing and heat islands
|
Close match | High | Open ground, combating soil sealing and heat islands, land use and open-ground reservoirs for street-alignment trees ensure the maintenance and development of urban green-space surfaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-054
Land use
|
Close match | High | Open ground, combating soil sealing and heat islands, land use and open-ground reservoirs for street-alignment trees ensure the maintenance and development of urban green-space surfaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-017
Open-ground reservoir for street-alignment trees
|
Close match | High | Open ground, combating soil sealing and heat islands, land use and open-ground reservoirs for street-alignment trees ensure the maintenance and development of urban green-space surfaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-021
Greening and buildings
|
Close match | High | Building greening (roofs, façades) and its maintenance correspond explicitly to the integration of urban green spaces into buildings and infrastructure targeted by the article. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-066
Building greening
|
Close match | High | Building greening (roofs, façades) and its maintenance correspond explicitly to the integration of urban green spaces into buildings and infrastructure targeted by the article. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-034
Maintenance of vegetated roofs and facades
|
Close match | High | Building greening (roofs, façades) and its maintenance correspond explicitly to the integration of urban green spaces into buildings and infrastructure targeted by the article. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-063
Plant palette
|
Narrow match | Medium | The plant palette, its choice, the quality/provenance of plants and the sustainable management of plant heritage determine the constitution and durability of urban green spaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-064
Choice of the plant palette
|
Narrow match | Medium | The plant palette, its choice, the quality/provenance of plants and the sustainable management of plant heritage determine the constitution and durability of urban green spaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-105
Choice, quality and provenance of plants
|
Narrow match | Medium | The plant palette, its choice, the quality/provenance of plants and the sustainable management of plant heritage determine the constitution and durability of urban green spaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-031
Management of plant heritage
|
Narrow match | Medium | The plant palette, its choice, the quality/provenance of plants and the sustainable management of plant heritage determine the constitution and durability of urban green spaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-069
Sustainable management of plant heritage
|
Narrow match | Medium | The plant palette, its choice, the quality/provenance of plants and the sustainable management of plant heritage determine the constitution and durability of urban green spaces and tree cover. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-007
IVS determination
|
Narrow match | Medium | The Ecological Value Index (IVS/IVE) and its update quantify the ecological value of vegetated areas, a complementary indicator for monitoring urban green spaces. |
| Art. 8 Restoration of urban ecosystems: no net loss of urban green-space area or urban tree canopy by end 2030 (2024 reference), then an increasing trend in urban green spaces (including integration into buildings and infrastructures) and urban tree canopy from 2031. |
EFF-C-036
Update of the Ecological Value Index (IVE management)
|
Narrow match | Medium | The Ecological Value Index (IVS/IVE) and its update quantify the ecological value of vegetated areas, a complementary indicator for monitoring urban green spaces. |
| Art. 9 Restoration of the natural connectivity of watercourses and the natural functions of the associated floodplains. |
EFF-C-018
Stormwater management along roads
|
Related match | Low | Open-air and sustainable stormwater management along roads partially restores natural hydrological functions at site scale, without covering the restoration of watercourse connectivity as such (national scale). |
| Art. 9 Restoration of the natural connectivity of watercourses and the natural functions of the associated floodplains. |
EFF-C-068
Sustainable stormwater management
|
Related match | Low | Open-air and sustainable stormwater management along roads partially restores natural hydrological functions at site scale, without covering the restoration of watercourse connectivity as such (national scale). |
| Art. 9 Restoration of the natural connectivity of watercourses and the natural functions of the associated floodplains. |
EFF-C-042
Integrity check of stormwater-harvesting systems
|
Related match | Low | Open-air and sustainable stormwater management along roads partially restores natural hydrological functions at site scale, without covering the restoration of watercourse connectivity as such (national scale). |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-009
Nectar and pollen resources
|
Close match | High | Nectar and pollen resources, the (melliferous) plant palette and spontaneous flora directly provide the food resources and habitat needed for the diversity and recovery of pollinator populations. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-063
Plant palette
|
Close match | High | Nectar and pollen resources, the (melliferous) plant palette and spontaneous flora directly provide the food resources and habitat needed for the diversity and recovery of pollinator populations. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-064
Choice of the plant palette
|
Close match | High | Nectar and pollen resources, the (melliferous) plant palette and spontaneous flora directly provide the food resources and habitat needed for the diversity and recovery of pollinator populations. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-020
Spontaneous flora
|
Close match | High | Nectar and pollen resources, the (melliferous) plant palette and spontaneous flora directly provide the food resources and habitat needed for the diversity and recovery of pollinator populations. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-008
Support by beekeepers
|
Narrow match | Medium | Support by beekeepers, the installation of beehives and beekeeping skills support honeybee populations, one component of the pollinators targeted by the article. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-077
Installation of beehives
|
Narrow match | Medium | Support by beekeepers, the installation of beehives and beekeeping skills support honeybee populations, one component of the pollinators targeted by the article. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-078
Materials used to build beehives
|
Narrow match | Medium | Support by beekeepers, the installation of beehives and beekeeping skills support honeybee populations, one component of the pollinators targeted by the article. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-096
Beekeeper skills
|
Narrow match | Medium | Support by beekeepers, the installation of beehives and beekeeping skills support honeybee populations, one component of the pollinators targeted by the article. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-045
Installation of shelters (roosts)
|
Narrow match | Medium | The installation of shelters, monitoring and the fauna preservation programme include wild pollinating insects and contribute to reversing the decline of their populations and to monitoring them. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-044
Fauna monitoring
|
Narrow match | Medium | The installation of shelters, monitoring and the fauna preservation programme include wild pollinating insects and contribute to reversing the decline of their populations and to monitoring them. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-072
Fauna analysis
|
Narrow match | Medium | The installation of shelters, monitoring and the fauna preservation programme include wild pollinating insects and contribute to reversing the decline of their populations and to monitoring them. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-074
Fauna preservation programme
|
Narrow match | Medium | The installation of shelters, monitoring and the fauna preservation programme include wild pollinating insects and contribute to reversing the decline of their populations and to monitoring them. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-047
Maintenance methods limiting pollution
|
Related match | Medium | Limiting maintenance-related pollution and reducing light nuisance reduce recognised pressures on pollinators (plant-protection products, light pollution), contributing to reversing their decline. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-081
Reduction of light nuisance
|
Related match | Medium | Limiting maintenance-related pollution and reducing light nuisance reduce recognised pressures on pollinators (plant-protection products, light pollution), contributing to reversing their decline. |
| Art. 10 Restoration of pollinator populations: improve pollinator diversity and reverse the decline of their populations by 2030, then achieve an increasing trend. |
EFF-C-048
Outdoor lighting
|
Related match | Medium | Limiting maintenance-related pollution and reducing light nuisance reduce recognised pressures on pollinators (plant-protection products, light pollution), contributing to reversing their decline. |
| Art. 12 Restoration of forest ecosystems: measures aimed at improving forest biodiversity (indicators: deadwood, species diversity, connectivity, etc.). |
EFF-C-064
Choice of the plant palette
|
Related match | Low | The diversified choice of species, the preservation of the initial plant heritage and the responsible quality/provenance of wood partially transpose, at site scale, the principles of improving forest biodiversity; the scale of the forest massif remains out of scope. |
| Art. 12 Restoration of forest ecosystems: measures aimed at improving forest biodiversity (indicators: deadwood, species diversity, connectivity, etc.). |
EFF-C-100
Preservation of the initial plant heritage
|
Related match | Low | The diversified choice of species, the preservation of the initial plant heritage and the responsible quality/provenance of wood partially transpose, at site scale, the principles of improving forest biodiversity; the scale of the forest massif remains out of scope. |
| Art. 12 Restoration of forest ecosystems: measures aimed at improving forest biodiversity (indicators: deadwood, species diversity, connectivity, etc.). |
EFF-C-084
Quality and responsible sourcing of wood
|
Related match | Low | The diversified choice of species, the preservation of the initial plant heritage and the responsible quality/provenance of wood partially transpose, at site scale, the principles of improving forest biodiversity; the scale of the forest massif remains out of scope. |
| Art. 12 Restoration of forest ecosystems: measures aimed at improving forest biodiversity (indicators: deadwood, species diversity, connectivity, etc.). |
EFF-C-118
Choice, quality and provenance of wood
|
Related match | Low | The diversified choice of species, the preservation of the initial plant heritage and the responsible quality/provenance of wood partially transpose, at site scale, the principles of improving forest biodiversity; the scale of the forest massif remains out of scope. |
| Art. 13 Contribution to the commitment to plant at least three billion additional trees by 2030 in full respect of ecological principles (species diversity, adapted trees). |
EFF-C-017
Open-ground reservoir for street-alignment trees
|
Narrow match | Medium | Tree planting via open-ground reservoirs for street-alignment trees, plant palette and quality/provenance of plants, respecting ecological principles (species diversity), directly contributes to the commitment to plant additional trees. |
| Art. 13 Contribution to the commitment to plant at least three billion additional trees by 2030 in full respect of ecological principles (species diversity, adapted trees). |
EFF-C-063
Plant palette
|
Narrow match | Medium | Tree planting via open-ground reservoirs for street-alignment trees, plant palette and quality/provenance of plants, respecting ecological principles (species diversity), directly contributes to the commitment to plant additional trees. |
| Art. 13 Contribution to the commitment to plant at least three billion additional trees by 2030 in full respect of ecological principles (species diversity, adapted trees). |
EFF-C-105
Choice, quality and provenance of plants
|
Narrow match | Medium | Tree planting via open-ground reservoirs for street-alignment trees, plant palette and quality/provenance of plants, respecting ecological principles (species diversity), directly contributes to the commitment to plant additional trees. |
| Art. 13 Contribution to the commitment to plant at least three billion additional trees by 2030 in full respect of ecological principles (species diversity, adapted trees). |
EFF-C-031
Management of plant heritage
|
Narrow match | Medium | Tree planting via open-ground reservoirs for street-alignment trees, plant palette and quality/provenance of plants, respecting ecological principles (species diversity), directly contributes to the commitment to plant additional trees. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-052
Initial soil state
|
Narrow match | Medium | The initial states of soil, flora and fauna and their monitoring provide the monitoring of habitat and species state and trends required by the article, at the site scale. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-060
Initial flora state
|
Narrow match | Medium | The initial states of soil, flora and fauna and their monitoring provide the monitoring of habitat and species state and trends required by the article, at the site scale. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-073
Initial fauna state
|
Narrow match | Medium | The initial states of soil, flora and fauna and their monitoring provide the monitoring of habitat and species state and trends required by the article, at the site scale. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-037
Flora monitoring
|
Narrow match | Medium | The initial states of soil, flora and fauna and their monitoring provide the monitoring of habitat and species state and trends required by the article, at the site scale. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-044
Fauna monitoring
|
Narrow match | Medium | The initial states of soil, flora and fauna and their monitoring provide the monitoring of habitat and species state and trends required by the article, at the site scale. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-099
Update of the CBSh (harmonised Biotope Area Factor)
|
Narrow match | Medium | Updates of ecological indices (CBSh, IVE, ITCE) and the end-of-operation ecological assessment ensure the measured and periodic monitoring of the project's ecological evolution, echoing the monitoring obligation. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-036
Update of the Ecological Value Index (IVE management)
|
Narrow match | Medium | Updates of ecological indices (CBSh, IVE, ITCE) and the end-of-operation ecological assessment ensure the measured and periodic monitoring of the project's ecological evolution, echoing the monitoring obligation. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-113
Update of the Ecological Coherence Indicator (ITCE)
|
Narrow match | Medium | Updates of ecological indices (CBSh, IVE, ITCE) and the end-of-operation ecological assessment ensure the measured and periodic monitoring of the project's ecological evolution, echoing the monitoring obligation. |
| Art. 20 Monitoring: Member States monitor the state and trends of habitat types, species, urban green spaces, urban tree canopy and pollinator populations. |
EFF-C-124
Effinature ecological assessment: End of operation
|
Narrow match | Medium | Updates of ecological indices (CBSh, IVE, ITCE) and the end-of-operation ecological assessment ensure the measured and periodic monitoring of the project's ecological evolution, echoing the monitoring obligation. |
| Art. 4(11-12) Non-deterioration obligation: ensuring that areas where a good state/sufficient quality of habitats has been reached do not significantly deteriorate, and preventing the significant deterioration of the Annex I habitats in good state. |
EFF-C-028
Soil preservation
|
Narrow match | Medium | The preservation of soils and the initial plant heritage and sustainable soil management avoid significant deterioration of habitats and their support at site scale, consistent with the non-deterioration obligation. |
| Art. 4(11-12) Non-deterioration obligation: ensuring that areas where a good state/sufficient quality of habitats has been reached do not significantly deteriorate, and preventing the significant deterioration of the Annex I habitats in good state. |
EFF-C-098
Soil preservation
|
Narrow match | Medium | The preservation of soils and the initial plant heritage and sustainable soil management avoid significant deterioration of habitats and their support at site scale, consistent with the non-deterioration obligation. |
| Art. 4(11-12) Non-deterioration obligation: ensuring that areas where a good state/sufficient quality of habitats has been reached do not significantly deteriorate, and preventing the significant deterioration of the Annex I habitats in good state. |
EFF-C-057
Sustainable soil management
|
Narrow match | Medium | The preservation of soils and the initial plant heritage and sustainable soil management avoid significant deterioration of habitats and their support at site scale, consistent with the non-deterioration obligation. |
| Art. 4(11-12) Non-deterioration obligation: ensuring that areas where a good state/sufficient quality of habitats has been reached do not significantly deteriorate, and preventing the significant deterioration of the Annex I habitats in good state. |
EFF-C-100
Preservation of the initial plant heritage
|
Narrow match | Medium | The preservation of soils and the initial plant heritage and sustainable soil management avoid significant deterioration of habitats and their support at site scale, consistent with the non-deterioration obligation. |
| Art. 4(11-12) Non-deterioration obligation: ensuring that areas where a good state/sufficient quality of habitats has been reached do not significantly deteriorate, and preventing the significant deterioration of the Annex I habitats in good state. |
EFF-C-108
Fauna preservation
|
Narrow match | Medium | The preservation of fauna, the control of invasive alien plant species and pollution treatment/prevention prevent factors of significant habitat deterioration. |
| Art. 4(11-12) Non-deterioration obligation: ensuring that areas where a good state/sufficient quality of habitats has been reached do not significantly deteriorate, and preventing the significant deterioration of the Annex I habitats in good state. |
EFF-C-102
Discovery of invasive alien plant species (EVEE) during works
|
Narrow match | Medium | The preservation of fauna, the control of invasive alien plant species and pollution treatment/prevention prevent factors of significant habitat deterioration. |
| Art. 4(11-12) Non-deterioration obligation: ensuring that areas where a good state/sufficient quality of habitats has been reached do not significantly deteriorate, and preventing the significant deterioration of the Annex I habitats in good state. |
EFF-C-115
Pollution treatment and risk prevention
|
Narrow match | Medium | The preservation of fauna, the control of invasive alien plant species and pollution treatment/prevention prevent factors of significant habitat deterioration. |
Source & licence
- Publisher : IRICE (groupe NORMAXIS)
- Accreditation : Cofrac (Comité français d'accréditation) n°5-0655 rév. 1 (NF EN ISO/IEC 17065:2012), scope at www.cofrac.fr
- Dataset version : 9.1
- Licence : CC BY-ND 4.0