Predicting the displacement of common scoter Melanitta nigra from benthic feeding areas due to offshore windfarms
This study used field observations and surveys combined with an individual-based modelling approach to predict the change in over-wintering mortality rates of common scoter that would result from the displacement of birds from potential feeding habitat through the avoidance of windfarms in Liverpool Bay. The purposes of this data capture were to: - Develop a model to assist in predicting the effect of offshore windfarms on common scoter due to habitat loss and change. - Link the non-breeding distribution of common scoter with environmental variables at selected sites - Identify the characteristics of preferred feeding areas for common scoter within these sites.
- Identification
- Extent
- Distribution
- Quality
- Keywords
- Spatial Reference System
- Content
- Constraints
- Maintenance
- Metadata
Identification
- Identifier
- NRW_DS111788
- Alternative Title
-
- Rhagfynegi'r dadleoli a ddaw i ran mor-hwyaid duon Melanitta nigra o ardaloedd bwydo benthig oherwydd ffermydd gwynt ar y mor
- Metadata Language
- English
- Lineage
-
A description of the physical habitat utilised by common scoter using oceanographic modelling: - Quantification of the spatial and temporal variability in prey - Observation of the behaviour of birds at sea and their response to disturbance - Quantification of other forms of disturbance relevant to common scoter - A review of diving duck literature - Development of a behavioural model to predict responses to windfarms - Calibration and validation of the behavioural model - Predicting the consequences of offshore windfarm developments - Making recommendations for future research requirements
- Dataset Reference Date (Publication)
- 2006-12-31
Temporal Extent
- Begin date
- 2002-01-01
- End date
- 2004-12-31
- Topic category
-
- Environment
- Biota
Extent
Extent
- Geographic Extent
- Wales (WLS)
- Geographic Extent
- England (ENG)
Distribution
- Format Type and Description
-
-
Documents
Documents
()
- Specification
-
Final report in PDF format and scoter models.
-
Documents
Documents
()
Quality
Data quality
- Quality Scope
- Dataset
- Lineage
-
A description of the physical habitat utilised by common scoter using oceanographic modelling: - Quantification of the spatial and temporal variability in prey - Observation of the behaviour of birds at sea and their response to disturbance - Quantification of other forms of disturbance relevant to common scoter - A review of diving duck literature - Development of a behavioural model to predict responses to windfarms - Calibration and validation of the behavioural model - Predicting the consequences of offshore windfarm developments - Making recommendations for future research requirements
Keywords
Keywords
- NRW Thesaurus
-
- common scoter (black scoter)
- melanitta nigra
- environmental impact assessment (EIA)
- wind farms
- Liverpool Bay
- feeding grounds (feeding station)
- disturbance
- displacement
- Type
- Theme
Citation
- Date (Publication)
- 2023-12-31
Spatial Reference System
Content
Content Information
NRW Profile
Custom Elements
Constraints
Constraints
Limitations on Public Access and Use
- Restriction type
- Other restrictions
Access Constraints Directive
- Limitations
- no limitations
Access Constraints Text
- Other constraints
-
There are no access restrictions on this data. NRW may release, publish or disseminate it freely.
Use Constraints
- Use constraints type
- Other restrictions
- Other constraints
-
© Collaborative Offshore Windfarm Research Into the Environment (COWRIE) Data may be re-used under the terms of the Open Government Licence providing it is done so, acknowledging both the source and NRW's copyright. It is the recipient's responsibility to ensure the data is fit for the intended purpose.
Metadata
Metadata
- File Identifier
- 4f4c4942-4343-5764-6473-313131373838 XML
- Metadata Language
- English
- Resource type
- Dataset
- Metadata Date
- 2024-05-30T09:25:28.582Z
- Metadata Standard Name
- NRW
- Metadata Standard Version
-
1.0