Crown
Crown copyright covers material created by civil servants, ministers and government departments and agencies. This includes legislation, government codes of practice, Ordnance Survey mapping, government reports, official press releases, government forms and many public records.
Crown copyright is legally defined under section 163 of the Copyright, Designs and Patents Act 1988 as works made by officers or servants of the Crown in the course of their duties.
For more details on use of Crown copyright data below please visit the gov.scot website.
If no licence is stated, the data should be acknowledged with:
© Crown Copyright, All rights reserved.
Title | Copyright or Terms of Use |
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Inshore Fishing - ScotMap (2013) - Scallop Towed Dredges - Monetary Value (£) |
ScotMap is a Marine Scotland project which provides spatial information on the fishing activity of Scottish registered commercial fishing vessels under 15 m in overall length. The data were collected during face-to-face interview with individual vessel owners and operators and relate to fishing activity for the period 2007 to 2011. The data are aggregated and analysed to provide information on the monetary value, relative importance (relative value) and the usage (number of fishing vessels and crew) of seas around Scotland. The dataset, as of July 2013, is based on interviews of 1,090 fishermen. Individuals defined their fishing areas with variable levels of precision. Users of the data should be aware of this, particularly of the coverage provided by the ScotMap data set which varies regionally. This layer shows the monetary value of polygons identifying scallops as the primary target species where fishing gear is towed dredges |
Inshore Fishing - ScotMap (2013) - NOT Nephrops Trawls - Number of Vessels |
ScotMap is a Marine Scotland project which provides spatial information on the fishing activity of Scottish registered commercial fishing vessels under 15 m in overall length. The data were collected during face-to-face interview with individual vessel owners and operators and relate to fishing activity for the period 2007 to 2011. The data are aggregated and analysed to provide information on the monetary value, relative importance (relative value) and the usage (number of fishing vessels and crew) of seas around Scotland. The dataset, as of July 2013, is based on interviews of 1,090 fishermen. Individuals defined their fishing areas with variable levels of precision. Users of the data should be aware of this, particularly of the coverage provided by the ScotMap data set which varies regionally. This layer shows the number of vessels in polygons where fishing gear is trawls and the target species is NOT Nephrops. Includes common squid (predominant target species) and haddock, plaice and other flatfish. |
Inshore Fishing - ScotMap (2013) - Mackerel Lines - Number of Vessels |
ScotMap is a Marine Scotland project which provides spatial information on the fishing activity of Scottish registered commercial fishing vessels under 15 m in overall length. The data were collected during face-to-face interview with individual vessel owners and operators and relate to fishing activity for the period 2007 to 2011. The data are aggregated and analysed to provide information on the monetary value, relative importance (relative value) and the usage (number of fishing vessels and crew) of seas around Scotland. The dataset, as of July 2013, is based on interviews of 1,090 fishermen. Individuals defined their fishing areas with variable levels of precision. Users of the data should be aware of this, particularly of the coverage provided by the ScotMap data set which varies regionally. This layer shows the number of vessels in polygons identifying mackerel as the primary target species where fishing gear is lines. |
Inshore Fishing - ScotMap (2013) - Scallop Divers - Monetary Value (£) |
ScotMap is a Marine Scotland project which provides spatial information on the fishing activity of Scottish registered commercial fishing vessels under 15 m in overall length. The data were collected during face-to-face interview with individual vessel owners and operators and relate to fishing activity for the period 2007 to 2011. The data are aggregated and analysed to provide information on the monetary value, relative importance (relative value) and the usage (number of fishing vessels and crew) of seas around Scotland. The dataset, as of July 2013, is based on interviews of 1,090 fishermen. Individuals defined their fishing areas with variable levels of precision. Users of the data should be aware of this, particularly of the coverage provided by the ScotMap data set which varies regionally. This layer shows the monetary value of polygons identifying scallops as the primary target species where fishing method is diving. |
Sea features and fishing ground names |
Names of sea features and fishing grounds around Scotland, designed for use with Ordnance Survey's ZoomStack and Marine Scotland Maps. |
Scottish Assessment areas - Scottish Sea Areas (clean and safe seas monitoring) |
The 15 sea areas are based on areas previously adopted for certain environmental monitoring programmes. The data from these 15 areas can be presented regionally and also reasonably aggregated to form a national picture and to develop information for the two main areas required for the Marine Strategy Framework Directive initial assessment: the Greater North Sea (Area II) and the Celtic Seas (Area III) which are existing sea areas used by OSPAR (the Oslo Paris Convention for the Protection of the North East Atlantic). |
Assessment areas - Charting Progress 2 (CP2) Regions |
The 2010 Charting Progress 2 assessment (UKMMAS 2010) subdivided UK waters into eight regions to assess how human use and other pressures were affecting the productivity of UK seas. Regional boundaries were developed in 2009, adapting 'regional seas' previously identified on the basis of physical and biological biogeography by the Review of Marine Nature Conservation (RMNC) 2004. The CP2 'Reporting Regions' have subsequently informed a variety of MPA designation, marine assessment and reporting purposes and continue to be used, for example in the selection of Highly Protected Marine Areas, indicators for the ecological status of the water environment, and the aggregation of marine biotope sensitivity information. JNCC updated the CP2 Reporting Regions dataset in 2022, making improvements to the inner (coastal) and outer (UK maritime limit) boundaries of the reporting regions. This incorporated up-to-date UK Exclusive Economic Zone and Continental Shelf limits and mean high water (springs) coastlines across the UK. No substantive changes were made to the biogeographic boundaries, but these were edited to join up with updated coastlines (as required) and minor topological issues (e.g. overlaps between polygons) were also addressed. See lineage for further details. Note that the use of the CP2 Reporting Regions (or other biogeographic regions and assessment units) by JNCC, the SNCBs and other ALBs will vary by purpose. Variations of the CP2 Reporting Regions may be used for assessment purposes. Data notes and limitations: • open data coastline datasets used in the 2022 update were of medium spatial resolution, lacking detail in some areas (e.g. sea lochs and islets in the Hebrides, Orkneys and Shetland, pladdies in Strangford Loch and islets around Northern Ireland). • part of the Scottish Continental Shelf (region 7) boundary was originally drawn to align with the UK Territorial Waters limit around Orkney and Fair Isle. This section of boundary has not been updated and therefore remains consistent with the biogeographic boundary created in 2009. • in the absence of formally agreed maritime limits, linework from the original 2009 CP2 Reporting Regions data set has been retained to represent the boundary between the Northern Ireland Inshore Region and Republic of Ireland inshore waters. |
Coastal Physiographic Features |
The Scottish coastline consists of a complex environment of marine inlets and linear coast formed by landform process, such as glaciations, over millions of years. This has led to a diverse range of coastline physiographic features which provide different types of habitats for a huge range of marine communities. The habitats of coastal physiographic features substantially differ in their environmental conditions from substrate type, temperature, salinity, and tidal range to wave exposure. These diverse conditions provide unique niches for an abundance of marine life. |