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Showing 6,161 to 6,170 of 8,155 results for sea lice
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Appendix 1: Baseline information
Environmental report for the strategic environmental assessment (SEA) of our preferred policy position on unconventional oil and gas in Scotland.
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Plaice
Agreed records of consultations from meetings of delegations from the United Kingdom, Norway and the European Union, held between November and December 2022 on the joint management of shared North Sea stocks.
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Footnotes
This project developed ‘Good Practice Guidance for Assessing Fisheries Displacement’ through a detailed literature review and consultation with the ScotMER Fish and Fisheries Receptor Group (FFSRG), commercial fisheries industry, offshore energy
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Annex A - Tables of Evidence Needs
The strategy outlines how CAMERAS partners aim to make best use of resources through strengthening collaboration and co-ordination and by improving the delivery of evidence to users.
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4 Wave Model Development
Part 2 of the hydrodynamic model developed for Scottish waters.
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Introduction
A biophysical modelling approach that accounts for regional oceanographic variation and some degree of biological realism was used to estimate larval transport of 18 benthic invertebrates identified as priority marine features for possible nature
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Protocol Notification: The Common Fisheries Policy (Amendment etc.) (EU Exit) Regulations 2019
Protocol Notifications for EU Exit Statutory Instruments to the Scottish Parliament: The Common Fisheries Policy (Amendment etc.) (EU Exit) Regulations 2019.
- Part of:
- Marine and fisheries: exiting the EU
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Saithe
Agreed records of consultations from meetings of delegations from the United Kingdom, Norway and the European Union, held between November and December 2022 on the joint management of shared North Sea stocks.
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Scottish Crown Estate strategic management plan: island communities impact assessment
An islands communities impact assessment relating to the first Scottish Crown Estate strategic management plan.
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References
This study reviewed data that have been collected from offshore windfarms and considers how they can be used to derive appropriate avoidance rates for use in the offshore environment.
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