Appendix 15.2.3 SLVIA Local Coastal Character Areas
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Scapa Flow Scale Site Environmental Description 2019
Scapa Flow Scale Test Site – Environmental Description January 2019 Uncontrolled when printed Document History Revision Date Description Originated Reviewed Approved by by by 0.1 June 2010 Initial client accepted Xodus LF JN version of document Aurora 0.2 April 2011 Inclusion of baseline wildlife DC JN JN monitoring data 01 Dec 2013 First registered version DC JN JN 02 Jan 2019 Update of references and TJ CL CL document information Disclaimer In no event will the European Marine Energy Centre Ltd or its employees or agents, be liable to you or anyone else for any decision made or action taken in reliance on the information in this report or for any consequential, special or similar damages, even if advised of the possibility of such damages. While we have made every attempt to ensure that the information contained in the report has been obtained from reliable sources, neither the authors nor the European Marine Energy Centre Ltd accept any responsibility for and exclude all liability for damages and loss in connection with the use of the information or expressions of opinion that are contained in this report, including but not limited to any errors, inaccuracies, omissions and misleading or defamatory statements, whether direct or indirect or consequential. Whilst we believe the contents to be true and accurate as at the date of writing, we can give no assurances or warranty regarding the accuracy, currency or applicability of any of the content in relation to specific situations or particular circumstances. Title: Scapa Flow Scale Test -
List of Lights Radio Aids and Fog Signals 2011
PUB. 114 LIST OF LIGHTS RADIO AIDS AND FOG SIGNALS 2011 BRITISH ISLES, ENGLISH CHANNEL AND NORTH SEA IMPORTANT THIS PUBLICATION SHOULD BE CORRECTED EACH WEEK FROM THE NOTICE TO MARINERS Prepared and published by the NATIONAL GEOSPATIAL-INTELLIGENCE AGENCY Bethesda, MD © COPYRIGHT 2011 BY THE UNITED STATES GOVERNMENT. NO COPYRIGHT CLAIMED UNDER TITLE 17 U.S.C. *7642014007536* NSN 7642014007536 NGA REF. NO. LLPUB114 LIST OF LIGHTS LIMITS NATIONAL GEOSPATIAL-INTELLIGENCE AGENCY PREFACE The 2011 edition of Pub. 114, List of Lights, Radio Aids and Fog Signals for the British Isles, English Channel and North Sea, cancels the previous edition of Pub. 114. This edition contains information available to the National Geospatial-Intelligence Agency (NGA) up to 2 April 2011, including Notice to Mariners No. 14 of 2011. A summary of corrections subsequent to the above date will be in Section II of the Notice to Mariners which announced the issuance of this publication. In the interval between new editions, corrective information affecting this publication will be published in the Notice to Mariners and must be applied in order to keep this publication current. Nothing in the manner of presentation of information in this publication or in the arrangement of material implies endorsement or acceptance by NGA in matters affecting the status and boundaries of States and Territories. RECORD OF CORRECTIONS PUBLISHED IN WEEKLY NOTICE TO MARINERS NOTICE TO MARINERS YEAR 2011 YEAR 2012 1........ 14........ 27........ 40........ 1........ 14........ 27........ 40........ 2........ 15........ 28........ 41........ 2........ 15........ 28........ 41........ 3........ 16........ 29........ 42........ 3........ 16........ 29........ 42........ 4....... -
The Orkney Native Wildlife Project
The Orkney Native Wildlife Project Strategic Environmental Assessment Environmental Report June 2020 1 / 31 Orkney Native Wildlife Project Environmental Report 1. INTRODUCTION .............................................................................................................. 4 1.1 Project Summary and Objectives ............................................................................. 4 1.2 Policy Context............................................................................................................ 4 1.3 Related Plans, Programmes and Strategies ............................................................ 4 2. SEA METHODOLOGY ..................................................................................................... 6 2.1 Topics within the scope of assessment .............................................................. 6 2.2 Assessment Approach .............................................................................................. 6 2.3 SEA Objectives .......................................................................................................... 7 2.4 Limitations to the Assessment ................................................................................. 8 3. ENVIRONMENTAL CHARACTERISTICS OF THE PROJECT AREA ............................. 8 3.1 Biodiversity, Flora and Fauna ................................................................................... 8 3.2 Population and Human Health .................................................................................. 9 -
Firth of Lorn Management Plan
FIRTH OF LORN MARINE SAC OF LORN MARINE SAC FIRTH ARGYLL MARINE SPECIAL AREAS OF CONSERVATION FIRTH OF LORN MANA MARINE SPECIAL AREA OF CONSERVATION GEMENT PLAN MANAGEMENT PLAN CONTENTS Executive Summary 1. Introduction CONTENTS The Habitats Directive 1.1 Argyll Marine SAC Management Forum 1.2 Aims of the Management Plan 1.3 2. Site Overview Site Description 2.1 Reasons for Designation: Rocky Reef Habitat and Communities 2.2 3. Management Objectives Conservation Objectives 3.1 Sustainable Economic Development Objectives 3.2 4. Activities and Management Measures Management of Fishing Activities 4.1 Benthic Dredging 4.1.1 Benthic Trawling 4.1.2 Creel Fishing 4.1.3 Bottom Set Tangle Nets 4.1.4 Shellfish Diving 4.1.5 Management of Gathering and Harvesting 4.2 Shellfish and Bait Collection 4.2.1 Harvesting/Collection of Seaweed 4.2.2 Management of Aquaculture Activities 4.3 Finfish Farming 4.3.1 Shellfish Farming 4.3.2 FIRTH OF LORN Management of Recreation and Tourism Activities 4.4 Anchoring and Mooring 4.4.1 Scuba Diving 4.4.2 Charter Boat Operations 4.4.3 Management of Effluent Discharges/Dumping 4.5 Trade Effluent 4.5.1 CONTENTS Sewage Effluent 4.5.2 Marine Littering and Dumping 4.5.3 Management of Shipping and Boat Maintenance 4.6 Commercial Marine Traffic 4.6.1 Boat Hull Maintenance and Antifoulant Use 4.6.2 Management of Coastal Development/Land-Use 4.7 Coastal Development 4.7.1 Agriculture 4.7.2 Forestry 4.7.3 Management of Scientific Research 4.8 Scientific Research 4.8.1 5. -
The Case for a Marine Act for Scotland the Tangle of the Forth
The Case for a Marine Act for Scotland The Tangle of the Forth © WWF Scotland For more information contact: WWF Scotland Little Dunkeld Dunkeld Perthshire PH8 0AD t: 01350 728200 f: 01350 728201 The Case for a Marine Act for Scotland wwf.org.uk/scotland COTLAND’S incredibly Scotland’s territorial rich marine environment is waters cover 53 per cent of Designed by Ian Kirkwood Design S one of the most diverse in its total terrestrial and marine www.ik-design.co.uk Europe supporting an array of wildlife surface area Printed by Woods of Perth and habitats, many of international on recycled paper importance, some unique to Scottish Scotland’s marine and WWF-UK registered charity number 1081274 waters. Playing host to over twenty estuarine environment A company limited by guarantee species of whales and dolphins, contributes £4 billion to number 4016274 the world’s second largest fish - the Scotland’s £64 billion GDP Panda symbol © 1986 WWF – basking shark, the largest gannet World Wide Fund for Nature colony in the world and internationally 5.5 million passengers and (formerly World Wildlife Fund) ® WWF registered trademark important numbers of seabirds and seals 90 million tonnes of freight Scotland’s seas also contain amazing pass through Scottish ports deepwater coral reefs, anemones and starfish. The rugged coastline is 70 per cent of Scotland’s characterised by uniquely varied habitats population of 5 million live including steep shelving sea cliffs, sandy within 0km of the coast and beaches and majestic sea lochs. All of 20 per cent within km these combined represent one of Scotland’s greatest 25 per cent of Scottish Scotland has over economic and aesthetic business, accounting for 11,000km of coastline, assets. -
Habitats Regulations Appraisal (HRA) on the Moray Firth a Guide for Developers and Regulators
Scottish Natural Heritage Habitats Regulations Appraisal (HRA) on the Moray Firth A Guide for developers and regulators Photo: Donald M Fisher Contents Section 1 Introduction 4 Introduction 4 Section 2 Potential Pathways of Impact 6 Construction 6 Operation 6 Table 1 Generic impact pathways and mitigation to consider 7 Section 3 Ecological Principles 9 Habitats and physical processes 9 Management of the environment 10 Land claim and physical management of the intertidal 10 Dredging and Disposal 11 Disturbance – its ecological consequences 12 Types of disturbance 12 Disturbance whilst feeding 13 Disturbance at resting sites 14 Habituation and prevention 14 Section 4 Habitats Regulations Appraisal (HRA) 15 Natura 2000 15 The HRA procedure 16 HRA in the Moray Firth area 17 Figure 1 The HRA process up to and including appropriate assessment 18 The information required 19 Determining that there are no adverse effects on site integrity 19 Figure 2 The HRA process where a Competent Authority wishes to consent to a plan or project, but cannot conclude that there is no adverse effect on site integrity 20 1 Section 5 Accounts for Qualifying Interests 21 Habitats 21 Atlantic salt meadows 21 Coastal dune heathland 22 Lime deficient dune heathland with crowberry 23 Embryonic shifting dunes 24 Shifting dunes with marram 25 Dune grassland 26 Dunes with juniper 27 Humid dune slacks 28 Coastal shingle vegetation outside the reach of waves 29 Estuaries 30 Glasswort and other annuals colonising mud and sand 31 Intertidal mudflats and sandflats 32 Reefs 33 -
Water Safety Policy in Scotland —A Guide
Water Safety Policy in Scotland —A Guide 2 Introduction Scotland is surrounded by coastal water – the North Sea, the Irish Sea and the Atlantic Ocean. In addition, there are also numerous bodies of inland water including rivers, burns and about 25,000 lochs. Being safe around water should therefore be a key priority. However, the management of water safety is a major concern for Scotland. Recent research has found a mixed picture of water safety in Scotland with little uniformity or consistency across the country.1 In response to this research, it was suggested that a framework for a water safety policy be made available to local authorities. The Royal Society for the Prevention of Accidents (RoSPA) has therefore created this document to assist in the management of water safety. In order to support this document, RoSPA consulted with a number of UK local authorities and organisations to discuss policy and water safety management. Each council was asked questions around their own area’s priorities, objectives and policies. Any policy specific to water safety was then examined and analysed in order to help create a framework based on current practice. It is anticipated that this framework can be localised to each local authority in Scotland which will help provide a strategic and consistent national approach which takes account of geographical areas and issues. Water Safety Policy in Scotland— A Guide 3 Section A: The Problem Table 1: Overall Fatalities 70 60 50 40 30 20 10 0 2010 2011 2012 2013 Data from National Water Safety Forum, WAID database, July 14 In recent years the number of drownings in Scotland has remained generally constant. -
Modern Rune Carving in Northern Scotland. Futhark 8
Modern Rune Carving in Northern Scotland Andrea Freund and Ragnhild Ljosland (University of the Highlands and Islands) Abstract This article discusses modern runic inscriptions from Orkney and Caithness. It presents various examples, some of which were previously considered “genuine”, and reveals that OR 13 Skara Brae is of modern provenance. Other examples from the region can be found both on boulders or in bedrock and in particular on ancient monuments ranging in date from the Neolithic to the Iron Age. The terminology applied to modern rune carving, in particular the term “forgery”, is examined, and the phenomenon is considered in relation to the Ken sington runestone. Comparisons with modern rune carving in Sweden are made and suggestions are presented as to why there is such an abundance of recently carved inscriptions in Northern Scotland. Keywords: Scotland, Orkney, Caithness, modern runic inscriptions, modern rune carving, OR 13 Skara Brae, Kensington runestone Introduction his article concerns runic inscriptions from Orkney and Caithness Tthat were, either demonstrably or arguably, made in the modern period. The objective is twofold: firstly, the authors aim to present an inventory of modern inscriptions currently known to exist in Orkney and Caith ness. Secondly, they intend to discuss the concept of runic “forgery”. The question is when terms such as “fake” or “forgery” are helpful in de scribing a modern runic inscription, and when they are not. Included in the inventory are only those inscriptions which may, at least to an untrained eye, be mistaken for premodern. Runes occurring for example on jewellery, souvenirs, articles of clothing, in logos and the Freund, Andrea, and Ragnhild Ljosland. -
Swales Et Al. Sediment Process and Mangrove Expansion
SEDIMENT PROCESSES AND MANGROVE-HABITAT EXPANSION ON A RAPIDLY-PROGRADING MUDDY COAST, NEW ZEALAND Andrew Swales1, Samuel J. Bentley 2, Catherine Lovelock 3, Robert G. Bell 1 1. NIWA, National Institute of Water and Atmospheric Research, P.O. Box 11-115 Hamilton, New Zealand. [email protected] , [email protected] 2. Earth-Sciences Department, 6010 Alexander Murray Building, Memorial University of Newfoundland, St John’s NL, Canada A1B 3X5. [email protected] 3. Centre for Marine Studies, University of Queensland, St Lucia, Queensland, QLD 4072, Australia. [email protected] Abstract : Mangrove-habitat expansion has occurred rapidly over the last 50 years in the 800 km 2 Firth-of-Thames estuary (New Zealand). Mangrove forest now extends 1-km seaward of the 1952 shoreline. The geomorphic development of this muddy coast was reconstructed using dated cores ( 210 Pb, 137 Cs, 7Be), historical- aerial photographs and field observations to explore the interaction between sediment processes and mangrove ecology. Catchment deforestation (1850s–1920s) delivered millions of m 3 of mud to the Firth, with the intertidal flats accreting at 20 mm yr -1 before mangrove colonization began (mid-1950s) and sedimentation rates increased to ≤ 100 mm yr -1. 210 Pb data show that the mangrove forest is a major long-term sink for mud. Seedling recruitment on the mudflat is controlled by wave-driven erosion. Mangrove-habitat expansion has occurred episodically and likely coincides with calm weather. The fate of this mangrove ecosystem will depend on vertical accretion at a rate equal to or exceeding sea level rise. -
Caithness and Sutherland Proposed Local Development Plan Committee Version November, 2015
Caithness and Sutherland Proposed Local Development Plan Committee Version November, 2015 Proposed CaSPlan The Highland Council Foreword Foreword Foreword to be added after PDI committee meeting The Highland Council Proposed CaSPlan About this Proposed Plan About this Proposed Plan The Caithness and Sutherland Local Development Plan (CaSPlan) is the second of three new area local development plans that, along with the Highland-wide Local Development Plan (HwLDP) and Supplementary Guidance, will form the Highland Council’s Development Plan that guides future development in Highland. The Plan covers the area shown on the Strategy Map on page 3). CaSPlan focuses on where development should and should not occur in the Caithness and Sutherland area over the next 10-20 years. Along the north coast the Pilot Marine Spatial Plan for the Pentland Firth and Orkney Waters will also influence what happens in the area. This Proposed Plan is the third stage in the plan preparation process. It has been approved by the Council as its settled view on where and how growth should be delivered in Caithness and Sutherland. However, it is a consultation document which means you can tell us what you think about it. It will be of particular interest to people who live, work or invest in the Caithness and Sutherland area. In preparing this Proposed Plan, the Highland Council have held various consultations. These included the development of a North Highland Onshore Vision to support growth of the marine renewables sector, Charrettes in Wick and Thurso to prepare whole-town visions and a Call for Sites and Ideas, all followed by a Main Issues Report and Additional Sites and Issues consultation. -
Further Studies of a Staggered Hybrid Zone in Musmusculus Domesticus (The House Mouse)
Heredity 71 (1993) 523—531 Received 26 March 1993 Genetical Society of Great Britain Further studies of a staggered hybrid zone in Musmusculus domesticus (the house mouse) JEREMYB. SEARLE, YOLANDA NARAIN NAVARRO* & GUILA GANEMI Department of Zoology, University of Oxford, South Parks Road, Oxford OX1 3PS,U.K. Inthe extreme north-east of Scotland (near the village of Joim o'Groats) there is a small karyotypic race of house mouse (2n= 32), characterized by four metacentric chromosomes 4.10, 9.12, 6.13 and 11.14. We present new data on the hybrid zone between this form and the standard race (2n =40)and show an association between race and habitat. In a transect south of John o'Groats we demonstrate that the dines for arm combinations 4.10 and 9.12 are staggered relative to the dines for 6.13 and 11.14, confirming previous data collected along an east—west transect (Searle, 1991). There are populations within the John o'Groats—standard hybrid zone dominated by individuals with 36 chromosomes (homozygous for 4.10 and 9.12), which may represent a novel karyotypic form that has arisen within the zone. Alternatively the type with 36 chromosomes may have been the progenitor of the John o'Groats race. Additional cytogenetic interest is provided by the occur- rence of a homogeneous staining region on one or both copies of chromosome 1 in some mice from the zone. Keywords:chromosomalvariation, hybrid zones, Mus musculus domesticus, Robertsonian fusions, staggered dines. Introduction (Rb) fusion of two ancestral acrocentrics with, for Thestandard karyotype of the house mouse consists of instance, metacentric 4.10 derived by fusion of acro- 40 acrocentric chromosomes. -
Economic Analysis of Strathy North Wind Farm
Economic Analysis of Strathy North Wind Farm A report to SSE Renewables January 2020 Contents 1. Executive Summary 1 2. Introduction 3 3. Economic Impact of Strathy North Wind Farm 6 4. Community Benefit 18 5. Appendix A – Consultations 23 6. Appendix B – Economic Impact Methodology 24 Economic Analysis of Strathy North Wind Farm 1. Executive Summary The development, construction and operation of Strathy North Wind Farm has generated substantial local and national impacts and will continue to do so throughout its operational lifetime and beyond. Strathy North Wind Farm, which is based in the north of Scotland, near Strathy in North Sutherland, was developed and built at a cost of £113 million (DEVEX/CAPEX). Operational expenditure (OPEX) and decommissioning costs over its 25-year lifetime are expected to be £121 million. The expected total expenditure (TOTEX) is £234 million. During the development and construction of Strathy North Wind Farm, it was estimated that companies and organisations in Scotland secured contracts worth £59.4 million. The area is expected to secure £100.6 million in OPEX contracts over the wind farm’s operational lifetime (£4.0 million annually). Overall the expenditure, including decommissioning, secured in Scotland is expected to be £165.0 million, or 73% of TOTEX. Highland is expected to secure £21.9 million in DEVEX/CAPEX contracts and £51.5 million in OPEX contracts (£2.1 million annually). Overall, Highland is expected to secure contracts worth £77.0 million, or 33% of TOTEX. Of this, £25.6 million, equivalent to 11% of TOTEX is expected to be secure in Caithness and North Sutherland.