Sea Scotland 2016 Conference Programme
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Miljø- Og Fødevareudvalget 2016-17 MOF Alm.Del Endeligt Svar På Spørgsmål 892 Offentligt
Miljø- og Fødevareudvalget 2016-17 MOF Alm.del endeligt svar på spørgsmål 892 Offentligt Til: [email protected] ([email protected]), [email protected] (kloepper@waddensea- secretariat.org), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] ([email protected]), [email protected] -
Marine Scotland Science
Marine Scotland Science Fish Age Determination Procedures: Megrim G Henderson FISH AGE DETERMINATION PROCEDURES 3: MEGRIM Gordon Henderson* Marine Scotland Science, Marine Laboratory, 375 Victoria Road, Torry, Aberdeen, AB11 9DB [email protected] 0131 244 2965 This manual is intended to be used in conjunction with training at the microscope In order to undertake stock assessments for use in fisheries management, a knowledge of fish age/stage is required. Although there is a general relationship in most species between age and size, It is difficult to determine the age of a species by simple measurements of body length or weight. Fisheries scientists, therefore, are required to determine fish age using alternate measures. The most common method is observing the growth rings in hard, bony structures of the fish the ear bones (otolith), scales, spines etc . This manual describes the procedures employed by Marine Scotland Science for the aging of Megrim (Lepidorhombus whiffiagonis) Collecting megrim otoliths The principal is similar to gadoids (Henderson 2017a) except that the fish is laid on the board upside down in a similar manner to Angler fish and similar to Angler fish (Henderson 2018b)The gill cover is lifted, the gills scraped back to reveal the underlying bone, and an incision is made in to the auditory capsule. The otoliths are extracted by inserting the point of a knife blade and twisting it to remove the otolith. If the otolith has been missed, it can be extracted from the skull by using forceps. Great care should be taken to prevent external damage when carrying out this procedure, as Megrim is also a high value species. -
'Ways of Seeing': the Tasmanian Landscape in Literature
THE TERRITORY OF TRUTH and ‘WAYS OF SEEING’: THE TASMANIAN LANDSCAPE IN LITERATURE ANNA DONALD (19449666) This thesis is presented for the degree of Doctor of Philosophy of The University of Western Australia School of Humanities (English and Cultural Studies) 2013 ii iii ABSTRACT The Territory of Truth examines the ‘need for place’ in humans and the roads by which people travel to find or construct that place, suggesting also what may happen to those who do not find a ‘place’. The novel shares a concern with the function of landscape and place in relation to concepts of identity and belonging: it considers the forces at work upon an individual when they move through differing landscapes and what it might be about those landscapes which attracts or repels. The novel explores interior feelings such as loss, loneliness, and fulfilment, and the ways in which identity is derived from personal, especially familial, relationships Set in Tasmania and Britain, the novel is narrated as a ‘voice play’ in which each character speaks from their ‘way of seeing’, their ‘truth’. This form of narrative was chosen because of the way stories, often those told to us, find a place in our memory: being part of the oral narrative of family, they affect our sense of self and our identity. The Territory of Truth suggests that identity is linked to a sense of self- worth and a belief that one ‘fits’ in to society. The characters demonstrate the ‘four ways of seeing’ as discussed in the exegesis. ‘“Ways of Seeing”: The Tasmanian Landscape in Literature’ considers the way humans identify with ‘place’, drawing on the ideas and theories of critics and commentators such as Edward Relph, Yi-fu Tuan, Roslynn Haynes, Richard Rossiter, Bruce Bennett, and Graham Huggan. -
KIMO Conference
MARINE SCOTLAND POLICY DEVELOPMENT FOR MARINE RENEWABLES AND OFFSHORE WIND COVERING MARINE PLANNING AND LICENSING Introduction • The Scottish Government has a stated target of meeting 100% of Scottish demand for electricity from renewable sources by 2020. • The Scottish Government is firmly committed to the development of a successful and sustainable offshore renewable energy industry in Scotland. • Sectoral Marine Plans are being developed to ensure that Offshore Renewable Energy sources, wave, tidal and offshore wind, will make a full contribution to meeting our ambitious targets. Sectoral marine plans will be adopted into the statutory National and Regional Marine Plans. • Scotland is well placed to take a global lead in the exploitation of renewable energy sources at sea. Scotland has a massive offshore renewables potential with an estimated 25% of Europe’s tidal resource, 25% of its offshore wind resource and 10% of its wave potential. • The Scottish Government recognises that offshore renewable energy represents a huge opportunity for Scotland to create new industries and to make great progress towards achieving our ambitious renewable energy targets. • We also recognise that there are a range of issues which have to be addressed to allow the establishment of any new sector. To address the various issues and challenges of developing offshore renewables the Scottish Government has initiated a number of projects to provide solutions and support to partner organisations and Industry. • The UK and Scottish Marine legislation has been used to deliver a Marine Planning System and introduce best practice through efficiencies in licensing and consenting processes. • Scottish Ministers have started the process of implementing the streamlining of marine licensing and are taking forward secondary legislation within the Scottish Parliament. -
An Introduction to Policy in Scotland
POLICY GUIDE #1 2019 AN INTRODUCTION TO POLICY IN SCOTLAND This first guide provides an introduction to policymaking BES – SCOTTISH POLICY in Scotland, how policies are developed, and the difference GROUP between policy and legislation. Subsequent guides will focus on how scientists can get involved in the policy process The BES Scottish Policy Group at Holyrood and the various opportunities for evidence (SPG) is a group of British Ecological Society (BES) submission, such as to Scottish Parliament Committees. members promoting the use To find out about the policy making process at Westminster of ecological knowledge in please read the BES UK Policy Guides. Scotland. Our aim is to improve communication between BES members and policymakers, increase the impact of ecological research, and support evidence- WHAT IS A POLICY? EXAMPLES OF POLICY informed policymaking. We engage with policymaking A policy is a set of principles to Details of a policy and the steps by making the best scientific guide actions in order to achieve an needed to meet the policy ambitions evidence accessible to objective. A ‘government policy’, are often specified in Government decision-makers based on our therefore describes a course of strategies, which are usually membership expertise. action or an objective planned by developed through stakeholder the Government on a particular engagement – (i.e. Government Our Policy Guides are a resource subject. Documentation on Scottish consultations). These strategies are for scientists interested in Government policies is publicly non-binding but are often developed the policymaking process available through the Scottish to help meet binding objectives, for in Scotland and the various Government website. -
Marine Scotland - Science
Schedule of Accreditation issued by United Kingdom Accreditation Service 2 Pine Trees, Chertsey Lane, Staines-upon-Thames, TW18 3HR, UK Marine Scotland - Science Issue No: 042 Issue date: 12 August 2021 Scottish Government Contact: Pamela Walsham Marine Laboratory Tel: +44 (0) 131 244 3543 375 Victoria Road E-Mail: [email protected] 1964 Aberdeen Website: www.gov.scot/topics/marine Accredited to AB11 9DB ISO/IEC 17025:2017 Testing performed by the Organisation at the locations specified below Locations covered by the organisation and their relevant activities Laboratory locations: Location details Activity Location code Address Local contact Environmental testing - biota, A Marine Scotland Science Mr G Grewar sediments, natural and saline Scottish Government waters Marine Laboratory - Chemical, microbiological 375 Victoria Road Fish and Shellfish health testing Aberdeen - Microbiological, virological, AB11 9DB Molecular Biological Site activities performed away from the locations listed above: Location details Activity Location code Marine Scotland Science Mr A McCartney Environmental testing - natural B Scottish Government waters Freshwater Laboratory Tel: +44 (0) 131 244 2335 - Chemical Faskally Pitlochry PH16 5LB Marine Scotland Science Mr G Grewar Chemical testing of biota and C Scottish Government marine and estuarine waters [G1] Marine Laboratory Mobile Laboratory within Shipping container 375 Victoria Road Aberdeen AB11 9DB Assessment Manager: KH Page 1 of 11 Schedule of Accreditation issued by United Kingdom Accreditation -
Memorial to Sir Edward B. Bailey, Kt., M.C., F.R.S
MEMORIAL TO SIR EDWARD B. BAILEY, KT., M.C., F.R.S. (1881-1965) A. G. MACC/RUGOK 45 rhurbnrn Road, Edinburgh, Scotland Sir Edward Bailey, a geologist of the highest inter- national repute in the spheres of tectonics and ig- neous action, died in London on March 19, 1965, at the age of 83. He had been, in his time, held and petrographic worker and District Geologist on the Geological Survey of Great Britain, Professor of Geology in Glasgow University, and Director of the Geological Survey and Museum. Bailey's international eminence is attested by his Presidency of the International Pre-Cambrian As- sociation (1934-1937); by his election to foreign membership of the national scientific academies of Norway, India, the United States of America, Bel- gium, and Switzerland; by Honorary Fellowship of the Geological Societies of Amer- ica and of France; and by an honorary doctorate conferred by Harvard University (1936). At home he was awarded honorary doc torates by the Universities of Birming- ham (1939), Glasgow (1946). Belfast (1946), Cambridge (1952), and Edinburgh (1964). Edward Battersby Bailey, son of a medical practitioner, was born in 1881 in Marden, Kent. From Kendal Grammar School, in Westmorland, he won an open scholarship to Clare College, Cambridge, in 1899. He graduated in 1902 with first- class honors (in both physics and geology) in Part II of the Natural Sciences Tripos, and won the Harkncss scholarship. Many years later he was elected an Honorary Fellow of Clare College (1944). Bailey joined the Geological Survey in 1902 and worked in Scotland as a Geologist until 1915. -
Scottish Marine Planning Process: Regulatory Approaches to Implementation Andronikos Kafas, Ian Davies, and Matt Gubbins Marine Management in Scotland
Scottish Marine Planning process: Regulatory approaches to implementation Andronikos Kafas, Ian Davies, and Matt Gubbins Marine management in Scotland Marine Scotland (SG Directorate) Science Planning & Policy Performance & Aquaculture Fisheries Compliance & IT . The lead Marine Management Organisation in Scotland Outline Marine Planning in Scotland Sectoral Marine Planning Scoping Areas of Search Draft Plan Options Cross-border Maritime Spatial Planning in the North Sea National drivers & legislation Competition for space A new renewable energy industry A need to protect sensitive habitats and species EU Directive Maritime Spatial Planning Marine (Scotland) Act 2010 European drivers European MSP Directive -fits Scottish approach Marine Strategy Framework Directive -regional scale -Descriptors of Good Environmental Status -leads to measures Marine Planning in Scotland Marine (Scotland) Act 2010 Legislative framework for marine Coastal Access Act 2009 planning in Scotland’s offshore area National Marine Plan Regional Marine Plans Sectoral Marine Plans . Sets out the legislative and . Address specific issues . Progressed within the broader regulatory framework for within a smaller area context of NMP the development of . Allows for local ownership . Complement both NMP and statutory plans and local decision-making RMPs . Proposes the strategic . Directed by NMP objectives . Provision of relevant information policies for sustainable use and policies & assessment on strategic spatial of Scottish marine locations resources out to 200nm . In this case, suitable to progress the development of commercial scale offshore renewable energy National Marine Planning Tiered planning England Scotland UK Marine Policy Statement UK Marine Policy Statement National Marine Plan Marine Plans (Regional) Regional Plans (East inshore and offshore) Shetland and Clyde (South inshore and offshore) Scotland’s Ambition Achieve Good Environmental Status by 2020 Conservation Oil and Gas Sustainably manage our seas Sustain approx 200,000 using a three pillar approach. -
Business Plan 2014/15
East Grampian Business Plan 2014/15 EGCP Ltd , trading as The East Grampian Coastal Partnership. EGCP Ltd is a Scottish Company Limited by Guarantee and without share 1capital. The Company Number is 464143 Content Foreword 3 1 Setting the Scene 4 2 Strategic Context 4 3. Aim of EGCP 5 4. Objectives of EGCP 5 5 Changing Corporate Structure 6 6 6 Governance of EGCP 7. Delivery 7 7.1 Communication 8 7.2 Data Gathering 8 7.3 Green Tourism 9 7.4 Developing Influence 9 7.5 Seafood 10 8 Targeted future work 10 9. Finance 11 Appendix 1. Linking EGCPs Planned Work programme with National Objectives and 14 Local Coastal plans Appendix 2 External Policy Drivers 16 How EGCP will help deliver the Scottish Governments Priorities 2007 16 How EGCP will help deliver the Aberdeenshire Council Economic Development 17 How EGCP will help deliver the Aberdeen City Council Five Year Business Plan 18 2013/1`4—2017/18 How EGCP will help deliver the recommendations of the State of the East Grampian 19 Coast Report 2 Foreword This Business Plan sets out the envisaged activities of East Grampian Coastal Partnership (EGCP) , designed to contribute to care for the coastline, between Fraserburgh and St Cyrus, and its communities over the next year and beyond, in a way that respects its special character. The wide range of proposed projects builds on the strengths and experience of the EGCP and recognises that no one organisation can manage all coastal projects in isolation. Over the last year EGCP has changed its status to that of a company limited by guarantee without share capital that will operate on a not for profit basis. -
The Dalradian Rocks of the North-East Grampian Highlands of Scotland
Revised Manuscript 8/7/12 Click here to view linked References 1 2 3 4 5 The Dalradian rocks of the north-east Grampian 6 7 Highlands of Scotland 8 9 D. Stephenson, J.R. Mendum, D.J. Fettes, C.G. Smith, D. Gould, 10 11 P.W.G. Tanner and R.A. Smith 12 13 * David Stephenson British Geological Survey, Murchison House, 14 West Mains Road, Edinburgh EH9 3LA. 15 [email protected] 16 0131 650 0323 17 John R. Mendum British Geological Survey, Murchison House, West 18 Mains Road, Edinburgh EH9 3LA. 19 Douglas J. Fettes British Geological Survey, Murchison House, West 20 Mains Road, Edinburgh EH9 3LA. 21 C. Graham Smith Border Geo-Science, 1 Caplaw Way, Penicuik, 22 Midlothian EH26 9JE; formerly British Geological Survey, Edinburgh. 23 David Gould formerly British Geological Survey, Edinburgh. 24 P.W. Geoff Tanner Department of Geographical and Earth Sciences, 25 University of Glasgow, Gregory Building, Lilybank Gardens, Glasgow 26 27 G12 8QQ. 28 Richard A. Smith formerly British Geological Survey, Edinburgh. 29 30 * Corresponding author 31 32 Keywords: 33 Geological Conservation Review 34 North-east Grampian Highlands 35 Dalradian Supergroup 36 Lithostratigraphy 37 Structural geology 38 Metamorphism 39 40 41 ABSTRACT 42 43 The North-east Grampian Highlands, as described here, are bounded 44 to the north-west by the Grampian Group outcrop of the Northern 45 Grampian Highlands and to the south by the Southern Highland Group 46 outcrop in the Highland Border region. The Dalradian succession 47 therefore encompasses the whole of the Appin and Argyll groups, but 48 also includes an extensive outlier of Southern Highland Group 49 strata in the north of the region. -
50Th ANNUAL REPORT 2011-2012
50th ANNUAL REPORT 2011-2012 Abridged format Patron: Sir James D Wolfensohn President: Peter Hasko Vice President: Kimberly Everett/Patrick Regan Hon Secretary: Naomi Flutter Hon Treasurer: Patrick Regan Councillors: Ted Blamey, Richard Broinowski, Lisa George, Charles Graham, Justin Greiner, Chris Smith, Tony Thirlwell Chapter Convenors: Queensland: David Henderson ACT: Michelle Patterson, South Australia: Harley Hooper Western Australia: Ken Perry Email: [email protected]. Website: www.harvardclub.org.au Note: A full copy of the Report of Factual Findings can be viewed or downloaded from the Members Only section of the website. A user name and password will be issued by the Administrator upon receipt of an application by email. Page 1 of 16 THIS IS A BLANK PAGE Page 2 of 16 NOTICE OF ANNUAL GENERAL MEETING The 50th Annual General Meeting of the Harvard Club of Australia will be held on Thursday 20 September 2012 at the Waterfront Restaurant, The Rocks, Sydney commencing at 6.30 pm. Agenda 1. Confirmation of Minutes 49th Annual General Meeting of the Harvard Club of Australia was held on Thursday, 10 November 2011 at QVB Tea Room, 455 George Street Sydney 2. President’s Report 3. Approval of Annual Financial Statements Approval of the Financial Statements for the Club for the year ended 31 December 2011. 4. Election of Auditors KPMG retire at the meeting and being eligible seek to be reappointed to conduct the Report of Factual Findings 5. Election of Executive Office Bearers The Constitution provides that Executive Office Bearers retire at each Annual General Meeting (AGM) and can only hold that same office for two years. -
The Lochs of Shetland
THE FRESH-WATER LOCHS OF SCOTLAND. 231 THE LOCHS OF SHETLAND. THE Shetland Islands (see Index Map, Fig. 25) are very different in their physical features from the neighbouring group of the Orkneys. In place of the tame undulating surface of Orkney, the Shetlands, though not higher, are more rugged and more varied. High rocky ridges are separated by deep valleys, both running north and south. The more varied surface gives rise to a greater diversity in the lochs. Though many are very shallow, there is not the unvarying flat-bottomed character of the Orkney lochs, and some are relatively deep. In some parts of Shetland there are numerous lochs clustered together, as in North Uist, in other parts there are few lochs. Of the hundreds of lochs in the islands only thirty-one were surveyed. Though there are many basins in which there are numerous lochs, it never happened that we were able to survey more than two in the same basin, and in so many cases was there only one in the basin sounded that the thirty-one lochs surveyed occupy twenty-four separate basins. The area drained by all the lochs surveyed in the islands is just about 50 square miles, a very small proportion of the whole land surface. Only eighteen of the lochs have drainage areas of more than a square mile, eight drain more than 2 square miles, four drain more than 5 square miles, and the Loch of Cliff, with the most extensive drainage system in Shetland, drains an area of 8½ square miles.