Round Barrows and Dykes As Landscape Metaphors
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Cognitive Strain in Parliament Strain in Cognitive
Cognitive strain in Parliament: How can we reduce psychological stressors to improve policy-making? Andrew Baldwin, Cynthia Pinto, Saskia Perriard-Abdoh, & Ashley Weinberg October 2020 PSYCHOLOGICAL PSYCHOLOGICAL GOVERNMENT BPS POLICY TEAM DIRECTORY KATHRYN SCOTT Director of Policy NIGEL ATTER Policy Advisor, Children and Young People ANDREW BALDWIN Policy Advisor, Work JOE LIARDET Policy Coordinator, Consultations [email protected] NIC MURRAY Policy Advisor, Social Justice SASKIA PERRIARD-ABDOH Policy and Government Relations Manager, Health and Psychological Government Programme Lead GEORGE WILKINSON Policy Officer [email protected] © 2020 The British Psychological Society All rights reserved. No part of this publication may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopy, recording or any information storage retrieval system, without permission in writing from the publisher. Contents About the British Psychological Society 5 Acknowledgements 5 About the Psychological Government Programme 7 Introduction 8 Occupational psychology and politics 9 Psychological stressors in Parliament? 10 Expectations 10 The pressures of social media 12 Distrust 13 Political labour 14 Organisational culture 16 Leadership 18 Temporal 19 Lifestyle 20 Control 21 Skills 21 Conclusion 22 COGNITIVE STRAIN IN PARLIAMENT STRAIN IN COGNITIVE Recommendations 22 Appendix A 24 A note on methodology 24 Interview guide 24 References 25 3 Psychological Government COGNITIVE STRAIN IN PARLIAMENT STRAIN IN COGNITIVE 4 Psychological Government About the British Psychological Society The British Psychological Society (BPS) is We support and enhance the development the representative body for psychology and and application of psychology for the greater psychologists in the UK. We are responsible public good. -
Early Medieval Dykes (400 to 850 Ad)
EARLY MEDIEVAL DYKES (400 TO 850 AD) A thesis submitted to the University of Manchester for the degree of Doctor of Philosophy in the Faculty of Humanities 2015 Erik Grigg School of Arts, Languages and Cultures Contents Table of figures ................................................................................................ 3 Abstract ........................................................................................................... 6 Declaration ...................................................................................................... 7 Acknowledgments ........................................................................................... 9 1 INTRODUCTION AND METHODOLOGY ................................................. 10 1.1 The history of dyke studies ................................................................. 13 1.2 The methodology used to analyse dykes ............................................ 26 2 THE CHARACTERISTICS OF THE DYKES ............................................. 36 2.1 Identification and classification ........................................................... 37 2.2 Tables ................................................................................................. 39 2.3 Probable early-medieval dykes ........................................................... 42 2.4 Possible early-medieval dykes ........................................................... 48 2.5 Probable rebuilt prehistoric or Roman dykes ...................................... 51 2.6 Probable reused prehistoric -
26 Bus Time Schedule & Line Route
26 bus time schedule & line map 26 Gillingham View In Website Mode The 26 bus line (Gillingham) has 5 routes. For regular weekdays, their operation hours are: (1) Gillingham: 2:15 PM (2) Hindon: 2:15 PM (3) Salisbury: 9:30 AM - 12:38 PM (4) Swallowcliffe: 7:18 AM (5) Tisbury: 10:40 AM - 12:40 PM Use the Moovit App to ƒnd the closest 26 bus station near you and ƒnd out when is the next 26 bus arriving. Direction: Gillingham 26 bus Time Schedule 58 stops Gillingham Route Timetable: VIEW LINE SCHEDULE Sunday Not Operational Monday Not Operational New Canal, Salisbury 31 New Canal, Salisbury Tuesday 2:15 PM Clock Tower, Salisbury Wednesday Not Operational Water Lane, Salisbury Thursday Not Operational 90 FIsherton Street, Salisbury Friday Not Operational Fisherton Street (Rail), Salisbury Saturday Not Operational Windsor Street, Salisbury Fountain Way, Salisbury 26 bus Info University Technical College, Salisbury Direction: Gillingham Stops: 58 Canadian Avenue, Bemerton Trip Duration: 87 min Line Summary: New Canal, Salisbury, Clock Tower, Skew Bridge, Bemerton Salisbury, Water Lane, Salisbury, Fisherton Street (Rail), Salisbury, Windsor Street, Salisbury, Fountain Skew Road, Quidhampton Way, Salisbury, University Technical College, Salisbury, Canadian Avenue, Bemerton, Skew Bridge, Bemerton, Skew Road, Quidhampton, Foots Hill, Foots Hill, Quidhampton Quidhampton, White Horse Gate, Quidhampton, Fugglestone, Wilton, Wilton Roundabout, Wilton, White Horse Gate, Quidhampton Minster Street, Wilton, Wilton House, Wilton, West Street, Wilton, Shaston -
Interpretation of Ground Magnetic Survey Over Cleveland Dyke of North Yorkshire, England
International Research Journal of Geology and Mining (IRJGM) (2276-6618) Vol. 3(5) pp. 179-189, June, 2013 Available online http://www.interesjournals.org/IRJGM Copyright©2013 International Research Journals Review Interpretation of ground magnetic survey over Cleveland dyke of north Yorkshire, England *Maunde A, Bassey NE, Raji AS and Haruna IV Department of Geology, School of Pure and Applied Sciences, Modibbo Adama University of Technology, Yola, P.M.B. 2076, Yola, Nigeria Abstract The Cleveland Dyke of North Yorkshire is one of a swarm of tholeiite dykes that radiate from the igneous intrusive complex of Mull; the dyke is an olivine-free, plagioclase and pyroxene-phyric basaltic andesite with considerable amount of magnetite minerals present. The magnetic survey profile lines trend NNE-SSW direction which crosses the E-W trending dyke approximately at right angles, series of Total Magnetic Field derivatives anomalies were constructed along profile lines over the dyke. The derivative anomalies of Analytical Signal and Total Horizontal Derivative are positive and shows two local maxima which serve as indicator of dyke edges (boundaries), thus the location of the dyke width is closed to the local maxima or on top of the local maxima. The estimated location of the dyke edges from the aligned derivatives plots falls between 22 - 32m and 18 - 33 meters along the stacked profile line from the base station, therefore the estimated dyke width range from 10-15m. The depth of the Cleveland dyke was estimated as 5 – 7.5 meters using haft maximum width manual method. These variations in width are due to power of the derivatives couple with the remanent magnetization of the dyke. -
Cumbria Classified Roads
Cumbria Classified (A,B & C) Roads - Published January 2021 • The list has been prepared using the available information from records compiled by the County Council and is correct to the best of our knowledge. It does not, however, constitute a definitive statement as to the status of any particular highway. • This is not a comprehensive list of the entire highway network in Cumbria although the majority of streets are included for information purposes. • The extent of the highway maintainable at public expense is not available on the list and can only be determined through the search process. • The List of Streets is a live record and is constantly being amended and updated. We update and republish it every 3 months. • Like many rural authorities, where some highways have no name at all, we usually record our information using a road numbering reference system. Street descriptors will be added to the list during the updating process along with any other missing information. • The list does not contain Recorded Public Rights of Way as shown on Cumbria County Council’s 1976 Definitive Map, nor does it contain streets that are privately maintained. • The list is property of Cumbria County Council and is only available to the public for viewing purposes and must not be copied or distributed. A (Principal) Roads STREET NAME/DESCRIPTION LOCALITY DISTRICT ROAD NUMBER Bowness-on-Windermere to A590T via Winster BOWNESS-ON-WINDERMERE SOUTH LAKELAND A5074 A591 to A593 South of Ambleside AMBLESIDE SOUTH LAKELAND A5075 A593 at Torver to A5092 via -
Some Buried Tertiary Dykes of Britain and Surrounding Waters Deduced by Magnetic Modelling and Seismic Reflection Methods
J. geol. Soc. London, Vol. 142, 1985, pp. 1047-1057, 12 figs. Printed in Northern Ireland ___ Some buried Tertiary dykes of Britain and surrounding waters deduced by magnetic modelling and seismic reflection methods S. R. Kirton & J. A. Donato* British Geological Survey, 19 Grange Terrace, Edinburgh EH9 2LF, UK; *Goal Petroleum plc, New Bond Street House, 1 New Bond Street, London W1Y OSD, UK SUMMARY: Dykes of Tertiary age have been identified by modelling offshore marine and aeromagnetic data and onshore aeromagnetic data. Dykes have been found in the North Sea off NE England, and in the Irish Sea. Published aeromagnetic maps have also been used to locate non-outcropping Tertiary dykes in the Scottish Borders. Many of the offshore anomalies are caused by multiple dykes that cannot be separately resolved. All dykes retain the dominant NW-SE trend of the known Tertiary dykes although this trend approaches E-W near the east coast of England.Under the North Seathe trend swings back and becomes increasingly southerly trendlng. The dykes may be the result of NW-SE compressional or NE-SW tensional stress with deep crustal weaknesses causing changes in trend. Inrecent years the British Geological Survey (former- Lake District and Anglesey have been investigalted ly Institute of Geological Sciences) has run extensive (Fig. 1). These have been modelled and comparec 1 to geophysicalsurveys over the UK mainlandand an anomaly of aknown Tertiary dyke in the Scottish surroundingcontinental shelf. For this papermarine Borders. and aeromagnetic surveys have been used in coniunc- tion with commercial multichannel seismic surveys to Selection of interpreted anomalies define the extent of some DroDosed non-outcrominp II Y Tertiary dykes in Britain and surrounding waters. -
The Apprentice Registers of the Wiltshire Society 1817 - 1922
THE APPRENTICE REGISTERS OF THE WILTSHIRE SOCIETY 1817 - 1922 EDITED BY I—I.R. I-IENLY TROWBRIDGE 1997 © \X/iltshire Record Society ISBN 0 901333 28 X Produced for the Society by Salisbury Printing Company Ltd, Salisbury Printed in Great Britain CONTENTS Preface vii Abbreviations viii INTRODUCTION ix CALENDAR 1 APPENDIX A. RULES OF THE WILTSHIRE SOCIETY 1823 127 APPENDIX B. GOVERNORS OF THE WILTSHIRE SOCIETY, 1817-1921 129 APPENDIX C. PAST PRESIDENTS OF THE WILTSHIRE SOCIETY 145 INDEX OF PERSONS, PLACES AND COMPANIES 147 INDEX OF OCCUPATIONS 177 List cf Members 183 List of Publications 191 PREFACE The documents upon which this edition is based are the property of the Wfltshire Society, and are deposited in the Wiltshire Record Office (WRO 1475/ 1-4).They have been calendared by kind permission of the Chairman of the Wfltshire Society, and the Wiltshire County Archivist, Mr S.D. Hobbs. Mr Henly, the editor of this volume, wishes to express his thanks for their co- operation and help to Mr Hobbs and the staff of the Wfltshire Record Office; Miss ]ean Horsfall, the Chairman, and Governors of the Wiltshire Society; Mrs Pamela Colman, Sandell Librarian,“/iltshire Archaeological and Natural History Society; and Mr Michael Marshman and the staff of the Wiltshire Local Studies Library. JOHN CHANDLER ABBREVIATIONS WA&NHS Wfltshire Archaeological and Natural History Society, Devizes WRO Wilmhire Record Office,Trowbridge WT Wfltshire Tracts (in WA&NHS Library) INTRODUCTION THE HISTORY OF THE SOCIETY The Wiltshire Society, as its name implies, was a society of Wiltshiremen. Established at least as early as the first year of Cromwell's Protectorate, it was formally named the Wfltshire Society, but was more frequently referred to as the VI/iltshire Feast, arising from the practice of holding an annual fund-raising dinner in London. -
An Alternative Emplacement Model for the Classic Ardnamurchan Cone
University of Birmingham An alternative emplacement model for the classic Ardnamurchan cone sheet swarm, NW Scotland, involving lateral magma supply via regional dykes Magee, Craig; Stevenson, Carl; O'driscoll, Brian; Schofield, Nick; Mcdermott, Ken DOI: 10.1016/j.jsg.2012.08.004 License: Creative Commons: Attribution (CC BY) Document Version Publisher's PDF, also known as Version of record Citation for published version (Harvard): Magee, C, Stevenson, C, O'driscoll, B, Schofield, N & Mcdermott, K 2012, 'An alternative emplacement model for the classic Ardnamurchan cone sheet swarm, NW Scotland, involving lateral magma supply via regional dykes', Journal of Structural Geology, vol. 43, pp. 73-91. https://doi.org/10.1016/j.jsg.2012.08.004 Link to publication on Research at Birmingham portal Publisher Rights Statement: Elsevier Retrospective Gold 20/03/2013. This version is published in Journal of Structural Geology 43 (2012) DOI: http://dx.doi.org/10.1016/j.jsg.2012.08.004. This article is licensed under a CC-BY license. The funders were Natural Environment Research Council. Eligibility for repository : checked 04/03/2014 General rights Unless a licence is specified above, all rights (including copyright and moral rights) in this document are retained by the authors and/or the copyright holders. The express permission of the copyright holder must be obtained for any use of this material other than for purposes permitted by law. •Users may freely distribute the URL that is used to identify this publication. •Users may download and/or print one copy of the publication from the University of Birmingham research portal for the purpose of private study or non-commercial research. -
A303 Stonehenge E
2 A303 Stonehenge e m Amesbury to Berwick Down u l o Report on Public Consultation V Appendix A September 2017 Appendix A.1 Elected representatives invited to participate in the consultation Elected repesentatives: MPs, MEPs and Councillors Email and letter mail out list Stakeholder Contact details Chippenham Constituency Ms Michelle Donelan MP Devizes Constituency Ms Claire Perry MP North West Hampshire Constituency Mr Kit Malthouse MP North Wiltshire Constituency Mr James Gray MP Romsey and Southampton North County Ms Caroline Nokes MP Salisbury Constituency Mr John Glen MP South West Wiltshire Constituency Mr Andrew Murrison MP Swindon North Constituency Mr Justin Tomlinson MP Swindon South Constituency Mr Robert Buckland MP Amesbury Area Board Cllr Mike Hewitt Cllr Alan Hill Cllr Alan Hill Cllr Alan MacRae Cllr Alan MacRae Cllr Allison Bucknell Cllr Allison Bucknell Cllr Andrew Davis Cllr Andrew Davis Cllr Anna Cuthbert Cllr Anna Cuthbert Cllr Anthony Trotman Cllr Anthony Trotman Cllr Bill Douglas Cllr Bill Douglas Cllr Bill Moss Cllr Bill Moss Cllr Bob Jones MBE Cllr Bob Jones MBE Cllr Brian Dalton Cllr Brian Dalton Cllr Bridget Wayman Cllr Bridget Wayman Cllr Charles Howard Cllr Charles Howard Cllr Chris Caswill Cllr Chris Caswill Cllr Chris Hurst Cllr Chris Hurst Cllr Christine Crisp Cllr Christine Crisp Cllr Christopher Devine Cllr Christopher Devine Cllr Christopher Newbury Cllr Christopher Newbury Cllr Christopher Williams Cllr Christopher Williams Cllr Chuck Berry Cllr Chuck Berry Cllr David Jenkins Cllr David Jenkins Cllr -
Situation of Polling Stations
SITUATION OF POLLING STATIONS Wiltshire Council Election of a Police and Crime Commissioner Wiltshire Police area Thursday 19 August 2021 Hours of Poll:- 7:00 am to 10:00 pm Notice is hereby given that: The situation of Polling Stations and the description of persons entitled to vote thereat are as follows: Station Ranges of electoral register numbers Situation of Polling Station Number of persons entitled to vote thereat Alderbury Village Hall, Rectory Road, Alderbury 1 AA-1 to AA-685/1 Alderbury Village Hall, Rectory Road, Alderbury 1 AB-1 to AB-1101 Alderbury Village Hall, Rectory Road, Alderbury 1 DT-1 to DT-200 Boscombe & District Social Club, Tidworth Road, 2 AC-1 to AC-382 Boscombe Village Antrobus House, 39 Salisbury Road, Amesbury 3 -DS AD1-1 to AD1-1711/1 Antrobus House, 39 Salisbury Road, Amesbury 4 -DS AD2-1 to AD2-1940 Amesbury Baptist Centre, Butterfield Drive, Amesbury 5-DS AD3-1 to AD3-687 Amesbury Baptist Centre, Butterfield Drive, Amesbury 6-DS AE1-1 to AE1-1472 Bowman Centre, Shears Drive, Archers Gate 7-DS AE2-2/1 to AE2-1645 Bowman Centre, Shears Drive, Archers Gate 8 -DS AE3-1 to AE3-1827 Burcombe Parish Hall, Burcombe, Salisbury 9 AF-1 to AF-438 Burcombe Parish Hall, Burcombe, Salisbury 9 AN-1 to AN-118 The Reading Room, Berwick St.James, Salisbury 10 AG-1 to AG-130 The Reading Room, Berwick St.James, Salisbury 10 DL-1 to DL-157/1 Bishopstone Village Hall, Bishopstone, Salisbury 11 AH-1 to AH-522 Bishopstone Village Hall, Bishopstone, Salisbury 11 DS-1 to DS-53 Bowerchalke Village Hall, Church Street, Bowerchalke -
Dykes As Physical Buffers to Metamorphic Overprinting: an Example from the Archaean–Palaeoproterozoic Lewisian Gneiss Complex of NW Scotland
This is a repository copy of Dykes as physical buffers to metamorphic overprinting: an example from the Archaean–Palaeoproterozoic Lewisian Gneiss Complex of NW Scotland. White Rose Research Online URL for this paper: http://eprints.whiterose.ac.uk/137087/ Version: Accepted Version Article: MacDonald, JM, Magee, C orcid.org/0000-0001-9836-2365 and Goodenough, KM (2017) Dykes as physical buffers to metamorphic overprinting: an example from the Archaean–Palaeoproterozoic Lewisian Gneiss Complex of NW Scotland. Scottish Journal of Geology, 53 (2). pp. 41-52. ISSN 0036-9276 https://doi.org/10.1144/sjg2017-004 © 2017 The Author(s). This is an author produced version of a paper published in Scottish Journal of Geology. Uploaded in accordance with the publisher's self-archiving policy. Reuse Items deposited in White Rose Research Online are protected by copyright, with all rights reserved unless indicated otherwise. They may be downloaded and/or printed for private study, or other acts as permitted by national copyright laws. The publisher or other rights holders may allow further reproduction and re-use of the full text version. This is indicated by the licence information on the White Rose Research Online record for the item. Takedown If you consider content in White Rose Research Online to be in breach of UK law, please notify us by emailing [email protected] including the URL of the record and the reason for the withdrawal request. [email protected] https://eprints.whiterose.ac.uk/ Scottish Journal of Geology Dykes as buffers -
Urban Services During Protracted Armed Conflict
URBAN SERVICES DURING PROTRACTED ARMED CONFLICT A CALL FOR A BETTER APPROACH TO ASSISTING AFFECTED PEOPLE To be cited as: ICRC 2015, Urban services during protracted armed conflict: a call for a better approach to assisting affected people, International Committee of the Red Cross, Geneva. Cover photo: Palestinian children look out of a window of their family home. (Gaza) © M. Fathi/NURPHOTO International Committee of the Red Cross 19, avenue de la Paix 1202 Geneva, Switzerland T + 41 22 734 60 01 F + 41 22 733 20 57 E-mail: [email protected] www.icrc.org © ICRC, September 2015 URBAN SERVICES DURING PROTRACTED ARMED CONFLICT A CALL FOR A BETTER APPROACH TO ASSISTING AFFECTED PEOPLE TABLE OF CONTENTS Authors ...........................................................................................................................................4 Foreword.........................................................................................................................................5 Acknowledgments .........................................................................................................................6 EXECUTIVE SUMMARY .........................................................................................................................7 Why has this report been written? .................................................................................................................. 7 What are the main messages of this report? .......................................................................................................8