40 Years of Southampton Mineral & Fossil Society
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Factory Setting
AT288-18-Feilden-Fowles:AT Template 09/05/2018 14:31 Page 2 Building Factory Setting Feilden Fowles has found appropriate expression for a rural food production campus, discovers Graham Bizley Photos Max Creasy AT288-18-Feilden-Fowles:AT Template 09/05/2018 14:31 Page 3 The Mendip Hills stretch east to west across At Dulcote Quarry, near Wells, limestone In 2015 the quarry was bought by food Somerset, from Weston-super-Mare on the was extracted from the hillside from at least producer Charlie Bigham’s to create what it coast, through the kast landscape around the mid-nineteenth century until the 1990s, grandly calls a ‘food production campus’ Cheddar Gorge and on towards Frome. mainly for crushing into aggregate. The for its oven-ready meals. The site already As across most of rural England, the ground excavation has left a roughly rectangular pit had planning permission for light-industrial is hidden beneath crops or woodland, so surrounded on all sides by high banks and a and office development, but working with where bare rock protrudes it has a dramatic 50-metre-high sheer cliff on the north side. architect Feilden Fowles, Bigham’s has effect, like something primordial breaking Wildlife has adopted the quarry, including come up with a much more ambitious the genteel surface veneer. Somerset’s largest colony of great crested 20-year masterplan, the first phase of which newts in a pond in the north-west corner is now complete. and a pair of peregrine falcons nesting on the cliff above. AT288-18-Feilden-Fowles:AT Template 09/05/2018 14:35 Page 4 Right Masterplan, ground- and first-floor plans and section through kitchen one. -
Adopted Local Plan 2014
MENDIP DISTRICT LOCAL PLAN 2006-2029 PART I: STRATEGY AND POLICIES TH ADOPTED 15 DECEMBER 2014 MENDIP DISTRICT LOCAL PLAN PART 1: STRATEGY & POLICIES 2006-2029 – Adopted 15th December 2014 Mendip District Local Plan Part I: Strategy and Policies 2006 – 2029 Adopted 15th December 2014 Erratum Policy Correction Core Policy 4: Sustaining Rural Reference to “ … development of the Communities rural economy as set out in Core Policy Bullet point 4: 2 …” should refer to Core Policy 3. 22nd May 2015 CONTENTS 1.0 Introduction 1 The Local Plan 1 The context within which we plan 4 “Time To Plan” – The Preparation of the Local Plan 6 Delivery and Monitoring 8 Status of Policies and Supporting Text 8 2.0 A Portrait of Mendip 9 Issues facing the District 9 Summary 20 3.0 A Vision for Mendip 23 A Vision of Mendip District In 2029 23 Strategic Objectives Of The Mendip Local Plan 24 4.0 Spatial Strategy 26 Core Policy 1 : Mendip Spatial Strategy 26 Core Policy 2 : Supporting the Provision of New Housing 32 Core Policy 3 : Supporting Business Development and Growth 41 Core Policy 4 : Sustaining Rural Communities 46 Core Policy 5 : Encouraging Community Leadership 49 5.0 Town Strategies 51 Core Policy 6 : Frome 52 Core Policy 7: Glastonbury 58 Core Policy 8 : Street 62 Core Policy 9 : Shepton Mallet 66 Core Policy 10 : Wells 72 6.0 Local Development Policies 79 National Planning Policies and the Local Plan 79 Protecting Mendip’s Distinctive Character and Promoting Better Development 81 Development Policies 1-10 Providing Places To Live 99 Development Policies 11-15 Local Infrastructure 112 Development Policies 16-19 Maintaining Economic Potential 119 Development Policies 20-22 Flooding 123 Development Policy 23 Appendices 125 Appendix 1 : Saved Policies 126 Appendix 2 : Policy Monitoring Framework 131 Glossary 138 MENDIP DISTRICT LOCAL PLAN PART 1: STRATEGY & POLICIES 2006-2029 – Adopted 15th December 2014 1 1.0 INTRODUCTION 1.1 The Mendip District Local Plan Part I sets out a long term strategic vision for the future of the District and how it will develop over the next 15 years. -
Of Friday 13 June 2008 Supplement No. 1 Birthday Honours List — United Kingdom
05-06-2008 13:04:14 [SO] Pag Table: NGSUPP PPSysB Job: 398791 Unit: PAG1 Number 58729 Saturday 14 June 2008 http://www.london-gazette.co.uk B1 [ Richard Gillingwater. (Jun. 14, 2008). C.B.E. Commander of the Order of the British Empire, 2008 Birthday Honours, No. 58729, Supp. No. 1, PDF, p. B7. London Gazette. Reproduced for educationaly purposes only. Fair Use relied upon. ] Registered as a newspaper Published by Authority Established 1665 of Friday 13 June 2008 Supplement No. 1 Birthday Honours List — United Kingdom CENTRAL CHANCERY OF Dr. Philip John Hunter, C.B.E., Chief Schools THE ORDERS OF KNIGHTHOOD Adjudicator. For services to Education. Moir Lockhead, O.B.E., Chief Executive, First Group. St. James’s Palace, London SW1 For services to Transport. 14 June 2008 Professor Andrew James McMichael, F.R.S., Professor of Molecular Medicine and Director, Weatherall The Queen has been graciously pleased, on the occasion Institute of Molecular Medicine, University of Oxford. of the Celebration of Her Majesty’s Birthday, to signify For services to Medical Science. her intention of conferring the honour of Knighthood William Moorcroft, Principal, TraVord College. For upon the undermentioned: services to local and national Further Education. William Desmond Sargent, C.B.E., Executive Chair, Better Regulation Executive, Department for Business, Enterprise and Regulatory Reform. For services to Knights Bachelor Business. Michael John Snyder. For services to Business and to the City of London Corporation. Paul Robert Stephenson, Q.P.M., Deputy Commissioner, Dr. James Iain Walker Anderson, C.B.E. For public and Metropolitan Police Service. -
Air Quality Report 2011
2011 Air Quality Progress Report for Mendip District Council In fulfillment of Part IV of the Environment Act 1995 Local Air Quality Management March 2011 Local Rupert Williamson Authority Officer Department Neighbourhood Services Address Mendip District Council Cannards Grave Road Shepton Mallet Somerset BA4 5BT Telephone 01749 341461 e-mail [email protected] Report Reference number Date 2 Progress Report Executive Summary Part IV of the Environment Act 1995 places responsibility on local authorities to review and assess the air quality in their area in comparison to National Air Quality Objectives. The review and assessment of air quality takes the form of an Updating and Screening Assessment (USA) every three years, which is intended to identify significant changes that may have occurred since the previous rounds of Review and Assessment. This includes new monitoring data; new or changed emission sources and any local changes that may affect air quality. Progress Reports are produced in the interim years between USAs to keep stakeholders informed of changes and allow the local authority to take early steps to protect air quality if there are doubts about achieving any objective. If either the USA or Progress Report raises doubts as to whether an air quality objective will be achieved, then a Detailed Assessment is conducted to evaluate the risk that the objective will not be achieved. If the Detailed Assessment concludes that a risk exists, then consideration must be given to declaring an Air Quality Management Area and an Air Quality Action Plan should be introduced. The Air Quality Action Plan will include appropriate measures required to meet the objective. -
Geology, Fossils and Mapperton
GEOLOGY, FOSSILS AND ROCKWATCH MAPPERTON EVENT SERIES 2020 Exploring fossils, geology and the bubonic plague at Mapperton Quarry in Dorset Dr. Robert Chandler Geology, Fossils and Mapperton Mapperton is a small village between Bridport and Beaminster in Dorset. In this area there is a quarry previously known as ‘Sheepwash quarry’ that is of considerable geological interest. As the name suggests the quarry used to be used to wash sheep. There was a gate with a pit to keep the animals free of disease by bathing them in disinfectant. In early times many village residents were killed by the plague. Question: When did the Bubonic Plague happen? Until recently a tree stood near the quarry reminding The ‘posy tree’ remembering plague us of those who lost their lives. The tree has now victims at Mapperton gone having rotted and become unstable over the years. We will make a virtual visit to the quarry, now known as Coombe quarry commemorating those who died and highlighting some interesting history of the area. This is rather relevant now as our visit has been postponed by Corona virus. Hopefully we can return at a later time? The quarry we will visit stands on some of the highest ground in the area. It consists of limestone deposited as part of the Jurassic System (the rocks deposited during the Jurassic Period) around 175 million years old. The limestones are called ‘Inferior Oolite’. In this case ‘Inferior’ means below the rocks of the Great Oolite commonly seen around Bath. Coombe Quarry viewed from the air 1 Question: What is an oolite? Now look it up! In the 1990s the site was purchased to house farm buildings and this involved clearing the faces of the old quarry. -
Lithological Section and Biostratigraphy of the Gosheim Formation in Its Type Area (Lower Bajocian, Swabian Alb, SW Germany)
Palaeodiversity 8: 31–69; Stuttgart 30 December 2015. 31 Lithological section and biostratigraphy of the Gosheim Formation in its type area (Lower Bajocian, Swabian Alb, SW Germany) VOLKER DIETZE, NORBERT WANNENMACHER, MATTHIAS FRANZ & GÜNTER SCHWEIGERT Abstract A temporary section of the Lower Bajocian in the vicinity of Gosheim (W Swabian Alb, Germany) exposed the higher part of the ferruginous Humphriesioolith and the marly Blagdenischichten. The Humphriesioolith Member at the base and the overlying Blagdenischichten Member are combined in the herein newly introduced Gosheim Formation. Biostratigraphically, the section studied ranges from the Romani up to the Blagdeni subzones of the Humphriesianum Zone. Within this section we analyzed the ammonite faunas and recognized one ammonite fau- nal horizon of the Romani Subzone (romani horizon), three faunal horizons of the Humphriesianum Subzone (ger- villii/cycloides, mutabile, and umbilicum horizons) and a further, still unnamed horizon at the base of the Blagdeni Subzone. K e y w o r d s : Humphriesianum Zone, ammonite faunal horizon, SW Germany, Bajocian, correlation. 1. Introduction 2. Material The village Gosheim and its surroundings are well In 2009, we noticed a fresh road-cut made for a new known for ammonites and many other invertebrate fos- parking place within the industrial zone “Am Sturmbühl”, sils from the Bajocian “Humphriesi-Oolith”. HUGO only few hundreds of metres north of the centre of the vil- F ISCHER, a high school teacher and amateur palaeontolo- lage Gosheim (Figs. 1, 3). There, the topmost 3.5 m of gist from Rottweil, was the first who published detailed the “Humphriesioolith” and ca. 2 m of the above follow- sections and lists of fossils from these beds (FISCHER 1912, ing Blagdenischichten (Fig. -
BRSUG Number Mineral Name Hey Index Group Hey No
BRSUG Number Mineral name Hey Index Group Hey No. Chem. Country Locality Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and B-37 Copper Au) 1.1 4[Cu] U.K., 17 Basset Mines, nr. Redruth, Cornwall Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and B-151 Copper Au) 1.1 4[Cu] U.K., 17 Phoenix mine, Cheese Wring, Cornwall Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and B-280 Copper Au) 1.1 4[Cu] U.K., 17 County Bridge Quarry, Cornwall Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and South Caradon Mine, 4 miles N of Liskeard, B-319 Copper Au) 1.1 4[Cu] U.K., 17 Cornwall Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and B-394 Copper Au) 1.1 4[Cu] U.K., 17 ? Cornwall? Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and B-395 Copper Au) 1.1 4[Cu] U.K., 17 Cornwall Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and B-539 Copper Au) 1.1 4[Cu] North America, U.S.A Houghton, Michigan Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and B-540 Copper Au) 1.1 4[Cu] North America, U.S.A Keweenaw Peninsula, Michigan, Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, Ag and B-541 Copper Au) 1.1 4[Cu] North America, U.S.A Keweenaw Peninsula, Michigan, Elements and Alloys (including the arsenides, antimonides and bismuthides of Cu, -
Tavistock 632381 (STD (022) ORDERING INFORMATION RICHARD W. 8ARSTOW Drakewalls House, Drakewalls, Gunnislake, Cornwall, England
I RIC HARD W. 8ARSTOW Dr akewalls House , Drakewalls , Gunni sl ake , Cornwall , England. TEL. ~O .: Tavistock 632381 ( STD (022 ) V.A.T.No. : 132-7852- 67 ORDERI NG INFORMA TION Mail orders are prom ptly filled and despatched on a 7- day examination basis , subj ect to a pproval. Immedi at e refund guar anteed on r eturn of the specimen(s) in good condition. Please quote the name and numbe r of the s pecimen( s ) r equired and enclose P.o ./Cheque with or der. All prices are inclusive of V.A.T. No charge is ma de f or postage and packing , except for overseas customers and postage ov er 75p. We r es erve the ri ght to make slight substitutions , if necessary , unless advised to the contrary. Special r equests a,!d "wants lists" are welcome . We hope t hat we may be of some service to you , and assure you of our best attention at all t i mes. APRIL 1980 1. AESCH YN ITE. Va l Nalps , Graubunden, Switzerland. Sharp micro crystals impl anted on g1i1eiss matrix . ~xi " £1. 50p 2. AGARDITE. Gou Skour , J bel Sarhrp , Morocco. Specimen A: Apple- green s~a l l fibrous tufts and masses scattered ov er large well formed Azurite crystal s which are mostly r eplaced by gr een Ma l achite - the crystal s ranging in size up to f" , and intergrown on a limonitic matrix. 1-~'x1 fx1 ~ " , @9.oo . Specimen B: Apple- green crystal tuf t s scatter ed ov er limonitic matrix with a little crystal lised Azurite . -
Transfers Young, Stephanie Lynne, Chalfont St
The Journal of Gemmology2010 / Volume 32 / Nos. 1–4 The Gemmological Association of Great Britain The Journal of Gemmology / 2009 / Volume 31 / No. 5–8 The Gemmological Association of Great Britain 27 Greville Street, London EC1N 8TN T: +44 (0)20 7404 3334 F: +44 (0)20 7404 8843 E: [email protected] W: www.gem-a.com Registered Charity No. 1109555 Registered office: Palladium House, 1–4 Argyll Street, London W1F 7LD President: Prof. A. H. Rankin Vice-Presidents: N. W. Deeks, R. A. Howie, E. A. Jobbins, M. J. O'Donoghue Honorary Fellows: R. A. Howie Honorary Life Members: H. Bank, D. J. Callaghan, T. M. J. Davidson, J. S. Harris, E. A. Jobbins, J. I. Koivula, M. J. O'Donoghue, C. M. Ou Yang, E. Stern, I. Thomson, V. P. Watson, C. H. Winter Chief Executive Officer: J. M. Ogden Council: J. Riley – Chairman, A. T. Collins, S. Collins, B. Jackson, C. J. E. Oldershaw, L. Palmer, R. M. Slater Members’ Audit Committee: A. J. Allnutt, P. Dwyer-Hickey, J. Greatwood, G. M. Green, J. Kalischer Branch Chairmen: Midlands – P. Phillips, North East – M. Houghton, North West – J. Riley, Scottish – B. Jackson, South East – V. Wetten, South West – R. M. Slater The Journal of Gemmology Editor: Dr R. R. Harding Assistant Editor: M. J. O’Donoghue Associate Editors: Dr A. J. Allnutt (Chislehurst), Dr C. E. S. Arps (Leiden), G. Bosshart (Horgen), Prof. A. T. Collins (London), J. Finlayson (Stoke on Trent), Dr J. W. Harris (Glasgow), Prof. R. A. Howie (Derbyshire), E. A. Jobbins (Caterham), Dr J. -
Cobalt Mineralisation in Cornwall – a New Discovery at Porthtowan
G.K. Rollinson, N. Le Boutillier and R. Selly COBALT MINERALISATION IN CORNWALL – A NEW DISCOVERY AT PORTHTOWAN G.K. ROLLINSON 1, N. LE BOUTILLIER AND R. SELLY Rollinson, G.K., Le Boutillier, N. and Selly, R. 2018. Cobalt mineralisation in Cornwall – A new discovery at Porthtowan. Geoscience in South-West England, 14, 176–187. Although cobalt mineralisation has been noted in Cornwall and Devon in the mining literature, there are limited details of its production and paragenesis; detailed mineral studies of cobalt are almost non-existent. This paper describes in detail previously unrecorded cobalt mineralisation discovered at Porthtowan, Cornwall, in the vicinity of old workings which are part of the Wheal Lushington group of mines, immediately west of the village. A small number of massive sulphide/gangue samples (taken from a larger sample suite) were chosen to be as representative as possible. Analysis was carried out using a QEMSCAN® automated mineral SEM-EDS system, which found that samples contained up to 50% cobaltite, along with chalcopyrite, bornite, galena, sphalerite, acanthite, erythrite, matildite, chlorargyite and other primary and secondary mineral species. This assemblage is typical of a sub-type of crosscourse mineralisation, with secondary species a result of significant weathering and supergene alteration, complicated by seawater infiltration due to the coastal location. While the number of samples is limited, the detail of the mineralogical assemblage is significant, as it is the first time such an assemblage has been subjected to this level of scientific scrutiny in Cornwall. 1 Camborne School of Mines, University of Exeter, Cornwall Campus, Penryn, Cornwall, TR10 9FE, UK. -
Somerset Local Aggregate Assessment
Somerset Local Aggregate Assessment: incorporating data from 2005-2014 Somerset County Council with Exmoor National Park Authority Minerals and Waste Development Framework This document has been prepared by Somerset County Council in partnership with Exmoor National Park Authority © Somerset County Council Cover photographs: Main image and bottom left image: Whatley Quarry (taken by SCC); middle left image: view of an aggregate working area (taken by SCC); top left image: Halecombe Quarry (taken by SCC). Copies of this document are available from: Somerset County Council County Hall Taunton Somerset TA1 4DY Tel: 0300 123 2224 Email: [email protected] For further details of the Somerset Minerals and Waste Development Framework, and to view and download this and related documents, please visit the Somerset County Council website: www.somerset.gov.uk/mineralsandwaste For further details of the Exmoor National Park Local Plan, please visit http://www.exmoor-nationalpark.gov.uk/planning/planning-policy Document control record Name of document: Somerset Local Aggregate Assessment Draft approved: 19 January 2016 Revised draft approved: 26 January 2016 2nd revision: 09 March 2016 ii Contents 1. Introduction 1 2. Land won Aggregates 7 3. Imports and Exports 13 4. Capacity of Aggregate Transportation Infrastructure 16 5. Alternative Aggregates 19 6. Future Aggregate Supply 23 7. Conclusions 28 List of Tables Table 1 Permitted Aggregate Quarries 6 Table 2 Crushed Rock Sales in Somerset 2005-2014 7 Table 3 Somerset Existing Landbank -
Composition and Origin of Jurassic Ammonite Concretions at Gerzen, Germany
JURASSIC AMMONITE CONCRETIONS COMPOSITION AND ORIGIN OF JURASSIC AMMONITE CONCRETIONS AT GERZEN, GERMANY. By MICHAEL DAVID GERAGHTY, B.Sc. A Thesis Submitted to the School of Graduate Studies in Partial Fulfilment of the Requirements for the Degree Master of Science McMaster University (c) Copyright by Michael David Geraghty, April 1990 MASTER OF SCIENCE (1990) McMaster University (Geology) Hamilton, Ontario TITLE: Composition and Origin of Jurassic Ammonite Concretions at Gerzen, Germany. AUTHOR: Michael David Geraghty, B. Sc. (University of Guelph) SUPERVISOR: Professor G.E.G. Westermann NUMBER OF PAGES: xiii, 154, 17 Figs., 10 Pls. ii ACKNOWLEDGEMENTS I would like to express my sincere gratitude to Dr. Gerd Westermann for allowing me the privilege of studying under his supervision on a most interesting research project. His advice, support and patience were greatly appreciated. I deeply indebted to Mr. Klaus Banike of Gottingen, F. R. Germany for opening his home and his collection of concretions to me and also for his help and friendship. To Erhardt Trute and Family of Gerzen, F.R. Germany, I owe many thanks for their warm hospitality and assistance with my field work. Also Dr. Hans Jahnke of Georg-August University, Gottingen deserves thanks for his assistance and guidance. Jack Whorwood's photographic expertise was invaluable and Len Zwicker did an excellent job of preparing my thin sections. Also, Kathie Wright did a great job helping me prepare my figures. Lastly, I would like to thank all those people, they know who they are, from whom I begged and borrowed time, equipment and advice. iii ABSTRACT Study of the ecology of concretion and host sediment fossils from a shell bed in middle Bajocian clays of northwestern Germany indicates a predominantly epifaunal suspension-feeding community living on a firm mud bottom.