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7. Industrial and Modern Resource
Chapter 7: Industrial Period Resource Assessment Chapter 7 The Industrial and Modern Period Resource Assessment by Robina McNeil and Richard Newman With contributions by Mark Brennand, Eleanor Casella, Bernard Champness, CBA North West Industrial Archaeology Panel, David Cranstone, Peter Davey, Chris Dunn, Andrew Fielding, David George, Elizabeth Huckerby, Christine Longworth, Ian Miller, Mike Morris, Michael Nevell, Caron Newman, North West Medieval Pottery Research Group, Sue Stallibrass, Ruth Hurst Vose, Kevin Wilde, Ian Whyte and Sarah Woodcock. Introduction Implicit in any archaeological study of this period is the need to balance the archaeological investigation The cultural developments of the 16th and 17th centu- of material culture with many other disciplines that ries laid the foundations for the radical changes to bear on our understanding of the recent past. The society and the environment that commenced in the wealth of archive and documentary sources available 18th century. The world’s first Industrial Revolution for constructing historical narratives in the Post- produced unprecedented social and environmental Medieval period offer rich opportunities for cross- change and North West England was at the epicentre disciplinary working. At the same time historical ar- of the resultant transformation. Foremost amongst chaeology is increasingly in the foreground of new these changes was a radical development of the com- theoretical approaches (Nevell 2006) that bring to- munications infrastructure, including wholly new gether economic and sociological analysis, anthropol- forms of transportation (Fig 7.1), the growth of exist- ogy and geography. ing manufacturing and trading towns and the crea- tion of new ones. The period saw the emergence of Environment Liverpool as an international port and trading me- tropolis, while Manchester grew as a powerhouse for The 18th to 20th centuries witnessed widespread innovation in production, manufacture and transpor- changes within the landscape of the North West, and tation. -
River Irk – Greater Manchester
River Irk – Greater Manchester An advisory visit carried out by the Wild Trout Trust – Feb 2015 1 1. Introduction This report is the output of a Wild Trout Trust Advisory Visit (AV) undertaken along approximately 3km of the River Irk in Greater Manchester. The visit was carried out by Dr. Paul Gaskell and hosted by Jo Fraser (Groundwork North West), Mike Duddy (Salford Friendly Anglers) and Dave Barlow (Manchester City Council). The River Irk was walked from an upstream limit at NGR (National Grid Reference) SD 86762 05493 to a downstream limit at SD 83972 03627 Throughout the report, normal convention is followed with respect to bank identification i.e. banks are designated Left Hand Bank (LHB) or Right Hand Bank (RHB) whilst looking downstream. Figure 1: Map overview of the catchment including upstream (yellow triangle) and downstream (red dot) limits of inspected reaches 2. Catchment overview The surveyed sections of watercourse are all captured within a single waterbody (GB112069061130); listed as River Irk – Wince Brook to Moston Brook. A number of the parameters are judged to be of less than “Good Potential” for this heavily modified waterbody (e.g. excerpted data given in Table 1.) – giving an overall current and projected ecological potential of “Moderate”. The stand-out assessment results are those for “Phosphate” and “Invertebrate” parameters that are judged to be of “Poor” and “Bad” potential respectively; resulting in an overall biological quality of “Bad”. The presence of a detergents factory (with associated, documented pollution and fish-kill incidents) is a fundamental issue for this section of the River Irk. -
Environmental Baseline Report PDF 642 KB
July 2013 Local Flood Risk Management Strategy Strategic Environmental Assessment Scoping Report – Environmental Baseline Report 1 Local Flood Risk Management Strategy SEA Environmental Baseline The collection and review of baseline information is a crucial part of the SEA process. It is essential to gather sufficient baseline information on the current and likely future state of the environment in order to be able to adequately predict and assess the significant effects of a plan. The data collected to characterise the evidence base for the SEA of the strategy has been derived from numerous secondary sources and no new investigations or surveys have been undertaken as part of the scoping process. The information presented in this Scoping Report represents an outline of the evidence base by environmental topics. It may be necessary to collect further data against which to assess the potential environmental effects of the LFRMS with regard to monitoring requirements. 2 1 Introduction 1.1 The Borough of Bury is located in the North West of England, situated within the Greater Manchester metropolitan area. As an integral part of Greater Manchester, Bury has an important role to play in accommodating the spatial priorities for the North West region. Bury also has strong links with parts of Lancashire located, towards the north, via the M66 corridor and Irwell Valley. Bury is bounded to the south by the authorities of Manchester and Salford, to the east by Rochdale, to the west by Bolton and to the north by Rossendale and Blackburn and Darwen. 1.2 Bury benefits from good transport links with the rest of Greater Manchester and beyond, which has led to the Borough’s attractiveness as a commuter area. -
Lower Irk Valley Neighbourhood Development Framework
Lower Irk Valley Neighbourhood Development Framework January 2016 Lower Irk Valley Neighbourhood Development Framework 2 Lower Irk Valley Neighbourhood Development Framework 3 Contents Executive Summary 4 1. Introduction 12 2. Framework Vision 14 3. Site Analysis 16 4. Masterplan Strategy 44 5. Character Area Guidance 64 Appendix 1: Strategic Context 120 Appendix 2: Malmo – Best Practise Model 136 Appendix 3: Site Photos 138 Lower Irk Valley Neighbourhood Development Framework 4 Executive Summary Introduction - The Study Area Opportunity There is a pressing need for new homes in the City Centre – the Manchester Core Strategy (2012) identifies that an additional 60,000 new homes will be required over the plan period to This Neighbourhood Development Framework (NDF) has been prepared to guide the future 2027. Equally, there is a need to establish neighbourhoods of choice that will support the future development of the Lower Irk Valley in order to ensure a quality of new development and economic growth of the city. Through adoption of appropriate development and urban design supporting public realm, highways and other community infrastructure that will result in a safe, principles, the Lower Irk Valley has the potential to become a key contributor to Manchester’s accessible, vibrant, unique and sustainable residential-led neighbourhood where people want quality of life offer. This is an offer that can become a key differentiator in relation to both retaining to live. The need for this NDF is derived from the Lower Irk Valley’s proximity to the City Centre’s existing talent as well as attracting the new talent that is required to fuel the city’s next wave of employment, leisure, cultural attractions and transport connections. -
Martin Prescott for Access to His Records Collected Since 1994 in the Kirklees Valley
CONSERVE BATS, CONSERVE HERITAGE SURVEY OF BAT ACTIVITY OVER MILLPONDS IN SOUTH LANCASHIRE 2004 - 2006 Page Abstract 1 1.0 Introduction 4 1.1 A History of the Kirklees Valley 5 1.2 Literature Review 9 2.0 Method 14 2.1 Preliminary Survey in the Kirklees Valley 14 2.2 Daylight Survey 15 2.3 Other Ponds and Water Bodies Included in the Survey 16 2.4 The Dusk Bat Survey 16 2.5 Comments on Method 18 3.0 Comments on Results 19 3.1 Species Distribution 19 3.1.1 Bats in the Kirklees Valley 19 3.1.2 Species Richness in the Valley 20 3.1.3 Changes in Bat activity Over Time 20 3.2 Graphical Representation of Bat Activity through the Valley 22 3.3 Summary of Rarer Species 23 3.4 Differences in Bat Activity between Individual Ponds 24 3.4.1 Possible Factors Affecting Bat Activity 24 3.5 Other Survey Sites 26 4.0 Conclusions 28 4.1 The Kirklees Valley 28 4.2 Other Survey Sites 28 4.2.1 Wigan Flashes 29 4.2.2 Yarrow Valley 30 4.2.3 Jumbles 31 4.2.4 Philips Park Whitefield 33 4.2.5 Redisher Wood, Ramsbottom 34 4.2.6 Starmount Lodges, Bury 35 Page 4.2.7 Parkers and Whitehead Lodges, Ainsworth 36 4.2.8 Healey Dell Rochdale 37 4.2.9 East Lancashire Paper Mill, Radcliffe 38 4.2.10 Cliviger Ponds, Todmorden 40 4.2.11 Burrs Country Park 41 4.2.12 Moses Gate Country Park Farnworth 42 4.2.13 Pilsworth Fisheries 43 4.2.14 Whitley Reservoir Wigan 44 4.2.15 Worsley Canal Basin 45 4.2.16 Hollins Vale, Bury 47 4.2.17 Pyramid Park, Bury 48 4.2.18 Haigh Hall Wigan 49 4.2.19 Island Lodge Surrounding area 50 4.2.19.1How Important are Ponds? 50 4.3 Sites Surveyed Less -
Using the Upm Methodology
USING THE UPM METHODOLOGY Graham Squibbs - North West Water Mark Bottomley and Richard Norreys - Montgomery Watson Introduction The Urban Pollution Management (UPM) studies undertaken by Montgomery Watson with North West Water (NWW)' formed the part of .North West Water's UPM programme within the Mersey Basin. These considered the impact of wastewater treatment work and CSO discharges from the sewer network on the receiving watercourses. These studies covered four areas surrounding and including parts of the City of Manchester being Oldham, to the north east of Manchester, part of Bolton to the north west, Salford to the west and the River Medlock catchment including part of Manchester, Droylesden and Failsworth . The catchments have a population in excess of 600 000 people and contain over 76 UCSOs, four wastewater treatment works requiring upgrading works as part of the National Environmental Programme and in excess of 20 different water courses. Tables 1 to 4 detail the studies. The studies were carried out by Montgomery Watson in conjunction with NWW input to a combined team. The UPM data collection programme covering flow and quality surveys was maintained as a single programme under NWW control. The project involved considerable modelling work. In the course of the studies : 14 HYDROWORKS sewer network quality models were built along with two Mike 11 river impact models and three STOAT wastewater treatment work models. In addition existing drainage area study network hydraulic models were upgraded to HYDROWORKS and reverified. UPM Methodology Urban Pollution Management' (UPM) concerns the management of wastewater discharges from urban sewerage and sewage treatment facilities under wet weather conditions . -
North West River Basin District Flood Risk Management Plan 2015 to 2021 PART B – Sub Areas in the North West River Basin District
North West river basin district Flood Risk Management Plan 2015 to 2021 PART B – Sub Areas in the North West river basin district March 2016 1 of 139 Published by: Environment Agency Further copies of this report are available Horizon house, Deanery Road, from our publications catalogue: Bristol BS1 5AH www.gov.uk/government/publications Email: [email protected] or our National Customer Contact Centre: www.gov.uk/environment-agency T: 03708 506506 Email: [email protected]. © Environment Agency 2016 All rights reserved. This document may be reproduced with prior permission of the Environment Agency. 2 of 139 Contents Glossary and abbreviations ......................................................................................................... 5 The layout of this document ........................................................................................................ 8 1 Sub-areas in the North West River Basin District ......................................................... 10 Introduction ............................................................................................................................ 10 Management Catchments ...................................................................................................... 11 Flood Risk Areas ................................................................................................................... 11 2 Conclusions and measures to manage risk for the Flood Risk Areas in the North West River Basin District ............................................................................................... -
Strategic Flood Risk Assessment for Greater Manchester
Strategic Flood Risk Assessment for Greater Manchester Sub-Regional Assessment Appendix B – Supporting Information “Living Document” June 2008 Association of Greater Manchester Authorities SFRA – Sub-Regional Assessment Revision Schedule Strategic Flood Risk Assessment for Greater Manchester June 2008 Rev Date Details Prepared by Reviewed by Approved by 01 August 2007 DRAFT Michael Timmins Jon Robinson David Dales Principal Flood Risk Associate Director Specialist Peter Morgan Alan Houghton Planner Head of Planning North West 02 December DRAFT FINAL Michael Timmins Jon Robinson David Dales 2007 Principal Flood Risk Associate Director Specialist Peter Morgan Alan Houghton Planner Head of Planning North West 03 June 2008 FINAL Michael Timmins Jon Robinson David Dales Principal Flood Risk Associate Director Specialist Anita Longworth Alan Houghton Principal Planner Head of Planning North West Scott Wilson St James's Buildings, Oxford Street, Manchester, This document has been prepared in accordance with the scope of Scott Wilson's M1 6EF, appointment with its client and is subject to the terms of that appointment. It is addressed to and for the sole and confidential use and reliance of Scott Wilson's client. Scott Wilson United Kingdom accepts no liability for any use of this document other than by its client and only for the purposes for which it was prepared and provided. No person other than the client may copy (in whole or in part) use or rely on the contents of this document, without the prior written permission of the Company Secretary of Scott Wilson Ltd. Any advice, opinions, Tel: +44 (0)161 236 8655 or recommendations within this document should be read and relied upon only in the context of the document as a whole. -
Oldham UDP First Deposit
Schedule of Objections and Representations to 27/11/2002 Oldham Replacement Unitary Development Plan First Deposit, October 2001 By Name Name Policy,Paragraph, Site, Section David Abbot Mersey Met Motorway Stop, Penmon, Beaumaris, Anglesey 0797/1/001/S T1.1 b. Support Supports the extension of Metrolink to Oldham. Metrolink should also be extended to Bolton. Other less polluting public transport systems, e.g. Parry People Mover, should also be considered. Mrs C. Abbott 40 Dorset Avenue, Shaw, Oldham OL2 7DS 0432/1/001/O OE1.7 LR1 Cowlishaw Objection Area should have Green Gap status or become conservation area as it contains SBI, supports wildlife and is a precious green area for children. Development would increase traffic/pollution. Mrs N. Abbott 38 Netherhouse Road, Higher Crompton, Shaw, Oldham OL2 7HY 0193/1/001/O OE1.7 LR1 Cowlishaw Objection Protect as green belt. Suggests renovating derelict houses and improving rundown areas of the Borough. Joint Case Mr&Mrs J. Abson 20 Longfield Road, Shaw, Oldham OL2 7HD 0322/1/001/O OE1.7 LR1 Cowlishaw Objection Allocate as Local Green Gap as land separates built up areas. Also to protect SBI and valued amenity land. Access to site is poor, brownfield sites should be developed before green land. Mr Adamson 98 Oldham Road, Grasscroft, Saddleworth, Oldham OL4 4HU 0601/1/001/O OE1.7 LR9 Summershades Lane, Grasscroft Objection Remove allocation as Land Reserved for Future Development and protect site for the diversity of its wildlife habitats and its recreational/amenity value. Development would increase traffic pollution and could cause flooding. -
Croal/Irwell Local Environment Agency Plan Environmental Overview October 1998
Croal/Irwell Local Environment Agency Plan Environmental Overview October 1998 NW - 10/98-250-C-BDBS E n v ir o n m e n t Ag e n c y Croal/lrwell 32 Local Environment Agency Plan Map 1 30 30 E n v ir o n m e n t Ag e n c y Contents Croal/lrwell Local Environment Agency Plan (LEAP) Environmental Overview Contents 1.1 Introduction 1 1.2 Air Quality 2 1.3 Water Quality 7 1.4 Effluent Disposal 12 1.5 Hydrology. 15 1.6 Hydrogeology 17 1.7 Water Abstraction - Surface and Groundwater 18 1.8 Area Drainage 20 1.9 Waste Management 29 1.10 Fisheries 36 1.11 . Ecology 38 1.12 Recreation and Amenity 45 1.13 Landscape and Heritage 48 1.14 Development . 5 0 1.15 Radioactive Substances 56 / 1.16 Agriculture 57 Appendix 1 - Glossary 60 Appendix 2 - Abbreviations ' 66 Appendix 3 - River Quality Objectives (RQOs) 68 Appendix 4 - Environment Agency Leaflets and Reports 71 Croal/lrwell LEAP l Environmental Overview Maps Number Title Adjacent to Page: 1 The Area Cover 2 Integrated Pollution Control (IPC) 3 3 Water Quality: General Quality Assessment Chemical Grading 1996 7 4 Water Quality: General Quality Assessment: Biological Grading 1995 8 5 Water Quality: Compliance with proposed Short Term River Ecosystem RQOs 9 6 Water Quality: Compliance with proposed Long Term River Ecosystem RQOs 10 7 EC Directive Compliance 11 8 Effluent Disposal 12 9 Rainfall 15 10 Hydrometric Network 16 11 Summary Geological Map: Geology at Surface (simplified) 17 12 Licensed Abstractions>0.5 Megalitre per day 18 13 Flood Defence: River Network 21 14 Flood Defence: River Corridor -
River Irwell Management Catchment – Evidence and Measures Greater
River Irwell Management Catchment – Evidence and Measures Greater Manchester Combined Authority Water body output maps LIFE Integrated Project LIFE14IPE/UK/027 The Irwell Management Catchment Water body ID Water body Name GB112069064660 Irwell (Source to Whitewell Brook) GB112069064670 Whitewell Brook GB112069064641 Irwell (Cowpe Bk to Rossendale STW) GB112069064680 Limy Water GB112069064650 Ogden GB112069064620 Irwell (Rossendale STW to Roch) GB112069064610 Kirklees Brook GB112069060840 Irwell (Roch to Croal) GB112069061451 Irwell (Croal to Irk) GB112069064720 Roch (Source to Spodden) GB112069064690 Beal GB112069064730 Spodden GB112069064600 Roch (Spodden to Irwell) GB112069064710 Naden Brook GB112069061250 Whittle Brook (Irwell) GB112069064570 Eagley Brook GB112069064560 Astley Brook (Irwell) GB112069064530 Tonge GB112069064540 Middle Brook GB112069064550 Croal (including Blackshaw Brook) GB112069061161 Irk (Source to Wince Brook) GB112069061120 Wince Brook GB112069061131 Irk (Wince to Irwell) GB112069061452 Irwell / Manchester Ship Canal (Irk to confluence with Upper Mersey) GB112069061151 Medlock (Source to Lumb Brook) GB112069061152 Medlock (Lumb Brook to Irwell) GB112069061430 Folly Brook and Salteye Brook. GB112069064580 Bradshaw Brook Click on a water body to navigate to that map Water body name Issues: Comments provided during the Opportunity theme symbols Workshop on the 10th February • Lists the issues in the water Fisheries – barrier removal body and their causes Physical modifications Opportunities: • Based on the issues what Water quality are the main opportunities for the Partnership. This excludes water company issues and the Mitigation Measures Actions as these are presented as other opportunities below. Map of the waterbody indicating the location of Irwell Catchment Partnership Projects, Mitigation Measures Actions, Environment Agency sampling locations, Mitigation Measure Actions: consented discharges, and priority barriers for eel. • A list of the Mitigation Measures Actions identified in the water body by the Environment Agency. -
Bulletin Vol 43 No2 Summer 2013 Col.Pub
Saddleworth Historical Society Bulletin Volume 43 Number 2 Summer 2013 Bulletin of the Saddleworth Historical Society Volume 43 Number 2 Summer 2013 The Mallalieus of Windybank, Ashton-Under-Lyne, Lancashire 27 Anne Clark More About Dacres Hall In Greenfield 37 Jill Read Early Days of Co-operation in Denshaw 49 Mike Buckley Cover Illustration: Engraving of Dacres prepared as an advertisement. [Saddleworth Historical Society Archives H/How/99] ©2013 Saddleworth Historical Society and individual contributors i ii SHS Bulletin Vol. 43 No. 2 Summer 2013 THE MALLALIEUS OF WINDYBANK, ASHTON-UNDER-LYNE, LANCASHIRE. Anne Clark1 Francis Mayall Mallalieu [Family collection] A faded framed photograph (above) of a stately looking gentleman with white hair always hung on the wall of my late father’s bedroom. This was ‘Great Uncle Frank’; who was my paternal grandmother’s great uncle and his surname was Mallalieu. The stories passed down through the family were that he had been a Superintendent in the Metropolitan Police Force in London, that he had set up the Police Force in Barbados and that he had married an illegitimate daughter of George IV. ‘Great Uncle Frank’ was in fact Francis Mayall Mallalieu and it has been discovered that there were six of that name over four generations. 1 I would like to thank the people who have helped with this research over many years, in particular Mike Buckley, Linda Cooper and Steve Powell. 27 SHS Bulletin Vol. 43 No. 2 Summer 2013 Francis Mayall Mallalieu 1 The first Francis Mayall Mallalieu (FMM1) was baptised on 31st August 1766 at St.