River Calder Catchment Flood Management Plan
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WEST Ridlng YORKSHIRE. FA
WEST RIDlNG YORKSHIRE. FA. a . Turner Thomas, .Abbey farm, Wath- Valentine John, Woodhouse, Stainton, Wade Mrs. A. Thurgoland ball, Sheffid upon-Dearne, Rotherham Rotherham Wade C. Booth stead, Warley, Halifax Turner Thoma_~~; .Alllwark, Rotherham Vardy Philip Geo. Park bead, Ecclesall Wade Edwin, 276 tlticket la. Bradford Turnel' Thos. Howgill; Sedbetgli R.8.0 Bierlow, Sheffield Wade Francis, Silsden mobr, Leeds TnrnerT.8onderlandst<.T~khl.Rothrhm Varley Abraham, Grassington, 8kipton Wade John, Bradshaw lane, Halifax TornerTho& Elslin, Svkehou8e, -8elbv Variey Benjamin, Gargrave, Leeds Wade Jn. High a~h, Pannal, Harrogat~ Turrter Wm. Farnley Tyos, H uddersfl.d V arley Geo. Terrr ple,Tem pie H urst,Selhy Wade J. Bull ho. Tburlstone, Sheffield Turner Wm. Grindleton, Clitheroe Varley James,Mixenden t~tones, Halifax Wade Joseph, 301 Rooley lane, Bradford Turner Wm. New hall, Rathmell,Settle Varley Joseph, Hoo hole,Mytholmroyd, Wade Mrs. Martba, Edge,Silsden, Leeds Turner Wm. Saville house., Hazlehead, Manchester Wade Robert, Kirkgate, Sil.sden, Leeds Sheffield I Varley Mrs. 1\fary, Great Heck, Selby Wade Robert, Silsden moor, Leeds Turner William, Shepley, Huddersfield Varley Rohert, Cononley, Leeds Wade Miss 8atrah A. Pannal, Harrogate Turner William,.Woodhouse, S!Jeffield VarleySl. G:reyston~s, Ovenden,Ralifax Wade Sykes, Balne, Selby Turner Wm. C. Stainton, Rotberharn Varley Thomas, West Marton, l:5kipton Wade T. High royd, Rang-e bank,Ifalifx Turner WilliamHenry,UpperBallbents, Varley Waiter, Melrham, Huddersfield Wade TltoruiUI Edwin, Wike, Leeds ?.Ieltham, Huddersfield Varley Wm. Barwick-in-Elmet, Leeds Wade William, Rufforth, York Turpla Mrs. Ann, Embsay, Sklpton Varley Wm. Hagg~, Colton, Tadcaster Waddington Henry, High Coates~ Turpin W. Twisletoningleton ,Carnforth Vaughton George, Oxspring, Sheffield Wilsden, Bingley Turr Gervas, Button, Doncaster VauseEdwd.Hardwick,Aston,Rotherhm Wadsworth Alex. -
The Boundary Committee for England Periodic Electoral Review of Leeds
K ROAD BARWIC School School Def School STANKS R I School N G R O A D PARLINGTON CP C R O PARKLANDS S S G A T E S HAREWOOD WARD KILLINGBECK AND School PENDA'S FIELDS SEACROFT WARD MANSTON CROSS GATES AND WHINMOOR WARD D A O BARWICK IN ELMET AND R Def D R O SCHOLES CP F R E Def B A CROSS GATES ROAD U n S T d A T I O Barnbow Common N R School O A D Seacroft Hospital Def A 6 5 6 2 4 6 A f De R IN G R O A D H A Def L A T U O S N T H O R P E GRAVELEYTHORPE L A N E U f nd e D N EW HO LD NE LA IRK ITK Elmfield WH nd Business U Park Newhold Industrial Estate E Recreation AN AUSTHORPE Y L Ground WB RO BAR School f e School STURTON GRANGE CP D A 6 5 WHITKIRK LANE END AUSTHORPE WEST 6 PARISH WARD AUSTHORPE CP MOOR GARFORTH School EAST GARFORTH The Oval f AUSTHORPE EAST e D PARISH WARD SE School LB Y RO AD f e D Recreation Football Ground Ground Cricket Ground f e D Swillington Common COLTON School CHURCH GARFORTH School Cricket Ground Allotment Gardens LIDGETT f e D School GARFORTH TEMPLE NEWSAM WARD Schools Swillington Common U D A n College O d R m a s a N n w A e e r M n A O le s B t p r R U m o P e p L T S L E C R T H OR D P L E L E A WEST I N E GARFORTH F E L K C I M SE LB Y R O D AD e f A 63 Hollinthorpe Hollinthorpe 6 5 D 6 e A A 63 f A LE ED S School RO A D D i s m a n t le d R a il w a y K ip p a x B e c k Def SWILLINGTON CP Kippax Common Recreation Ground Ledston Newsam GARFORTH AND SWILLINGTON WARD Luck Green Swillington School School Kippax School Allotment Gardens School D A O R E G D I R Allotment Sports Ground Gardens Sports Grounds -
THE UNIVERSITY of HULL the Influence of Flow Management And
THE UNIVERSITY OF HULL The influence of flow management and habitat improvement works on fish communities in Yorkshire rivers being a Thesis submitted for the Degree of Doctor of Philosophy in the University of Hull by Marie Jane Taylor BSc. (Hons) (Hull) MSc (Res) (Hull) May 2017 TABLE OF CONTENTS LIST OF TABLES V LIST OF FIGURES IX ACKNOWLEDGEMENTS XIII ABSTRACT XIV 1 GENERAL INTRODUCTION 1 2 IMPORTANCE OF THE NATURAL FLOW REGIME FOR FISH 5 Introduction 5 The natural flow regime 5 2.2.1 Timing 6 2.2.2 Continuity/predictability 7 2.2.3 Rapidity of change 7 2.2.4 Amplitude/ magnitude 8 2.2.5 Duration 9 Modification of natural flow regimes 9 2.3.1 Reservoirs 9 2.3.2 Flood Defence 11 Current UK guidance of flow regulation and flood risk management 14 River rehabilitation and mitigation measures with specific reference to reservoirs and flood defence 16 2.5.1 Reservoir mitigation measures 17 2.5.2 Biological responses to reservoir mitigation measures 21 2.5.3 Flood defence mitigation measures 22 2.5.4 Biological response to habitat improvement works whilst considering flood risk 25 Study species 27 3. INFLUENCE OF MODIFIED RESERVOIR FLOW RELEASES ON BROWN TROUT POPULATIONS IN DOWNSTREAM RIVER REACHES 29 3.1 Introduction 29 3.2 Methodology 33 3.2.1 Study area 33 3.2.2 Fish survey methodology 37 3.2.3 HABSCORE data collection 37 3.2.4 Data analysis 38 3.3 Results 43 3.3.1 Hydrological flow parameters 43 3.3.2 Brown trout population density trends 46 3.3.3 HABSCORE 53 3.4 Discussion 56 3.4.1 Overview 56 3.4.2 Hydrological trends 56 3.4.3 Brown -
THE ROTHWELL, LOFTHOUSE, OULTON with WOODLESFORD and METHLEY with MICKLETOWN TEAM BROCHURE
Holy Trinity Church, Church Street, Rothwell, LS26 0QL Parish Profile THE ROTHWELL, LOFTHOUSE, OULTON WITH WOODLESFORD and METHLEY WITH MICKLETOWN TEAM BROCHURE January 2018 1 Holy Trinity Church, Church Street, Rothwell, LS26 0QL Parish Profile THE OPPORTUNITY We are looking and praying for a Team Rector who will lead us, and bring new energy to support us in collaborating our Mission & Ministry across our four parishes. THE TEAM, ITS PARISHES AND THE AREA TEAM LOCATION All four parishes cluster around the M1/M62 intersection in easy reach of both Leeds and Wakefield. Many of our people have coal mining in their blood and the Benefice encompasses the world-famous Rhubarb Triangle. DIVERSITY ACROSS THE TEAM For all our geographical closeness, each community has a distinct character. Rothwell was a large mining village which has grown into a significant suburban centre and feels like a small town. Lofthouse is a ribbon development of mining and agricultural communities along a main road where in recent decades many housing estates have grown up. Oulton with Woodlesford combines historic housing of the wealthy with some challenging estates and has a good selection of shops and other facilities. Methley is a large village set amidst the estate of its aristocratic lords of the manor which is joined with the mining centre of Mickletown where most people live. TEAM HISTORY Two parishes are in the Domesday Book, but all owe their population growth to coal mining and associated industries. They all now attract commuters into the cities and so all communities within the Team continue to grow. -
Parish Profile Parish of St Oswald’S, Methley with Mickletown
Parish Profile Parish of St Oswald’s, Methley with Mickletown This form is designed to give an overview of a parish to be used in a vacancy for the appointment of a new parish priest. It will be accepted as the "statement describing the conditions, needs and traditions of the parish" required by the Patronage (Benefices) Measure 1986. Additional information may be given by way of printed documents or written submissions. Please write in black ink I. Parish Information 1(a) Name of parish(es) to which this information Methley with Mickletown, Leeds relates: (b) Name(s) of parish church(es): St. Oswald’s 2. Name(s) of other C of E church(es)/centres for St. Margaret’s Hall (used for midweek Eucharists public worship in the parish: and Messy Church) 3. Cluster or group of parishes within which you work (formally or) informally: 4. Deanery: Whitkirk 5. Population: 4,146 The 2011 census information gives the Our population has remained stable since 2011, following figures. Please indicate how this but a new housing estate of 200 homes will might have changed since then. increase it during 2017/18 1 6(a) Number on Electoral Roll: 70 as year ending 30/12/16 (b) Date of APM when this number was declared: 24/04/17 7. Attendance at worship in each church Please provide details of average attendance at Sunday and weekday services Church/Service Time No. of Adult Under 16 communicants attendance St Oswald’s Sunday Eucharist 11.00 29 31 1 St Margaret’s Hall Eucharist 10.00 Tuesdays 8 8 - Messy Church (monthly) 3.30 20 16 8. -
Rothwell & District Live at Home
RoMtHAh Liwve ate Holmle N&ew slDetteri strict Live at Home Newsletter Summer 2019 Oulton Institute, Quarry Hill, Oulton LS26 8SX | 0113 288 0887 | www.mha.org.uk | [email protected] W elcome! Well we have had a pretty busy few months at Rothwell Live at If you need a Home, with a range of new activities, events and outings, you can newsletter in find out more as you read through our newsletter. Our big news is that Rothwell Live at Home will soon have a new LARGE PRINT addition to the team, our very first RLAH baby! Sarah will be going Please ring us on maternity leave at the end of July and I am sure you will join us all in wishing her well and look forward to seeing both Sarah and 0113 288 0887 her new baby in the Autumn. For our Community Programme Coordinator, Refia, this May has been an important month as it signified the start Ramadam. Refia will explain to you in her own words what this means: Ramadam is a holy month for Muslims, it changes each year and is determined by the lunar calendar. During Ramadam people are fasting, praying and sharing food with others, the reason, according to religion, is to understand and appreciate all the food and drink we are given, and to consider those who don?t have enough food to eat or clean water to drink. During Ramadan people get up before sunrise We will continue to send you which is around 3am, to eat a light breakfast, then fast until sunset, the Live at Home Scheme around 9pm. -
Reservoir Released Waves As a Transient Riverine Pollution Mitigation Tool
Reservoir Released Waves as a Transient Riverine Pollution Mitigation Tool An examination of the feasibility of using waves of water released from a reservoir as a response to pollution spills. Simon DeSmet Submitted in accordance with the requirements for the degree of Doctor of Philosophy The University of Leeds School of Geography December 2014 - ii - The candidate confirms that the work submitted is his/her own and that appropriate credit has been given where reference has been made to the work of others. This copy has been supplied on the understanding that it is copyright material and that no quotation from the thesis may be published without proper acknowledgement. © 2014 The University of Leeds and Simon DeSmet - iii - Acknowledgements I have depended on God and faith to carry me though the preparation of this Thesis. A number of individuals have been of great assistance over the past few years. Firstly my two primary supervisors Dr Paul Kay and Dr Jonathan Carrivick have been immensely patient, taught me to write properly, vetted my ideas and have provided great wisdom and experience. Technical assistance with the Fluent software was provided by Dr Andy Sleigh and Dr Carl Gikeson. Access to the SORBY flume facility and input on ideas for the flume study were given by Dr Daniel Parsons and Dr Gareth Keevil. For help in designing the field study and collecting the data I would like to thank David Ashley, Rachel Gasior, Dr Pengfei Li, Dr Ben Gillespie and numerous individuals a the Environment Agency. Additionally I owe a thanks to Rachel Homer for assistance with statistics. -
Methley Directory. I3ayldon Mrs Harriet Robins on Am Brose M a Rshall, Painter, List Er J Oseph Hammill Peter Briggs Henry, Son & Co
Methley Directory. I3ayldon Mrs Harriet Robins on Am brose M a rshall, painter, List er J oseph Hammill Peter Briggs Henry, Son & Co. (limited), plumber, &c. Red house Matthews Hichd. Keighley George colliery owners, :llethley Junction, Robin son T. vety. sgn. Windmill hs Robimwn Thos. ( & painter, &c.) and at Whitwood and Haigh moor Starbuck Job, master, G. N. station Stephenson John Mosby Joseph collieries; Edwin Haley, agent Taylor Thos. surgeon, Church side Taylor J oseph N alson J oseph Bnrton Thomas (mason and contrac- Thompson Moses, surgeon Waddington By. Pickles Dainly tor), Smithson house Wobster l\1rs C.[\ Stephenson Mr M. Waide James Popplewelll\Ioses Carr Mr John 11 Brunt Thos. se)(ton Wigin Mr G. Waite, Smirthwaite hs Wilson Thomas Pyrah J oseph Carter C. coal owner 11 Cass J. clerk Wood :Mr Wm. collry. propr. Foxholes GARDENERS. Shiels J ames Clayton Mr hlurray 11 Clarkson Mr J. Wright Mr William Atki.nson ·Matt. Stanley Gcorge Da.wson 1Tisses Caroline & My. Elnr Wroe Peter (coal agent), I'inder gn Hollings William Stephenson Benj. Deni.son Mr Giles, Butts cottage INNS AND TAVER)TS. Pickersgill Wm. Tarbutt Geo. Hy. Embleton Thomas Wm. engineer, Smith J oseph "\V ard Thomas The Cedars Lord Nelson, I'hilip Connell Wheatley J ames "\Vilson J ames Emmott Wm. master, Midland statn Malt Shovel, John Charlesworth White Henry Winterburn Ths. Greaves J os h. organist, Scholey hill l\Iexbrough Arms, Richd. Matthews MALTSTEP.S, SCITOOLS, Old Bay Horse, Benjamin Wright Hirst Mr Michael 11 Hirst Mr John Charlesworth SI. Bayldon l\Irs H. Hirst Robert Lake, master, Lanca- Queen, Samuel Foster Denison Thomas Bryning Miss A. -
Part 1 Rea Ch Classifica Tion
RIVER QUALITY SURVEY NATIONAL RIVERS AUTHORITY NORTHUMBRIA & YORKSHIRE REGION GQA ASSESSMENT 1994 PART 1 REA CH CLASSIFICA TION FRESHWATER RIVERS AND CANALS VERSION 1: AUGUST 1995 GQA ASSESSMENT 1994 \ NORTHUMBRIA & YORKSHIRE REGION To allow the development of a National method of evaluating water quality, the rivers in all the NRA regions of England and Wales have been divided into reaches, which are numbered using a coding system based on the hydrological reference for each river basin. Each classified reach then has a chemistry sample point assigned to it and these sample points are regularly monitored for Biochemical Oxygen Demand (BOD), Dissolved oxygen (DO) and Total Ammonia. The summary statistics calculated from the results of this sampling are sent to a National Centre where the GQA Grades are calculated. A National report is produced and each region can then produce more detailed reports on the quality of their own rivers. For Northumbria and Yorkshire Region, this Regional Report has been divided into two parts. PARTI: REACH CLASSIFICATION This report contains a listing of the river reaches within the region, with their start and finish grid reference, approximate length, and the 1990 and 1994 GQA class for each reach. The reference code of the chemistry sample point used to classify the reach is also included. A sample point may classify several reaches if there are no major discharges or tributaries dividing those reaches. The sample point used to classify a reach may change and the classification is therefore calculated using the summary statistics for each sample point that has been used over the past three years. -
! National Rivers Authority ! Information Centre '9Ad Office Jass N O
NATIONAL RIVERS AUTHORITY YORKSHIRE REGION RIVER FLOW & RAINFALL STATISTICS UPDATED TO 31ST DECEMBER 1992 National Rivers Authority Northumbria & Yorkshire Region Olympia House Gelderd Lane Gelderd Road Leeds LS12 6DD August 1993 ! National Rivers Authority ! Information Centre '9ad Office Jass N o ................. | accession No NATIONAL RIVERS AUTHORITY YORKSHIRE REGION RIVER FLOW AND RAINFALL STATISTICS UPDATED TO 31ST DECEMBER 1992 This publication combines the 1992 annual reports on River Flow Statistics and on Rainfall. It is in two sections:- (i) River Flow Statistics updated to 31st December 1992. (ii) Annual Rainfall Report 1992. IMPORTANT NOTICE The published d^ta are the best available in August 1993. Please consult the Resource Planning and Hydrometry Section about the accuracy of the data, and the possibility of revision, before using these records for detailed investigations. The Section would also be pleased to be notified of any errors which may be discovered. Telephone: Leeds 440191 NRA Northumbria & Yorkshire Region August 1993 RIVER FLOW STATISTICS UPDATED TO 31ST DECEMBER 1992 Introduction This publication contains summary data for 1992 and analyses of long period river flow records. The data should be used with some caution. All the published river flows are "net" or "as measured". No adjustments have been made in respect of abstractions.from, or discharges to, the river upstream of the flow measuring station, or for changes in storage of reservoirs etc. Records allowing for such adjustments are usually available from the appropriate Division of Yorkshire Water pic or from NRA Northumbria and Yorkshire Region Resource Planning and Hydrometry Section. Records have been included for some stations which were designed primarily to measure low flows. -
Holmfirth Hd9 7Lt
Residential Development Opportunity HOLMFIRTH HD9 7LT Residential development opportunity in the town of Holmfirth Development Considerations • Outline planning permission granted for 56 residential dwellings and care • Freehold home with associated parking • 6 miles south of Huddersfield Town Centre • The site extends to 2.3 ha (5.7 acres) gross Site Location The site is located in Holmfirth, a small town in the Holme Valley, around 6 miles south of Huddersfield, 21 miles north west of Sheffield and 21 miles south west of Leeds. Holmfirth is within the metropolitan borough of Kirklees, West Yorkshire. It is connected to the larger town of Huddersfield via the A616, which provides nationwide connections via the M62 motorway. Holmfirth is serviced by Huddersfield Train Station, with direct trains to Leeds, Manchester and Sheffield. Huddersfield is a well-established town with three distinctive retail areas within the towns ring road. International connections to the town come via Leeds Bradford Airport and Manchester International Airport, which are 30 miles away. Huddersfield is home to the University of Huddersfield which has 19,275 students in total. The university is in the process of investing £58 million in teaching and research facilities, having brought the university together onto the one town centre campus. It has recently spent £4 million on a new student union, which includes an alcohol free zone and social area to encourage overseas students. The site itself is situated north of the Holmfirth village, and is accessed off New Mill Road; it is surrounded by wood land and residential dwellings. Holmfirth town centre is a 20 minute walk, where there are various amenities including; independent and national chain shops, restaurants and the Victoria Park. -
River Response to Recent Environmental Change in the Yorkshire Ouse Basin, Northern England
River response to recent environmental change in the Yorkshire Ouse basin, northern England. Sean Anthony Longfield, B.Sc. (H ons) 'N/ Submitted in accordance with the requirements for the degree of Doctor of Philosophy The University of Leeds School of Geography July 1998 The candidate confirms that the work submitted is his own and that appropriate credit has been given where reference has been made to the w'ork of others II A b s t r a c t Longfield, S.A. 1998. River response to recent environmental change in the Yorkshire Ouse basin, northern England. University of Leeds, Ph.D. This study examines historical variations in flood frequency and magnitude in the Yorkshire Ouse basin, northern England, over the last 900 years. The causes of temporal and spatial variations in flooding are evaluated through investigation of climatic and land-use controls. Documentary evidence of flooding and climate suggests that a series of large floods between 1263 and 1360 were associated with climatic deterioration from the Medieval Optimum. A shift to generally milder conditions between 1361 and 1549 resulted in no floods being documented in the Ouse basin The frequency of large magnitude floods increased dramatically between 1550 and 1680, as a result of low temperatures, increased surface wetness, more frequent snowfall and a southward shift of prevailing storm tracks over middle latitudes, associated with the onset of the "Little Ice Age’. In contrast, during a wanner phase of the Little Ice Age, between 1681 and 1763, the frequency of localised summer flooding increased in the Ouse basin due to more frequent high intensity, short duration convective storms.