FISHERIES in YORKSHIRE NOVEMBER 2017 Natural Flood
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Iwharfe: the River Wharfe Big Health Check Press Release a Ground
iWharfe: The River Wharfe Big Health Check Press Release A ground-breaking citizen science study of the River Wharfe in Yorkshire, published today, reveals that many of its most popular recreational sites were polluted and unsafe for paddling and swimming on a one-day Big Health Check. 1. The purpose of the iWharfe project is to raise awareness about the sources of faecal bacteria contamination and its potential impact on human health in the Wharfe. Main Findings: 2. None of the popular sites used for recreation along the entire length of the river was “safe to swim in” on the day of sampling. 3. There were high concentrations of both E. coli and intestinal enterococci below the sewage works in Ilkley (Beanlands Island) as expected and as shown in previous analysis. 4. The high concentrations also observed at popular recreational sites in Upper Wharfedale, such as Linton Falls and Burnsall, were unexpected. 5. Concentrations were also relatively high from Ilkley downstream to the Ouse confluence at Cawood. 6. The lowest concentrations occurred in Langstrothdale and in the river stretch from the Cavendish Pavilion in Bolton Abbey to the Ilkley Suspension Bridge. 7. Our calculations suggest that even the sites with the lowest concentrations would fail to meet bathing water standards if judged according to EU legislation. 8. The dominant source of faecal bacteria pollution in the river is effluent from Sewage Treatment Works 9. The high concentrations of faecal bacteria in some tributary streams indicates that cattle and sheep also contribute to the pollution load but this is of lesser importance than sewage effluent in explaining the concentrations in the main river. -
River Aire & Leeds Liverpool Canal
PADDLING TRAIL Bingley Ring: River Aire & Leeds Liverpool Canal Key Information Be surprised at the picturesque industrial landscape of this part of the Aire Valley. The trip is one of contrasts, from the moving water of the Aire to the placid waters of the Leeds Liverpool Canal. Start: Ireland Street, Portages: 3 For more Bingley, BD16 2QE Time: 1-2 hours information Finish: Bingley 3 Distance: 3.8 Miles scan the QR Rise Locks, Bingley, OS Map: Explorer 288 Bradford code or visit BD16 2RD and Huddersfield https://bit.ly/bin gley-ring 1. A good launching point is approx. 20ft upstream from the metal gantry. Immediately encounter Bingley Weir. If there is enough water you can shoot this to the far right. If not, then carry over. A stopper with a long tow back develops at the weir base in high water. Always check the weir before you get on. 2. Once past the weir the river narrows and becomes more picturesque. Beware of low hanging trees. 3. The best course is down the centre of the river. At Myrtle Park be aware of the height of the metal bridge if the river level is high. Find out more information at: gopaddling.info PADDLING TRAIL Bingley Ring: River Aire & Leeds Liverpool Canal 4. At 0.7 miles, Harden Beck joins from the right. There is an island in the centre of the river which should be passed on the right hand side. Look out for rocks here at low water. 5. 1.3 miles into your journey you will reach Cottingley Bridge. -
Wetherby and the River Wharfe
Wetherby and the River Wharfe Around a handsome country market town and along a stretch of the mature River Wharfe. Distance 3.5 miles (5.7km) Minimum time 2hrs Ascent/gradient 65ft (20m) Level of difficulty Easy Paths Field paths and good tracks, a little road-walking, 1 stile Landscape Arable land, mostly on the flat Suggested map aqua3 OS Outdoor Leisure 289 Leeds Start/finish SE 405479 Dog friendliness No particular problems Parking Free car parking in Wilderness car park, close to river, just over bridge as you drive into Wetherby from south Public toilets Wetherby Wetherby, at the north east corner of the county, is not your typical West Yorkshire town. Most of the houses are built of pale stone, topped with roofs of red tiles - a type of architecture more usually found in North Yorkshire. With its riverside developments and air of prosperity, the Wetherby of today is a favoured place to live. The flat, arable landscape, too, is very different to Pennine Yorkshire. Here, on the fringes of the Vale of York, the soil is rich and dark and productive - the fields divided up by fences and hedgerows rather than dry-stone walls. The town has a long history. A brief glance at an Ordnance Survey map reveals that Wetherby grew up around a tight curve in the River Wharfe. Its importance as a river crossing was recognised by the building of a castle, possibly in the 12th century, of which only the foundations remain. The first mention of a bridge was in 1233. A few years later, in 1240, the Knights Templar were granted a royal charter to hold a market in Wetherby. -
River Basin Management Plan Humber River Basin District Annex C
River Basin Management Plan Humber River Basin District Annex C: Actions to deliver objectives Contents C.1 Introduction 2 C. 2 Actions we can all take 8 C.3 All sectors 10 C.4 Agriculture and rural land management 16 C.5 Angling and conservation 39 C.6 Central government 50 C.7 Environment Agency 60 C.8 Industry, manufacturing and other business 83 C.9 Local and regional government 83 C.10 Mining and quarrying 98 C.11 Navigation 103 C.12 Urban and transport 110 C.13 Water industry 116 C.1 Introduction This annex sets out tables of the actions (the programmes of measures) that are proposed for each sector. Actions are the on the ground activities that will implemented to manage the pressures on the water environment and achieve the objectives of this plan. Further information relating to these actions and how they have been developed is given in: • Annex B Objectives for waters in the Humber River Basin District This gives information on the current status and environmental objectives that have been set and when it is planned to achieve these • Annex D Protected area objectives (including programmes for Natura 2000) This gives details of the location of protected areas, the monitoring networks for these, the environmental objectives and additional information on programmes of work for Natura 2000 sites. • Annex E Actions appraisal This gives information about how we have set the water body objectives for this plan and how we have selected the actions • Annex F Mechanisms for action This sets out the mechanisms - that is, the policy, legal, financial and voluntary arrangements - that allow actions to be put in place The actions are set out in tables for each sector. -
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. -
Faecal Bacteria Data from Samples Collected on the 24Th August 2020
Faecal bacteria data from samples collected on the 24th August 2020 iWHARFE Improving water quality on the River Wharfe from Oughtershaw to the Ouse A citizen science project Faecal bacteria data from samples collected on the 24th August 2020 iWharfe is a citizen science project. It involves members of communities along the Wharfe valley, working together with the Environment Agency, Yorkshire Water and other agencies. It is funded by local donations and grants. The project was designed to provide a snapshot of water quality condi- tions along the entire length of the river on a single day and to raise awareness about water quality issues both for people and wildlife. Water samples were collected on the 24th August 2020. Here we report on results from samples analysed for faecal bacteria, the organisms in wastewater that cause gastro-intestinal illness. Executive Summary 1. The R. Wharfe “Big Health Check” on the 24th August 2020 involved five teams of citizen scien- tists taking water samples from 60 sites along the R. Wharfe at approximately the same time on the same day. 2. Although riverflow was relatively high, conditions were similar along the full length of the river. 3. Samples for faecal bacteria analysis were stored in cool boxes and hand-delivered to a collection point in Wakefield. They were analysed for E. coli and Intestinal Enterococci (IE) at ALS Ltd Cov- entry, an accredited microbiology laboratory, within 24 hours of sampling. 4. The results showed high concentrations of both E. coli and IE at sites between Buckden and Barden Bridge in Upper Wharfedale and at Beanlands Island in Ilkley, relatively low concentra- tions in Langstrothdale and in the stretch from Bolton Abbey to Ilkley Suspension Bridge, and var- iable concentrations downstream from Burley to the Ouse confluence at Cawood. -
A Lunchtime Stroll in Leeds City Centre
2 kilometres / 30 minutes to 1 hour. Accessibility – All this route is on pavements and avoids steps. A lunchtime stroll in Leeds City Centre There are numerous bridges and river crossings in Leeds. However, there is only one referred to affectionately as “Leeds Bridge”. This is where our walk starts. There has been some form of crossing here since the middle ages. The bridge you see today was built out of cast iron in the early 1870's. In 1888 the bridge was witness to a world first. The “Father of Cinematography”, Louis Le Prince, shot what is considered to be the world’s earliest moving pictures from the bridge. © It's No Game (cc-by-sa/2.0) Walk across Leeds Bridge and take a right along Dock Street. Dock Street began its life as a commercial entity in the 1800's. Then, during the Industrial Revolution, the canal network provided the catalyst for the city's growth. As its name suggests, boats used to dock along Dock Street. A deep dock allowed the loading and unloading of barges into warehouses. Today Dock Street still looks familiar, but the warehouses have become housing and business spaces. Converted and conserved in the 1980's. Continuing along Dock Street you will pass Centenary Bridge. This bridge was built in 1993 to celebrate 100 years since Leeds was granted city status. It also created better pedestrian access across the Aire. Dock Street c. 1930 By kind permission of Leeds Libraries, www.leodis.net Continue along Dock Street and you will come to Brewery Wharf. -
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. -
Ilrad:Cord~ L:Ioli:Cax, 'Vah:Efield, Ii:Eighley~ E·Tc., Trade~
Ilrad:Cord~ l:Ioli:Cax, 'Vah:efield, Ii:eighley~ e·tc., Trade~. 711 Emsley J. & Co. 11 Brook street, B * IIarrap Mark & Sons, Hobble Mills, * Leather George H. Wharf street, * Fairbank & Holmes, 9 Brook street, Alverthorpe, W and Vitriol Works, Canal road, B and 225 Allerton road, H t Harrison Sharpe, Longside lane, B Lee George & Sons (lim.) W estgate, * Farrar Hros. ·well Lane Mills, Hx Hartley J. & J. 8 Leeds road, B,; and and QuebPc st. W.; and .1Wanchester t Farrar Hy. & Co. Williamson st.Hx lHicklethwaite bridge, Bingley I.eigh Mills Co. (lim.) 39 Leeds rd. B t Farrar H. & Co. 10 Charles st. B * Hastings Chas. & Co. 11 Swaine st. * Lever George & Co. Birksland st. B * Fearnside lloratio, West End Mills, B.; Woodhead's Mills, Parkside rd. Lister Bros. 25A Charles street, B. and Richmond road, B Bingley; and Silsdcn Leeds * Feather Bros. ·winding road, and * Hastings Geoffrey, Parkside road, B Lister 0. B. Bros. 8 Clarence st. B. '\Vater lane, Hx Hattersley Geo. & Sons, 6 Booth st. B.; and Tong street, Tong, B * Feather David, Wilsden, Eir.gley Oakworth, Keighley; and Haworth * Lister Samuel, 42 Foundry st. Hx * Feather David, Harden Beck, Har- * Heaton John, Fleece :Mill, Keighley * Lister & Sutcliffe, 15 Fawcett court, den, Bingley * Heginbottom Bros. Hay's Mill, Mix and Globe Mill, Hall lane, B * Feather Tmthy. Holme hs. Keighley enden, Ovenden, llx t Longbottom Rros. Hay's Mill, Mix t Field John F. 27 Bentlry street, B * Hey & Feather, Holme Top Mills, enden, Ovenden, Hx Firth B. Lee bridge, Hx ~towell )!ill street, B Lord F. -
Rivers . North-Tyne, Wear, Tees and Swale
A bibliography of the rivers North Tyne, Wear, Tees and Swale Item Type book Authors Horne, J.E.M. Publisher Freshwater Biological Association Download date 05/10/2021 06:16:41 Link to Item http://hdl.handle.net/1834/22782 FRESHWATER BIOLOGICAL ASSOCIATION A Bibliography of the RIVERS . NORTH-TYNE, WEAR, TEES AND SWALE J. E. M. Horne, OCCASIONAL PUBLICATION No. 3 A BIBLIOGRAPHY OF THE RIVERS NORTH TYNE, WEAR, TEES AND SWALE compiled by J.E.M. Horne Freshwater Biological Association Occasional Publication No. 3 1977 3 Introduction CONTENTS This bibliography is intended to cover published and unpublished Page work on the freshwater sections of the rivers North Tyne, Wear, Tees and Introduction 3 Swale, their tributaries and their catchment areas. References to the 1. Works of general or local interest, not particularly related to South Tyne and to some other rivers in the area have been included when the four rivers 5 apparently relevant, but have not been deliberately sought. No date 1.1 Surveys and general works limits have been fixed, but I have not attempted to cover all the work 1.2 Botany of nineteenth century naturalists, geologists and topographers, and it is 1.3 Zoology likely that some papers published in 1975-76 may not have been seen by 1.4 Hydrology and hydrography 1.5 Geology and meteorology me. I hope to continue collecting references and would be glad to 1.6 Water supply receive copies or notifications of papers omitted and new publications. 2. The River Tyne and its catchment area 12 While I have tried to include all papers which deal with the physics, chemistry and biology of the four rivers, references to the catchment 2.1 Surveys and general works a) The river area are more selective. -
! 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. -
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.