River Teme Bridge Reconstruction, Ludlow, Shropshire

Total Page：16

File Type：pdf, Size：1020Kb

River Teme Bridge Reconstruction, Ludlow, Shropshire Client Balfour Beatty for Network Rail Project The reconstruction of the 1853 River Teme under-line bridge was made necessary by the extent of Description defects to the original cast iron spandrel arch superstructure including corrosion and some cracking which had been partially addressed by emergency holding repairs. A speed restriction had been imposed and the project was undertaken as a matter of expediency with crucial design decisions made early to enable rapid progress. A new bridge deck using Network Rail’s Standard Trapezoidal Box Girder Design was chosen so that steelwork procurement could proceed and a decision to construct new foundations meant that the design could progress without reliance on the unproven capacity of the existing abutments. Cass Hayward Concept and detailed design of new bridge Role(s) Temporary works design for installation of entire bridge deck in one lift including special lifting frame Temporary works design for removal of existing spandrel arch superstructure Site attendance during possession Project Statistics Completed during Christmas possession 2014 Construction cost £6m Original bridge arch 24.4m span, 8m high above water level New twin track bridge 27m span Special Features New standard design steel bridge deck with bearings mounted on purpose-designed 15m long steel box girder cross-head to transfer loads outside of existing bridge footprint to new substructures constructed in advance on spread foundations outside the footprint of the original bridge New bridge deck assembled in advance of possession on stallages and fitted together with special restraining/lifting frame for erection as a single element Removal of the existing bridge utilised an overhead frame system with hangers devised specifically to keep the structure intact whilst lifted out in 2 full length sections after release of the arch thrust at the springings using a special jacking system.

Copy Link

Recommended publications

A Bryological Stroll Through Time in the Welsh Marches
Article Bryological stroll through the Welsh Marches concerns and assuaging our cares. For this very reason – indeed for none other – bryology offers an ideally oblique and unbiassed perspective of humankind’s place in nature. Looking for these little plants in wild country as the wind blows on one’s face and sighs through the trees is a A bryological stroll tonic for mind and body alike. And apart from deriving health and well-being, a naturalist can make new discoveries – new not only for himself through time in but for everyone’s understanding of what lives around us, and where and how and why. The green cloak of wonderfully varied the Welsh Marches countryside in the Welsh Marches harbours a diverse bryoflora which has hardly yet been Mark Lawley takes us on a historical and floristic tour evaluated, and the naturalist of today feels of the bryophytes to be found in the beautiful but often encouraged to compare the discoveries of long ago with what has come to light recently, and overlooked scenery of the Welsh Marches. anticipate what may still await discovery as he follows his predecessors through shady woods, xplanations of why organisms circumstances they live in – all these temporal n Disused quarry at Nash Rocks. Xiaoqing Li by sequestered streams, and over quiet hills. look like and behave as they do processes bring coherence to notions of how and ignore wild nature and follow Alexander Pope’s survive longest and best when where humankind fits into the natural world. maxim that ‘the proper study of mankind is man’ Early bryologists in the Welsh Marches they are founded upon temporal Moreover, understanding earlier interpretations (Pope, 1773), preferring to concern themselves The first bryological expedition that we know of classifications of natural processes of nature and anticipating how our own ideas with human affairs and artefacts rather than in or through the Welsh Marches took place in Erather than spatial classifications of form.
[Show full text]
Index to Aerial Photographs in the Worcestershire Photographic Survey
Records Service Aerial photographs in the Worcestershire Photographic Survey Aerial photographs were taken for mapping purposes, as well as many other reasons. For example, some aerial photographs were used during wartime to find out about the lie of the land, and some were taken especially to show archaeological evidence. www.worcestershire.gov.uk/records Place Description Date of Photograph Register Number Copyright Holder Photographer Abberley Hall c.1955 43028 Miss P M Woodward Abberley Hall 1934 27751 Aerofilms Abberley Hills 1956 10285 Dr. J.K.S. St. Joseph, Cambridge University Aldington Bridge Over Evesham by-Pass 1986 62837 Berrows Newspapers Ltd. Aldington Railway Line 1986 62843 Berrows Newspapers Ltd Aldington Railway Line 1986 62846 Berrows Newspapers Ltd Alvechurch Barnt Green c.1924 28517 Aerofilms Alvechurch Barnt Green 1926 27773 Aerofilms Alvechurch Barnt Green 1926 27774 Aerofilms Alvechurch Hopwood 1946 31605 Aerofilms Alvechurch Hopwood 1946 31606 Aerofilms Alvechurch 1947 27772 Aerofilms Alvechurch 1956 11692 Aeropictorial Alvechurch 1974 56680 - 56687 Aerofilms W.A. Baker, Birmingham University Ashton-Under-Hill Crop Marks 1959 21190 - 21191 Extra - Mural Dept. Astley Crop Marks 1956 21252 W.A. Baker, Birmingham University Extra - Mural Dept. Astley Crop Marks 1956 - 1957 21251 W.A. Baker, Birmingham University Extra - Mural Dept. Astley Roman Fort 1957 21210 W.A. Baker, Birmingham University Extra - Mural Dept. Aston Somerville 1974 56688 Aerofilms Badsey 1955 7689 Dr. J.K.S. St. Joseph, Cambridge University Badsey 1967 40338 Aerofilms Badsey 1967 40352 - 40357 Aerofilms Badsey 1968 40944 Aerofilms Badsey 1974 56691 - 56694 Aerofilms Beckford Crop Marks 1959 21192 W.A. Baker, Birmingham University Extra - Mural Dept.
[Show full text]
Green Infrastructure Framework 3: Access and Recreation
Planning for a Multifunctional Green Infrastructure Framework in Worcestershire Green Infrastructure Framework 3: Access and Recreation May 2013 Find out more online: www.worcestershire.gov.uk/ Contents Contents 1 Chapter 1: Introduction 2 Chapter 2: Context 4 Chapter 3: Informal Recreation Provision in Worcestershire 6 Chapter 4: Carrying Capacity of GI Assets 16 Chapter 5: Green Infrastructure Assets and Indices of Multiple Deprivation 24 Chapter 6: Pressure from Development 38 Chapter 7: Future Needs and Opportunities 42 Chapter 8: Summary and Conclusions 53 Appendix 1: Sub-regional assets covered by the study 54 Appendix 2: Linear sub-regional GI assets 56 Appendix 3: Accessible Natural Greenspace Standard 57 Appendix 4: Proposed Housing Development Sites in the County 58 1 Chapter 1: Introduction Preparation of this Green Infrastructure Framework Document 3 Access and Recreation has been led by the County Council's Strategic Planning and Environmental Policy team. The framework has been endorsed by the Worcestershire Green Infrastructure Partnership. Partnership members include the Worcestershire Wildlife Trust, Natural England, Environment Agency, Forestry Commission, English Heritage, the County and District Councils and the Voluntary Sector. Background to the Framework The Green Infrastructure partnership is producing a series of 'framework documents' which provide the evidence base for the development of the GI Strategy. Framework Document 1 is an introduction to the concept of Green Infrastructure (GI) and also identified the need for the strategic planning of GI and the policy drivers that support the planning of GI at differing spatial scales. Framework Document 2 is an introduction to the natural environment landscape, biodiversity and historic environment datasets and developed the concept of GI Environmental Character Areas based on the quality and quantity of the natural environment assets.
[Show full text]
Download Or Order Our Bishop’S Castle Cycle Cycle Castle Bishop’S Our Order Or Download
Leaflet edition: SCW3-1a/Feb2015 • Designed by MA Creative Limited www.macreative.co.uk Limited Creative MA by Designed • SCW3-1a/Feb2015 edition: Leaflet This leaflet ©Shropshire Council 2014. Part funded by the Department for Transport for Department the by funded Part 2014. Council ©Shropshire leaflet This www.pjcyclerepairs.co.uk www.pjcyclerepairs.co.uk 07722 530531 07722 ww.castlecarsbishopscastle.co.uk ww.castlecarsbishopscastle.co.uk Condover 01588 638060 01588 PJ Cycle Repairs Cycle PJ Bishops Castle, SY9 5DQ SY9 Castle, Bishops co.uk co.uk New Street Garage Street New www.bicyclerepairservices. New Street Cycles Street New Broseley 07539 268741 07539 Broseley Bicycle Repair Services Repair Bicycle www.islabikes.co.uk www.islabikes.co.uk 01584 856881 01584 co.uk co.uk SY8 2JR SY8 www.cycletechshrewsbury. Stapleton 07712 183148 07712 Stapleton specialist), Bromfield, Ludlow, Ludlow, Bromfield, specialist), Cycle Tech Shrewsbury Tech Cycle (children’s bike bike (children’s Islabikes www.gocycling-shropshire.com www.epic-cycles.co.uk www.epic-cycles.co.uk 07950 397335 07950 01584 879245 01584 Go Cycling Go Ludlow, SY8 1PA SY8 Ludlow, Mobile bike mechanics bike Mobile Weeping Cross Lane, Temeside Lane, Cross Weeping co.uk co.uk Epic Cycles Epic www.wheelywonderfulcycling. 01568 770755 01568 www.pearcecycles.co.uk www.pearcecycles.co.uk Ludlow, SY8 2HJ SY8 Ludlow, 01584 879288 01584 Petchfield Farm, Elton Farm, Petchfield SY8 3DP SY8 Wheely Wonderful Cycling Wonderful Wheely Fishmore Road, Ludlow Road, Fishmore Pearce Cycles Pearce and remote villages. remote and Cycling holidays holidays Cycling testing hill climbs, dramatic landscapes landscapes dramatic climbs, hill testing part of the county to cycle in if you enjoy enjoy you if in cycle to county the of part Cycle repairs Cycle hire Cycle to the Welsh mountains.
[Show full text]
South Worcestershire Councils Level 1 Strategic Flood Risk Assessment
South Worcestershire Councils Level 1 Strategic Flood Risk Assessment Final Report August 2019 www.jbaconsulting.com South Worcestershire Councils This page is intentionally left blank 2018s1367 - South Worcestershire Councils - Level 1 SFRA Final Report v1.0.docx ii JBA Project Manager Joanne Chillingworth The Library St Philips Courtyard Church Hill Coleshill Warwickshire B46 3AD Revision history Revision Ref/Date Amendments Issued to Draft Report v1.0/ Draft Report Angie Matthews December 2018 (Senior Planning Officer) Draft Report v2.0/May Addition of cumulative impact Angie Matthews 2019 assessment, updated report layout (Senior Planning Officer) Final Report v1.0/August Addressed stakeholder comments Angie Matthews 2019 (Senior Planning Officer) Contract This report describes work commissioned by the South Worcestershire Councils (Wychavon District Council, Malvern Hills District Council and Worcester City Council), by an email dated 12th October 2018 from Wychavon District Council. Lucy Finch of JBA Consulting carried out this work. Prepared by .................................. Lucy Finch BSc Analyst Reviewed by .................................. Joanne Chillingworth BSc MSc MCIWEM C.WEM Principal Analyst Hannah Coogan BSc MCIWEM C.WEM Technical Director Purpose This document has been prepared as a Final Report for the South Worcestershire Councils (Malvern Hills District Council, Wychavon District Council and Worcester City Council). JBA Consulting accepts no responsibility or liability for any use that is made of this document
[Show full text]
Habitat Restoration at Powick Weir – a Case Study in Saving King Henry Iii’S Favourite Fish
HABITAT RESTORATION AT POWICK WEIR – A CASE STUDY IN SAVING KING HENRY III’S FAVOURITE FISH Dr Peter Brunner Royal HaskoningDHV April / May 2019 RRC 20th Annual Conference, Liverpool Background • So what was King Henry III`s favourite fish? • The Shad (Twaite & Allis) was the staple food in the 13th- century court of King Henry III, and was preferred over Atlantic salmon (Shad the fish of Kings and Queens). • Prior to mid-19th Century, Twaite shad (Alosa Fallax) was an economically important in the Severn River Basin. • Up to two thirds of all fish caught in the Severn Estuary and River Severn were Twaite shad. • However, Twaite shad populations in the River Severn and its major tributary the River Teme, have drastically reduced since the mid-1800`s, in response to the construction of weirs and navigation locks preventing access to upstream spawning habitat. Background • The Bristol Channel (Severn Estuary) holds the only viable breeding population of Twaite shad in the UK. • The River Severn is one of only four rivers in the UK known to support spawning Twaite shad. • Because of the decline in Twaite shad, they are a notified species within the Severn Estuary SAC and River Teme SSSI. Objectives • Unlocking the Severn Project being funded by HLF and LIFE UK, aims to significantly improve access to quality spawning and nursery habitat for the Twaite shad; and • Re-establish 253 km of its former natural range in the River Severn and River Teme. • The overall project is being delivered by the Environment Agency in partnership with the Severn Rivers Trust (SRT), Canal and Rivers Trust (CaRT), Natural England (NE).
[Show full text]
Understanding and Quantifying Sediment Budgets
UNDERSTANDING AND QUANTIFYING SEDIMENT BUDGETS DES WALLING DEPARTMENT OF GEOGRAPHY Regional Workshop on Discharge and Sediment Monitoring and Geomorphological Tools for the Lower Mekong Basin, October 21-22, 2008. THE SEDIMENT BUDGET (After Trimble) THE SEDIMENT BUDGET (After Trimble) Salekhard Belogor’ye Q Load (km3 a-1) (106t a-1) Belogor’ye 322 28.4 Catchment Salekhard 396 16.2 3 million km2 Floodplain 870 km % Change +25% -40% 15000 km2 Based on Bobrovitskaya et al. (1996) DOCUMENTING OVERBANK SEDIMENTATION RATES (a) Indirect (b) Direct Q Load (km3 a-1) (106t a-1) Belogor’ye 322 28.4 Salekhard 396 16.2 Catchment 3 million km2 Floodplain % Change +25% -40% 870 km ________________ 15000 km2 Average Deposition Rate = 8 mm year-1 Direct Methods (a) Traps or mats (b) Fallout radionuclides Using Fallout Radionuclides for Estimating Overbank Sedimentation Rates and Dating Recent Sediments Mean annual Accretion rate = ca. 0.5 cm year -1 THE FLOODPLAIN OF THE TISTA RIVER HIMALAYA FOOTHILLS OVERBANK SEDIMENTATION RATES ESTIMATED USING FALLOUT RADIONUCLIDE MEASUREMENTS BY OTHER INVESTIGATIONS Rate River Country Author (cm year-1) UK Rivers UK 0.04 - 1.42 Walling & He (1999) Ironbark Creek Australia 0.26 - 2.76 Ormerod (1998) Maluna Creek Australia 0.57 Cambell et al. (1982) Carpathian rivers Poland 0.7 - 5.0 Froehlich & Walling (1994) Krishna & Cauvery India 0.35 - 1.1 Vaithiyanathan et al. (1988) Yamuna India 2.2 - 6.1 Saxena et al. (2002) Brahmaputra Bangladesh 0.7 - 1.2 Allison et al. (1998) Brahmaputra Bangladesh 0.16 Goodbred & Kuehl (1998) Hanalei Hawaii 0.8 - 3.1 Calhoun & Fletcher (1999) Wainimala Fiji 3.2 Terry et al.
[Show full text]
Creating Bathing Rivers
ST Classification: OFFICIAL COMMERCIAL Creating bathing rivers Business case 01 Severn Trent 29 January 2021 ST Classification: OFFICIAL COMMERCIAL Executive summary Clean, healthy rivers have the potential to support ecosystems, biodiversity, communities, health and wellbeing, and local as well as national economies. Currently, this potential is largely untapped, the UK has no bathing quality rivers and lags behind other European countries in unlocking the wider benefits of its rivers. The current approach to improving river quality is not working. The sector has invested £25 bn in wastewater quality since privatization. While we have made significant improvements in water quality from our river discharges, only 14% of rivers meet good ecological status. As one of many contributors to river water quality it is clear it remains a huge challenge to meet the ambition in the Government’s 25 Year Environment Plan, of 75% of rivers being close to their natural state. At the current cost and pace the ambition appears both unaffordable and unachievable. Defra and the Environment Agency are grasping this challenge as we work together to reform the way the environmental programme is defined. We see an opportunity to create a blueprint for how we can initiate a step-change from delivering environmental outputs for our rivers. Where previously we would tackle sector specific legislative drivers through isolated programmes of work, we want to move to delivering tangible and catchment based environmental outcomes. We are proposing to drive an outcome based step change for two sections of river by considering the current and future risks that could prevent it from returning to its natural state and addressing them in a way that provides tangible benefits and proactively responds to the increasing expectations of our customers and communities.
[Show full text]
Project Showcase Illustrate the Diversity of Initiatives the Strategy for the Severn Regional Growth Zone Will Seek to Support
The projects shown on the map are in various stages of development and Project showcase illustrate the diversity of initiatives the strategy for the Severn Regional Growth Zone will seek to support. By bringing organisations together to work The Severn Regional Growth Zone will integrate projects across traditionally collaboratively and efficiently, further projects and programmes will be identified, discrete sectors to transform the economy and create vibrant places for developed and delivered. people to enjoy and thrive in. A systems approach to water and environmental management is a fundamental enabler for the region, supporting investments in Projects Economy, People and Place. Economy People & Place Environment 1 Gloucester City regeneration and 20 River based regional park 38 Stourport floodplain meadows resilience 21 Gloucestershire agri-tech hive 39 Severn Thames Transfer 2 Vale of Evesham agri-tech water 35 22 Tewkesbury riverside regeneration 40 Ironbridge World Heritage Site 2 security resilience Shrewsbury 1 23 Worcester Riverside Quarter and 2 3 Redditch Town Deal resilience connectivity 41 Shropshire Groundwater Telford 9 4 Stourport marina Scheme 2 24 River based regional park Welshpool 30 40 8 5 Kidderminster Future High Street 25 Telford Town Deal environmental 42 Shropshire natural flood 2 Ironbridge 7 2 Fund enhancements management Newtown Wolverhampton 50 6 A46 trade corridor resilience 26 Future growth (Strine catchment) 43 Herefordshire natural flood Wales England 33 7 Ironbridge power station smart water 27
[Show full text]
Flash Flood History Severn and Welsh Borders
Flash flood history Severn and Welsh Borders Hydrometric Rivers Tributaries Towns and Cities area 54 Severn Date and Rainfall Description sources 13-15 Jul <Worcs>: Thunderstorm with heavy rain and hail caused flooding in Worcestershire. 1640 Townshend’s Diary Jones et al 1984 6 Jun 1697 This followed even more <Westhide> (Hereford): In a hailstorm the hailstones were more than 70 mm across. There was no reference to Webb and devastating storms in flooding. Cheshire and Herts Elsom 2016 5 Jul 1726 <Ledbury>, <Herefordshire>: There happened such a sudden shower of rain accompanied by thunder and Ipswich Jour 9 lightning that in the space of half an hour the town was almost drowned, several of the houses being six foot Jul deep in water so that had they not opened the doors and windows to let it out they would have been carried Stanley’s away with the torrent. Several farmers had their litter carried away and many persons their goods and in rooms Newsletter Jul 14 thereof some had fish brought into their lower rooms that was driven out of adjacent ponds. 19 Jun 1728 <Gloucester>: We hear from <Arlington> in the parish of <Bibury> that there happened such a prodigious storm Caledonian of rain that the like has not been seen for more than thirty years which in the space of half an hour caused a Mercury 4 Jul dreadful flood that it carried away more than 50 cartloads of stones some of which were judged to be more than ‘300 Weight’ and fixed in the road which the violence of the flood tore up and drove down the highway and in our common field the mould of several acres was carried off.
[Show full text]
United Kingdom KN6.Key
The United Kingdom Learning Objective: To be able to identify and explore the major rivers of the UK. www.planbee.com NEXT How many rivers of the UK can you name? Do you know which UK river is the longest? BACK www.planbee.com NEXT What exactly is a river? Can you think of a definition? Write one below as a class... BACK www.planbee.com NEXT A river is a large natural stream of water flowing in a channel to the sea, a lake or another channel. Rivers always start their journey at a SOURCE. The source is always in an area of high altitude and can come from a natural spring or from where water gathers from precipitation (rain or snow). The water then starts running down the hill or mountain until it reaches the sea. Rivers run very quickly at the beginning of their journey but then slow down as they reach flatter land. BACK www.planbee.com NEXT Large rivers are often joined on their journey by smaller rivers or streams called TRIBUTARIES. BACK www.planbee.com NEXT As the water carves its way through the landscape, it can often cause twists and turns called MEANDERS. BACK www.planbee.com NEXT The point where the river meets the sea or ocean is called the MOUTH of the river. Sometimes, the mouth of the river can create a DELTA. A delta is a landform that occurs from the deposition of sediment. This means that the rocks, stones and soil carried along by the river are built up on the land.
[Show full text]
13. Mid-Worcestershire Corridor
Environmental Character Area Profile for the Minerals Local Plan: 13. Mid-Worcestershire Corridor 1. Introduction 1.1. Minerals development usually takes place on previously undeveloped land and can therefore result in permanent change to the natural environment and green spaces in Worcestershire. The impacts of both the working and the restoration of mineral sites need to be considered in detail in the development of the Worcestershire Minerals Local Plan (the MLP). 1.2. The Council will take a 'green infrastructure' (GI) approach to considering these impacts. The GI approach is a different way of thinking about the green spaces in Worcestershire. It moves beyond solely considering the environmental benefits of green spaces and integrates the consideration of economic, health and social benefits in the planning and management of green spaces. Rather than considering each green space in isolation it looks at the ways in which individual sites and corridors of green space collectively form the distinctive character of Worcestershire that attracts both visitors and business to the County. 1.3. The components of GI include biodiversity, landscape, historic environment, access and recreation and water (also know as blue infrastructure). The GI approach requires thinking about the environment as an integrated system of stepping stones or nodes in a wider network1. Green infrastructure and mineral workings and restoration 1.4. There is significant potential for mineral workings to destroy existing networks of green infrastructure if the nature and character of these networks is not taken into account. However there is also significant potential to contribute positively to green infrastructure through the restoration of mineral workings.
[Show full text]