The State of England's Chalk Streams
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Norfolk Local Flood Risk Management Strategy
Appendix A Norfolk Local Flood Risk Management Strategy Consultation Draft March 2015 1 Blank 2 Part One - Flooding and Flood Risk Management Contents PART ONE – FLOODING AND FLOOD RISK MANAGEMENT ..................... 5 1. Introduction ..................................................................................... 5 2 What Is Flooding? ........................................................................... 8 3. What is Flood Risk? ...................................................................... 10 4. What are the sources of flooding? ................................................ 13 5. Sources of Local Flood Risk ......................................................... 14 6. Sources of Strategic Flood Risk .................................................... 17 7. Flood Risk Management ............................................................... 19 8. Flood Risk Management Authorities ............................................. 22 PART TWO – FLOOD RISK IN NORFOLK .................................................. 30 9. Flood Risk in Norfolk ..................................................................... 30 Flood Risk in Your Area ................................................................ 39 10. Broadland District .......................................................................... 39 11. Breckland District .......................................................................... 45 12. Great Yarmouth Borough .............................................................. 51 13. Borough of King’s -
Cherishing the Chess
The Chilterns Chalk Streams Project aims to conserve all major chalk streams in the Chilterns Area of Outstanding Natural Beauty and to encourage enjoyment and Cherishing understanding of them. The Project achieves these aims by: the Raising awareness of the importance of chalk streams and the need to conserve them Giving advice to landowners and managers on riverside management Chess Practical conservation to physically improve chalk stream habitats, assess habitat quality and locate and protect rare species Providing education resources for schools to help children understand the chalk stream environment Improving physical access to the streams where appropriate, and providing information about their special qualities For more details see the project website: www.chilternsaonb.org/chalk-streams-project Useful contacts: The River Chess Association is a voluntary organisation that seeks to protect and enhance the River Chess by a combination of practical conservation work and lobbying. To find out how you can help visit: www.riverchessassociation.org or email [email protected] Environment Agency Apollo Court, 2 Bishops Square Business Park St. Albans Road West Hatfield, Herts AL10 9EX Tel: 03708 506506 www.environment-agency.gov.uk 0800 807060 (Incident hotline) Berks, Bucks and Oxon Wildlife Trust Water Vole Recovery Project The Lodge, 1 Armstrong Road, Littlemore, Oxford, OX4 4XT Tel: 01865 775476 www.bbowt.org.uk Three Rivers District Council Three Rivers House, Northway Rickmansworth, Herts Wd3 1RL Tel: 01923 776611 www.threerivers.gov.uk Chiltern District Council King George V Road Amersham Bucks HP6 5AW Tel: 01494 729000 www.chiltern.gov.uk Led by the Chilterns Conservation Board, the Chilterns Chalk Streams Project is a partnership of statutory How YOU can help agencies, local authorities and voluntary bodies committed to conserving the chalk stream environment. -
Appendix 5 Defining Reference Conditions for Chalk Stream and Fenland Natural Channels
Appendix 5 Defining reference conditions for chalk stream and Fenland natural channels Chalk stream geomorphology is poorly understood, and under-researched. What studies exist appear to confirm that the majority of UK and European chalk streams have been modified in form and hydraulics by a long history of river management (Sear and others 1999, WRc 2000). The overriding control these modifications exert on the geomorphology and processes operating within the channel, make it difficult to establish what features and physical habitat diversity a natural, unmodified chalk stream should display. In the absence of semi-natural chalk stream habitats from which reference conditions can be determined, the Water Framework Directive specifies the use of palaeoecological information (Logan and Furze 2002). However much of this research is focussed on interpretations of human activity or climatic reconstruction rather than on the specific determination of river form and associated habitats (Davies and Griffiths 2005; French and Lewis 2002). Despite this, it is possible to reconstruct some information of relevance to characterising the floodplain habitats associated with relatively undisturbed chalk streams and rivers. French and others 2005 report a complex suite of landscape changes in the Dry valley and upper reaches of a chalk stream in Dorset. Their results suggest the presence of a relatively wide shallow low sinuosity meandering channel throughout the Holocene into the early historic period, between 30 - 50m in width and 1.5 – 3m in depth with a width:depth ratio of between 10 and 33. The authors stress that the development of each chalk valley is best considered individually rather than to expect a common history of landscape evolution hence the precise form of the channel system and floodplain habitats is also likely to be valley specific. -
Sutton Scotney, Winchester, Hampshire, SO21 3JT
Sutton Scotney, Winchester, Hampshire, SO21 3JT WINCHESTER | A L R E S F O R D | A L T O N | FARNHAM | LONDON 2 Sutton Scotney, Winchester, Hampshire, SO21 3JT Elegant, restored and extended 18th Century Grade II Listed village house of over 4200 sq ft Winchester Railway Station – London Waterloo: 57 minutes Micheldever Railway Station – London Waterloo: 63 minutes (Times approximate) •Entrance hall •Bespoke kitchen/breakfast room •Reception room •Family/dining room •Drawing room •Utility room •Cellar •Master bedroom suite with en-suite bathroom and dressing room •Five further bedrooms •Double car port •Gardens •Planning permission for barn style detached residence available by separate treaty WINCHESTER ALRESFORD ALTON FARNHAM LONDON 3 SITUATION Set in glorious Hampshire countryside, Sutton Scotney is a small village, Winchester is a splendid historic Cathedral city with much character Coast and country lifestyle pursuits are all within striking distance as the approximately 9 miles north of Winchester. It is mentioned in the yet with a modern cosmopolitan feel. As well as national retail chains, property is well placed for the South Downs National Park and The Doomsday Book and lies in the River Dever valley, forming part of the Winchester is home to an array of independent boutique shops, fine New Forest. Wonston parish. The village has local shops and a pub, The Coach & restaurants, contemporary bars and an impressive farmers market. Horses which dates back to 1762. One of the best-known residents Schooling is typically outstanding. The local catchment schools are Communications are first class. There are fast links to London was J. -
South East River Basin District Flood Risk Management Plan 2015 - 2021 PART B: Sub Areas in the South East River Basin District
South East River Basin District Flood Risk Management Plan 2015 - 2021 PART B: Sub Areas in the South East river basin district March 2016 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. Contents Glossary and abbreviations ......................................................................................................... 5 The layout of this document ........................................................................................................ 7 1 Sub-areas in the South East river basin district .............................................................. 9 Introduction ................................................................................................................................. 9 Flood Risk Areas ......................................................................................................................... 9 Management catchments ............................................................................................................ 9 2 Conclusions, objectives and measures to manage risk for the Brighton and Hove Flood Risk Area.......................................................................................................................... -
Sustainability Appraisal Scoping Report Update July 2017
Three Rivers District Council Local Plan Sustainability Appraisal Scoping Report Update July 2017 Report details Three Rivers District Council Local Plan Sustainability Appraisal Scoping Report Update Report prepared for: Three Rivers District Council Reference: Project Report: CPR2415a Copyright: © TRL Limited Report date: July 2017 Report status/version: Scoping Report Update Quality approval: Katie Millard Project Manager Rob Gardner Technical Reviewer Disclaimer This report has been produced by TRL Limited (TRL) under a contract with Three Rivers District Council. Any views expressed in this report are not necessarily those of Three Rivers District Council. The information contained herein is the property of TRL Limited and does not necessarily reflect the views or policies of the customer for whom this report was prepared. Whilst every effort has been made to ensure that the matter presented in this report is relevant, accurate and up-to-date, TRL Limited cannot accept any liability for any error or omission, or reliance on part or all of the content in another context. Contents amendment record This report has been amended and issued as follows: Version Date Description Editor Technical Reviewer Draft v0.1 09-05-2017 Draft for review KM RG Draft v0.2 10-05-2017 Technical review KM RG Final v0.3 11-05-2017 Final version, draft previously seen by client KM RG Post- 28-07-17 Scoping Report Update to take account of KM RG consultation comments made during the consultation from 12th update May to 16th June 2017. Post Consultation Update -
WTT Autumn Newsletter 2013 1.0
WILD TROUT TRUST AUTUMN 2017 New s Annual Ra ff le To be drawn at 7pm, Tuesday 12 December 2017 at The Thomas Lord, West Meon, Hants. Tickets are available via the enclosed order form or by visiting www.wildtrout.org. WILD TROUT TRUST NEWS AUTUMN 2017 Wild Trout Trust Conservation Awards 2017 Botany Bay Conservancy Restoration Project, Botany Bay Judges Report Community Interest Group (WINNER – Contribution to Wild Trout Conservation Award) By Paul Gaskell he extent of the works (weir he 2017 awards yet again removal, habitat improvements, delivered a raft of fantastic land-management changes and projects over a vast range cTommunity engagement events) of conditions and scope. As achieved by this small, passionate ever, the judging and the group was extremely impressive. scoring proved to be a daunting task – Tackling the connectivity and though this year we did witness a near T impoundment caused by the weir and unstoppable juggernaut of a project in infrastructure of a derelict fish-farming the ‘Large Project’ category…but I’ll facility was coupled with creating new get to that shortly. First of all, please spawning habitat to allow wild trout to give your attention and admiration to utilise new stream and lake habitat. In all three category winning entries addition, the way that this work was PLUS a special Judges’ Commendation integrated into the conservation award as follows: management and engagement activities across the whole site is a brilliant example to all. Bringing Back the Bulbourne, EA (WINNER – Medium-Scale Habitat Enhancement Scheme) t may seem strange to say, but when it comes to the eight themed areas that are examined during the WTT CIonservation Awards assessment process, Government-body projects are often constrained by standard procedures. -
Using High-Frequency Phosphorus Monitoring for Water Quality Management: a Case Study of the Upper River Itchen, UK
Environ Monit Assess (2020) 192:184 https://doi.org/10.1007/s10661-020-8138-0 Using high-frequency phosphorus monitoring for water quality management: a case study of the upper River Itchen, UK Gary R. Fones & Adil Bakir & Janina Gray & Lauren Mattingley & Nick Measham & Paul Knight & Michael J. Bowes & Richard Greenwood & Graham A. Mills Received: 16 July 2019 /Accepted: 5 February 2020 # The Author(s) 2020 Abstract Increased concentrations of phosphorus (P) in distinct locations in the upper River Itchen (Hampshire, riverine systems lead to eutrophication and can contribute UK) between May 2016 and June 2017 to identify the to other environmental effects. Chalk rivers are known to main P species (including filterable reactive phosphorus, be particularly sensitive to elevated P levels. We used total filterable phosphorus, total phosphorus and total par- high-frequency (daily) automatic water sampling at five ticulate phosphorus) present and how these varied tempo- rally. Our filterable reactive phosphorus (considered the biologically available fraction) data were compared with Electronic supplementary material The online version of this the available Environment Agency total reactive phospho- article (https://doi.org/10.1007/s10661-020-8138-0) contains supplementary material, which is available to authorized users. rus (TRP) values over the same sampling period. Over the trial, the profiles of the P fractions were complex; the : G. R. Fones (*) A. Bakir major fraction was total particulate phosphorus with the School of the Environment, Geography and Geosciences, mean percentage value ranging between 69 and 82% of University of Portsmouth, Burnaby Road, Portsmouth PO1 3QL, UK the total P present. Sources were likely to be attributable to e-mail: [email protected] wash off from agricultural activities. -
Mesotrophic Rivers in Anglian Region Phase 1 June 1994
Mesotrophic Rivers in Anglian Region Phase 1 June 1994 Dr D M Harper, University of Leicester Anglian Regional Operational Investigation 564 NRA OI/564/2/A National Rivers Authority Mesotrophic Rivers in Anglian Region Phase 1 June 1994 Dr D M Harper, University of Leicester Anglian Region 01 564 Final Report 564/2/A ENVIRONMENT AGENCY 0 5 9 8 3 2 National Rivers Authority KingfisherHouse Goldhay Road Orton Goldhay Peterborough PE2 OZR Tel: 0733-371811 Fax: 0733-231840 © National Rivers Authority 1994 First Published 1994 All rights reserved. No part of this publication may be reproduced, stored in a retrieval system or otherwise transmitted in any form or by any means, electronic, mechanical, photocopying, recording or otherwise without the prior permission of the National Rivers Authority. Dissemination status Internal: Limited Release External: Restricted Statement of Use This document records the results of a preliminary review of the trophic status of rivers within Anglian Region; and recommends firther research and policy objectives for those of low nutrient status. Research Contractor This document was produced under contract OR 564 by: Dr D M Harper, Senior Lecturer with the assistance of Miss G. Evans Ecology Unit Department of Zoology University of Leicester Leicester LEI 7RH Tel: 0533-523346/7 Fax: 0533-523330 NRA Project Leader The NRA’s Project Leaders were: Mr Terry Clough - Central Area and Mr Dave Foster — Headquarters Further Information: Further information and copies of the report can be obtained from the Regional R&D Scientist, Anglian Region in our Peterborough Office Mesotrophic Rivers OI 564/2/A ii CONTENTS Tables and Figures iv Executive Summary v Keywords vi Chapter 1 Introduction 1 1.1 Statutory background 1 1.2 Scientific background-----------------------------------2 ------- --------- 1.3 Project objectives-------- ~ ' 3 Chapter 2 Methodology 4 2.1 Definition of mesotrophic 4 2.2 Data selection 5 2.3 Stream selection 6 2. -
Flood Risk from Groundwater: Examples from a Chalk Catchment in 2 Southern England 3 4 A.G
1 Flood risk from groundwater: examples from a Chalk catchment in 2 southern England 3 4 A.G. Hughes1, T. Vounaki1, D.W. Peach1, A.M. Ireson2, C.R. Jackson1, A.P. Butler2, J.P. Bloomfield3, 5 J. Finch4 and H.S. Wheater2 6 1 British Geological Survey, Keyworth, Nottinghamshire, UK 7 2 Department of Civil and Environmental Engineering, Imperial College London, London, UK 8 3 British Geological Survey, Wallingford, Oxfordshire, UK 9 4 Centre for Ecology and Hydrology, Wallingford, Oxfordshire, UK 10 11 12 13 14 Correspondence Abstract A.G. Hughes, British Geological Survey, 15 Groundwater flooding has moved up the policy-makers’ agenda as a result of the 16 Keyworth, Nottinghamshire, UK Email: [email protected] United Kingdom experiencing extensive groundwater flooding in winter 2000/ 17 2001. However, there is a lack of appropriate methods and data to support 18 DOI:10.1111/j.1753-318X.2011.01095.x groundwater flood risk assessment. The implications for flood risk assessment of 19 groundwater flooding are outlined using a study of the Chalk aquifer underlying 20 Key words the Pang and Lambourn catchments in Berkshire, UK. Groundwater flooding in 21 Q2 ’; ’; ’. the Chalk results from the water table reaching the land surface and producing 22 long-duration surface flows (weeks to months), causing significant disruption to 23 transport infrastructure and households. By analyzing existing data with a farmers’ 24 survey, it was found that groundwater flooding consists of a combination of 25 intermittent stream discharge and anomalous springflow. This work shows that 26 there is a significant challenge involved in drawing together data and under- 27 standing of groundwater flooding, which includes vital local knowledge, reason- 28 able risk assessment procedures and deterministic modelling. -
Wonston Wonston with Sutton Scotney
Wonston Wonston with Sutton Scotney 1.0 PARISH Wonston (now includes Hunton and Stoke Charity) 2.0 HUNDRED Buddlesgate 3.0 NGR 447700 139550 4.0 GEOLOGY Upper Chalk; Alluvium 5.0 SITE CONTEXT (Map 2) Wonston CP now includes Hunton (formerly a tithing of Crawley) and Stoke Charity. On the other hand, a strip of land across the south of the parish has been hived-off as the new parish of South Wonston. For this reason the south boundary of Wonston parish has been partly determined by some relatively modern features such as post- medieval enclosure fences and a dismantled railway line. The old east boundaries of Stoke Charity and Hunton now perform the same function for Wonston. To the south- west, the Roman road to Salisbury forms part of the parish limit whilst the west and north boundaries seem to be based upon a combination of marker points including natural features, post-medieval fields and traditional land divisions. The river Dever, a tributary of the Test, cuts across the parish from east to west. This watercourse has attracted a number of settlements. On the north bank are the former manors of Norton and Cranbourne where there are watercress beds. Here too, is the Crawley tithing of Hunton. South of the river (west to east) are Sutton Scotney, Wonston and Stoke Charity. The settlement of Wonston is just above the flood plain of the Dever at c. 63m AOD. It is reached from the west via a minor road from Sutton Scotney. This road also passes through Stoke Charity (east) and on into the neighbouring parish of Micheldever. -
The Natural Capital of Temporary Rivers: Characterising the Value of Dynamic Aquatic–Terrestrial Habitats
VNP12 The Natural Capital of Temporary Rivers: Characterising the value of dynamic aquatic–terrestrial habitats. Valuing Nature | Natural Capital Synthesis Report Lead author: Rachel Stubbington Contributing authors: Judy England, Mike Acreman, Paul J. Wood, Chris Westwood, Phil Boon, Chris Mainstone, Craig Macadam, Adam Bates, Andy House, Dídac Jorda-Capdevila http://valuing-nature.net/TemporaryRiverNC Suggested citation: Stubbington, R., England, J., Acreman, M., Wood, P.J., Westwood, C., Boon, P., The Natural Capital of Mainstone, C., Macadam, C., Bates, A., House, A, Didac, J. (2018) The Natural Capital of Temporary Temporary Rivers: Rivers: Characterising the value of dynamic aquatic- terrestrial habitats. Valuing Nature Natural Capital Characterising the value of dynamic Synthesis Report VNP12. The text is available under the Creative Commons aquatic–terrestrial habitats. Attribution-ShareAlike 4.0 International License (CC BY-SA 4.0) Valuing Nature | Natural Capital Synthesis Report Contents Introduction: Services provided by wet and the natural capital of temporary rivers.............. 4 dry-phase assets in temporary rivers................33 What are temporary rivers?...................................... 4 The evidence that temporary rivers deliver … services during dry phases...................34 Temporary rivers in the UK..................................... 4 Provisioning services...................................34 The natural capital approach Regulating services.......................................35 to ecosystem protection............................................