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Designed & Built By
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Manual of River Restoration Techniques

The manual of River Restoration Techniques
is presented in PDF (Adobe Portable
Document Format
), a FREE viewer
can be downloaded from the Adobe
website, simply click here

Manual of River Restoration Techniques

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Return to the main Manual page,
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Introduction

Introduction to the Manual (113k)

Site Description

Site descriptions (968k)

Part 1Restoring meanders to straightened rivers

1.1 New meandering channel through open fields (658k)
1.2 New channel meandering either side of existing (893k)
1.3 New meander in an impounded river channel (376k)
1.4 New meanders to one side of existing channel (576k)
1.5 New meandering channel replacing concrete weirs (1.1Mb)
1.6 Opening up a culverted stream (940k)
1.7 Reconnecting remnant meanders (1Mb)

Part 2Enhancing redundant river channels

2.1 Creation of backwaters River Skerne (564k)
2.2 Creation of backwaters River Cole (752k)

Part 3Enhancing straightened river channels

3.1 Current deflectors (705k)
3.2 Narrowing with aquatic ledges (893k)
3.3 Stone riffle (423k)
3.4 Radical re-design from uniform, straight channel to a sinuous, multi-channel river (846k)
3.5 Narrowing of an over-widened channel using low cost groynes (940k)
3.6 Creating a sinuous low-flow channel in an over-widened channel (1Mb)
3.7 Replacing a concrete drain with a 'natural' channel (940k)
3.8 Creation of on-line bays (611k)
3.9 Introducing gravel to inaccessible reaches (799k)

Part 3Revetting and supporting river banks

4.1 Willow spiling (329k)
4.2 Willow mattress revetment (376k)
4.3 Log toe and geotextile revetment with willow slips (423k)
4.4 Plant roll revetment (423k)
4.5 Supporting bank slips and exposed tree roots (705k)
4.6 Hurdle and coir matting and revetments (705k)
4.7 Bank revetment using low steel sheet piling and coir rolls (1.3Mb)

Part 5Controlling river bed levels, water levels and flows

5.1 Bifurcation weir and spillway (799k)
5.2 Drop weir structures (517k)
5.3 Restoring and stabilising over-deepened river bed levels (656k)
5.4 Simulated bedrock outcrops (1.6Mb)
5.5 Raising river bed levels (1Mb)

Part 6Managing overland floods

6.1 Floodplain spillways (705k)
6.2 Re-profiling of land within meanders (282k)
6.3 Removing and setting back flood banks (752k)

Part 7Creating floodplain wetland features

7.1 Floodplain scrapes (376k)
7.2 Floodplain wetland mosaic (2.1Mb)

Part 8Providing public, private and livestock access

8.1 Fords and stock watering point (752k)
8.2 Watercourse crossings (752k)
8.3 Access paths suitable for disabled users (376k)
8.4 Restoring a ford as a stock and vehicular crossing point (658k)
8.5 Urban riverside access (987k)

Part 9Enhancing outfalls to rivers

9.1 Surface water outfalls (470k)
9.2 Reedbed at Raglan Stream (611k)

Part 10Utilising spoil excavated from rivers

10.1 Landforms at Keepsafe and Rockwell (376k)
10.2 New landforms (329k)
10.3 Cost effective silt removal from impounded channel (940k)

Part 11River diversions

11.1 Diversion of a river valley (611k)
11.2 Clay lined river (1.5Mb)

Acknowledgements

Acknowledgements (248k)


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