]> 2026-04-09T03:39:24+00:00 Case study:Swindale Beck Restoration 500 en Short video about Swindale Beck Restoration Project Natural England blog post about Swindale Beck Restoration Project i news article about Swindale Beck Restoration Project BBC news article about Swindale Beck Restoration Project Approved Channel naturalisation RSPB Environment Agency United Utilities Natural England Great Britain Environment Agency Natural England United Utilities RSPB Cumbria Waste Manegement Environment Trust Yes No Yes Swindale-3.jpg Swindale-4.jpg DJI 0143.JPG DJI 0230.JPG Swindale Beck restoration work in progress New channel 4 weeks after connection Aerial photo showing restored route of river just before connection Aerial photo showing comparative morphology of straightened and restored channels Helen Reid Environment Agency Environment Agency RSPB 54.507202524904,-2.7580318445689 Leeschofield Lee RSPB Schofield ,Adding sinuosity, Floodplain reconnection, Habitat enhancement, Diversification of in-channel features,,Channel naturalisation, ,,Community involvement, Engagement with a wide range of stakeholders, Partnerships, Lee Schofield RSPB Helen Lee Reid Schofield 22635 Environment Agency, Natural England, RSPB, United Utilities Photo showing historically straightened reach of Swindale Beck alongside restored route just before connection Lee Schofield RSPB 2016-09-23Z 2457654.5 Swindale-2.jpg 2015-01-05Z 2457027.5 Complete A partnership project by RSPB, EA, UU & NE to re-meander a historically straightened section of the Swindale Beck, an upstream sub-catchment of the River Eden in Cumbria. The channel had been straightened at least 160 years ago, appearing on the 1859 Ordnance Survey map in its straightened position. The beck was heavily rock armored on both sides with pronounced levees resulting from generations of farmers clearing it out and depositing material on the banks. These resulted in the straightened channel being effectively cut-off from the surrounding floodplain which not only accelerated flow through the valley, but also meant that when the banks were over-topped, water wasn't able to flow back into the channel and pooled on the meadows either side reducing their value both botanically and agriculturally. The straightened channel was very uniform both in terms of width and depth and bed substrate size. There were no riffles, gravel bars or pools within the straightened channel. Smaller gravels and silts were regularly carried during high flows and deposited at the drinking water intake immediately downstream. In addition to the obvious engineering present in the channel, there was further evidence that the river had been modified in the shape of many paleochannels visible in the surrounding grassland. Using these, and detailed topographic mapping, a more appropriate route was designed by EA geomorphologists. Much of this new/restored route ran through areas of permanently wet and relatively species poor parts of the surrounding grassland. By reinstating the straightened channel after in-filling as hay meadow, the area of botanically rich and agriculturally utilizable land has been increased in the phase 1 area of the project. Part of the new route of the channel ran through a SSSI hay meadow, so measures had to be put in place to protect this area. These included not storing any excavated spoil on the SSSI and only allowing machines to track within the footprint of the channel and on a specifically created haul route of bog mats and terram membrane. While these measures increased cost and complexity of the project, they were highly effective at protecting the SSSI meadow. Work started in March 2016 and was completed in September 2016. The project resulted in 890m of new/restored sinuous channel being created, replacing a 750m length of straightened channel, so a gain of 140m in length. A further 110m of smaller sinuous channel was also created to connect two tributaries into the restored route. A relatively simple channel was dug by contractors, entrusting natural process to create specific in-channel features and morphological variation. This has happened with incredible speed. A significant rainfall event two days after connection of the first phase of the work helped to form new gravel bars, riffles and pools and populated parts of the new channel that were somewhat lacking in gravel with material from upstream. The new channel is already considerably more morphologically diverse than the straightened route and we are confident that increased ecological diversity will follow. The photographs give a flavor of diversity of the restored channel. The old channel was in-filled and re-seeded with brush harvested seed from the SSSI meadow. A bridge was removed as part of the project, and to enable access across the new channel, two ford crossing were installed. These will allow the river more potential for movement than bridges would. Crossing will only be required when hay is due to be cut, so the fords will likely only be used less than 10 times per year. A further 436m of channel upstream of the main restoration area also had work carried out. This reach, although also rock armored and embanked had greater sinuousity, so instead of creating a new/restored channel for it, a less-interventionist and lower cost approach was taken. Key sections of the rock armored banks were removed by an excavator working from the bankside. The rocks that were removed were placed in the channel to create riffles. This work immediately added morphological diversity to the channel and will enable the river to further weaken remaining sections of the banks over time. Whilst contractors were on site, the opportunity was taken to block up artificial drains on an adjacent area of valley mire, further contributing to slowing the flow of water through the valley. Fencing the channel and tree planting are not compatible with the SSSI interest features, but in the phase 2 part of the project which falls outside of the SSSI, tree planting within a fenced river corridor was carried out. This will mean that roughly half the length of the restored channel will be wooded with the other half open. The surrounding meadows are managed in a traditional way with light sheep grazing and no spreading of manure or artificial fertilizers and no pesticides are used. The restoration of Swindale Beck fits within a wider set of works that are helping us to use the valley to demonstrate a broad range of management techniques that can be considered as best practice land management for flood alleviation. In the highest part of the catchment, through their Sustainable Catchment Management Programme (SCaMP), United Utilities have restored a significant area of Mosedale, the Lake District's largest area of blanket bog. In this area, 47km of grips have been blocked and all livestock have been removed for a 10 year period. A number of other areas of bog and mire within the Swindale catchment have also been restored through grip blocking in recent years. Also through SCaMP, approximately 40,000 trees have been planted in Swindale and many small watercourses have been fenced to encourage natural riparian woodland regeneration. The drinking water intake just downstream of the restored section of Swindale Beck has recently been replaced, incorporating a new fish pass and features to benefit the downstream section of the river (part of the Eden & Tributaries SAC). We are also developing plans to create two areas of flood water storage in Swindale. There can be few places in the UK where such a range of interventions are being carried out within such a small area. A robust monitoring and research package is being developed to ensure that the maximum range of benefits are captured. The Swindale Beck Restoration Project has received a great deal of attention both locally and nationally and we have hosted a large number of visitors to come and see the work over recent months. It has been featured in a range of media publications, e.g. https://inews.co.uk/essentials/news/environment/mankind-helping-lake-district-river-meander/ A short film has been produced about the project by Unitied Utilities (https://www.youtube.com/watch?v=jt2pdqnYmJc)and we plan to produce a more detailed film in spring to help disseminate the benefits of river restoration projects. A new permissive footpath and on-site interpretation will be installed to help visitors to the valley understand what has been done and why. Swindale valley forms part of RSPB Haweswater, land managed by the RSPB and owned by United Utilities. RSPB and UU are working in partnership to improve biodiversity and raw water quality alongside other ecosystem services. Further information about our work at Haweswater can be found here - http://www.rspb.org.uk/Images/HWR-0629-15-16%20Haweswater%20management%20plan%2016pp%20low%20res_tcm9-412269.pdf <br> RSPB, United Utilities, the Environment Agency and Natural England are working in partnership on a range of projects in the Swindale Valley near Haweswater in the Lake District. Together they are testing and demonstrating land management approaches to achieve improved outcomes for wildlife, water quality and downstream flood risk within a farmed landscape. So far 1km of heavily modified river, 1,000ha of bog and 15ha of species-rich hay meadow have been restored and new woodland has been established. They are currently investigating the feasibility of establishing two temporary flood storage areas at the head of the valley to determine the impact on downstream peak flows. A critical element of the approach is building relationships with academic institutions so that the impact of the interventions on a range of outcomes can be better understood. <br> https://www.therrc.co.uk/sites/default/files/projects/23_swindalevalley.pdf Swindale Beck Restoration swindale beck restoration http://https://naturalengland.blog.gov.uk/2016/10/13/putting-the-bends-back-into-swindale-beck/ 1320 Eden and Esk Solway Tweed Adding sinuosity Floodplain reconnection Habitat enhancement Diversification of in-channel features Swindale Beck (Lowther) swindale beck (lowther) Community involvement Engagement with a wide range of stakeholders Partnerships Lee Schofield RSPB 10 - 100 km² 704 500 - 1000 m Swindale Beck (Lowther) GB102076070670 Main Contractor cost for delivery - £205,000 Geomorphological clerk of works - £6,200 Access & Interpretation - £2,000 Staff time for partner organisations is not included in these costings. Fisheries Flood risk management Habitat and biodiversity Hydromorphology Land use management - agriculture Monitoring Water quality 241000 100 - 500 k€ Lee Schofield 231000 100 - 500 k€ RSPB 2016-09-23Z 2457654.5 2016-03-16Z 2457463.5 2016-11-03T17:07:32Z 2457696.2135648 2024-12-10T10:43:38Z 2460654.9469676 Swindale Beck Restoration 500 1 plainlist 5 [[Category:Case study]] [[Project title::!Swindale Beck Restoration]] [[Subcatchment title::Swindale Beck (Lowther)]] Swindale Beck Restoration# QUERYe65ffea675c2d0efa33edcf0e948ba98