The Washlands is an extensive piece of natural land that follows the river through to the heart of Burton upon Trent. The vision, informed by consultation with key stakeholders and the local community, addresses how to best balance the regular flooding of the area with the need for public access and recreation, whilst promoting nature conservation and a more environmentally sustainable approach to green space management.
Through our natural heritage project, known as Living Floodplains, we will help to deliver some of this wider vision.
The aim of this work is to improve flood management, enhance wildlife habitats on the Washlands to create a space that works for both people and wildlife.
Find out more about the Landscape Vision for the future of the Washlands by viewing East Staffordshire Borough Council's Story Map that will guide you through the Washlands Landscape Vision.East Staffordshire Borough Council Landscape Vision
Last Update: 15 December 2020
View of the Burton upon Trent Washlands from the Andresey Bridge looking north along Peel's Cut towards with the Burton Leander Rowing Club on Stapenhill Road in the far distance. © 2021 Transforming the Trent Valley (Steven Cheshire).
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We will be delivering the biodiversity enhancement program as set out in the Burton Washlands Vision through our Living Floodplains project.
Prior to the delivery of this program, we need to understand the geology of the Washlands before we are able to confirm a final suite of biodiversity projects. One of the steps in this process is to dig a series of test pits. We will be digging aproximately 10 test pits across the Washlands in January 2021 as part of our investigations.Find Out More: Delivering the Washlands
Test pits are dug to sample the composition and structure of the soils below ground level. They will be analysed before being refilled on the same day. The map below shows the location of the test pits.
97% of wildflower meadows have been lost across the UK. We aim to increase the wildflower meadows on the Washlands.
Ox-eye Daisies (Leucanthemum vulgare copyright 2020 Gemma de Gouveia (WildNet)
By improving the grassland in some areas of the Washlands, we hope to increase the numbers of different wildflowers and grasses. This will encourage insects like bees and butterflies.
Mown paths will allow you to walk across the meadows so you can access other areas of the Washlands whilst enjoying the wildlife. Species of flower will include Knapweed, Great Burnet and Oxeye Daisy.
Much of the River Trent and its tributaries have been straightened and dredged over the last century, which has led to a decrease in habitats along the river.
River re-profiling copyright 2020 Melanie Sanders(Transforming the Trent Valley)
We will look to re-profile sections of the river by changing the slope of the bank. This will replicate how the river would have looked before it was artificially modified. By doing this we will create new habitats by varying the width of the river, exposing gravels, and creating areas of shallower water. These new habitats will support young fish and aquatic insects.
Re-profiling will also help to make the river bank more attractive. Fishermen will be able to cast off from the gravel beach rather than the bank.
Across the Washlands there are a number of historic channels, known as palaeochannels, that have been cut off from the main river.
Roach copyright 2020 Jack Perks (WildNet)
These historic channels provide extra habitat for wildlife alongside main channels. They often act as important seed banks for plants that were present before the channel was cut off; these plants then reappear when the channel is restored.
By opening up a historic channel on the Washlands, we would create resting areas for fish and aquatic insects away from the faster flows in the main River Trent channel. It would also improve the wet woodland, a type of habitat which has suffered a considerable loss across the UK over the last century. Wet woodland is an important habitat for otters, insects and other invertebrates like snails and spiders. It is hoped that opening up the channel on the Washlands will enhance the experience of the community who use the footpath that runs alongside it.
We have lost many of ponds over the last century in the UK and many of those that still exist are in a poor state.
Four-spotted chaser - (Libellula quadrimaculata) copyright 2020 Ross Hoddinott/2020VISION (WildNet)
Dragonfly pools and ponds are a great way to encourage wildlife into an area and can actually be home to more species of plants and insects than lakes and rivers. We will create a number of ponds varying in shape and size in order to encourage a wide range of wildlife to the Washlands.
Their ability to support lots of different aquatic plants creates habitats for insects such as water beetles, dragonflies, caddisflies and water snails. Ponds are also important for frogs, newts and toads, who use them to spawn in spring.
The ponds will vary in depth but will have shallow vegetated margins making them safe and easy to approach.
Many riverside fields have been ploughed and drained so that natural hollows no longer exist.
Little Egret copyright 2020 Garry Cox (WildNet)
Natural variations in ground level allow water to accumulate into shallow pools seasonally, which encourages insects and provides important habitat and food for wading birds. Wading birds are becoming less and less common across the UK due to habitat loss. Birds that you can expect to see on the Washlands include Snipe, Curlew and Egret.
Woody debris consists of tree trunks, branches, root boles, twigs and leaf litter that have fallen into rivers. Often this is removed, however woody debris is a vital component of watercourses and provides many benefits.
Mayfly copyright 2020 Jon Hawkins (Surrey Hills Photography)
Woody debris helps to increase floodwater storage by slowing the flow of water thereby increasing the travel time of water across a catchment. It also helps to improve water quality by removing fine silt.
Fish use woody debris as shelter from fast flows as well as nursery and feeding habitat. Insects such as cranefly and mayfly feed and live in woody debris during their larval stages before emerging from protruding twigs into their adult stage.
Himalayan balsam was introduced as a garden plant in 1839 and, whilst looking very pretty with large pink flowers, it is an invasive species.
Himalayan Balsam copyright 2020 Amy Lewis (WildNet)
Invasive species are a problem because they grow very fast and spread quickly along riverbanks and ditches preventing native plants from growing.
Because Himalayan balsam grows by water courses, the seeds can spread easily and cause further outbreaks downstream. In order to prevent further seed dispersal, the plants must be removed. We hope to get the community involved with this and are looking for volunteers who would be interested in doing some hand pulling of balsam in volunteer groups.
Do let us know if you or anyone you know are interested in doing this.
If you have any comments or feedback, we would love to hear from you. Please use the feedback form below.
Dredging has long been used as a form of flood management and involves the removal of sediment from the bottom and sides of river channels. It can also include the straightening and deepening of channels. Increased awareness of the impacts of dredging has revealed that as a form of flood management, it is not as effective as was originally thought. Although water levels in rivers have been seen to decrease where dredging has taken place, this is dependent on local conditions and doesn’t necessarily lead to reductions in flood risk.
Areas downstream from where dredging has taken place often experience exacerbated flooding due to the increase in discharge channelled downstream. Dredging also damages river ecosystems by directly affecting its physical habitat, disrupting riverine processes and reducing connectivity with the floodplain. Direct removal of sediment can impact specialised species such as invertebrates whilst making the channel more vulnerable to invasive non-native species such as signal crayfish and Himalayan balsam.
We have now entered a period where we are aiming to restore our rivers to a more natural profile and use more sustainable, holistic and natural management methods. These are better for us, our communities and our wildlife. Natural flood management techniques include the restoration, enhancement and alteration of natural features and characteristics but exclude traditional hard engineering flood defences that work against or disrupt natural processes.
Scrapes and pools are seasonal/temporary and the main focus is the benefits they bring to breeding waders which have a seen a massive decline over the last few decades. Research indicates that repeated cycles of wetting and drying turbid water in areas with little vegetation may lead to increases in mosquito numbers.
The pools and scrapes planned through this scheme will have vegetated margins and as such are able to reduce the stagnant conditions through nutrient cycling of the colonising aquatic plants. They will also provide habitat for wetland fauna which will feed upon mosquitoes and their larvae, thus reducing the risk of a population increase.
We are monitoring currently how the water is retained on the Washlands, and will formalise these areas to improve water retention. This means there is no net change to the wetting and drying, simply an improvement to the storage capacity of the floodplain. It is hoped that through the improvement of wetland habitat, we will see an increase in the breeding wader population which will appeal to birdwatchers. Furthermore, the wetlands will be attractive and improve the aesthetic value of the Washlands to visitors crossing the many bridges in the town. Part of the vision to be delivered by ESBC is to construct boardwalks to improve accessibility during flooding and allow people to get up close to wetland habitats.
River re-profiling involves the reshaping of a river’s banks. Due to the channelisation of the majority of our rivers, banks are often very steep. This makes it hard for plants to establish, and leaves few refuge spots for fish and invertebrates. Re-profiling creates areas of slower flowing water which are used as resting and nursery habitat for fish and invertebrates, and increases vegetation cover for mammals such as otter and water vole.
Yes - the ponds will have wide, shallow and vegetated margins and the depth will increase gradually into the middle of the pond.
If you have any comments or feedback, we would love to hear from you.
Please use the feedback form below.