River Sheaf
The River Sheaf in Sheffield, South Yorkshire, England, flows northwards, past Dore, through Abbeydale and north of Heeley. It then passes into a culvert, through which it flows under the centre of Sheffield before joining the River Don. This lower section of the River Sheaf, together with the River Don between the Blonk Street and Lady's Bridges, formed two sides of the boundary of Sheffield Castle.
The main tributaries of the Sheaf are the Porter Brook, which joins it beneath Sheffield Midland station, and the Meers Brook. The river has been polluted upstream through centuries of industrial activity, including iron and steel working, and is only slowly recovering. The river used to provide the power for a number of metal works, including the Grade I-listed Abbeydale Industrial Hamlet.
A River Sheaf Walk has been developed which follows the river from Granville Square out to Millhouses Park and beyond to the Peak District.
Name
Until the 17th century the name Sheaf was written as Scheth or Sheath. Sidney Oldall Addy equates the origins of this word with the Old English shed or sheth, which mean to divide, or separate. Historically, the Sheaf—along with its tributaries the Meers Brook and the Limb Brook—formed part of the border separating the Anglo-Saxon kingdoms of Mercia and Northumbria; it remained on the border between Yorkshire and Derbyshire into the 20th century. The city of Sheffield derives its name from the Sheaf.Course
The waters which form the River Sheaf rise as a series of streams on a ridge of gritstone between to the south west of the main city centre. The Blacka Dike, Needhams Dike and Redcar Brook combine to form Old Hay Brook, while Totley Brook is joined by Rodmoor Brook, and itself joins Old Hay Brook, after which the combined flow forms the Sheaf. Immediately below the junction, the river is crossed by the Hope Valley railway line, which then joins the Midland Main Line, and both cross back over to reach Dore and Totley railway station, which was built on the site of Walk Mill in 1872. The river shares its valley with the railway, and there are a further five crossings before both reach Sheffield Station.From the junction of the Redcar Brook and the Old Hay Brook to the city centre, the river descends by around, and this fall has resulted in it being harnessed to provide water power for a number of industries from at least the 16th century.
The river valley is broad, cutting through the underlying coal measures with its sandstones and clays, and the location of harder rock has been a major factor in where weirs and dams have been located. There are some 28 sites which have well-documented and long standing mills associated with them, and a further seven were located on some of the smaller tributaries, or were more transitory in nature. The Sheaf supplied a greater variety of industry than the other Sheffield rivers, partly because of its close proximity to Derbyshire, with its mineral reserves of lead. The lead ore was brought to the area around Dore, Totley and Norton, which was then in Derbyshire. There were at least ten mills where the ore was smelted in ore hearths, which used kiln-dried wood as the heat producing agent, and water-powered bellows to produce the temperatures required. As well as the lead smelting mills, there were a variety of corn and paper mills along the river, some of which were adapted in the 18th century to service the metal trades as they grew and expanded.
Walk Mill was one of the earliest known mills on the Sheaf, having been built around 1280 by the Canons of Beauchief Abbey as a fulling mill. After the abbey was dissolved in the reign of Henry VIII, it was used as a cutlers wheel. By 1746 John Tyzack was using it for grinding scythes, in 1797 Thomas Biggin was making knives for cutting hay and straw, and it was being used as a sickle mill in 1805. After a brief spell as a paper mill around 1826, it was occupied by Thomas Tyzack and Sons, who made saws. The site was sold to the Midland Railway by the Duke of Devonshire in 1871 to enable the construction of Dore and Totley station, and the last mill buildings were taken down in 1890.
Below Walk Mill, the Limb Brook flows in from the west. Whirlow Wheel was situated on the brook, and was used for milling corn between about 1586 until 1803, when a grinding wheel was added. With the building decaying, the site was sold to Sheffield Corporation in 1935. The roof of the building collapsed in 2006, but although there were calls to demolish it, the Friends of Whirlow Wheel campaigned for it to be retained until a use could be found for the site.
Abbeydale Works is located just below the Limb Brook and was powered by two water wheels. In 1855, these were supplemented by a steam engine, but the site declined after 1900. It was given to Sheffield Corporation in 1935 as an industrial museum, and only an active campaign by members of a local history group prevented its demolition. Restoration eventually began in 1964, and in 1970 it was opened as a museum, known as Abbeydale Industrial Hamlet. The Abbey Brook then joins the river from the east, below which the river is bordered by Millhouses Park. In order to reduce flooding and pollution of the river when the sewerage system is overloaded by heavy rainfall, Yorkshire Water excavated the park in 2004/5 to construct a tank capable of holding of storm water. The decision to build a tank rather than a vertical shaft was made after test boreholes found hard rock and high groundwater pressure in the area. The project cost £7.5 million, and included three more conventional shafts further down the river, which provide an additional of storage.
Little London wheel was used for the cutlery trade from the earliest known records in 1720. By 1814 it was described as a grinding and plating forge, and later was used for the production of scythes. When the railway was constructed, it crossed part of the dam, which was reduced in size by one eighth. By 1912 the water wheels had been modernised and there were two tilt hammers in operation. The owners moved their scythe production from Abbeydale Works to Little London on 1935, and the tilt hammers continued to be water-powered until the mid-1950s. Some of the equipment was dismantled in the 1970s and taken to Beamish Museum to be restored.
The next tributary is the Meers Brook, culverted for its last section under the suburban district of Meersbrook. Just below the junction is Heeley Station, built on the site of Heeley Wheel. The mill was demolished and the river was diverted by the railway company. Other sections of the river were also re-aligned in the 1860s to make way for the railway, and the weir at the site of Cooper Wheel, which can be seen from Havelock bridge, was probably built by the Midland Railway, as its orientation changed around that time.
From Granville Square to the Don, the river is almost entirely in culverts. The Midland Railway bought the water rights to allow them to build their station over the river. The site of Pond Tilt is now occupied by the station forecourt, and the goods yard covered its dam. The owners of Pond Forge vacated their site soon after the station was built, but attempted to get compensation for loss of water power as a result of the work.
At Granville Square, a large screen prevents debris from entering the culverts. Serious flooding in 1990 led to the construction of the first screen, and it was then refurbished in 2010, so that it could be continuously monitored by the Environment Agency. The Sheaf Screen is currently being replaced by a larger, automated version.
The river continues below ground to the edge of the station, where it is joined underground by the Porter Brook, which emerges from its own culvert to flow beside the station car park before passing under the station from the west. The two rivers meet under platform 5a, currently under a wooden access cover but the Sheaf & Porter Rivers Trust intend to replace this with a lightwell and information signs.
The river surfaces briefly by Pond Hill, before passing under the Ponds Forge district. It flows through a series of huge tunnels, with the most famous section known locally as the 'Megatron'. This was a very large brick arch, designed to carry the weight of the Rotherham Tramway which climbed exchange street. A decaying concrete section of culvert follows until the Sheaf joins the Don under Castlegate bridge, opposite Blonk Street bridge, named after Benjamin Blonk, who was the tenant of Castle Orchards Wheel from the 1750s to the 1770s.
Water quality
The Environment Agency measure water quality of the river systems in England. Each is given an overall ecological status, which may be one of five levels: high, good, moderate, poor and bad. There are several components that are used to determine this, including biological status, which looks at the quantity and varieties of invertebrates, angiosperms and fish, and chemical status, which compares the concentrations of various chemicals against known safe concentrations. Chemical status is rated good or fail.The water quality of the Sheaf was as follows in 2016.
| Section | Ecological Status | Chemical Status | Overall Status | Length | Catchment |
Planned flood defence scheme
In September 2014 Sheffield City Council announced plans for flood defences on the River Sheaf and its tributaries costing £12 million.Points of interest
Sheaf & Porter Rivers Trust
In early 2019, the Sheaf & Porter Rivers Trust was set up to encourage the regeneration and improvement of the River Sheaf & Porter Brook.Aims and Objectives of the Organisation
- Deculverting – the first priority is likely seizing the immediate opportunity at the Castle Market site where a 100 metre section of culvert is in an advanced state of decay and requires repair or removal. Other possible opportunities may arise from the master planning of the lower Sheaf Valley around the accommodation of High Speed Rail 2 at Midland Station – for instance the section of culverted river which runs between Ponds Forge leisure centre and Sheaf Street
- Daylighting – whilst removal of the culverts under the railway tracks of Midland Station is probably unrealistic the potential of sinking light‐pipes into the dark tunnels to allow fish and animal passage could be considered as part of the environmental mitigation of the scheme c) Improved public access to existing open channel sections and newly deculverted ones including access for fishing, kayaking and stewardship eg Pond Hill, Sheaf Gardens, Cutlers Walk, the Primrose etc
- Marking, celebrating the concealed course of the river where it remains hidden for now, using public art, trails etc and guided visits using trained guides
- Interpretation of the river’s history, wildlife and environmental functions and engagement with its neighbouring communities
- Promotion of good practice by riparian owners
- More sustainable urban drainage in the Sheaf corridor following the example of Grey to Green
River Sheaf Walk
https://www.sheafportertrust.org/explore-our-rivers
PDF Link to the full walk:
https://44a493e8-3701-49c1-aab2-eb883f0ca05a.filesusr.com/ugd/f2e522_e673cdaa9238430a8459a96af5ff7ff7.pdf