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{{Geobox|River}}

The River Trent is one of the major rivers of England. Its source is in Staffordshire on the southern edge of the Pennines near Biddulph Moor. It then flows in an arc through the Midlands The river passes through Stoke-on-Trent, Burton-upon-Trent and Nottingham before joining the River Ouse at Trent Falls to form the Humber Estuary, which in turn flows into the North Sea.

Forming a once significant boundary between the north and south of England) until it joins the River Ouse at Trent Falls to form the Humber Estuary, which empties into the North Sea below Hull and Immingham.

The Trent is unusual amongst English rivers in that it flows north (for the second half of its route), and in exhibiting a tidal bore, the "Trent Aegir". The area drained by the river includes most of the northern Midlands.

Name

The name "Trent" comes from a Celtic word possibly meaning "strongly flooding". More specifically, the name may be a contraction of two Celtic words, tros ("over") and hynt ("way"). This may indeed indicate a river that is prone to flooding. However, a more likely explanation may be that it was considered to be a river that could be crossed principally by means of fords, i.e. the river flowed over major road routes. This may explain the presence of the Celtic element rid (c.f. Welsh rhyd, "ford") in various place names along the Trent, such as Hill Ridware, as well as the Old English‐derived ford. Another translation is given as "the trespasser", referring to the waters flooding over the land. According to Koch at the University of Wales, the name Trent derives from the Romano-British Trisantona, a Romano-British reflex of the combined Proto-Celtic elements *tri-sent(o)-on-ā- (through-path-AUG-F-) ‘great feminine thoroughfare’.

Prehistory

In the Pleistocene epoch (1.7 million years ago) the River Trent rose in the Welsh hills and flowed almost east from Nottingham through the present Vale of Belvoir to cut a gap through the limestone ridge at Ancaster and thence to the North Sea At the end of the Wolstonian Stage (c. 130,000 years ago) a mass of stagnant ice left in the Vale of Belvoir caused the river to divert north along the old Lincoln river, through the Lincoln gap. In a following glaciation (Devensian, 70,000 BC) the ice held back vast areas of water – called Glacial Lake Humber – in the current lower Trent basin. When this retreated, the Trent adopted its current course into the Humber.

Migration of course in historic times

Unusually for an English river, the channel altered significantly in historic times, and has been described as being similar to the Mississippi in this respect, especially in its middle reaches, where there are a numerous old meanders and cut-off loops.

An abandoned channel at Repton is described on an old map as 'Old Trent Water', records show that this was once the main navigable route, with the river having switched to a more northerly course in the 18th century. Further downstream at Hemington, archaeologists have found the remains of a series of medieval bridges across another abandoned channel. Researchers using aerial photographs, and historical maps have identified many of these palaeochannel features, one well documented example, being the cut-off meander at Sawley. The river's propensity to change course is referred to in Shakespeare's play Henry IV - Part 1:

Methinks my moiety, north from Burton here,

In quantity equals not one of yours:

See how this river comes me cranking in,

And cuts me from the best of all my land

A huge half-moon, a monstrous cantle out.

I'll have the current in this place damm'd up;

And here the smug and silver Trent shall run

In a new channel, fair and evenly;

It shall not wind with such a deep indent,

To rob me of so rich a bottom here.

Henry Hotspur's speech complaining about the river has been linked to the meanders near West Burton, however, given the wider context of the play with its fictional tripartite division of England following a possible revolt, it is thought that Hotspur’s intentions are of a grander design, diverting the river east, back to its ancestral course towards the Wash such that he would benefit from a much larger share of the divided Kingdom. Downstream of the Burton-on-Trent, the river increasingly trends northwards, cutting off a portion of Nottinghamshire and nearly all of Lincolnshire from his share, north of the Trent. The idea for this scene, may have been based on the disagreement regarding a mill weir near Shelford Manor, between local landowners the Earl of Shrewsbury and Sir Thomas Stanhope which culminated with a long diversion channel being dug to bypass the mill. This took place in 1593 so would have been a contemporary topic in the Shakespearian period.

This speech by Henry Hotspur complaining about the river is not considered to be about a local alteration in its course near West Burton nor Burton upon Stather but due to the fact that downstream of Burton upon Trent the river increasingly trends northwards, cutting off a portion of Nottinghamshire and nearly all of Lincolnshire from Hotspur’s share in the play's fictional division of England following a possible revolt. His intention being to block the river, and alter its course, such that it ran east, possibly to the Wash so that he benefitted from a much larger share of the divided Kingdom. The idea for the passage may have been based on the disagreement regarding a mill weir at Shelford, between local landowners the Earl of Shrewsbury and Sir Thomas Stanhope which culminated with a long diversion channel being dug to bypass the mill. This took place in 1593 so would have been a contemporary topic in the Shakespearian period.

Course

The Trent passes over a man-made waterfall in Hollin Wood just downstream from its source.

The Trent rises on the Staffordshire moorlands near the village of Biddulph Moor, from a number of sources including the Trent Head Well. It is then joined by other small streams to form the Head of Trent, which flows south, to the only reservoir along its course at Knypersley. Downstream of the reservoir it passes through Stoke on Trent and merges with the Lyme, Fowlea and other brooks that drain the 'six towns' of the Staffordshire Potteries to become the River Trent. On the southern fringes of Stoke, it passes through the landscaped parkland of Trentham Gardens.

The river then continues south through the market town of Stone, and after passing the village of Salt, it reaches Great Haywood, where it is spanned by the Elizabethan Essex Bridge near Shugborough Hall, at this point the River Sow joins it. The Trent now flows south-east past the town of Rugeley until it reaches Kings Bromley where it meets the Blithe. Following the confluence with the Swarbourn, it passes Alrewas and reaches Wychnor, where it is crossed by the A38 dual carriageway, which follows the route of the Roman Ryknild Street. The river turns north-east where it is joined by its largest tributary; the Tame, and immediately afterwards by the Mease; creating a larger river that now flows through a broad floodplain. The river continues north-east passing the village of Walton-on-Trent until it reaches the large town of Burton upon Trent.

Swarkestone Bridge

The river in Burton is crossed by a number of bridges including the ornate Victorian Ferry Bridge that links Stapenhill to the town. To the north-east of Burton the river is joined by the River Dove at Newton Solney and enters Derbyshire, before passing between the villages of Willington and Repton where it turns directly east to reach Swarkestone Bridge, King's Mill, Weston and Aston-on-Trent.

At Shardlow, where the Trent and Mersey Canal begins, the river also meets the Derwent at Derwent Mouth. Following this confluence, the river turns north-east and is joined by the Soar before reaching the outskirts of Nottingham, where it is joined by the River Erewash near the Attenborough nature reserve. As it enters the city, it passes the suburbs of Beeston, Clifton and Wilford; where it is joined by the Leen. On reaching West Bridgford it flows beneath Trent Bridge near the cricket ground of the same name, and beside Nottingham Forest football ground until it reaches Holme Sluices.

Newark Castle

Downstream of Nottingham it passes Radcliffe on Trent, Stoke Bardolph and Burton Joyce before reaching Gunthorpe with its bridge, lock and weir. The river now flows north-east below the Toot and Trent Hills before reaching Hazelford Ferry, Fiskerton and Farndon. To the north of Farndon, beside the Staythorpe Power Station the river splits, with one arm passing Averham and Kelham, and the other arm, which is navigable, being joined by the Devon before passing through the market town of Newark-on-Trent and beneath the town's castle walls. The two arms recombine at Crankley Point beyond the town, where the river turns due north to pass North Muskham and Holme to reach Cromwell Weir, below which the Trent becomes tidal.

The now tidal river, meanders across a wide floodplain, at the edge of which are located riverside villages such as Carlton and Sutton on Trent, Besthorpe and Girton. After passing the site of High Marnham power station, it reaches the only toll bridge along its course at Dunham on Trent. Downstream of Dunham the river passes Church Laneham and reaches Torksey, where it meets the Foss Dyke navigation which connects the Trent to Lincoln and the River Witham. Further north at Littleborough is the site of the Roman town of Segelocum, where a Roman road once crossed the river.

It then reaches the town of Gainsborough with its own Trent Bridge. The river frontage in the town is lined with warehouses, that were once used when the town was an inland port, many of which have been renovated for modern use. Downstream of the town the villages are often named in pairs, reflecting the fact that they were once linked by a river ferry between the two settlements. These villages include West and East Stockwith, Owston and East Ferry and West and East Butterwick. At West Stockwith the Trent is joined by the River Idle. The last bridge over the river is at Keadby where it is joined both by the Stainforth and Keadby Canal, and also by the River Torne.

Downstream of Keadby the river progressively widens, passing Amcotts and Flixborough to reach Burton upon Stather and finally Trent Falls. At this point, between Alkborough and Faxfleet the river joins the Ouse to form the Humber which flows into the North Sea.

Catchment

River Trent within England

The Trent basin covers a large part of the Midlands, and includes the majority of the counties of Staffordshire, Derbyshire, Leicestershire, Nottinghamshire and the West Midlands; but also includes parts of Lincolnshire, South Yorkshire, Warwickshire and Rutland. The catchment is located between the drainage basins of the Severn and the Warwickshire Avon to the south and west, the Weaver to the north-west, the tributaries of the Yorkshire Ouse to the North and the East Anglian river basins of the Welland, Witham and Ancholme to the East.

A distinctive feature of the catchment is the marked variation in the topography and character of the landscape, which varies from the upland moorland headwaters of the Dark Peak, where the highest point of the catchment is the Kinder Scout plateau at 634 metres (2,080 ft); through to the intensively farmed and drained flat fenland areas that exist alongside the lower tidal reaches, where ground levels can equal sea level. These lower reaches are protected from tidal flooding by a series of floodbanks and defences.

Elsewhere there is a distinct contrast between the open limestone areas of the White Peak in the Dove catchment, and the large woodland areas, including Sherwood Forest in the Dukeries area of the Idle catchment, the upland Charnwood Forest, and the National Forest in the Soar and Mease drainage basins respectively.

Land use

48% Arable 28% Pasture 17% Urban 4% Woodland 2% Natural Grassland 1% Wetlands & Lakes

Land use is predominantly rural, with some three-quarters of the Trent catchment given over to agriculture. This ranges from moorland grazing of sheep in the upland areas, through to improved pasture and mixed farms in the middle reaches, where dairy farming is important. Intensive arable farming of cereals and root vegetables, chiefly potatoes and sugar beet occurs in the lowland areas, such as the Vale of Belvoir and the lower reaches of the Trent, Torne and Idle. Water level management is important in these lowland areas, and the local watercourses are often maintained by Internal Drainage Boards and their successors with improved drainage often being assisted by the use of pumping stations to lift water into embanked carrier rivers, which subsequently discharge into the Trent.

The less populated rural areas are offset, by a number of large urbanised conurbations, including Stoke-on-Trent, Birmingham and the surrounding Black Country; there are also a number of separate cities in the basin including Leicester, Derby and Nottingham, together these contain the majority of the 6 million people who live in the catchment.

What is notable is that the majority of these urban areas are in the upper reaches of either the Trent itself, as is the case with Stoke, or the tributaries. For example, Birmingham lies at the upper end of the Tame, and Leicester is located towards the head of the Soar. Whilst this is not unique for an English river, it does mean that there is an ongoing legacy of issues relating to urban runoff, pollution incidents, and effluent dilution both from sewage treatment, industry and coal mining. Historically, these issues resulted in a considerable deterioration in the water quality of both the Trent, and its tributaries, especially the Tame.

Geology

Underlying the upper reaches of the Trent, are formations of Millstone Grit and Carboniferous Coal Measures which include layers of sandstones, marls and coal seams. The river crosses a band of Triassic Sherwood sandstone at Sandon, and it meets the same sandstone again as it flows beside Cannock Chase, between Great Haywood and Armitage, there is also another outcrop between Weston-on-Trent and Kings Mill.

Mercia Mudstone formation at Gunthorpe

Downstream of Armitage the solid geology is primarily Mercia Mudstones, the course of the river following the arc of these mudstones as they pass through the Midlands all the way to the Humber. The mudstones are not exposed by the bed of the river, as there is a layer of gravels and then alluvium above the bedrock. In places, however the mudstones do form river cliffs, most notably at Gunthorpe and Stoke Lock near Radcliffe on Trent, the village being named after the distinctive red coloured strata.

The low range of hills, which have been formed into a steep set of cliffs overlooking the Trent between Scunthorpe and Alkborough are also made up of mudstones, but are of the younger (Rhaetic) Penarth Group.

In the wider catchment the geology is more varied, ranging from the Precambrian rocks of the Charnwood Forest, through to the Jurassic limestone that forms the Lincolnshire Edge and the eastern watershed of the Trent. The most important in terms of the river are the extensive sandstone and limestone aquifers that underlie many of the tributary catchments. These include the Sherwood sandstones that occur beneath much of eastern Nottinghamshire, the Permian Lower Magnesian limestone and the carboniferous limestone in Derbyshire. Not only do these provide baseflows to the major tributaries, the groundwater is an important source for public water supply.

Gravel Terraces of the River Trent
Name	Age thousand yrs BP	Stage
Eagle Moor	> 400	Anglian
Etwall / Whisby Farm	297	Early Wolstonian
Egginton / Balderton	195	Late Wolstonian
Beeston / Scarle	80	Devensian
Holme Pierrepont	26	Devensian
Hemington	10	Flandrian

Sand, gravels and alluvium deposits that overlie the mudstone bedrock occur almost along the entire length of the river, and are an important feature of the middle and lower reaches, with the alluvial river silt producing fertile soils that are used for intensive agriculture in the Trent valley. Beneath the alluvium are widespread deposits of sand and gravel, which also occur as gravel terraces considerably above the height of the current river level. There is thought to be a complex succession of at least six separate gravel terrace systems along the river, deposited when a much larger Trent flowed through the existing valley, and along its ancestral routes through the water gaps at Lincoln and Ancaster.

This ‘staircase’ of flat topped terraces was created as a result of successive periods of deposition and subsequent down cutting by the river, a product of the meltwater and glacially eroded material produced from ice sheets at the end of glacial periods through the Pleistocene epoch between 450k and 12k years BP. Contained within these terraces is evidence of the mega fauna that once lived along the river, the bones and teeth of animals such as the woolly mammoth, bison and wolves that existed during colder periods have all been identified. Another notable find in a related terrace system near Derby from a warmer interglacial period, was the Allenton hippopotamus.

Gravel extraction at Besthorpe

The lower sequences of these terraces have been widely quarried for sand and gravel, and the extraction of these minerals continues to be an important industry in the Trent Valley, with some 3 million tonnes of aggregates being produced each year. Once worked out, the remaining gravel pits which are usually flooded by the relatively high water table have been reused for a wide variety of purposes. These include recreational water activities, and once rehabilitated, as nature reserves and wetlands.

Croxall lakes

During the end of the last (Devensian) glacial period the formation of Lake Humber in the lowest reaches of the river, meant that substantial lake bed clays and silts were laid down to create the flat landscape of the Humberhead levels. These levels extend across the Trent valley, and include the lower reaches of the Eau, Torne and Idle. In some areas, successive layers of peat were built up above the lacustrine deposits during the Holocene period, which created lowland mires such as the Thorne and Hatfield moors.

Hydrology

The topography, geology and land use of the Trent catchment, all have a direct influence on the hydrology of the river. The variation in these factors is also reflected in the contrasting runoff characteristics and subsequent inflows of the principal tributaries. The largest of these is the River Tame, which contributes nearly a quarter of the total flow for the Trent, with the other significant tributaries being the Derwent at 18%, Soar 17%, the Dove 13%, and the Sow 8%. Four of these main tributaries, including the Dove and Derwent which drain the upland Peak District, all join within the middle reaches, giving rise to a comparatively energetic river system for the UK.

Rainfall in the Trent valley

Rainfall

Rainfall in the catchment generally follows topography with the highest annual rainfall of 1,450 millimetres (57 in) and above occurring over the high moorland uplands of the Derwent headwaters to the north and west, with the lowest of 580 millimetres (23 in), in the lowland areas to the north and east. Rainfall totals in the Tame are not as high as would be expected from the moderate relief, due to the rain shadow effect of the Welsh mountains to the east, reducing amounts to an average of 691 millimetres (27.2 in) for the tributary basin. The average for the whole Trent catchment is 720 millimetres (28 in) which is significantly lower than the average for United Kingdom at 1,101 millimetres (43.3 in) and lower than that for England at 828 millimetres (32.6 in).

Like other large lowland British rivers, the Trent is vulnerable to long periods of rainfall caused by sluggish low pressure weather systems repeatedly crossing the basin from the Atlantic, especially during the autumn and winter when evaporation is at its lowest. This combination can produce a water-logged catchment that can respond rapidly in terms of runoff, to any additional rainfall. Such conditions occurred in February 1977, with widespread flooding in the lower reaches of the Trent when heavy rain produced a peak flow of nearly 1,000 cubic metres per second (35,000 cu ft/s) at Nottingham. In 2000 similar conditions occurred again, with above average rainfall in the autumn being followed by further rainfall, producing flood conditions in November of that year.

Another meteorological risk, although one that occurs less often, is that related to the rapid melting of snow lying in the catchment. This can be a result of a sudden rise in temperature after a prolonged cold period, or when combined with extensive rainfall. Many of the largest historical floods were caused by snowmelt, but the last such episode occurred when the bitter winter of 1946-7 was followed by a rapid thaw due to rain in March 1947 and caused severe flooding all along the Trent valley.

At the other extreme, extended periods of low rainfall can also cause problems. The lowest flows for the river were recorded during the drought of 1976, following the dry winter of 1975/6. Flows measured at Nottingham were exceptionally low by the end of August, and were given a drought return period of greater than one hundred years.

Discharge

Discharge of the River Trent at various locations
Gauging Station	County	Discharge (average)		Discharge (maximum)		Catchment Area
		m3/s	cfs	m3/s	cfs	km2	mi2
Stoke on Trent	Staffs	0.6	21	55	1,900	53	20
Great Haywood	Staffs	4.4	160	98	3,500	325	125
Yoxall	Staffs	12.8	450	206	7,300	1,229	475
Drakelow	Staffs	36.1	1,270	385	13,600	3,072	1,186
Shardlow	Derbys	51.6	1,820	480	17,000	4,400	1,700
Colwick	Notts	83.8	2,960	1,018	36,000	7,486	2,890
North Muskham	Notts	88.4	3,120	1,000	35,000	8,231	3,178

The river's levels and flows are measured at several points along its course, at a number of gauging stations. At Stoke-on-Trent in the upper reaches, the average flow is only 0.6 cubic metres per second (21 cu ft/s), which increases considerably to 4.4 cubic metres per second (160 cu ft/s), at Great Haywood, as it includes the flow of the upper tributaries draining the Potteries conurbation. At Yoxall, the flow increases to 12.8 cubic metres per second (450 cu ft/s) due to the input of larger tributaries including the Sow and Blithe. At Drakelow upstream of Burton the flow increases nearly three-fold to 36.1 cubic metres per second (1,270 cu ft/s), due to the additional inflow from the largest tributary the Tame. At Colwick near Nottingham, the average flow rises to 83.8 cubic metres per second (2,960 cu ft/s), due to the combined inputs of the other major tributaries namely the Dove, Derwent and Soar. The last point of measurement is North Muskham here the average flow is 88.4 cubic metres per second (3,120 cu ft/s), a relatively small increase due to the input of the Devon, and other smaller Nottinghamshire tributaries.

The Trent has marked variations in discharge, with long term average monthly flows at Colwick fluctuating from 45 cubic metres per second (1,600 cu ft/s) in July during the summer, and increasing to 151 cubic metres per second (5,300 cu ft/s) in January. During lower flows the Trent and its tributaries are heavily influenced by effluent returns from sewage works, especially the Tame where summer flows can be made up of 90% effluent. For the Trent this proportion is lower, but with nearly half of low flows being made up of these effluent inflows, it is still significant. There are also baseflow contributions from the major aquifers in the catchment.

break

River Trent at Colwick

Average monthly flows in cubic metres per second measured at Colwick (Nottingham).

Average monthly flows of Trent in cubic metres per second measured at Colwick (Nottingham).

Average monthly flows

Bani River at Douna

Average monthly flow (m³/s) at the Douna hydrometric station over the period 1922-1994.

Sediment

In the lower tidal reaches the Trent has a high sediment load, this fine silt which is also known as ‘warp', was used to improve the soil by a process known as warping, whereby river water was allowed to flood into adjacent fields through a series of warping drains, enabling the silt to settle out across the land. Up to 0.3 metres (0.98 ft) of deposition could occur in a single season, and depths of 1.5 metres (4.9 ft) have been accumulated over time at some locations. A number of the smaller Trent tributaries are still named as warping drains, such as Morton warping drain, near Gainsborough.

Warp was also used as a commercial product, after being collected from the river banks at low tide, it was transported along the Chesterfield Canal to Walkeringham where it was dried out and refined to be eventually sold as a silver polish for cutlery manufacturers.

Floods

Largest floods on the River Trent at Nottingham
Rank	Date	Level at Trent Bridge		Peak Flow
		m	ft	m3/s	cfs
1	February 1795	24.55	80.5	1,416	50,000
2	October 1875	24.38	80.0	1,274	45,000
3	March 1947	24.30	79.7	1,107	39,100
4	November 1852	24.26	79.6	1,082	38,200
5	November 2000	23.80	78.1	1,019	36,000
	Normal / Avg flow	20.7	68	84	3,000

The Trent is widely known for its tendency to cause significant flooding along its course, and there is a well documented flood history extending back for some 900 years. In Nottingham the heights of significant historic floods from 1852 have been carved into a bridge abutment next to Trent Bridge, with flood marks being transferred from the medieval Hethbeth bridge that pre-dated the existing 19th century crossing. Historic flood levels have also been recorded at Girton and on the churchyard wall at Collingham.

Trent Bridge flood marks

One of the earliest recorded floods along the Trent was in 1141, and like many other large historical events was caused by the melting of snow following heavy rainfall, it also caused a breach in the outer floodbank at Spalford. Some of the earliest floods can be assessed by using Spalford bank as a substitute measure for the size of a particular flood, as it has been estimated that the bank only failed when flows were greater than 1,000 cubic metres per second (35,000 cu ft/s), the bank was also breached in 1403 and 1795.

Early bridges were vulnerable to floods, and in 1309 many bridges were washed away or damaged by severe winter floods, including Hethbeth Bridge. In 1683 the same bridge was partially destroyed by a flood that also meant the loss of the bridge at Newark. Historical archives often record details of the bridge repairs that followed floods, as the cost of these repairs or pontage had to be raised by borrowing money and charging a local toll.

The largest known flood was the Candlemas flood of February 1795, which followed an eight week period of harsh winter weather, rivers froze which that meant mills were unable to grind corn, and then followed a rapid thaw. Due to the size of the flood and the ice entrained in the flow, nearly every bridge along the Trent was badly damaged or washed away. The bridges at Wolseley, Wychnor and the main span at Swarkestone were all destroyed. In Nottingham, residents of Narrow Marsh were trapped by the floodwaters in their first floor rooms, boats were used to take supplies to those stranded. Livestock was badly affected, 72 sheep drowned in Wilford and ten cows were lost in Bridgford. The vulnerable flood bank at Spalford was breached again, floodwaters spreading out across the low lying land, even reaching the River Witham and flooding Lincoln. Some 81 square kilometres; 31 square miles (20,000 acres) were flooded for a period of over three weeks.

Flood marks at Girton showing the height of the 1795 flood and others

A description of the breach was given as follows:

"The bank is formed upon a plain of sandy nature, and when it was broken in 1795, the water forced an immense breach, the size of which may be judged from the fact that eighty loads of faggots and upwards of four hundred tons of earth were required to fill up the hole, an operation which took several weeks to complete."

The flood bank was subsequently strengthened and repaired, following further floods in 1824 and 1852.

The principal flood of the 19th century and the second largest recorded, was in October 1875. In Nottingham a cart overturned in the floodwaters near the Wilford Road and six people drowned, dwellings nearby were flooded to a depth of 1.8 metres (6 ft). Although not quite as large as 1795 this flood devastated many places along the river, at Burton upon Trent much of the town was inundated, with flooded streets and houses, and dead animals floating past in the flood. Food was scarce, "in one day 10,000 loaves had to be sent into the town and distributed gratuitously to save people from famine". In Newark the water was deep enough to allow four grammar school boys, to row across the countryside to Kelham. The flood marks at Girton show that this flood was only 4 inches lower than that of 1795, when the village was flooded to a depth of 0.91 metres (3 ft).

West Bridgford in the floods of March 1947

On the 17-18 March 1947 the Trent which had been rising ever higher, overtopped its banks in Nottingham. Large parts of the city and surrounding areas were flooded with 9,000 properties and nearly a hundred industrial premises affected some to first floor height. The suburbs of Long Eaton, West Bridgford and Beeston all suffered particularly badly. Two days later, in the lower tidal reaches of the river, the peak of the flood combined with a high spring tide to flood villages and 2,000 properties in Gainsborough. River levels dropped when the floodbank at Morton breached, resulting in the flooding of some 200 square kilometres; 50,000 acres (78 sq mi) of farmland in the Trent valley.

Flooding on the Trent can also be caused by the effects of storm surges independently of fluvial flows, a series of which occurred in October and November 1954, resulting in the worse tidal flooding experienced along the lower reaches. These floods revealed the need for a tidal protection scheme, which would cope with the flows experienced in 1947 and the tidal levels from 1954, and subsequently the floodbanks and defences along the lower river were improved to this standard with the works being completed in 1965. In December 2013, the largest storm surge occurred on the Trent since the 1950s, when a low pressure weather system combined with high tides, and strong winds. The river levels generated by this surge overtopped the tidal flood defences in the area near Keadby and Burringham, flooding 50 properties.

Holme Sluices: part of the Nottingham flood defences

The fifth largest flood recorded at Nottingham occurred in November 2000, with widespread flooding of low lying land along the Trent valley, including many roads and railways. The flood defences around Nottingham and Burton constructed in the 1950s, following the 1947 event, stopped any major urban flooding, but problems did occur in undefended areas such as Willington and Gunthorpe, and again at Girton where 19 houses were flooded. The flood defences in Nottingham that protect 16,000 homes and those in Burton where they prevent 7,000 properties from flooding were reassessed after this flood, and were subsequently improved between 2006 and 2012.

History of navigation

River Trent
River Ouse and Humber Estuary The Island Sand Stainforth and Keadby Canal  A18  Keadby Bridge (shares bridge with rly) South Humberside Main Line  M180  bridge River Eau River Idle (vertical sluice) Chesterfield Canal, West Stockwith  A631  Trent Bridge, Gainsborough Sheffield - Lincoln Railway West Burton power stations Cottam power stations former Railway over Torksey Viaduct Fossdyke Navigation, Torksey Lock  A57  Dunham Toll Bridge former Chesterfield - Lincoln Rly High Marnham Power Station (site of) Cromwell Lock and weir  A1  Winthorpe Bridge East Coast Main Line Newark Nether Lock Nottingham - Lincoln Railway  A46  Newark Bypass Bridge Marina  B6326  Great North Rd. Bridge Newark Town Lock  A616  Bridge  A617  Bridge Marina  A46  Newark Bypass Bridge Nottingham - Lincoln Railway Averham Weir River Devon Hazelford lock and weirs Gunthorpe lock and weir  A6097  Gunthorpe Bridge Stoke lock and weir Nottingham-Grantham Rly over Rectory Junction Viaduct Holme lock, National Watersports Centre Grantham Canal Meadow Lane Lock Castle Lock Nottingham Nottingham Canal Beeston Lock Beeston Weir Cranfleet Lock Access Rd. / Thrumpton Weir Trent Viaducts Flood Lock Erewash Canal and River Soar Railway bridges Sawley Locks Sawley Marinas  B6540  bridge Flood Lock Sawley Weir  M1  bridge River Derwent Trent and Mersey Canal  B5010  Cavendish Bridge (limit of navigation)  A50  Bridge Railway bridge King's Mills (site of mill and lock) Disused railway bridge  A514  Swarkestone Bridge  B5008  Willington Bridge River Dove Trent and Mersey Canal Burton Mill (site of disused mills and lock) weir  A511  Burton Bridge Peel's Cut and Bond End Branch (formerly leading to Trent and Mersey Canal)  A5189  St Peters Bridge to source

Nottingham seems to have been the ancient head of navigation until the Restoration, due partly to the difficult navigation of the Trent Bridge. Navigation was then extended to Wilden Ferry, near to the more recent Cavendish Bridge, as a result of the efforts of the Fosbrooke family of Shardlow.

Later, in 1699, Lord Paget, who owned coal mines and land in the area, obtained an Act of Parliament to extend navigation up to Fleetstones Bridge, Burton, despite opposition from the people of Nottingham. Lord Paget seems to have funded the work privately, building locks at King's Mill and Burton Mills and several cuts and basins. The Act gave him absolute control over the building of any wharfs and warehouses above Nottingham Bridge. Lord Paget leased the navigation and the wharf at Burton to George Hayne, while the wharf and warehouses at Wilden were leased by Leonard Fosbrooke, who held the ferry rights and was a business partner of Hayne. The two men refused to allow any cargo to be landed which was not carried in their own boats, and so created a monopoly.

In 1748, the merchants from Nottingham attempted to break this monopoly by landing goods on the banks and into carts, but Fosbrooke used his ferry rope to block the river, and then created a bridge by mooring boats across the channel, and employing men to defend them. Hayne subsequently scuppered a barge in King's Lock, and for the next eight years goods had to be transhipped around it. Despite a Chancery injunction against them, the two men continued with their action. Hayne's lease ran out in 1762, and Lord Paget's son, the Earl of Uxbridge, gave the new lease to the Burton Boat Company.

The Trent and Mersey Canal was authorised by Act of Parliament in 1766, and construction from Shardlow to Preston Brook, where it joined the Bridgewater Canal, was completed by 1777. The canal ran parallel to the upper river to Burton on Trent, where new wharfs and warehouses at Horninglow served the town, and the Burton Boat Company were unable to repair the damaged reputation of the river created by their predecessors. Eventually in 1805, they reached an agreement with Henshall & Co., the leading canal carriers, for the closure of the river above Wilden Ferry. Though the river is no doubt legally still navigable above Shardlow, it is probable that the agreement marks the end of the use of that stretch of the river as a commercial navigation.

The Lower River

The first improvement of the lower river was at Newark, where the channel splits into two. The residents of the town wanted to increase the use of the branch nearest to them, and so an Act of Parliament was obtained in 1772 to authorise the work. Newark Navigation Commissioners were created, with powers to borrow money to fund the construction of two locks, and to charge tolls for boats using them. The work was completed by October 1773, and the separate tolls remained in force until 1783, when they were replaced by a 1 shilling (5p) toll whichever channel the boats used.

Users of the Trent and Mersey Canal, the Loughborough Canal and the Erewash Canal next demanded major improvements to the river down to Gainsborough, including new cuts, locks, dredging and a towing path suitable for horses. The Dadfords, who were engineers on the Trent and Mersey Canal, estimated the cost at £20,000, but the proposal was opposed by landowners and merchants on the river, while the Navigator, published in 1788, estimated that around 500 men who were employed to bow-haul boats would have lost their jobs. Agreement could not be reached, and so William Jessop was asked to re-assess the situation. He suggested that dredging, deepening, and restricting the width of the channel could make significant improvements to the navigable depth, although cuts would be required at Wilford, Nottingham bridge and Holme. This proposal formed the basis for an Act of Parliament obtained in 1783, which also allowed a horse towing path to be built. The work was completed by September 1787, and dividends of 5 per cent were paid on the capital in 1786 and 1787, rising to 7 per cent, the maximum allowed by the Act, after that. Jessop carried out a survey for a side cut and lock at Sawley in 1789, and it was built by 1793.

At the beginning of the 1790s, the Navigation faced calls for a bypass of the river at Nottingham, where the passage past Trent Bridge was dangerous, and the threat of a canal running parallel to the river, which was proposed by the Erewash and the Trent and Mersey Canal companies. In order to retain control of the whole river, they supported the inclusion of the Beeston Cut in the bill for the Nottingham Canal, which prevented the Erewash Canal company from getting permission to build it, and then had the proposal removed from the Nottingham Canal company's bill in return for their support of the main bill. The parallel canal was thwarted in May 1793, when they negotiated the withdrawal of the canal bill by proposing a thorough survey of the river which would lead to their own legislation being put before parliament. William Jessop carried out the survey, assisted by Robert Whitworth, and they published their report on 8 July 1793. The major proposals included a cut and lock at Cranfleet, where the River Soar joins the Trent, a cut, locks and weirs at Beeston, which would connect with the Nottingham Canal at Lenton, and a cut and lock at Holme Pierrepont. An Act of Parliament was obtained in 1794, and the existing proprietors subscribed the whole of the authorised capital of £13,000 (equivalent to £1,890,000 in 2023), themselves.

The aim of the improvements was to increase the minimum depth from 2 feet (0.6 m) to 3 feet (0.9 m). By early 1796, the Beeston cut was operational, with the Cranfleet cut following in 1797, and the Holme cut in 1800, with the whole works being finished by 1 September 1801. The cost exceeded the authorised capital by a large margin, with the extra being borrowed, but the company continued to pay a 7 per cent dividend on the original shares and on those created to finance the new work. In 1823 and again in 1831, the Newark Navigation Commissioners proposed improvements to the river, so that larger vessels could be accommodated, but the Trent Navigation Company were making a healthy profit, and did not see the need for such work.

Competition

The arrival of the railways resulted in significant change for the Company. Tolls were reduced to retain the traffic, wages were increased to retain the workforce, and they sought amalgamation with a railway company. The Nottingham and Gainsborough Railway offered £100 per share in 1845, but this was rejected. Tolls fell from £11,344 (equivalent to £1,260,000 in 2023), in 1839 to £3,111 (equivalent to £370,000 in 2023), in 1855. Many of the connecting waterways were bought by railway companies, and gradually fell into disrepair. In an attempt to improve the situation, the Company toyed with the idea of cable-hauled steam tugs, but instead purchased a conventional steam dredger and some steam tugs. The cost of improvements was too great for the old company, and so an Act of Parliament was obtained in 1884 to restructure the company and raise additional capital. Failure to raise much of the capital resulted in another Act being obtained in 1887, with similar aims and similar results. A third Act of 1892 reverted the name to the Trent Navigation Company, and this time, some improvements were carried out.

With traffic still between 350,00 and 400,000 tonnes per year, Frank Rayner became the engineer in 1896, and the company were persuaded that major work was necessary if the navigation was to survive. The engineer for the Manchester Ship Canal, Sir Edward Leader Williams, was commissioned to survey the river, while negotiations with the North Staffordshire Railway, who owned the Trent and Mersey Canal and had maintained its viability, ensured that some of the clauses from previous Acts of Parliament did not prevent progress. A plan to build six locks between Cromwell and Holme, and to dredge this section to ensure it was 60 feet (18 m) wide and 5 feet (1.5 m) deep was authorised by an Act of Parliament obtained in 1906. Raising finance was difficult, but some was subscribed by the chairman and vice-chairman, and construction of Cromwell Lock began in 1908. The Newark Navigation Commissioners financed improvements to Newark Town lock at the same time, and dredging of the channel was largely funded by selling the 400,000 tonnes of gravel removed from the river bed. At 188 by 30 feet (57.3 by 9.1 m), Cromwell lock could hold a tug and three barges, and was opened on 22 May 1911. The transport of petroleum provided a welcome increase to trade on the river, but little more work was carried out before the onset of the First World War.

Modernisation

Increased running costs after the First World War could not be met by increasing the tolls, as the company had no statutory powers to do so, and so suggested that the Ministry of Transport should take over the navigation, which they did from 24 September 1920. Tolls were raised, and a committee recommended improvements to the river. Nottingham Corporation invested some £450,000 on building the locks authorised by the 1906 Act, starting with Holme lock on 28 September 1921, and finishing with Hazelford lock, which was formally opened by Neville Chamberlain on 25 June 1926. A loan from Nottingham Corporation and a grant from the Unemployment Grants Committee enabled the Company to rebuild Newark Nether lock, which was opened on 12 April 1926.

In the early 1930s, the Company considered enlarging the navigation above Nottingham, in conjunction with improvements to the River Soar Navigation, between Trent Lock and Leicester. There were also negotiations with the London and North Eastern Railway, who were responsible for the Nottingham Canal between Trent Lock and Lenton. Plans for new larger locks at Beeston and Wilford were dropped when the Trent Catchment Board opposed them. The Grand Union declined to improve the Soar Navigation, because the Trent Navigation Company could not guarantee 135,000 tons of additional traffic. The Company also considered a plan to reopen the river to Burton, which would have involved the rebuilding of Kings Mills lock, and the construction of four new locks. An extra set of gates were added to Cromwell lock in 1935, effectively creating a second lock, while the Lenton to Trent Lock section was leased from the LNER in 1936, and ultimately purchased in 1946.

Barges near Hoveringham in 1954

Frank Rayner, who had been with the Company since 1887, and had served as its engineer and later general manager since 1896, died in December 1945. Sir Ernest Jardine, who as vice-chairman had partly funded the first lock at Cromwell in 1908, died in 1947, and the company ceased to exist in 1948, when the waterways were nationalised. The last act of the directors was to pay a 7.5 per cent dividend on the shares in 1950. Having taken over responsibility for the waterway, the Transport Commission enlarged Newark Town lock in 1952, and the flood lock at Holme was removed to reduce the risk of flooding in Nottingham. More improvements followed between 1957 and 1960. The two locks at Cromwell became one, capable of holding eight Trent barges, dredging equipment was updated, and several of the locks were mechanised. Traffic rose from 620,000 tonnes in 1951 to 1,017,356 tonnes in 1964, but all of this was below Nottingham. Commercial carrying above Nottingham ceased during the 1950s, to be replaced by pleasure cruising.

Although commercial use of the river has declined, the lower river between Cromwell and Nottingham can still take large motor barges up to around 150 feet (46 m) in length with a capacity of approx 300 tonnes. Barges still transport gravel from pits at Girton and Besthorpe to Goole and Hull.

Navigation today

'Tinno' passing Keadby

The river is legally navigable for some 117 miles (188 km) below Burton upon Trent. However for practical purposes, navigation above the southern terminus of the Trent and Mersey Canal (at Shardlow) is conducted on the canal, rather than on the river itself. The canal connects the Trent to the Potteries and on to Runcorn and the Bridgewater Canal.

Down river of Shardlow, the non-tidal river is navigable as far as the Cromwell Lock near Newark, except in Nottingham (Beeston Cut & Nottingham Canal) and just west of Nottingham, where there are two lengths of canal, Sawley and Cranfleet cuts. Below Cromwell lock, the Trent is tidal, and therefore only navigable by experienced, well-equipped boaters. Navigation lights and a proper anchor and cable are compulsory. Associated British Ports, the navigation authority for the river from Gainsborough to Trent Falls, insist that anyone in charge of a boat must be experienced at navigating in tidal waters.

Between Trent Falls and Keadby, coastal vessels that have navigated through the Humber still deliver cargoes to the wharves of Grove Port, Neap House, Keadby, Gunness and Flixborough. Restrictions on size mean that the largest vessels that can be accommodated are 100m long and 4,500 tonnes. The use of a maritime pilot on the Trent is not compulsory for commercial craft, but is suggested for those without any experience of the river. Navigation can be difficult, and there have been a number of incidents with ships running aground and in one case, striking Keadby Bridge. The most recent occurence involved the Celtic Endeavour being aground near Gunness for ten days, finally being lifted off by a high tide.

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Experience is especially necessary at Trent Falls, a lonely spot where the Trent joins the Yorkshire Ouse, to form the Humber estuary. The timetables of flows and tides of the two rivers and the estuary are very complex here, and vary through the lunar cycle. Boats coming down the Trent on an ebbing tide often have to anchor or beach themselves (sometimes in the dark) at Trent Falls to wait for the next incoming tide to carry them up the Ouse.

Trent Aegir

Main article: Trent Aegir

The Trent Aegir seen from West Stockwith, Nottinghamshire 20 September 2005

At certain times of the year, the lower tidal reaches of the Trent experience a moderately large tidal bore (up to five feet (1.5m) high), commonly known as the Trent Aegir (named for the Norse sea god). The Aegir occurs when a high spring tide meets the downstream flow of the river. The funnel shape of the river mouth exaggerates this effect, causing a large wave to travel upstream as far as Gainsborough, Lincolnshire, and sometimes beyond. The Aegir cannot travel much beyond Gainsborough as the shape of the river reduces the Aegir to little more than a ripple, and weirs north of Newark-on-Trent, Nottinghamshire stop its path completely.

The literal North/South divide

Main article: North-South divide in England

The Trent historically marked the boundary between Northern England and Southern England. For example the administration of Royal Forests was subject to a different Justice in Eyre north and south of the river, and the jurisdiction of the medieval Council of the North started at the Trent. Some traces of the former division remain: the Trent marks the boundary between the provinces of two English Kings of Arms, Norroy and Clarenceux. This divide was also described in Michael Drayton's epic topographical poem, Poly-Olbion, The Sixe and Twentieth Song, 1622:

And of the British floods, though but the third I be,

Yet Thames and Severne both in this come short of me,

For that I am the mere of England, that divides

The north part from the south, on my so either sides,

that reckoning how these tracts in compasse be extent,

Men bound them on the north, or on the south of Trent

Pollution

On 7 October 2009 the government announced that the Trent had suffered a serious pollution incident when cyanide and ammonia from partially treated sewage found its way into the river, killing thousands of fish.

Places along the Trent

Nottingham

Gainsborough

Burton upon Trent

Stone

Stoke

Newark

Rugeley

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Map showing riverside towns and cities along the course of the Trent

Cities and towns on or close to the river include:

• Stoke-on-Trent
• Stone
• Rugeley
• Burton upon Trent
• Castle Donington
• Derby
• Long Eaton
• Beeston
• Nottingham
• Newark-on-Trent
• Gainsborough

Crossing the Trent

Prior to the mid 18th century there were few permanent crossings of the river with only four bridges downstream of the Tame confluence at Burton, Swarkestone, Nottingham and Newark. There were, however, over thirty ferries that operated along its course, and numerous fords, where passage was possible, their locations indicated by the suffix ‘ford’ in many riverside place-names such as Hanford, Bridgford, and Wilford.

Barton Ferry in 1949

Glover noted in 1823 that all three types of crossing were still in use on the Derbyshire section of the Trent, but that the fords were derelict and dangerous. These fording points only allowed passage across the river when water levels were low, when the river was in flood a long detour could be required. One of the earliest known fords was the crossing at Littleborough, constructed by the Romans it was paved with flagstones, and supported by substantial timber pilings. The importance of these fords was demonstrated by their inclusion in the 1783 navigation Act, which limited any dredging at these sites so that they remained less than 0.61 metres (2 ft) deep.

Farndon ferry in 1907 showing the white frontage of the Britannia Inn

Ferries often replaced these earlier fording points, and were essential where the water was too deep, such as the tidal section of the lower river. As they were a source of income, they were recorded in the Domesday Book (Latin - passage aquae) at a number of locations including Weston on Trent and Fiskerton, both of which were still in operation in the middle of the 20th century. The ferry boats used along the Trent ranged in size from small rowing boats, to flat decked craft that could carry livestock, horses, and in some case their associated carts or wagons.

Wilden ferry, near Shardlow was first recorded in 1310, and was unusual in that it replaced a bridge, rather than visa-versa. A series of earlier medieval bridges had all been lost due to floods, in what was historically an unstable, meandering reach of the river. The ferry itself was replaced by Cavendish Bridge in 1760, which was also damaged beyond repair by a flood in March 1947, requiring a temporary bailey bridge to be used until a new concrete span was constructed in 1957.

Ferry Bridge built in 1889, crosses the river between Stapenhill and Burton

The delays caused when crossing by ferry often prompted the need for a replacement bridge, such was the case at Willington, Gunthorpe and Gainsborough where the ferry was replaced by a toll bridge.

At Stapenhill near Burton, there were similar calls for a new bridge, a tally of usage showed that the foot ferry was being used 700 times per day. The new Ferry Bridge was opened in 1889, although it needed the financial support of the brewer and philanthropist Michael Bass to pay for the construction, and later in 1898 to purchase the existing ferry rights so that it became free of tolls.

The toll bridges were mostly bought out by the county councils in the 19th century following government reforms, one of the earliest being Willington in 1898, the first toll free crossing was marked by a procession across the bridge and a day of celebration. The only toll bridge that remains across the Trent is at Dunham, although it is free to cross on Christmas and Boxing Day.

Power stations

Cottam Power Station

The tall chimneys and concave shaped cooling towers of the many power stations are a dominant and familiar presence within the open landscape of the Trent valley, which has been widely used for power generation since the 1940s.

The primary reason for locating so many generating stations beside the Trent was the availability of sufficient amounts of cooling water from the river. This combined with the nearby supplies of fuel in the form of coal from the Nottinghamshire and Yorkshire coalfields, and the existing railway infrastructure meant that a string of twelve large power stations were originally constructed along its banks. At one time these sites provided a quarter of the electricity needs of the UK, giving rise to the epithet 'Megawatt Valley'.

Once these early stations reached the end of their functional life, they were usually demolished, although in some cases the sites have been retained and redeveloped as gas fired power stations.

In downstream order, the power stations that continue to use, or have used the river as their source of cooling water are: Meaford, Rugeley, Drakelow, Willington, Castle Donington, Ratcliffe-on-Soar, Wilford, Staythorpe, High Marnham, Cottam, West Burton and Keadby.

The three largest remaining coal-fired stations at Ratcliffe, Cottam and West Burton still use domestic coal supplies, although this is now being replaced by imported coal brought by ship from abroad.

There is one hydroelectric power station on the river, at Beeston Weir.

Recreation on the Trent

Holme Pierrepont National Watersports Centre in Nottingham next to the River Trent

Along with other major rivers in the Midlands, the Trent is widely used for recreational activities, both on the water and along its riverbanks. The National Watersports Centre at Holme Pierrepont, near Nottingham combines facilities for many of these sports, including rowing, sailing and whitewater canoeing.

The Trent Valley Way created in 1998 as a long distance footpath, enables walkers to enjoy the combined attractions of ‘the river’s rich natural heritage and its history as an inland navigation’. Extended in 2012, the route now runs from Trent Lock in the south through to Alkborough where the river meets the Humber. It combines riverside and towpath sections, with other paths to villages and places of interest in the wider valley.

Historically swimming in the river was popular, in 1770 at Nottingham there were two bathing areas on opposite banks at Trent Bridge which were improved in 1857 with changing sheds and an assistant. Similar facilities were present in 1870 on the water meadows at Burton-on-Trent, which also had its own swimming club. Open water swimming still takes place at locations including Colwick Park Lake adjacent to the river, with its own voluntary lifeguards.

Rowing clubs have existed at Burton, Newark and Nottingham since the mid-1800s, with various regattas taking place between them, both on the river and on the rowing course at the national watersports centre.

Trent Valley Sailing Club near Trent Lock

Both whitewater and flat water canoeing is possible on the Trent, with published guides and touring routes being listed for the river. There is a canoe slalom course at Stone, a purpose built 700m artificial course at Holme Pierrepont, and various weirs including those at Newark and Sawley are all used for whitewater paddling. Various canoe and kayak clubs paddle on the river including those at Stone, Burton, and Nottingham.

Established in 1886 the Trent valley sailing club is one of two clubs that use the river for dingy sailing, regattas, and events. There are also a number of clubs that sail on the open water that has been created as a result of flooded gravel workings which include Hoveringham, Girton, and Attenborough.

Organised trips on cruise boats have long been a feature of the Trent, at one time steam launches took passengers from Trent Bridge to Colwick Park, similar trips run today but in reverse, starting from Colwick and passing through Nottingham they use boats known as the Trent Princess and Trent Lady. Others trips run from Newark castle, and two converted barges; the Newark Crusader and Nottingham Crusader, provide river cruises for disabled people via the St John Ambulance Waterwing scheme.

Tributaries

Although Spenser endowed the 'The beauteous Trent' with 'thirty different streams' the river is joined by more than twice that number of different tributaries, of which the largest in terms of flow is the Tame which drains most of the West Midlands, including Birmingham and the Black Country. The second and third largest are the Derwent and the Dove respectively; together these two rivers drain the majority of Derbyshire and Staffordshire, including the upland areas of the Peak District.

The Soar which drains the majority of the county of Leicestershire, could also be considered as the second largest tributary, as it has a larger catchment area than the Dove or Derwent, but its discharge is significantly less than the Derwent, and lower than the Dove.

In terms of rainfall the Derwent receives the highest annual average rainfall, whereas the Devon, which has the lowest average rainfall is the driest catchment of those tabulated.

Statistics of the Trent’s largest tributaries
Name	County	Length		Catchment Area		Discharge		Rainfall		Max. Altitude		Refs
		km	mi	km2	mi2	m3/s	cfs	mm	in	m	ft
Blithe	Staffs	47	29	167	64	1.16	41	782	30.8	281	922
Devon	Notts	47	29	377	146	1.57	55	591	23.3	170	560
Derwent	Derbys	118	73	1,204	465	18.58	656	982	38.7	634	2,080
Dove	Derbys	96	60	1,020	390	13.91	491	935	36.8	546	1,791
Erewash	Derbys	46	29	194	75	1.87	66	708	27.9	194	636
Greet	Notts	18	11	66	25	0.30	11	655	25.8	153	502
Idle	Notts	55	34	896	346	2.35	83	650	26	205	673
Leen	Notts	39	24	124	48	0.67	24	686	27.0	185	607
Soar	Leics	95	59	1,386	535	11.73	414	641	25.2	272	892
Sow	Staffs	38	24	601	232	6.33	224	714	28.1	234	768
Tame	West Mids	95	59	1,500	580	27.84	983	691	27.2	291	955
Torne	Lincs	44	27	361	139	0.89	31	615	24.2	145	476

List of Tributaries

Tributaries of the Trent

Alphabetical listing of tributaries, extracted from the Water Framework Directive list of water bodies for the River Trent: Tributary River Order Joins Trent at Bank Adlingfleet Drain 1 Adlingfleet Left Amerton Brook 60 Shirleywich Left River Blithe 55 Nethertown Left Bottesford Beck 8 East Butterwick Right Bourne Brook 54 Kings Bromley Right Catchwater Drain 16 West Burton Left Causeley Brook 68 Hanley Left Causeway Dyke 31 Bleasby Left Chitlings Brook 66 Hanford Left Cuttle Brook 42 Swarkestone Left Cocker Beck 33 Gunthorpe Left Darklands Brook 48 Drakelow Right River Devon 27 Newark Right River Derwent, Derby 40 Shardlow Left River Dove 47 Newton Solney Left Dover Beck 32 Caythorpe Left River Eau 9 Barlings, Scotter Right River Erewash 38 Attenborough Left Eggington Brook 46 Willington Left Fairham Brook 37 Clifton Bridge Right Ferry Drain 11 Owston Ferry Left Fledborough Beck 22 Fledborough Left Folly Drain 6 Althorpe Left Ford Green Brook 69 Milton Right Fowlea Brook 67 Stoke Right Gayton Brook 61 Weston Left Grassthorpe Beck (Goosemoor Dyke) 24 Grassthorpe Left River Greet 29 Fiskerton Left Healeys Drain 7 Burringham Right Holme Dyke (Bleasby) 30 Bleasby Left River Idle, Nottinghamshire 13 West Stockwith Left Laughton Drain 10 East Ferry Right River Leen 36 Wilford Left Longton Brook 63 Trentham Left Lyme Brook 65 Hanford Right Marton Drain 18 Marton Right River Mease 50 Croxall Right Milton Brook 43 Ingleby Right Moreton Brook 57 Rugeley Left Morton Warping Drain 14 Gainsborough Right North Beck 20 Church Laneham Left Old Trent (High Marnham) 23 High Marnham Left Ouse Dyke 34 Stoke Bradolph Left Park Brook 64 Trentham Right Pauper's Drain 3 Amcotts Left Polser Brook 35 Radcliffe on Trent Right Pyford Brook 52 Alrewas Right Ramsley Brook 41 King's Newton Right Repton Brook 45 Repton Right Rising Brook 58 Rugeley Right Rundell Dyke 28 Averham Left Scotch Brook 62 Stone Left Sewer Drain 19 Torksey Right Sewer Dyke (North Clifton) 21 North Clifton Right Seymour Drain 17 Cottam Left Shropshire Brook 56 Longdon / Armitage Left River Soar, Leicester 39 Trentlock Right River Sow 59 Great Haywood Right River Swarbourn 53 Wychnor Left River Tame 51 Alrewas Right Tatenhill Brook 49 Branston Left The Beck (Carlton on Trent) 26 Carlton on Trent Left The Fleet 25 Girton Right River Torne 5 Keadby Left Twyford Brook 44 Twyford Left Warping Drain (Keadby) 4 Keadby Left Warping Drain (Owston Ferry) 12 Owston Ferry Left Wheatley Beck 15 West Burton Left Winterton Beck 2 Bole Ings Right

Beeston Weir

Barton Ferry in 1949

See also

• List of rivers of Great Britain
• Trent River Authority

Bibliography

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