River Clyde

The River Clyde (Scottish Gaelic: Abhainn Chluaidh, pronounced [ˈavɪɲ ˈxl̪ˠuəj], Scots: Clyde Watter, or Watter o Clyde) is a river that flows into the Firth of Clyde in Scotland. It is the ninth-longest river in the United Kingdom, and the third-longest in Scotland. It runs through the major city of Glasgow. Historically, it was important to the British Empire because of its role in shipbuilding and trade. To the Romans, it was Clota,[3] and in the early medieval Cumbric language, it was known as Clud or Clut. It was central to the Kingdom of Strathclyde (Teyrnas Ystrad Clut).

River Clyde (In Scotland)
The River Clyde running through the city of Glasgow
Location
CountryScotland
Council areasSouth Lanarkshire, North Lanarkshire, Glasgow, Renfrewshire, West Dunbartonshire, Inverclyde, Argyll and Bute
CityGlasgow
Physical characteristics
SourceLowther Hills in South Lanarkshire
 • locationSouth Lanarkshire, Scotland, United Kingdom
 • coordinates55°24′23.8″N 3°39′8.9″W
MouthFirth of Clyde
 • location
Inverclyde, Argyll, Scotland, United Kingdom
 • coordinates
55°40′46.3″N 4°58′16.7″W
Length170 km (110 mi)[1]
Basin size4,000 km2 (1,500 sq mi)
Basin features
Designation
Official nameInner Clyde Estuary
Designated5 September 2000
Reference no.1036[2]

Etymology

The exact etymology of the river's name is unclear, though it is known that the name is ancient: It was called Clut or Clud by the Britons and Clota by the Romans. It is therefore likely that the name comes from a Celtic language—most likely Old British. But there is more than one old Celtic word that the river's name could plausibly derive from. One possible root is the Common Brittonic Clywwd, meaning 'loud' or 'loudly'.[4] More likely, the river was named after a local Celtic goddess, Clōta. The goddess's name in turn derives from an older, Proto-Celtic word meaning 'the strongly flowing one' or 'the holy cleanser'.

History

Prehistory

Humans have settled along the Clyde since the Paleolithic era. Artifacts dating from 12,000 BC have been found near Biggar, a rural town close to the river. Biggar is home to an archeological site at which Britain's most ancient artifacts have been unearthed.[5] Prehistoric canoes, used by ancient peoples for transport or trade, have been found in the river.[6] There are a number of Mesolithic sites along the Clyde, especially in the Upper Clyde Valley.[7] Permanent settlements and structures, including what is believed to be a temple to moon gods in Govan, were constructed in the area during the Neolithic and Bronze Ages. Celtic art, language, and other aspects of culture began spreading to the area from the south during this period, and prehistoric artifacts suggest that, by around 1000 BCE, they had become the dominant cultural influences there.

Ancient history

Before the legions of the Roman Empire arrived in southern Scotland, the river and the area surrounding it had been settled by the Brythonic-speaking Damnonii tribe. It has been suggested that a Damnonii town called Cathures was located there and was the precursor to modern Glasgow.[8] The Damnonii tribe originally distributed power among individual chiefdoms, but at some point before 500 AD the tribe politically unified and formed a centralised kingdom known as Strathclyde.

None of the documentary or archaeological evidence from the period when the Roman legions arrived suggests that battles took place in the area. Therefore the Roman legions and Damnonii tribespeople are assumed to have been on good terms and to have co-operated by means of trade and the exchange of military information. The Romans did, however, construct several forts (castra) in the area, notably on the banks of the Clyde. These include Castledykes, Bothwellhaugh, and Old Kilpatrick and Bishopton. The Romans also constructed several roads along the river, both small ones and larger ones designed to be used as trade routes and to carry entire legions. The Antonine Wall, which lies only a few miles from the river, was constructed later by the Romans as a means of defending the area against invasion by the Picts. Despite the strategic location and flat terrain of Glasgow and the surrounding Clyde basin, no Roman civilian settlement was ever constructed. Instead, the region mostly functioned as a frontier zone between the Roman province known as Britannia Inferior and the Caledonians, an indigenous group that was hostile to the Romans.

Kingdom of Strathclyde

Strathclyde was founded as an independent British kingdom, either during or shortly after the Roman occupation of Britain. The kingdom's core territory and much of its arable land was located around the Clyde basin. The kingdom was ruled from its capital, the near impenetrable Alt Clut fortress (Dumbarton Rock), which was situated on the river and overlooked much of the estuary. This fortress was noteworthy enough to have been referred to at the time in several letters and poems about Sub-Roman Britain, written by Gildas and others. Strathclyde remained a powerful kingdom during the early medieval period in Britain. It was also a reservoir of native Welsh culture: Its territory eventually expanded along the Clyde Valley, through the Southern Uplands and Ayrshire, and southward into Cumbria.

In the 7th century, Saint Mungo established a new Christian community on the banks of the Clyde, replacing Cathures. This community was the beginnings of what would become the city of Glasgow. Several villages on the Clyde that were founded then have endured to this day, and grown to become towns, including Llanerc (Lanark), Cadzow (Hamilton), and Rhynfrwd (Renfrew). The fortress of Altclut fell in the Siege of Dumbarton of 870 AD, when a force of Norse-Irish raiders from the Kingdom of Dublin sacked it. After that, the kingdom, now politically weakened, moved its capital to Govan. However, it never fully recovered, and in the 11th century it was annexed by the Kingdom of Alba.

Medieval and early modern history

In the 13th century, Glasgow, then still a small town, built its first bridge over the river Clyde. This was an important step in its ability to eventually grow into a city. The establishment, in the 15th century, of both the University of Glasgow and the Archdiocese of Glasgow, vastly increased the importance of the town within Scotland. From the early modern period onwards, the Clyde began to be used commercially as a trade route; trade between Glasgow and the rest of Europe became commonplace. In the centuries that followed, the Clyde became increasingly vital to both Scotland and Britain as a major trade route for exporting and importing resources.

Course
The Carstairs meanders

The Clyde is formed by the confluence of two streams, the Daer Water (the headwaters of which are dammed to form the Daer Reservoir) and the Potrail Water. The Southern Upland Way crosses both streams before they meet at Watermeetings (grid reference NS953131) to form the River Clyde proper. At this point, the Clyde is only 10 km (6 mi) from Tweed's Well, the source of the River Tweed, and is about the same distance from Annanhead Hill, the source of the River Annan.[9] From there, it meanders northeastward before turning to the west, where its flood plain serve as the site of many major roads in the area, and then reaches the town of Lanark.

That is where the late 17th- and early 18th-century industrialists David Dale and Robert Owen built mills and the model settlement of New Lanark on the banks of the Clyde. The mills harnessed the power of the Falls of Clyde, the most spectacular of which is Cora Linn. A hydroelectric power station still generates electricity there today, although the mills have now become a museum and World Heritage Site.

Catchment of the River Clyde
Tributaries of the River Clyde

The river then makes its way northwest, past the towns of Wishaw to the east of it and Larkhall to the west of it. The river's surroundings here become increasingly suburban. Between the towns of Motherwell and Hamilton, the course of the river has been altered to create an artificial loch within Strathclyde Park. Part of the original course can still be seen: It lies between the island and the eastern shore of the loch. The river then flows through Blantyre and Bothwell, where the ruined Bothwell Castle stands on a defensible promontory.

The river enters the urban environment here, with Glasgow to its north (background) and South Lanarkshire to its south (foreground).
Glasgow Green with Tidal Weir

As it flows past Uddingston and into the southeastern part of Glasgow, the river begins to widen, meandering through Cambuslang, Rutherglen, and Dalmarnock, and past Glasgow Green. From the Tidal Weir westwards, the river is tidal: a mix of fresh and salt water.[10]

The river has been artificially straightened and widened where it passes through the city centre. Although the new Clyde Arc now hinders access to the historic Broomielaw dockland area, seagoing ships can still come upriver by following the dredged channel as far as Finnieston, where the PS Waverley docks. From there, the river flows past the shipbuilding heartlands, through Govan, Partick, Whiteinch, Scotstoun, and Clydebank, all of which historically housed several major shipyards, of which only two remain today.

The river then flows west, out of Glasgow, past Renfrew, under the Erskine Bridge, and past Dumbarton on the northern shore and the sandbank at Ardmore Point between Cardross and Helensburgh. Opposite, on the southern shore, is the last remaining Lower Clyde shipyard, at Port Glasgow. The river continues on to Greenock, where it reaches the Tail of the Bank as the river merges into the Firth of Clyde. Here at the mouth of the Clyde, there is currently a significant ecological problem of oxygen depletion in the water column.[11]

The strath of the Clyde was the focus for the G-BASE project executed by the British Geological Survey in the summer of 2010.

Industrial growth
New Lanark Mill Hotel and Waterhouses by River Clyde
Shipping on the Clyde in Glasgow, by John Atkinson Grimshaw, 1881
River Clyde navigable channel and sandbanks, leading to the Tail of the Bank at the Firth of Clyde, seen from Port Glasgow looking over the redeveloped Lithgows shipyard site and Greenock's Great Harbour. The Gare Loch is ahead, Ardmore Point to the right.

The economic prosperity that the Clyde made possible at the beginning of the Industrial Revolution was due to the location of Glasgow, as a port facing the Americas. Tobacco and cotton trade began to drive this economic engine in the early 18th century. However, an obstacle to further economic growth soon became evident: the Clyde was too shallow for the largest ocean-going ships to navigate into it, so cargo had to be transferred, at Greenock or Port Glasgow, to smaller ships that could sail upstream into Glasgow itself.

Deepening the Upper Clyde

In 1768, John Golborne advised that the river should be made narrower and the scour increased by constructing rubble jetties and dredging sandbanks and shoals. Another obstacle to navigation that had to be solved was that the river divided into two shallow channels by the Dumbuck shoal near Dumbarton. After James Watt's 1769 report describing this problem, a jetty was constructed at Longhaugh Point to block off the southern channel. This turned out to be insufficient to solve the problem, so in 1773, a training wall called the Lang Dyke was built on the Dumbuck shoal to stop water flowing over into the southern channel of the river.

In the late 18th and early 19th centuries, hundreds of jetties were built out from the banks of the river between Dumbuck and the Broomielaw quay in Glasgow proper. In some cases, this construction had the effect of deepening the river, because the increased flow of the newly constrained water wore away the river bottom. In other cases, dredging was required to deepen the river.[12][13][14]

In the mid-19th century, engineers took on the task of a dredging of the Clyde much more extensively. They removed millions of cubic feet of silt to deepen and widen the channel. The major stumbling block encountered by that project was a massive geological intrusion known as Elderslie Rock.[15] Because that rock increased the project's difficulty, the work was not completed until the 1880s. Around this time, the Clyde became an important source of inspiration for artists, such as John Atkinson Grimshaw and James Kay,[16] who were interested in painting scenes that depicted the new industrial era and the modern world.

Shipbuilding and marine engineering
A Glasgow shipyard in 1944

The completion of the dredging was well-timed, because the channel finally became navigable all the way from Greenock to Glasgow just when the steelwork industry had begun to grow in the city. Shipbuilding replaced trade as the major activity on the river, and shipbuilding companies started rapidly establishing themselves there. The Clyde soon gained a reputation for being the best location for shipbuilding in the British Empire, and grew to become the world's pre-eminent shipbuilding centre. The term Clydebuilt became an industry symbol of high quality, and the river's shipyards were given contracts to build prestigious ocean-going liners, as well as warships. The Queen Mary and, in later years, the Queen Elizabeth 2 were built in the town of Clydebank.

Between 1712, when the Scott family's shipyard was built at Greenock, and the present day, over 25,000 ships have been built on the River Clyde, its firth, and its tributaries, the River Kelvin and the River Cart, by many boatyards, including those at Maryhill and Kirkintilloch on the Forth & Clyde Canal, and Blackhill on the Monkland Canal. Over the same time period, it is estimated that more than 300 firms have engaged in shipbuilding on Clydeside, although probably at most 30 to 40 firms were operating at any given time.

The shipbuilding firms became household names on Clydeside, and even around the world to some extent. These included, among many others, John Brown & Company of Clydebank, Denny of Dumbarton, Scott of Greenock, Lithgows of Port Glasgow, Simon and Lobnitz of Renfrew, Alexander Robertson & Sons of Linthouse, Fairfield of Govan, Inglis of Pointhouse, Barclay Curle of Whiteinch, Connell and Yarrow of Scotstoun. Almost as famous were the engineering firms that supplied the machinery needed to drive these vessels, including the boilers, pumps, and steering gear, including Rankin & Blackmore, Hastie's and Kincaid's of Greenock, Rowan's of Finnieston, Weir's of Cathcart, Howden's of Tradeston, and Babcock & Wilcox of Renfrew.

One shipyard that was known as a 'Clyde' shipyard was not actually located on any of the Clyde's waterways: Alley & MacLellan's Sentinel Works in Jessie Street at Polmadie is around half a mile distant from the Clyde. It is said to have constructed over 500 vessels, many of which were assembled and then 'knocked down' to kit form for despatch to a remote location, such as Chauncy Maples. Clyde shipbuilding reached its peak in the years just before World War I: It is estimated that, in the year 1913 alone, over 370 ships were completed.

Yachting and yachtbuilding

The first recorded Clyde racing yacht, a 46-ton cutter, was built by Scotts of Greenock in 1803. The pre-eminent Scottish yacht designer William Fyfe did not start designing yachts until 1807. The first yacht club on the Clyde was the Northern Yacht Club, which was established in 1824 and received its Royal Charter in 1831. The club was founded to organise and encourage the sport of yacht racing. By 1825, Scottish and Irish clubs were racing against each other on the Clyde. By the mid-19th century, yachting and yacht building had become widely popular.

The Clyde became famous worldwide for its significant contribution to yachting and yachtbuilding, and was the home of many notable designers: William Fife III, Alfred Mylne, G. L. Watson, E. McGruer, and David Boyd. It was also home to many famous yacht yards.

Robertson's Yard started repairing boats in a small workshop at Sandbank in 1876, and went on to become one of the foremost wooden boat builders on the Clyde. The 'golden years' of Robertson's yard were in the early 20th century, when they started building classic 12-and-15-metre (39 and 49 ft) racing yachts. More than 55 boats were built by Robertson's in preparation for World War I, and the yard remained busy even during the Great Depression in the 1930s, as many wealthy businessmen developed a passion for yacht racing on the Clyde. During World War II, the yard was devoted to Admiralty work, producing large, high-speed Fairmile Marine motor boats (motor torpedo boats and motor gun boats). After the war, the yard built the successful one-class Loch Longs and two 12 m (39 ft) challengers for the America's Cup, designed by David Boyd: Sceptre (1958)[17] and Sovereign (1964). Because of difficult business conditions in 1965, the yard turned to doing GRP production work (mainly building Pipers and Etchells), and it closed in 1980. During its 104-year history, Robertson's Yard built 500 boats, many of which are still sailing today.

Two other notable boatyards on the Clyde were Silvers, which operated from 1910 to 1970, and McGruers, which operated from 1910 to 1973. They were situated on the Rosneath peninsula on the banks of the Gare Loch, within half a mile of each other. McGruers built over 700 boats. Both yards built many widely-known and classic yachts, some of which are still sailing today.[18][19][20]

Glasgow Humane Society
Glasgow Humane Society patrols the River Clyde

The Glasgow Humane Society is responsible for the safety and preservation of life on Glasgow's waterways. Founded in 1790, it is the oldest lifesaving organisation in the world.

Shipbuilding decline
Although diminished from its early 20th-century heights, shipbuilding remains an important industry on Clydeside.

During and immediately after World War II, the Clyde's importance as a major industrial centre rapidly declined. During the war, the Luftwaffe singled out Clydebank for bombing, and its buildings sustained heavy damage. In the immediate postwar period, the sharp reduction in warship orders was initially balanced by a prolonged boom in merchant shipbuilding. But by the end of the 1950s, other countries had begun to establish well-capitalised and highly productive shipbuilding centres that were able to outcompete many of the European shipbuilding yards. Several Clydeside yards booked a series of loss-making contracts in the hope of weathering the storm, but their unprofitable circumstances continued for too long, and by the mid-1960s they faced potential collapse.[21] Harland and Wolff's Linthouse yard went under, and Fairfields of Govan faced bankruptcy. The government tried to limit the decline by creating the Upper Clyde Shipbuilders consortium, but the consortium became mired in controversy and collapsed in 1971. After that, James Callaghan's Labour government implemented the Aircraft and Shipbuilding Industries Act, which nationalised most of the Clyde's shipyards and grouped them with other major British shipyards, such as the firm British Shipbuilders.

Today, two major shipyards on the Upper Clyde remain in operation. They are both owned by a naval defence contractor, BAE Systems Surface Ships, which specialises in the design and construction of technologically advanced warships for the Royal Navy and other navies around the world. The two yards are the former Yarrow yard at Scotstoun, and Fairfields at Govan. In addition, the King George V Dock is operated by the Clyde Port Authority. Ferguson Shipbuilders, at Port Glasgow on the Lower Clyde, is now owned by the Scottish government. It is the last survivor of the many shipyards that once dominated Port Glasgow and Greenock. Its core business is now the construction of car ferries.

Regeneration

As of 2008, the Clyde Waterfront Regeneration project was expected to attract investment of up to £5.6bn in the area from Glasgow Green to Dumbarton.[22] Market gardens and garden centres have sprung up on the fertile plains of the Clyde Valley. Tourism has also brought many people back to the riverside, especially in Glasgow, where former docklands have given way to housing and amenities on the banks in the city. Examples include the Glasgow Harbour project, the Glasgow Science Centre, and the Scottish Exhibition and Conference Centre. The commercial Port of Glasgow has been moved downriver to take advantage of the deeper waters of the Firth of Clyde. And the river, which used to be plagued by pollution and sewage, has been extensively cleaned up to make it suitable for recreational use.

The Clyde Walkway, completed in 2005, is a foot- and mountain-bike path that follows the course of the Clyde between Glasgow and New Lanark. Scottish Natural Heritage has designated it one of Scotland's Great Trails.[23]

Pollution

The British Geological Survey has identified and evaluated organic chemical pollutants in the sediment of the Clyde estuary.[24][25][26] Surface sediments from the Glasgow reaches of the Clyde and Cuningar to Milton, were previously found to contain polyaromatic hydrocarbons (PAH) from 630 µg/kg to 23,711 µg/kg and polychlorinated biphenyl (PCB) in the range of 5 to 130.5 µg/kg, which puts these sediments in the range classified as "non-toxic."[24] However, a later study showed PCB concentrations as high as 5,797 µg/kg, which is above published threshold levels for such chlorinated compounds.[25] A comparison between individual PAH compounds that have different thermal stabilities shows that the source of PAH pollution in the Clyde is different in different parts of the river. PAH in the inner Clyde (Cuningar to Milton) are from combustion sources (vehicle exhaust, coal burning), whereas PAH in the outer Clyde are from petroleum spills.[24][25]

The amount and type of sedimentary pollution in the Clyde reflects the area's industrial history.[25] In order to assess how the nature of the pollutants has changed over time, from 1750 to 2002, seven sediment cores of one metre's depth were collected, and dated using lead concentrations and changing lead isotope ratios. The sediments showed a long but declining history of coal usage and, beginning around the 1950s, an increasing reliance on petroleum fuels. The decline of hydrocarbon pollution was followed by the appearance of PCB concentrations in the 1950s. Total PCB concentration levels peaked in the period 1965 to 1977, and declined beginning in the 1990s.[25] The Polmadie Burn, which flows into the Clyde at Richmond Park, remains heavily contaminated by hexavalent chromium, to the extent it turned bright green in 2019,[27] and yellow in April 2021.[28]

Although pollution from heavy industry and power generation has been decreasing, there is evidence that man-made pollution from new synthetic compounds in electrical products and textiles has been increasing.[26] The amounts of 16 polybrominated diphenyl ether (PBDE) compounds used as flame retardants in televisions, computers, and furniture upholstery were measured in sediment cores collected from six sites between Princes Dock and Greenock. Comparison of the amounts of PBDE compounds revealed a decline in certain compounds, in line with the European ban on production of mixtures containing environmentally harmful PBDE with eight and nine bromine atoms. At the same time, there was an increase in the amounts of the less harmful mixture, composed of ten bromine atoms.[26]

Media

The Clyde plays an important role in the Para Handy novels of Neil Munro, and subsequent adaptations. It also features in novels by Alasdair Gray, Matthew Fitt, and Robin Jenkins. It is mentioned in the "Ossian" poetry of James Macpherson, as well as the works of John Wilson, William McGonagall, Edwin Morgan, Norman McCaig, Douglas Dunn and W.S. Graham. It also features in the work of many visual artists, including William McTaggart, J.M.W. Turner, Robert Salmon, and George Wyllie.

The Clyde appears prominently in the films Young Adam, Sweet Sixteen, Just a Boys' Game, and Down Where the Buffalo Go, and was the subject of the Academy Award-winning film documentary Seawards the Great Ships. It is referenced in the traditional folk songs "Clyde's Water" and "Black Is the Color (of My True Love's Hair)", as well as "Song of the Clyde", which was popularised by Kenneth McKellar.

  • Bells Bridge
  • Millennium Bridge
  • Modern buildings, including the Clyde Auditorium, Finnieston Crane, Crowne Plaza Hotel and the SSE Hydro
  • The estuary opens out past Dumbarton.
  • Looking across to Dumbarton at low tide
  • Looking east toward Glasgow's CBD
  • South-facing view of the Tradeston bridge
  • Aerial view looking downstream along the River Clyde to the Erskine Bridge, the Firth of Clyde and the Argyll hills

Heat Pumps

The River Clyde, or more accurately the Clyde Estuary, has significant potential as a heat source. The flow rate downstream alone is around 50 m3/s.[29] Reducing this temperature by 3 °C would enable river heat pumps to extract 188.1 MW of heat. Since river heat pumps typically have an efficiency of 3.0, the heat deliverable is 1.5 times the river component. As a result, the estuary could deliver 282 MW of heat. The temperature of industrial heat pump delivery is typically 80 °C.

In 2020, West Dunbartonshire Council deployed a river source heat pump scheme in the area called Queens Quay. It is the first large heat pump scheme in Britain to deliver at 80 °C. The heat pumps were supplied by Star Refrigeration Ltd, who manufactured them in their Glasgow factory. The project was delivered by Vital Energi.

Heat Pump-QQ
Energy Centre
Heat Pump Titan-QQ

See also
  • Bodinbo Island
  • Bonnington Pavilion
  • HMNB Clyde
  • Red Clydeside
  • Rivers of Great Britain
  • Donald's Quay

References
  1. "River Clyde". Encyclopaedia Britannica. Retrieved 30 May 2019.
  2. "Inner Clyde Estuary". Ramsar Sites Information Service. Retrieved 25 April 2018.
  3. "TM Places". www.trismegistos.org.
  4. "What does the name 'Clyde' mean?". Answers.com. Retrieved 21 December 2020.
  5. "Scotland's oldest home found at 14,000 years old". The Scotsman.
  6. "The Glasgow Story". 21 December 2020.
  7. "Vol 14 (2005): People and their monuments in the Upper Clyde Valley:a programme of survey, field walking and trial excavation in the environs of the Blackshouse Burn Neolithic enclosure, South Lanarkshire, 1989--99 | Scottish Archaeological Internet Reports". journals.socantscot.org. Retrieved 28 July 2021.
  8. "The British Damnonii Tribe". 22 December 2020.
  9. The Tweed: Take a trip on a river flowing with history, The Independent, 21 April 2007
  10. "Tidal Weir". Glasgow City Council. 2017. Retrieved 9 August 2020.
  11. C.Michael Hogan. 2011. Irish Sea. eds. P.Saundry & C.Cleveland. Encyclopedia of Earth. National Council for Science and the Environment. Washington DC
  12. Chisholm, Hugh, ed. (1911). "Glasgow" . Encyclopædia Britannica. Vol. 12 (11th ed.). Cambridge University Press. p. 84.
  13. Riddell, John F (1999). "Improving the Clyde: the eighteenth century phase". In Goodman, David (ed.). The European Cities and Technology Reader. London: Routledge in association with the Open University. pp. 57–63. ISBN 0-415-20082-2.
  14. "Making the Clyde". Best Laid Schemes. Archived from the original on 18 January 2006. Retrieved 10 May 2007.
  15. "Removal of Elderslie Rock". The Glasgow Herald. 11 March 1886. Retrieved 8 April 2016.
  16. Macmillan, Duncan (1994). Scottish Art in the 20th Century. Edinburgh: Mainstream Publishing. pp. 31–32. ISBN 1-85158-630-X.
  17. "Sceptre". britishclassicyachtclub.org. Archived from the original on 14 April 2005. Retrieved 3 October 2010.
  18. "A brief history of Silvers Marine". Silvers marine.
  19. "Register of Scottish-built ships". Clydeships.co.uk.
  20. "Colourful history of McGruers". Helensburgh heritage.
  21. Harris, Hilary. "Seaward the Great Ships". Moving Image Archive. National Library of Scotland. Retrieved 11 November 2017.
  22. "Clyde Waterfront Regeneration". Clyde Waterfront. 16 June 2008. Retrieved 25 September 2008.
  23. "Trails". Scotland's Great Trails. Retrieved 18 August 2018.
  24. Vane, C.H., Harrison, I., Kim, A.W. (2007). "Assessment of Polyaromatic Hydrocarbons (PAHs) and Polychlorinated Biphenyls (PCBs) in surface sediments of the Inner Clyde Estuary, U.K." Marine Pollution Bulletin. 54 (8): 1301–1306. doi:10.1016/j.marpolbul.2007.04.005. PMID 17553529.{{cite journal}}: CS1 maint: multiple names: authors list (link)
  25. Vane, C.H., Chenery, S.R., Harrison, I., Kim, A.W., Moss-Hayes, V., Jones, D.G (2011). "Chemical Signatures of the Anthropocene in the Clyde Estuary, UK: Sediment hosted Pb, 207/206Pb, Polyaromatic Hydrocarbon (PAH) and Polychlorinated Biphenyl (PCB) Pollution Records" (PDF). Philosophical Transactions of the Royal Society A. 369 (1938): 1085–111. doi:10.1098/rsta.2010.0298. PMID 21282161. S2CID 1480181.{{cite journal}}: CS1 maint: multiple names: authors list (link)
  26. Vane, C.H., Yun-Juan Ma, She-Jun Chen and Bi-Xian Mai. (2010). "Inventory of Polybrominated diphenyl ethers (PBDEs) in sediments of the Clyde Estuary, U.K." Environmental Geochemistry & Health. 32 (1): 13–21. doi:10.1007/s10653-009-9261-6. PMID 19347590. S2CID 102768.{{cite journal}}: CS1 maint: multiple names: authors list (link)
  27. "Harmful chemicals in green Glasgow burn to be flushed". BBC News. 19 February 2019. Retrieved 27 April 2021.
  28. Suter, Ruth (26 April 2021). "SEPA called to investigate 'toxic' Glasgow burn". The Glasgow Times. Retrieved 27 April 2021.
  29. "NRFA Station Mean Flow Data for 84013 - Clyde at Daldowie".

Further reading
  • Millar, William John. The Clyde: from its source to the sea, its development as a navigable river.... (1888)
  • Shields, John. Clyde built: a history of ship-building on the River Clyde (1949)
  • Walker, Fred M. Song of the Clyde: a history of Clyde shipbuilding (1984), 233 pages
  • Williamson, James. The Clyde passenger steamer (1904) full text
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