An Analysis Of The Thames River Environmental Sciences Essay

The River Thames is a river fluxing through southern England and several other towns and metropoliss including Oxford, Reading and Windsor. It is the 2nd longest river in the United Kingdom and the longest river wholly in England. The Thames, the name was from the Middle English Temese, is translated from the Roman Celtic name for the river. Since the early twentieth century, some historiographers thought the name Isis, after the Egyptian goddess of that name ; it was called the Thames from Latin. The river gives its name to political names including The Thames Valley which is a part of England and the Thames Gateway which is the cardinal around the tidal Thames and the Thames Estuary in the Eastern London.

The Thames includes more than 80 islands and has both saltwater and fresh water. It ‘s utile by supported human activity by supplying habitation, H2O power, nutrient and drink, conveyance and touristry such as tidal river, Upper River, pilotage, athletics such as rowing, seafaring, skiffing, punting, canoeing. More than 24 Bridgess span the Thames in London, from Kew Bridge to Tower Bridge brings benefits for transit and trading.

Geographic location

Thames River is located in Southern London, the capital of the United Kingdom. It flows through Thames Head in Gloucestershire and the North Sea at the Thames Estuary. The Thames flows through Ashton Keynes, Crick lade, Lech lade, Oxford, Abingdon, Wallingford, Goring-on-Thames, Reading, Henley-on-Thames, Marlow, Maidenhead, Windsor, Eton, Stains, Sunbury, Weighbridge and Thames Ditto before come ining the Greater London country.

Thames River has its length of 346 kilometers ( 215 stat mi ) . The drainage country covers a big portion of South Eastern and Western England and the river is covered by over 20 feeders, drainage country of 4,994 square stat mis ( 12,934 km2 ) . Its volume is 17.6 m3/s when come ining Oxford and 24.8 m3/s when go forthing Oxford. ( Dot, Ian, 2001 ) .


Under the Emperor Claudius in AD 43, when the Romans occupied England and recognize how the River ‘s strategic is indispensable and of import in economic through the Thames Valley. They developed the Port of London when they established a colony called Londinium on the River Thames. During sixteenth century, it became a major trading and ship edifice country for the Saxons, Normans and Tudors.

In order to get away trading on London ‘s blocks, a Royal Commission was created the Port of London Authority. Since 1909, it started to supply quays, piers and warehouses. The Thames and London ‘s blocks were suffered greatly by 1000s of bombs and impacts on riverbank beginnings during the World War II.

By the eighteenth century, the Thames became the most celebrated trading in the universe. In 1825, it is effectual to construct London Bridge with few pillars, the river wholly stopped stop deading in cold winters. In the early 1980s, the Thames Barrier is similar with a inundation a channel which started utilizing to forestall London from deluging. It is normally left unfastened to allow ships travel through. In times of tidal rushs, the Gatess are shut to maintain the H2O out of the estuary. ( River Thames History, 2005 )

The river has been of import trade and transport path. Barges and river boats brought fish, wood and wool into the metropolis. Furthermore, merchandising ships were transporting all sorts of goods such as tea, silk, a luck of species from the East and sugar from the Caribbean, lumber from Norway and Fe ore from Sweden. The Thames besides supported worlds ‘ activity of agriculture, milling and edifice millruns and fish traps.

Impact of Human Use

Use H2O in life

More than 70 % of H2O used in the United States comes from river and lakes, merely 25 % from the groundwater. It is popular for riverside lodging in cardinal London home on houseboats. It besides uses for domestic intent, fish agriculture and industry. Furthermore, power Stationss take cold H2O from the Thames and utilize to make steam by firing fuel. Steams turn into turbines that produce electricity.

Drinking Water

The most benefit of the Thames River is to supply for imbibing H2O. It is the 2nd largest usage of river H2O for the public H2O supple. Thames provides more than 90 % fresh H2O of London ‘s H2O.

Water for industries

The industrial utilizations of H2O are legion. The industries produce metals, wood and paper merchandises, chemicals, gasolene and oils. Industrial H2O usage includes H2O used for such intents as fabricating, processing, rinsing, chilling, or transporting a merchandise ; incorporating H2O into a merchandise. All the industrial procedures use river H2O and groundwater.

River for leisure

Fishing is arguably Britain ‘s most popular athletics. The River Thames has a assortment of 120 fish species. In some countries without tidal on the Thames, Roach, Chub, Perch, Pike and Bream can all be found along the whole of the river. Motorboats are common on the Thames. There are many popular athleticss celebrated on Thames River such as rowing, seafaring, skiffing, punting, and canoeing.

River for transit and touristry

London is celebrated with many sightseeing Tourss on the boats, go around the most beautiful riverbank such as the Houses of Parliament and the Tower of London. There are many athletics activities and amusements on the Thames River ; it helps increase the figure of concern including boatbuilding, ships and marinas.

Thames River is utile for transit and trading. More than 24 Bridgess over river, it helps cut down traffic jams. Before Bridgess were built, when people want to traverse the river, they have to utilize ferry. When the towing path changed sides, it is easy for taking people by Equus caballus. Some ferries still use on the river. The Woolwich Ferry carries autos and people across the river in the Thames Gateway. Furthermore, it besides uses for merchandising goods such as forests, silk, wool, sugar, baccy from other states. ( Barrow, 2005 )


There are many types of pollutants in Thames River such as sewerage, carnal waste, and chemical fertilisers which include high sum of N and P. Vehicle fumess and industrial chemicals are great beginnings including the transmutation in the air and coastal Waterss.

Industrial wastes frequently contain metallic compounds such as Cu ; Fe ; Zn and other metals. These metals are stored in the deposit and after that they become oxygen and toxic. Tin is another common pollutants in seaports. It means tributary ( TBT ) which is utile for forming the bottoms of ships. Furthermore, it creates organic compounds such as assorted pesticides. During the 1990s, the degree of this pollution was decreased, and the giants have been protected from human activities.

Another type of pollutant is oil pollution when an oil oiler goes ashore a reef and spills it contents. Great harm is spread through to beach, bouldery shores, salt fens and mangrove woods. International jurisprudence now re International jurisprudence now requires that vas proprietors be responsible for any loss of oil, harm to bing ecosystems, and the costs of recommended killing.

In 1950, the H2O returned to well- O after constructing the several sewerage interventions. As we can compare with other rivers in the universe, Mississippi River, H2O near the underside has badly reduced O content over a really big country by 1998. Mobile animate beings such as fish and runt ca n’t populate in the hypoxic country such as boodles and worns.

Impact of a Proposed

Man- made and natural drainage characteristics work together to roll up and pull off storm H2O: gimmick basins ; overland conveyers ; belowground pipes ; outfalls and wet pools. A gimmick BASIC is called a storm cloaca drain by the grating on the kerb. Under the route, the gimmick basin helps to roll up H2O and provender into the pipe web. Sediment settles out into the underside of the gimmick basin. All H2O above the land finally flows into the belowground pipe system. Outfalls are the issue points from the belowground pipe system. London has more than 500 outfalls. It locates downtown in the Thames River, called storm H2O direction.

London has over 70 wet pools that collect rainwater. It helps to absorb and let go of back into watercourses more easy, cut down eroding and implosion therapy and better the H2O quality. Wet pools are created to assist pull off H2O flow and many characteristics natural flora and home ground for birds and animate beings.

In order to maintain the good quality H2O in Thames River, they use a rain barrel to roll up, reuse and converse H2O. Furthermore, the authorities has more rigorous policy to forestall people discharge chemicals, old pigment, oil, sewerage into the river.


Thames River is the longest river in London. It ‘s a major river because it provides more than 90 % of London ‘s H2O. Thames River brings many benefits to human such as yachting, fishing, touristry, transit, industry, power Stationss and makes people bask many popular and involvement athleticss. By human activity, H2O quality in Thames has been fluctuations. Day by twenty-four hours, it continues deteriorate because of beginnings upstream of the metropolis, every bit good as beginnings within the metropolis, including industry, storm H2O overflow and pollution control works discharges. In order to do the H2O clean, the authorities has many ways such as making pools. It collects rainwater, overflow and thaw snow. It helps to minimise eroding and better H2O quality.