View allAll Photos Tagged towpath
Improvements to the Cheshire Ring Canals walk towpath between Ettiley Heath and Elworth, Sandbach, Cheshire
In bad weather I tend to ignore this stretch of the canal, between Hall Lane Bridge and Oakwood Lane Bridge. When the new pathway is finished it will be a lot better for walking in Winter.
Trent & Mersey Canal at the junction of Plant Lane and Oakwood Lane.
This is the "end of the line" so to speak,of the I&M Canal towpath at Peru,IL. It extended past Lock 15 because some riverboats would dock further away from the lock,as there was often a few boats waiting there.
There were these stone blocks along the Ohio Erie Canal Towpath, I was unsure if they had a purpose, but it made for a good foreground element in this shot. The horizon was holding on to the last bit of the glow from the sun, so I kept the photo darker to reflect that.
I branch off past the "Lucky Lady" cabin cruiser and join the Wheelock Rail Trail for the last part of an enjoyable afternoon.
Autumn Towpath Walk 20/09/2017.
found on the D&R canal towpath near New Brunswick, NJ. Pretty sure this is an amanita, although I am not certain yet of the species.
A teenager rides his bike erratically along the Birmingham Canal towpath. Canon EOS 50e with 20mm (20-35mm) lens and red filter. The narrow boat "The Daniel Eve" is moored in the background.
The blurring is courtesy of a slow(ish) shutter speed and is not Photoshop generated. This photo was set-up and each of the pics taken had the desired effect although this one is my favourite!
We weren't terrorising anyone on the towpath, honest! - it was totally deserted, we were from the narrowboat moored in the background.
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Return to industry along the Gippng in Stowmarket where at this point the river is flanked by ICI paints and the Atco/qualcast sites.
A walk from Enfield to Hertford along a towpath of The River Lee Navigation passing through Lea Valley park
All images are copyright
These photos make me think of the rivalry between canals and railways in the mid 19th Century, eventually won by the railways. The nicely surfaced towpath leads to Bournville, where the Cadburys chocolate is made.
This is part of my canal photos series.
Bridge 3.
Prince William Henry Bridge.
Foleshill Road.
Canalside Artwork
From the Prince William Henry Bridge, the canal passes a winding hole and the site of the wharf.
The woodland along with the waterside vegetation on the tow path side frames the vista of the Courtaulds clock tower and gives the canal a tranquil character.
The Coventry Canal dates from the early pioneering days of canal building in Britain and was promoted by a group of local business men with the chief aim in enabling the export of coal from their mines in north Warwickshire. In 1767 the Coventry Canal Company committee engaged James Brindley, the foremost canal engineer of the day, to survey a 38.5 mile route from Fradley to Coventry via Tamworth, Atherstone, Nuneaton and Bedworth. The construction of the canal required an Act of Parliament, which received Royal Assent on the 29th January 1768. The canal company appointed Brindley as engineer and surveyor and work began in Foleshill Parish, probably at Longford, in May 1768. The work proceeded in both directions and within six months coal was being transported from Bedworth to Longford. The canal reached the Coventry Basin on the 10th August 1769 where according to the Coventry Mercury newspaper;
"two boats laden with coal were brought to this city from this side of Bedworth. Being the first ones, they were received with loud cheers by a number of people who had assembled to witness their arrival".
James Brindley was also the engineer and surveyor of the Oxford Canal which was under construction at that time; Brindley anticipated that both canals would join together near Coventry to create a canal linking the Thames to the Mersey. The site of the junction was intended to be at Gosford Green to the east of Coventry City Centre, but the Oxford Canal Company decided that they wanted a junction at Bedworth instead. This would have saved the Coventry Canal Company the expense of building a branch to Gosford Green, but would also have deprived them of several miles of toll revenues. The dispute between the two companies dragged on and resulted in the Coventry Canal Company dismissing Brindley in September 1769 for his perceived clash of interests. A compromise was eventually agreed whereby the junction was built at Longford in 1777 with the canals running parallel alongside one another for a mile from Hawkesbury.
The Coventry Canal had reached Atherstone in 1772 but financial problems resulted in a lengthy break in construction and the final link to the Trent and Mersey Canal at Fradley was not completed until 1790. The completion of the link enabled goods traffic to travel from northern England to the south through Longford and meant that the four and a half miles from Longford to Coventry effectively become a branch serving the city.
The woodland along with the waterside vegetation on the tow path side frames the vista of the Courtaulds clock tower and gives the canal a tranquil character.
The Coventry Canal dates from the early pioneering days of canal building in Britain and was promoted by a group of local business men with the chief aim in enabling the export of coal from their mines in north Warwickshire. In 1767 the Coventry Canal Company committee engaged James Brindley, the foremost canal engineer of the day, to survey a 38.5 mile route from Fradley to Coventry via Tamworth, Atherstone, Nuneaton and Bedworth. The construction of the canal required an Act of Parliament, which received Royal Assent on the 29th January 1768. The canal company appointed Brindley as engineer and surveyor and work began in Foleshill Parish, probably at Longford, in May 1768. The work proceeded in both directions and within six months coal was being transported from Bedworth to Longford. The canal reached the Coventry Basin on the 10th August 1769 where according to the Coventry Mercury newspaper;
"two boats laden with coal were brought to this city from this side of Bedworth. Being the first ones, they were received with loud cheers by a number of people who had assembled to witness their arrival".
James Brindley was also the engineer and surveyor of the Oxford Canal which was under construction at that time; Brindley anticipated that both canals would join together near Coventry to create a canal linking the Thames to the Mersey. The site of the junction was intended to be at Gosford Green to the east of Coventry City Centre, but the Oxford Canal Company decided that they wanted a junction at Bedworth instead. This would have saved the Coventry Canal Company the expense of building a branch to Gosford Green, but would also have deprived them of several miles of toll revenues. The dispute between the two companies dragged on and resulted in the Coventry Canal Company dismissing Brindley in September 1769 for his perceived clash of interests. A compromise was eventually agreed whereby the junction was built at Longford in 1777 with the canals running parallel alongside one another for a mile from Hawkesbury.
The Coventry Canal had reached Atherstone in 1772 but financial problems resulted in a lengthy break in construction and the final link to the Trent and Mersey Canal at Fradley was not completed until 1790. The completion of the link enabled goods traffic to travel from northern England to the south through Longford and meant that the four and a half miles from Longford to Coventry effectively become a branch serving the city.
This is the path that donkeys used to use to haul boats through the Erie Canal. It runs along the Maumee River for about 9 miles from Waterville, Ohio to Grand Rapids, Ohio. It's a nice gentle place to ride my bike, and it has great scenery!
Just an iPhone snap, but I liked the clouds in the background. We cycled quite a distance up and down the canal on holiday - certainly one of the fastest ways to make progress and a good way to avoid getting lost.
Seen from the towpath of the Trent & Mersey Canal at Etruria, Stoke-on-Trent, The Potteries, Staffordshire, The Midlands.
This innovative floating towpath alongside the Limehouse Cut was built in July 2003. Walkers and local residents no longer have to endure the noise and fumes of the traffic or use a concrete underpass to get past the A12.
Bridge 3
Prince William Henry Bridge.
Foleshill Road.
Bridge Parapet Marker One
The Prince William Henry Bridge, built of blue engineering brick and dating from the late 19th or early 20th century.
Canal Entry Markers by Jon Mills
Six free standing and four bridge parapet markers, in steel, each of a different design and including reminiscences from local people about the canal. They are designed to draw attention to the canal by incorporating pictorial displays of local folk lore and past events.
The Coventry Canal dates from the early pioneering days of canal building in Britain and was promoted by a group of local business men with the chief aim in enabling the export of coal from their mines in north Warwickshire. In 1767 the Coventry Canal Company committee engaged James Brindley, the foremost canal engineer of the day, to survey a 38.5 mile route from Fradley to Coventry via Tamworth, Atherstone, Nuneaton and Bedworth. The construction of the canal required an Act of Parliament, which received Royal Assent on the 29th January 1768. The canal company appointed Brindley as engineer and surveyor and work began in Foleshill Parish, probably at Longford, in May 1768. The work proceeded in both directions and within six months coal was being transported from Bedworth to Longford. The canal reached the Coventry Basin on the 10th August 1769 where according to the Coventry Mercury newspaper;
"two boats laden with coal were brought to this city from this side of Bedworth. Being the first ones, they were received with loud cheers by a number of people who had assembled to witness their arrival".
James Brindley was also the engineer and surveyor of the Oxford Canal which was under construction at that time; Brindley anticipated that both canals would join together near Coventry to create a canal linking the Thames to the Mersey. The site of the junction was intended to be at Gosford Green to the east of Coventry City Centre, but the Oxford Canal Company decided that they wanted a junction at Bedworth instead. This would have saved the Coventry Canal Company the expense of building a branch to Gosford Green, but would also have deprived them of several miles of toll revenues. The dispute between the two companies dragged on and resulted in the Coventry Canal Company dismissing Brindley in September 1769 for his perceived clash of interests. A compromise was eventually agreed whereby the junction was built at Longford in 1777 with the canals running parallel alongside one another for a mile from Hawkesbury.
The Coventry Canal had reached Atherstone in 1772 but financial problems resulted in a lengthy break in construction and the final link to the Trent and Mersey Canal at Fradley was not completed until 1790. The completion of the link enabled goods traffic to travel from northern England to the south through Longford and meant that the four and a half miles from Longford to Coventry effectively become a branch serving the city.
A towpath is a road or trail on the bank of a river, canal, or other inland waterway. The purpose of a towpath is to allow a land vehicle, beasts of burden, or a team of human pullers to tow a boat, often a barge. This mode of transport was common where sailing was impractical due to tunnels and bridges, unfavourable winds, or the narrowness of the channel.
After the Industrial Revolution, towing became obsolete when engines were fitted on boats and when railway transportation superseded the slow towing method. Since then, many of these towpaths have been converted to multi-use trails. They are still named towpaths - although they are now only occasionally used for the purpose of towing boats.
Early use of inland waterway transport used the rivers, and while barges could use sails to assist their passage when winds were favourable or the river was wide enough to allow tacking, in many cases this was not possible, and gangs of men were used to bow-haul the boats. As river banks were often privately owned, such teams worked their way along the river banks as best they could, but this was far from satisfactory. On British rivers such as the River Severn, the situation was improved by the creation of towing path companies in the late 1700s. The companies built towing paths along the banks of the river, and four such companies improved a section of 24 miles (39 km) in this way between Bewdley and Coalbrookdale. They were not universally popular, however, as tolls were charged for their use, to recoup the capital cost, and this was resented on rivers where barge traffic had previously been free.
With the advent of artificial canals, most of them were constructed with towpaths suitable for horses. Many rivers were improved by artificial cuts, and this often gave an opportunity to construct a towing path at the same time. Even so, the River Don Navigation was improved from Tinsley to Rotherham in 1751, but the horse towing path was not completed on this section until 1822. On the River Avon between Stratford-upon-Avon and Tewkesbury, a towpath was never provided, and bow-hauling continued until the 1860s, when steam tugs were introduced.
While towing paths were most convenient when they stayed on one side of a canal, there were occasions where it had to change sides, often because of opposition from landowners. Thus the towpath on the Chesterfield Canal changes to the south bank while it passes through the Osberton Estate, as the Foljambes, who lived in Osberton Hall, did not want boatmen passing too close to their residence. On canals, one solution to the problem of getting the horse to the other side was the roving bridge or turnover bridge, where the horse ascended the ramp on one side, crossed the bridge, descended a cirular ramp on the other side of the river but the same side of the bridge, and then passed through the bridge hole to continue on its way. This had the benefit that the rope did not have to be detached while the transfer took place. Where the towpath reached a lock, which was spanned by a footbridge at its tail, the southerm section of the Stratford-on-Avon Canal used split bridges so that the horse line did not have to be detached. The rope passed through a small gap at the centre of the bridge between its two halves.
One problem with the horse towing path where it passed under a bridge was abrasion of the rope on the bridge arch. This resulted in deep grooves being cut in the fabric of the bridge, and in many cases, the structure was protected by cast iron plates, attached to the faces of the arch. These too soon developed deep grooves, but could be more easily replaced than the stonework of the bridge. While bridges could be constructed over relatively narrow canals, they were more costly on wide navigable rivers, and in many cases horse ferries were provided, to enable the horse to reach the next stretch of towpath. In more recent times, this has provided difficulties for walkers, where an attractive river-side walk cannot be followed because the towpath changes sides and the ferry is no more.
Not all haulage was by horses, and an experiment was carried out on the Middlewich Branch of the Shropshire Union Canal in 1888. Following suggestions by Francis W. Webb, the Mechanical Engineer for the London and North Western Railway at Crewe Works, rails were laid along a 1-mile (1.6 km) stretch of the towpath near Worleston, and a small steam locomotive borrowed from Crewe Works was used to tow boats. The locomotive ran on 18 in (457 mm) gauge tracks, and was similar to Pet, which is preserved in the National Railway Museum at York. It pulled trains of two and four boats at 7 mph (11 km/h), and experiments were also tried with eight boats. The canal's engineer, G. R. Webb, produced a report on the expected costs of laying rails along the towpaths, but nothing more was heard of the project, and the advent of steam and diesel powered boats offered a much simpler solution. The mules which assist ships through the locks of the Panama Canal are a modern example of the concept.
Towpaths are popular with cyclists and equestrians because they are mostly flat and long. In snowy winters they are popular with cross-country skiers and snowmobile users.
Although historically not designed or used as towpaths, acequia ditch banks also are popular recreational trails.
In Britain, most canals were owned by private companies, and the towpaths were deemed to be private, for the benefit of legitimate users of the canal. The nationalisation of the canal system in 1948 did not result in the towpaths becoming public rights of way, and subsequent legislation, such as the Transport Act of 1968, which defined the government's obligations to the maintenance of the inland waterways for which it was now responsible, did not include any commitment to maintain towpaths for use by anyone. However, some ten years later British Waterways started to relax the rule that a permit was required to give access to a towpath, and began to encourage leisure usage by walkers, anglers and in some areas, cyclists. The British Waterways Act of 1995 still did not enshrine any right of public access, although it did encourage recreational access of all kinds to the network, although the steady development of the leisure use of the canals and the decline of commercial traffic had resulted in a general acceptance that towpaths are open to everyone, and not just boat users. The concept of free access to towpaths is one of the proposals that will be enshrined in the legistation to transfer responsibility for the English and Welsh canals from British Waterways to the Canal & River Trust in 2012.
Not all towpaths are suitable for use by cyclists, but where they are, and the canal is owned by British Waterways, a permit is required. There is no charge for a permit, but it acts as an opportunity to inform cyclists about safe and unsafe areas to cycle. Some areas including London are exempt from this policy, but are covered instead by the London Towpath Code of Conduct. There is also a Two Tings policy in place, requiring bikes used on a towpath to be fitted with a bell, which should be rung twice when approaching pedestrians. Parts of some towpaths have been incorporated into the National Cycle Network, and in most cases this has resulted in the surface being improved.[
Thanks, Wikipedia
Bridge 3
Prince William Henry Bridge.
Foleshill Road.
The Prince William Henry Bridge, built of blue engineering brick and dating from the late 19th or early 20th century.
The Coventry Canal dates from the early pioneering days of canal building in Britain and was promoted by a group of local business men with the chief aim in enabling the export of coal from their mines in north Warwickshire. In 1767 the Coventry Canal Company committee engaged James Brindley, the foremost canal engineer of the day, to survey a 38.5 mile route from Fradley to Coventry via Tamworth, Atherstone, Nuneaton and Bedworth. The construction of the canal required an Act of Parliament, which received Royal Assent on the 29th January 1768. The canal company appointed Brindley as engineer and surveyor and work began in Foleshill Parish, probably at Longford, in May 1768. The work proceeded in both directions and within six months coal was being transported from Bedworth to Longford. The canal reached the Coventry Basin on the 10th August 1769 where according to the Coventry Mercury newspaper;
"two boats laden with coal were brought to this city from this side of Bedworth. Being the first ones, they were received with loud cheers by a number of people who had assembled to witness their arrival".
James Brindley was also the engineer and surveyor of the Oxford Canal which was under construction at that time; Brindley anticipated that both canals would join together near Coventry to create a canal linking the Thames to the Mersey. The site of the junction was intended to be at Gosford Green to the east of Coventry City Centre, but the Oxford Canal Company decided that they wanted a junction at Bedworth instead. This would have saved the Coventry Canal Company the expense of building a branch to Gosford Green, but would also have deprived them of several miles of toll revenues. The dispute between the two companies dragged on and resulted in the Coventry Canal Company dismissing Brindley in September 1769 for his perceived clash of interests. A compromise was eventually agreed whereby the junction was built at Longford in 1777 with the canals running parallel alongside one another for a mile from Hawkesbury.
The Coventry Canal had reached Atherstone in 1772 but financial problems resulted in a lengthy break in construction and the final link to the Trent and Mersey Canal at Fradley was not completed until 1790. The completion of the link enabled goods traffic to travel from northern England to the south through Longford and meant that the four and a half miles from Longford to Coventry effectively become a branch serving the city.