|
Gloucester Waterways Museum Index> Museum
Exhibits>
2.8 Level Three
Roses & Castles Gallery The
'roses & castles' style of painting became very popular on narrow
boats over a long period. The style probably grew out
of the cheap commercial art of the early 19th century, and as those
living on the boats became more isolated from the wider community,
it became more distinctive and stylised. As most company boats just
had simple designs on the outside, the 'roses & castles' style
was mainly used on cabin interiors and on equipment such as water cans, hand bowls and
nose cans for feeding horses. Owner boatmen also had 'roses &
castles' on outside of boat. The display includes historic
items from working boats and fine examples of more modern work in
five distinct groups - Painted Pride, Personal Property, All in
a Day's Work, Home Comforts, History & Mystery and Boatyards.
The History & Mystery group includes examples of work from the
nineteenth century, including the earliest known illustration of
'roses & castles' and some non-boat related items that may
have helped to inspire the fashion. Although all painters followed
the general style, each developed his own
technique, and an experienced eye can recognize the work of well
known artists.
Wide Boats to Wherries The
decoration on barges was very different from the 'roses
& castles' style popular on narrow boats and was usually
restricted to simple patterns. The display includes a wooden water
barrel from the Leeds & Liverpool Canal and a winch from a Sabrina
barge used on local waterways. Norfolk wherries often had a decorative
wind vane, and the image of a Welsh girl was particularly popular.
The model of a wherry includes such a wind vane. A
wall panel features photographs of vessels associated with
Gloucester and the waterways link to the Midlands.
Water Management Canals
need both a supply of water at the summit level and a means of controlling
lower levels as water flows down the system when the locks are operated
to allow the passage of boats. Many canals have a reservoir that
collects local streams and feeds the summit pound. In some cases,
a steam engine was needed to pump up water from a lower level or
water was extracted from a river via an adjustable weir. The beam
and paddle gear on display came from the weir which controlled the
flow in the River Frome at Whitminster and ensured that the
level was high enough to feed the Gloucester &
Sharpness Canal. To avoid excess
water flooding over a canal bank and possibly causing a breach,
each pound was provided with an overflow weir into a channel leading
to the pound below the next lock or sometimes into a convenient
stream. Pictures on display illustrate different designs of such weirs
that are one of the delights of the canal system today. Other pictures
show what happens when something goes wrong and a pound looses all
its water. Canal companies had
a responsibility to maintain the natural drainage of the area, particularly
ensuring that any culverts laid under the canal during construction
were kept free from blockage. The display includes two culverts
from the Coventry Canal, one being a bored-out tree trunk and the
other being a wooden box structure.
Maintenance Yards Each
canal company had at least one maintenance yard where carpenters
and blacksmiths were available to carry out repairs on locks and
bridges and to construct new lock gates and maintenance craft.
The display includes wood-working and engineer's tools, a three-legged
lewis for lifting a heavy stone block, a slide rule
for calculating engine horsepower, branding
irons and die stamps for marking company property and a drawing
office desk from Ellesmere Yard.
Temporary Exhibition A
large area is available for temporary exhibitions.
Tunnels Many
canals have one or more tunnels on the summit level. Although they
were expensive to build, they allowed a lower summit level which
could more easily be supplied by natural streams and they reduced
the number of locks needed. The longest in Britain is Standedge
Tunnel through the Pennines (3.24 miles) - recently reopened. The
main local tunnels are Sapperton on the T&S Canal (2.17 miles)
and Oxenhall on the H&G Canal (1.24 miles) - both currently
unusable. Early tunnels did not
have a towpath, and so it was necessary for men to lie on a plank
and move the boat forward by walking along the tunnel walls - known
as legging.
Dredging A
canal tends to accumulate silt washed down from the banks or carried
in by feeder streams. The display shows a typical spoon dredger
used on narrow canals to maintain a good depth of channel. The spoon
was suspended over the side of the boat from a simple crane and
was dug into the silt by being pulled forward by a winch. The spoon
was then lifted from the water and the silt deposited in the boat.
Bridges The
characteristic canal bridge is a simple arch over the water and
the towpath, but there are many other types around the canal network.
The display includes a model of a lifting bridge with a counterbalance,
and a nearby notice warns the user not to let the bridge drop down
with a bump, which evidently caused problems with this type of bridge.
Education Department This
area is used by visiting school groups and for weekend workshops,
introducing young people to the world of waterways.
For Index to Museum Notes, see www.gloucesterdocks.me.uk/museumnotes
|