Part 15 (1/2)
CHAPTER EIGHT.
LIVERPOOL AND GLASGOW.
After pa.s.sing Aberdovey and Barmouth, in Cardigan Bay, we sighted Saint Tudwell's Island; and then rounding Bardsey Island, on which stands a square white tower, ninety-nine feet in height, with one bright fixed light s.h.i.+ning far out over Saint George's Channel, we ran north past Porthdinlleyn, steering for Caernarvon, at the southern entrance of the Menai Straits.
As we sailed along we had a great deal of conversation about lifeboats.
They have been in existence since 1789, when the first boat built expressly for saving life was launched by Mr H. Greathead, a boat-builder at South s.h.i.+elds; but some years before that a London coach-builder--Mr Lionel Lukin--designed a boat which he called ”an unimmergible boat;” and, for the purpose of carrying out his experiments, he purchased a Norway yawl, which he tried in the Thames.
His plans were entirely successful. He soon afterwards fitted a coble, sent from Bamborough, in Northumberland. The Duke of Northumberland, approving of Mr Greathead's invention, ordered him to build a boat, which was afterwards stationed at North s.h.i.+elds. For a long time his plan was considered the best, and there are several of his lifeboats, which are impelled exclusively by oars, still in existence.
For years after their invention, the greater part of the coast was without lifeboats, until Sir William Hillary, who, while residing in the Isle of Man, had seen numerous vessels cast away, and lives lost, expressed his wishes to Mr Thomas Wilson, M.P. for the City of London; and the two gentlemen called a meeting in 1824, the result of which was the establishment of the ”Royal National Inst.i.tution for the Preservation of Life from s.h.i.+pwreck.” From that time forward great encouragement was given to the building of lifeboats; and there are few parts of the coast now without them. Of course, a lifeboat must differ greatly from a common open boat, for even the best of them is easily filled with water, or upset.
A lifeboat must be buoyant, and firmly ballasted, self-righting, containing plenty of s.p.a.ce for the rescued, strength to battle with the heavy seas, and power to resist the many strikings against rocks and wrecks. The buoyancy is obtained by having air chambers formed along the sides of the boat, and a watertight deck, the s.p.a.ce between which and the boat's floor is filled by air chambers. Beside this, at each end there are air cases built across, and reaching to the high gunwales of the bow and stern. The power of discharging water is obtained by forming a watertight deck at the load-water-line. In this deck there are several large open tubes, having their upper openings on the surface of the deck, and the lower ones in the boat's floor, thus pa.s.sing through the s.p.a.ce between the deck and the floor, and, of course, hermetically closed to it. In some boats the tubes are kept open, but in the self-righting boats they are fitted with self-acting valves, which open downwards only, so that they will allow any water s.h.i.+pped to pa.s.s through them, whilst none can pa.s.s upwards. Papa explained that, as the deck is placed above the water-line, any water resting on it will be above the outside level of the sea, and will run out through the valves and tubes into the sea. As fluids always gain their level by specific gravity, the water pa.s.ses through the valves until none remains above the surface of the deck. In the smaller lifeboats, which have no decks, the only way to relieve the boat is by bailing. It is important that a lifeboat should be well ballasted, especially the larger sailing-boats. These are now ballasted with water, which is let in after the boat is off the beach, and is allowed to fill every available s.p.a.ce to a certain height. By being thus heavily ballasted, they can make their way through the most tremendous seas, which would drive back any ordinary boat. Only once has a boat of this description been upset.
A very important feature is that of self-righting. This is obtained by having air chambers of large size, both at the bow and stern, placed high above the centre of gravity. As the boat must be well ballasted, she must have limited breadth of beam, as also limited side buoyancy.
By being properly ballasted, a boat can pa.s.s either through or over a sea without being driven astern. The raised air chambers prevent the sea breaking over her at the bow or stern; while, if she dips into the sea, she instantly rises again. By having a limited beam, she gains in speed, although she loses in stability; but, at the same time, if upset, she is much more speedily righted; while shorter oars are required, and fewer men to work them.
Papa was strongly in favour of the self-righting principle. The best boats are diagonally built, and copper-fastened. The planks are of mahogany, two thicknesses of half-inch board, with painted calico between them. The keel is of American elm, and the false keel is one piece of cast-iron, two and a half inches in width, by four and a half in depth, weighing nine hundredweight. The stem is of English oak, and the gunwale of American elm. The floors are of ash or oak. The deck is of mahogany, well caulked, and seven-eighths of an inch in thickness.
These boats are about thirty-three feet in length over all, eight feet in breadth, four feet in depth. They pull, when double-banked, ten oars, which are made of ash, or sometimes fir; and they carry five or six pairs of spare oars, to replace any which may be broken. They are fitted with life-lines outside, by which the men, if thrown out of the boat, can hold on to her, or people swimming can haul themselves on board. No other boats are built so strongly. The principle adopted for planking--that of placing the planks diagonally--gives the greatest possible strength and elasticity, while the mahogany used is of the best.
The lifeboats themselves are liable to disaster. They may be crushed by falling masts, or driven right on board a wreck, or against rocks, where, in spite of the efforts of their crews, they may be dashed to pieces. It is now very rarely the case that lifeboats are lost. In some places steamers are used to tow the lifeboat out to sea; but in most instances she alone can approach a wreck sufficiently near to take off the crew. The cost of establis.h.i.+ng a lifeboat on a station is estimated at eight hundred pounds, five hundred and fifty being the price of the boat, her stores, and carriage, and two hundred and fifty pounds that of a substantial boat-house, while the annual cost is about seventy pounds.
The weather was remarkably fine, and the sea smooth, as the wind was off sh.o.r.e. We were generally in sight of the cliffs, which extend along the coast, and had occasional glimpses of blue mountains beyond, Snowdon towering above them all, with the Isle of Anglesea on our port side, and the county of Caernarvon on the starboard. After pa.s.sing the entrance, the Straits widen out into a lake-like expanse; but the sh.o.r.es again close in where the town of Caernarvon is situated.
Except its far-famed castle, there is nothing very, particular to see in the town itself, which is not so picturesque as many we have visited. A small river, the Seiont, pa.s.ses close to it. The whole town is surrounded by walks united to the castle. The streets, though rather narrow, are laid out at right angles to each other, and are well paved and lighted. We landed, and traversed the town. We presently made our way to the castle. The external walls are ten feet thick, are nearly entire, and enclose a s.p.a.ce of three acres. Within them is a gallery running right round, with loop-holes for the discharge of arrows. We clambered up two or three of the towers, which had turrets on their summits; the most important of them is called the Eagle Tower. We were shown a dark chamber, twelve feet by eight; and our guide declared that it was the room in which the first Prince of Wales was born; but, as papa observed, that could not have been the case, as the tower was not built at the time; besides, it was not at all the sort of place the queen would have selected as her bed-chamber; it was far more likely to have been a prison or guard-room. The castle was built by Edward the First, soon after his conquest of Wales; and it was finished about the year 1293. We all considered it the finest ruin we had yet seen. About the time it was finished, the Welsh, led by Prince Madoc, attacked and captured the castle; when, according to the customs of the times, they put its garrison to death, and burnt the town.
Rather more than a century after, Owen Glendower attempted to take the castle, which was so gallantly defended by the governor placed in it by Henry the Fourth, that he was compelled to raise the siege. During the Civil Wars it was captured by the Parliamentary forces, under General Mytton. Such are the chief historical events I recollect connected with the fine old ruin.
A considerable number of trading vessels were alongside the quays, taking in slate and copper ore, the chief products of the district.
Enormous quant.i.ties of slate are exported from Wales.
We remained a night here, as it was too late to run through the Straits to Bangor. Early the following morning, however, the wind was fair, and we continued on the same course. The tide also favoured us. Had it been against us, as it runs at the rate of between five and six miles an hour, we should have made but little progress. The sh.o.r.es are high and picturesque, with villages here and there, and some handsome residences, the finest belonging to the Marquis of Anglesea.
We soon came in sight of the tubular bridge carrying the railway across the Straits. The distance between the cliffs on either sh.o.r.e is eleven hundred feet. It was curious, as we sailed under it, to look up to a height of one hundred and four feet, and to see these two enormous tubes above our heads. Their total length is one thousand eight hundred and thirty-three feet, which includes two hundred and thirty feet at either end resting on the land. The tubes are composed of wrought-iron plates, three quarters of an inch thick, tightly riveted together, the one carrying the up, and the other the down line. The bridge is supported by three vast piers, measuring sixty-two feet by fifty-three feet at their base. This wonderful work is considered to surpa.s.s that of the Menai Bridge. It may be asked how these tubes could ever have been got up to their present positions. This was accomplished by means of hydraulic presses of the most powerful description; indeed, it is a.s.serted that one of them could throw a stream of water twenty thousand feet into the air,--above five times higher than Snowdon, and five thousand feet higher than the summit of Mont Blanc. The bridge was commenced in 1846 by Robert Stephenson, and the first train pa.s.sed through it on the 1st of March, 1850; since which time no accident has happened to it.
A little further on we saw above us the celebrated Menai Bridge. The piers are each one hundred and fifty three feet high, and five hundred and fifty three feet apart. Sixteen iron chains, one thousand seven hundred and fifteen feet in length, pa.s.s from pier to pier, and support the bridge. The chains have a dip in the centre of forty-four feet, thus allowing the roadway to have a clear elevation of a hundred feet above high-water at spring tide. These sixteen chains are carried through sixty feet of solid rock. The whole length of the bridge is about one-third of a mile, including four arches at one end, and three at the other, which carry the road out to the two suspending piers. The bridge was opened in January, 1826. It was designed by Thomas Telford, the engineer. The work occupied six years, and cost 120,000 pounds,-- much less than an ironclad, and infinitely more useful and durable.
Before it was built people had to cross by a dangerous ferry. We were surprised to hear that the compensation given to the owners of the ferry for the surrender of their right amounted to 26,577 pounds--the annual income of the ferry being computed at 815 pounds 18 s.h.i.+llings.
We sailed on to Bangor, before which we brought-up in the Bay of Beaumaris. There is not much to see in the town itself, except that it is pleasantly situated. By climbing the hill above it we obtained a fine view over the island of Anglesea.
Our chief object in coming here was to see the slate quarries at Penrhyn. They are of enormous extent, and not less than three thousand men and boys are employed in them, whose wages amount to upwards of 2000 pounds per week; and it is calculated that upwards of 11,000 people, including wives and children, find subsistence from working these quarries. A railway conveys the slate about six miles, to the sh.o.r.es of the Menai Straits; and upwards of 70,000 tons of slate are annually exported, the income derived from them being 250,000 pounds per annum.
They are the property of the n.o.ble owner of the magnificent Penrhyn Castle.
We pa.s.sed through the village of Llandegai--a model of beauty and neatness--situated at the chief entrance of the castle grounds. We crossed over by the ferry to Beaumaris, in the island of Anglesea. It is a very picturesque place, on the north-western side of the bay called after it. The distance across the bay is about eight miles. From the sh.o.r.e we could distinguish Penmaenmawr, Puffin Island, Great Orme's Head, Conway Bay, and other interesting spots. The distance round the whole island is about eighty miles. On the western sh.o.r.e lies the island of Holyhead, joined to Anglesea by a bridge. This little island is made the chief port of departure for the Irish coast.
The appearance of Anglesea is not picturesque, as the country is level, and there are few trees; but it is surrounded by rocks on the northern sh.o.r.e. The most rugged portion is Moelfre Bay, where the unfortunate Royal Charter was wrecked, when so many people lost their lives.
Anglesea was the last part of England in which the Druids practised their rites. Many of the Druidical remains still exist, the most remarkable of which are called cromlechs--flat stones resting upon others, probably serving as altars. Anglesea was governed by its native princes until the reign of Edward the First, when it became subject to England. We made our way to the ivy-covered castle, which stands a short distance from the town. It is nearly square, has a round tower at each angle, and another at each side, and is surrounded by low ma.s.sive walls. The inner court is about one hundred and ninety feet square. To the north-west of it stands the banqueting hall, seventy feet long. On the east side is a chapel, in the Early English style of architecture.
The castle was built by Edward the First, soon after those of Conway and Caernarvon. It was surrounded by a deep fosse, which could be filled by water from the sea. It held out like that of Caernarvon, but was captured by the Parliamentary forces under General Mytton.