All about Battersea. Henry S. Simmonds
ancients as a very great luxury and it was held in high repute for the table by the Greeks and Romans and at their banquets it was introduced with particular ceremonies.
In England when caught in the Thames within the jurisdiction of the Lord Mayor of London it is a Royal Fish reserved for the Sovereign. The flesh is white, delicate, firm and nutritious. It is used both fresh, generally stewed. The largest species of Sturgeon is the Bielaga, or Huso. Huso (A. Huso) of the Black and Caspian seas and their rivers. It attains the length of 20 or 25 feet and has been known to weigh nearly 3000 lbs.
Near the site where now stands the Park Tavern at the corner of the New Road, opposite Mr. Featherstonhaugh's Brewery and not far from "The Plough & Harrow," were the flower gardens and beautiful residence of John Patient, Esq., afterwards occupied by Mr. Carne the Barge Builder. The house where Mr. Bennett, Lath-render, resides, and the house adjoining were used as a Private Asylum for the insane and was called "Sleaford House."
The picturesque and retired Country Parsonage, the residence of the Rev. J. G. Weddell, stood a considerable distance from the main road—"The Prince Alfred" tavern situate in Haine Street occupies the site. In this locality was a tenter-ground the entrance to which from the road was through a white gate.
A gateway at the commencement of "Hugman's Lane" which had "no thoroughfare" led to the works belonging to Peter Pariss and Son, Oil of Vitriol Manufacturers and Manufacturing Chemists. Mr. Wallace, who subsequently held these premises had them considerably enlarged to facilitate his project in working up gas liquor for making Sulphate of Ammonia, which is extensively used for agricultural purposes. The sewers in the neighbourhood became impregnated with a deleterious gas and the stench from the drains was intolerable. After considerable litigation with the Board of Works Mr. Wallace became a bankrupt.
By order of the Mortgagees on Wednesday and Thursday, March 3rd and 4th, 1880, Mr. Douglas Young sold by auction the plant and machinery of the above extensive works, including 5 large Cornish steam boilers, tubular boiler, 3 egg boilers, a bottle boiler, a 4000 gallon wrought iron tank, 12 smaller ditto, 4 large circular tanks, 5 steam barrel of various sizes, flange pipes, 3 large iron coils, about 70 tons old metal, several copper and iron boilers of various sizes, furnace fittings, weighing bridge by Hodgson and Stead, self-feeding boiler and engine, about 150,000 sound bricks, a large quantity of sound timber including balk timber, yellow deals, planks, battens, die-square, floor and lining boards, and 50 tons of breeze, several stacks of firewood, pantiles, drain pipes and other plant materials.
SLEAFORD STREET appears to have obtained an amount of respectability that it had not of yore. Once upon a time one side was nicknamed "Ginbottle Row," and the opposite side was called "Soapsuds Bay!" Mill-Pond Bridge was very narrow, about half its present width, with a low parapet on both sides.
If the following statement could be relied on, it would perhaps allay the fears created by certain alarmists respecting the physical limits to deep coal mining and duration of the coal supply. "There are coal deposits in various parts of Great Britain at all depths down to 10,000 or 12,000 feet. Mining is possible to a depth of 4,000 feet, but beyond this the high temperature is likely to prove a barrier. The temperature of a coal mine at a depth of 4,000 feet will probably be found as high as 120º Fahr.; but there is reason to believe that by the agency of an efficient system of ventilation the temperature may be reduced, at least during the cooler months of the year, as to allow mining operations without unusual danger to health. Adopting a depth of 4,000 feet as the limit to deep mining there is still a quantity of coal in store in Great Britain sufficient to afford the annual supply of twenty-two millions of tons for a thousand years."—Hull.[1]
[1] More than a quarter of a century ago, Professor Buckland when examined before the House of Commons, limits the supply to 400 years. Mr. Bailey in his Survey of Durham limits the supply to 200 years only. But some proprietors when examined in 1830 extended the period of total exhaustion of the mines to 1,727 years; they assumed that there are 837 square miles of coal strata in this field and that only 105 miles had been worked out.
"There were 2936 collieries in Britain in 1860; from these were raised 83,923,273 tons of coal. The greatly increasing consumption of coal has originated fears as to the possibility of the exhaustion of our mineral fuel. It appears that, while in 1820, only 15,000,000 tons were raised, in 1840, the amount had reached 30,000,000, and in 1860, it was nearly 84,000,000. At the same rate of increase the known coal, within a workable distance from the surface, would last at least 100 years. But the consumption, during the last twenty years of the century, would at the present increasing ratio amount to 1464 million tons a year, a quantity vastly greater than can be used. We need not, therefore, now begin to fear lest our coal-fields should be speedily used up."—Chambers's Encyclopedia.
"Early to bed and early to rise makes a man healthy, wealthy and wise," was a motto adopted by our forefathers when the inducements to promenade London streets by night were not so inviting as now.
"Ranelagh and Vauxhall were places of frivolous amusement resorted to even by the higher classes. From those and other haunts of folly, lumbering coaches or sedan chairs conveyed home the ladies through the dimly lighted or pitch dark streets, and the gentlemen picked their way over the ruggedly-paved thoroughfares, glad of the proffered aid of the link boys who crowded round the gates of such places of public entertainment or resort as were open at night, and who, arrived at the door to which they had escorted some fashionable foot-passenger, quenched the blazing torch in the trumpet-looking ornament which one now and then still sees lingering over the entrance to some house in an antiquated square or court, a characteristic relic of London in the olden time."
Street lighting was not known to the Greeks and Romans, it was therefore necessary for them whenever they went abroad after dark to carry flambeaux. Street lighting was first introduced at Paris about the beginning of the 16th century. An Edict was issued ordering the inhabitants to keep lights burning in their windows after nine at night. In 1558, lamps were exchanged for lanterns, and in 1671 these lanterns were ordered to be lighted from the 20th of October to the beginning of April. This however did not prove a satisfactory arrangement. At length a premium was offered by the Government for a dissertation on the best mode of lighting the streets. The successful competitors were a journeyman glazier, M. M. Bailly, Le Roy and Bourgeois Le Cheteaublanc. To the glazier was awarded a prize of 200 livres, and to the other three jointly 2,000 livres. The result of their suggestions was a general lighting of the streets by oil lamps set upon posts.
In London, lanterns were first used in 1688, and those inhabitants whose houses fronted the streets were ordered to hang out their lanterns and keep them burning from 6 to 11 o'clock at night; the number of lanterns thus used within the boundaries of the City of London was 5,000. Without the City, inclusive of the suburbs, the probability is that the number was 15,000.
In 1874, another act was passed for regulating the lighting of the City still further. Since the lighting of the streets, alleys, courts, etc., of our Metropolis with gas have come many other sanitary and social improvements, and it is not unlikely that under a wise Providence we owe to this invention as much security from the nightly depredations of burglars as much so as from the vigilance of the police.
The existence and inflammability of coal-gas has been known in England for two centuries. In the year 1659, Thomas Shirley correctly attributed the exhalations from the "burning well" at Wigan, in Lancashire, to the coal-beds which lie under that part of the country; and soon after, Dr. Clayton, influenced by Shirley, actually made coal-gas, and detailed the results of his labours in a letter to the Hon. Robert Boyle, who died in 1691. About a century later, 1753, Sir James Lowther communicated to the Royal Society a notice of a spontaneous evolution of gas at a colliery belonging to him at Whitehaven. Bishop Watson made many experiments on coal-gas, which he details in his Chemical Essays. Mr. R. Taylor, on the Coal-fields of China, says, "The Chinese artificially produce illuminating gas from bitumen coal we are certain. But it is a fact that spontaneous jets of gas derived from boring into coal-beds have for centuries been burning, and turned to that and other economical purposes. If the Chinese are not gas manufacturers, they are