FORE:An attempt was made during the Session to mitigate the evils of the Game Laws, and a Bill for legalising the sale of game passed the Commons with extraordinary unanimity. In the House of Lords the Bill met with determined opposition. In vain Lord Wharncliffe demonstrated the demoralising and disorganising effects of the Game Laws. Lord Westmoreland was shocked at a measure which he declared would depopulate the country of gentlemen. He could not endure such a gross violation of the liberty of the aristocratic portion of the king's subjects; and he thought the guardians of the Constitution in the House[306] of Commons must have been asleep when they allowed such a measure to pass. Lord Eldon, too, who was passionately fond of shooting, had his Conservative instincts aroused almost as much by the proposal to abolish the monopoly of killing hares and pheasants, as by the measure for admitting Roman Catholics into Parliament. The Bill was read a second time, by a majority of ten; but more strenuous exertions were called forth by the division, and the third reading of this Bill to mitigate an iniquitous system was rejected by a majority of two. Lord Eldon's familiarity with the principles of equity did not enable him to see the wrong of inflicting damage to the amount of 500,000 a year on the tenant farmers of the country, by the depredations of wild animals, which they were not permitted to kill, and for the destruction caused by which they received no compensation.In 1720 Colin Maclaurin, the successor of James Gregory in the mathematical chair at Edinburgh, published his "Geometrical Organica," a treatise on curves; in 1742 his admirable treatise on Fluxions; and in 1748 his treatise on Algebra. Dr. Robert Simson, professor of mathematics at Glasgow, published a restoration of the "Loci" of Apollonius, and an English translation of Euclid, which continued down to a late period in use, both in Scotland and England. In 1717 James Stirling published a Latin treatise on lines of the third order, and another on Fluxions, called "Methodus Differentialis," in 1730. William Emerson, a mathematician and mechanist, wrote on fluxions, trigonometry, mechanics, navigation, algebra, optics, astronomy, geography, dialling, etc., but a considerable portion was only in part published during this period. Thomas Simpson, a weaver, of Market Bosworth, at the age of seven-and-twenty suddenly discovered himself as an extraordinary mathematician, and went on till his death, in 1761, publishing works on fluxions, the nature and laws of chance, on mixed mathematics, on the doctrine of annuities and reversions, on algebra, elementary geometry, trigonometry, etc. James Ferguson, also, the son of a day-labourer, in Banffshire, studied mathematics whilst tending sheep, and published a number of works on the phenomena of the harvest moon, astronomy, mechanics, hydrostatics,[154] pneumatics, and optics. Ferguson had a remarkably lucid and demonstrative style, both in writing and lecturing, and his example excited a keen spirit of inquiry amongst the working classes, so that he is said to have diffused the knowledge of physical science amongst the class from which he sprang more than any other man.
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