"From a foreign trade of consumption with a neighbouring, into one with a more distant country; in many cases, from a direct foreign trade of consumption, into a round-about one; and in some cases, from all foreign trade of consumption, into a carrying trade. It has in all cases, therefore," he continues, "turned it from a direction in which it would have maintained a greater quantity of productive labour, into one in which it can maintain a much smaller quantity."
All this is directly the reverse of what is taught by the modern British economists; and we have thus two distinct schools, that of Adam Smith and that of his successors. The one taught that labour directly applied to production was most advantageous, and that by bringing the consumer to take his place by the side of the producer, production and the consequent power to trade would be increased. The other teaches, that every increase of capital or labour applied to production must be attended with diminished return, whereas ships and steam-engines may be increased ad infinitum without such diminution: the necessary inference from which is, that the more widely the consumer and the producer are separated, with increased necessity for the use of ships and engines, the more advantageously labour will be applied, and the greater will be the power to trade. The two systems start from a different base, and tend in an opposite direction, and yet the modern school claims Dr. Smith as founder. While teaching a theory of production totally different, Mr. McCulloch informs us that "the fundamental principles on which the production of wealth depends" were established by Dr. Smith, "beyond the reach of cavil or dispute."
The difference between the two schools may be thus illustrated: Dr.
Smith regarded commerce as forming a true pyramid, thus—
Exchanges abroad.
Exchanges at home.
Conversion into cloth and iron.
Production of food and other raw materials.
This is in exact accordance with what we know to be true; but according to the modern school, commerce forms an inverted pyramid, thus—
Exchanges with distant men.
Exchanges at home.
Conversion.
Production.
The difference between these figures is great, but not greater than that between two systems, the one of which regards the earth as the great and perpetually improving machine to which the labour of man may be profitably applied, while the other gives precedence to those very minute and perpetually deteriorating portions of it which go to the construction of ships, wagons, and steam-engines. An examination of these figures will perhaps enable the reader to understand the cause of the unsteadiness observed wherever the modern system is adopted.
* * * * *
It will be easy now to see why it is that the commercial policy of England has always been so diametrically opposed to that advocated by the author of The Wealth of Nations. He saw clearly that the man and the easily transported spindle should go to the food and the cotton, and that, when once there, 'they were there for ever; whereas the bulky food and cotton might be transported to the man and the spindle for a thousand years, and that the necessity for transportation in the thousand and first would be as great as it had been in the first; and that the more transportation was needed, the less food and cloth would fall to the share of both producer and consumer. His countrymen denied the truth of this, and from that day to the present they have endeavoured to prevent the other nations of the world from obtaining machinery of any kind that would enable them to obtain the aid of those natural agents which they themselves regard as more useful than the earth itself. "The power of water," says Mr. McCulloch—
"And of wind, which move our machinery, support our ships, and impel them over the deep—the pressure of the atmosphere, and the elasticity of steam, which enables us to work the most powerful engines, are they not the spontaneous gifts of nature? Machinery is advantageous only because it gives us the means of pressing some of the powers of nature into our service, and of making them perform the principal part of what, we must otherwise have wholly performed ourselves. In navigation is it possible to doubt that the powers of nature—the buoyancy of the water, the impulse of the wind, and the polarity of the magnet—contribute fully as much as the labours of the sailor to waft our ships from one hemisphere to another? In bleaching and fermentation the whole processes are carried on by natural agents. And it is to the effects of heat in softening and melting metals, in preparing our food, and in warming our houses, that we owe many of our most powerful and convenient instruments, and that those northern climates have been made to afford a comfortable habitation."—Principles, 165.