class="illu">Voyage of the Armada, 1588

Trafalgar

Hampton Roads (1st day). "Merrimac" comes out, sinks "Cumberland" and burns "Congress"

Hampton Roads (2nd day). Duel between "Monitor" and "Merrimac"

The "Merrimac" and "Monitor" drawn to the same scale

Lissa. Battle formation of the Austrian Fleet

Battle of Lissa. The Austrian attack at the beginning of the battle

Battle of the Yalu (1). The Japanese attack

Battle of the Yalu (2). End of the fight

Battle of Santiago. Showing places where the Spanish ships were destroyed

Battle of Tsu-Shima. Sketch-map to show the extent of the waters in which the first part of the fight took place

Battle of Tsu-Shima. General map

Battle of Tsu-Shima. Diagrams of movements during the fighting of May 27th

FROM SALAMIS TO TSU-SHIMA

CHAPTER I

SALAMIS
B.C. 480

The world has lost all record of the greatest of its inventors—the pioneers who in far-off ages devised the simple appliances with which men tilled the ground, did their domestic work, and fought their battles for thousands of years. He who hung up the first weaver's beam and shaped the first rude shuttle was a more wonderful inventor than Arkwright. The maker of the first bow and arrow was a more enterprising pioneer than our inventors of machine-guns. And greater than the builders of "Dreadnoughts" were those who "with hearts girt round with oak and triple brass" were the first to trust their frail barques to "the cruel sea." No doubt the hollowed tree trunk, and the coracle of osiers and skins, had long before this made their trial trips on river and lake. Then came the first ventures in the shallow sea-margins, and at last a primitive naval architect built up planked bulwarks round his hollowed tree trunk, and stiffened them with ribs of bent branches, and the first ship was launched.

This evolution of the ship must have been in progress independently in more places than one. We are most concerned with its development in that eastern end of the land-locked Mediterranean, which is the meeting-place of so many races, and around which so much of what is most momentous in the world's history has happened. There seems good reason for believing that among the pioneers in early naval construction were the men of that marvellous people of old Egypt to whom the world's civilization owes so much. They had doubtless learned their work on their own Nile before they pushed out by the channels of the Delta to the waters of the "Great Sea." They had invented the sail, though it was centuries before any one learned to do more than scud before the wind. It took long experience of the sea to discover that one could fix one's sail at an oblique angle with the mid-line of the ship, and play off rudder against sail to lay a course with the wind on the quarter or even abeam and not dead astern.

But there was as important an invention as the sail—that of the oar. We are so familiar with it, that we do not realize all it means. Yet it is a notable fact that whole races of men who navigate river, lake, and sea, successfully and boldly, never hit upon the principle of the oar till they were taught it by Europeans, and could of themselves get no further than the paddle. The oar, with its leverage, its capacity for making the very weight of the crew become a motive power, became in more senses than one the great instrument of progress on the sea. It gave the ship a power of manœuvring independently of the wind, the same power that is the essence of advantage in steam propulsion. The centuries during which the sailing ship was the chief reliance of navigation and commerce were, after all, an episode between the long ages when the oar-driven galley was the typical ship, and the present age of steam beginning less than a hundred years ago.

Sails were an occasional help to the early navigator. Our songs of the sea call them the "white wings" of the ship. For the Greek poet Æschylus, the wings of the ship were the long oars. The trader creeping along the coast or working from island to island helping himself when the wind served with his sail, and having only a small crew, could not afford much oar-power, though he had often to trust to it. But for the fighting ship, oar-power and speed were as important as mechanical horse-power is for the warships of the twentieth century. So the war galley was built longer than the trader, to make room for as many oars as possible on either side. In the Mediterranean in those early days, as with the Vikings of later centuries, the "Long Ship" meant the ship of war.

It is strange to reflect that all through human history war has been a greater incentive to shipbuilding progress than peaceful commerce. For those early