But in the morning he wore a troubled look, and I knew that the hour of my triumph approached. “I think I will try some of that medicine,” he announced later on in the day. “Not that I think it’ll do much good,” he qualified, “but I’ll just give it a try anyway.”!

This is the way of the sun. It is so irregular that it is impossible for man to devise a clock that will keep the sun’s time. The sun accelerates and retards as no clock could be made to accelerate and retard. The sun is sometimes ahead of its schedule; at other times it is lagging behind; and at still other times it is breaking the speed limit in order to overtake itself, or, rather, to catch up with where it ought to be in the sky. In this last case it does not slow down quick enough, and, as a result, goes dashing ahead of where it ought to be. In fact, only four days in a year do the sun and the place where the sun ought to be happen to coincide. The remaining 361 days the sun is pothering around all over the shop. Man, being more perfect than the sun, makes a clock that keeps regular time. Also, he calculates how far the sun is ahead of its schedule or behind. The difference between the sun’s position and the position where the sun ought to be if it were a decent, self-respecting sun, man calls the Equation of Time. Thus, the navigator endeavouring to find his ship’s position on the sea, looks in his chronometer to see where precisely the sun ought to be according to the Greenwich custodian of the sun. Then to that location he applies the Equation of Time and finds out where the sun ought to be and isn’t. This latter location, along with several other locations, enables him to find out what the man from Kansas demanded to know some years ago. I carefully shifted my weight inboard in order to maintain the equilibrium as the sail emptied.

But in our particular case there was another perturbing factor. The sun, in its annual march north through the heavens, was increasing its declination. On the 19th parallel of north latitude in the middle of May the sun is nearly overhead. The angle of arc was between eighty-eight and eighty-nine degrees. Had it been ninety degrees it would have been straight overhead. It was on another day that we learned a few things about taking the altitude of the almost perpendicular sun. Roscoe started in drawing the sun down to the eastern horizon, and he stayed by that point of the compass despite the fact that the sun would pass the meridian to the south. I, on the other hand, started in to draw the sun down to south-east and strayed away to the south-west. You see, we were teaching ourselves. As a result, at twenty-five minutes past twelve by the ship’s time, I called twelve o’clock by the sun. Now this signified that we had changed our location on the face of the world by twenty-five minutes, which was equal to something like six degrees of longitude, or three hundred and fifty miles. This showed the Snark had travelled fifteen knots per hour for twenty-four consecutive hours—and we had never noticed it! It was absurd and grotesque. But Roscoe, still looking east, averred that it was not yet twelve o’clock. He was bent on giving us a twenty-knot clip. Then we began to train our sextants rather wildly all around the horizon, and wherever we looked, there was the sun, puzzlingly close to the sky-line, sometimes above it and sometimes below it. In one direction the sun was proclaiming morning, in another direction it was proclaiming afternoon. The sun was all right—we knew that; therefore we were all wrong. And the rest of the afternoon we spent in the cockpit reading up the matter in the books and finding out what was wrong. We missed the observation that day, but we didn’t the next. We had learned. No, it is not all monotony. When we had worried along our easting to 126° west longitude, we left the variables and headed south through the doldrums, where was much calm weather and where, taking advantage of every fan of air, we were often glad to make a score of miles in as many hours. And yet, on such a day, we might pass through a dozen squalls and be surrounded by dozens more. And every squall was to be regarded as a bludgeon capable of crushing the Snark. We were struck sometimes by the centres and sometimes by the sides of these squalls, and we never knew just where or how we were to be hit. The squall that rose up, covering half the heavens, and swept down upon us, as likely as not split into two squalls which passed us harmlessly on either side while the tiny, innocent looking squall that appeared to carry no more than a hogshead of water and a pound of wind, would abruptly assume cyclopean proportions, deluging us with rain and overwhelming us with wind. Then there were treacherous squalls that went boldly astern and sneaked back upon us from a mile to leeward. Again, two squalls would tear along, one on each side of us, and we would get a fillip from each of them. Now a gale certainly grows tiresome after a few hours, but squalls never. The thousandth squall in one’s experience is as interesting as the first one, and perhaps a bit more so. It is the tyro who has no apprehension of them. The man of a thousand squalls respects a squall. He knows what they are. Immediately he set to work. And never was there such work. Nobody farmed that high up. The land was covered with matted jungle and overrun by wild pigs and countless rats. The view of Papeete and the sea was magnificent, but the outlook was not encouraging. He spent weeks in building a road in order to make the plantation accessible. The pigs and the rats ate up whatever he planted as fast as it sprouted. He shot the pigs and trapped the rats. Of the latter, in two weeks he caught fifteen hundred. Everything had to be carried up on his back. He usually did his packhorse work at night.