Edison's Conquest of Mars, Garrett Putman Serviss [good book club books .txt] 📗

of the discoverer of new lands upon the earth. This was a whole new world that we had discovered, and it was filled, as we could see, with inhabitants.

But that was not all. We had not come with peaceful intentions.

We were to make war on this new world.

Deducting our losses we had not more than 940 men left. With these we were to undertake the conquest of a world containing we could not say how many millions!


A Hard Task Ahead.

Our enemies, instead of being below us in the scale of intelligence were, we had every reason to believe, greatly our superiors. They had proved that they possessed a command over the powers of nature such as we, up to the time when Mr. Edison made his inventions, had not even dreamed that it was possible for us to obtain.

It was true that at present we appeared to have the advantage, both in our electrical ships and in our means of offence. The disintegrator was at least as powerful an engine of destruction as any that the Martians had yet shown that they possessed. It did not seem that in that respect they could possibly excel us.

During the brief war with the Martians upon the earth it had been gunpowder against a mysterious force as much stronger than gunpowder as the latter was superior to the bows and arrows that preceded it.

There had been no comparison whatever between the offensive means employed by the two parties in the struggle on the earth.

But the genius of one man had suddenly put us on the level of our enemies in regard to fighting capacity.

Then, too, our electrical ships were far more effective for their purpose than the projectile cars used by the Martians. In fact, the principle upon which they were based was, at bottom, so simple that it seemed astonishing the Martians had not hit upon it.

Mr. Edison himself was never tired of saying in reference to this matter:


The Martians a Mystery.

"I cannot understand why the Martians did not invent these things. They have given ample proof that they understand electricity better than we do. Why should they have resorted to the comparatively awkward and bungling means of getting from one planet to another that they have employed when they might have ridden through the solar system in such conveyances as ours with perfect ease?"

"And besides," Mr. Edison would add, "I cannot understand why they did not employ the principle of harmonic vibrations in the construction of their engines of war. The lightning-like strokes that they deal from their machines are no doubt equally powerful, but I think the range of destruction covered by the disintegrators is greater."

However, these questions must remain open until we could effect a landing on Mars, and learn something of the condition of things there.

The thing that gave us the most uneasiness was the fact that we did not yet know what powers the Martians might have in reserve. It was but natural to suppose that here, on their own ground, they would possess means of defence even more effective than the offensive engines they had employed in attacking enemies so many millions of miles from home.

It was important that we should waste no time, and it was equally important that we should select the most vulnerable point for attack. It was self-evident, therefore, that our first duty would be to reconnoitre the surface of the planet and determine its weakest point of defence.

At first Mr. Edison contemplated sending the various ships in different directions around the planet in order that the work of exploration might be quickly accomplished. But upon second thought it seemed wiser to keep the squadron together, thus diminishing the chance of disaster.

Besides, the commander wished to see with his own eyes the exact situation of the various parts of the planet, where it might appear advisable for us to begin our assault.

Thus far we had remained suspended at so great a height above the planet that we had hardly entered into the perceptible limits of its atmosphere and there was no evidence that we had been seen by the inhabitants of Mars; but before starting on our voyage of exploration it was determined to drop down closer to the surface in order that we might the more certainly identify the localities over which we passed.

This manoeuvre nearly got us into serious trouble.


A Huge Airship.

When we had arrived within a distance of three miles from the surface of Mars we suddenly perceived approaching from the eastward a large airship which was navigating the Martian atmosphere at a height of perhaps half a mile above the ground.


More Stirring Adventures of Our Warriors Against Mars.

This airship moved rapidly on to a point nearly beneath us, when it suddenly paused, reversed its course, and evidently made signals, the purpose of which was not at first evident to us.

But in a short time their meaning became perfectly plain, when we found ourselves surrounded by at least twenty similar aerostats approaching swiftly from different sides.

It was a great mystery to us where so many airships had been concealed previous to their sudden appearance in answer to the signals.

But the mystery was quickly solved when we saw detaching itself from the surface of the planet beneath us, where, while it remained immovable, its color had blended with that of the soil so as to render it invisible, another of the mysterious ships.

Then our startled eyes beheld on all sides these formidable-looking enemies rising from the ground beneath us like so many gigantic insects, disturbed by a sudden alarm.

In a short time the atmosphere a mile or two below us, and to a distance of perhaps twenty miles around in every direction, was alive with airships of various sizes, and some of most extraordinary forms, exchanging signals, rushing to and fro, but all finally concentrating beneath the place where our squadron was suspended.

We had poked the hornet's nest with a vengeance!

As yet there had been no sting, but we might quickly expect to feel it if we did not get out of range.


Escaping Danger.

Quickly instructions were flashed throughout the squadron to instantly reverse polarities and rise as swiftly as possible to a great height.

It was evident that this manoeuvre would save us from danger if it were quickly effected, because the airships of the Martians were simply airships and nothing more. They could only float in the atmosphere, and had no means of rising above it, or of navigating empty space.

To have turned our disintegrators upon them, and to have begun a battle then and there, would have been folly.

They overwhelmingly outnumbered us, the majority of them were yet at a considerable distance and we could not have done battle, even with our entire squadron acting together, with more than one-quarter of them simultaneously. In the meantime the others would have surrounded and might have destroyed us. We must first get some idea of the planet's means of defence before we ventured to assail it.

Having risen rapidly to a height of twenty-five or thirty miles, so that we could feel confident that our ships had vanished at least from the naked eye view of our enemies beneath, a brief consultation was held.

It was determined to adhere to our original programme and to circumnavigate Mars in every direction before proceeding to open the war.


Intimidated by the Enemy.

The overwhelming forces shown by the enemy had intimidated even some of the most courageous of our men, but still it was universally felt that it would not do to retreat without a blow struck.

The more we saw of the power of the Martians, the more we became convinced that there would be no hope for the earth, if these enemies ever again effected a landing upon its surface, the more especially since our squadron contained nearly all of the earth's force that would be effective in such a contest.

With Mr. Edison and the other men of science away, they would not be able at home to construct such engines as we possessed, or to manage them even if they were constructed.

Our planet had staked everything on a single throw.

These considerations again steeled our hearts, and made us bear up as bravely as possible in the face of the terrible odds that confronted us.

Turning the noses of our electrical ships toward the west, we began our circumnavigation.


Chapter X.


At first we rose to a still greater height, in order more effectually to escape the watchful eyes of our enemies, and then, after having moved rapidly several hundred miles toward the west, we dropped down again within easy eyeshot of the surface of the planet, and commenced our inspection.

When we originally reached Mars, as I have related, it was at a point in its southern hemisphere, in latitude 45 degrees south, and longitude 75 degrees east, that we first closely approached its surface. Underneath us was the land called "Hellas," and it was over this land of Hellas that the Martian air fleet had suddenly made its appearance.

Our westward motion, while at a great height above the planet, had brought us over another oval-shaped land called "Noachia," surrounded by the dark ocean, the "Mare Erytraeum." Now approaching nearer the surface our course was changed so as to carry us toward the equator of Mars.

We passed over the curious, half-drowned continent known to terrestrial astronomers as the Region of Deucalion, then across another sea, or gulf, until we found ourselves floating, at a height of perhaps five miles, above a great continental land, at least three thousand miles broad from east to west, and which I immediately recognized as that to which astronomers had given the various names of "Aeria," "Edom," "Arabia," and "Eden."

Here the spectacle became of breathless interest.

"Wonderful! Wonderful!"

"Who could have believed it!"

Such were the exclamations heard on all sides.

When at first we were suspended above Hellas, looking toward the north, the northeast and the northwest, we had seen at a distance some of these great red regions, and had perceived the curious network of canals by which they were intersected. But that was a far-off and imperfect view.

Now, when we were near at hand and straight above one of these singular lands, the magnificence of the panorama surpassed belief.

From the earth about a dozen of the principal canals crossing the continent beneath us had been perceived, but we saw hundreds, nay, thousands of them!

It was a double system, intended both for irrigation and for protection, and far more marvellous in its completeness than the boldest speculative minds among our astronomers had ever dared to imagine.

"Ha! that's what I always said," exclaimed a veteran from one of our great observatories. "Mars is red because its soil and vegetation are red."

And certainly appearances indicated that he was right.

There were no green trees, and there was no green grass. Both were red, not of a uniform red tint, but presenting an immense variety of shades which produced a most brilliant effect, fairly dazzling our eyes.

But what trees! And what grass! And what flowers!


Gigantic Vegetation.

Our telescopes showed that even the smaller trees must be 200 or 300 feet in height, and there were forests of giants, whose average height was