Camp Venture: A Story of the Virginia Mountains

CHAPTER V

The Building of a Cabin

Jack routed out the entire party before daylight next morning and bade them "get breakfast quick and eat it in a hurry. We've got to begin our house to-day," he added.

They were eager enough, for, apart from the frolic of house building, they knew how badly they should need a more secure shelter than their temporary abode could furnish, should rain or snow come, as was likely now at any time.

Breakfast over, Jack took his axe and marked a number of trees for cutting. Most of them were trees nearly a foot in thickness – none under eight inches – and all were situated in the thickest growth of timber.

"Why not choose trees farther out in the open?" asked Ed Parmly, "where they would be easier to get at and get out."

"Because, if you will use your eyes, Ed, you'll see that out in the open, the trees taper rapidly from stump to top. I want trees that will yield at least one, and if possible, two logs apiece, with very little taper to them. Otherwise, our house will be lop-sided."

"But I say, Jack, what causes the difference? Why do trees in the thick woods grow so much taller and straighter and of more uniform size than trees out in the open?"

"Because every tree is continually hunting for sunlight and air," answered Jack. "Out in the open, each tree finds these easily and goes to work at once to put out its branches, about ten feet from the ground, and to make itself generally comfortable. But where the trees are crowded close together each has to struggle with all the rest for its share of sunlight and air. They do not waste their energies in putting out branches that they can do without, but just keep on growing straight up in search of the air and sunlight. So you see if you want long sticks you must go into the thick woods for them. Out there in that half open glade there isn't a single tree with a twenty-foot reach before you come to its branches, while the trees I have marked here in the thick woods will give us, most of them two logs apiece twenty-one feet long and with not more than three or four inches difference between their diameters at the butt and their diameters at the extreme upper end. It's a good deal so with men, by the way. Those that must struggle for a chance usually achieve the best results in the end."

By this time the axes were all busy felling the marked trees, and within an hour or so they all lay upon the ground, trimmed of their branches, and cut into the required lengths of twenty-one feet each.

Having felled his share of them, Jack went a little further into the woodlands, and began blocking out great chips from one after another big chestnut tree. Having blocked out these chips, Jack sat down and began to split them, observing the result in each case with care. Presently he satisfied himself and set to work to cut down the giant chestnut whose chip had yielded the best results.

"What's all that for, Jack?" asked the Doctor. "Why did you split up those chips in that way, like a little boy with a new hatchet?"

"I was hunting for some timber that isn't 'brash,'" answered Jack, "to make our clapboards out of."

"What do you mean by 'brash?'"

"Why, some timber splits easily and straight along its grain, while other wood breaks away slantwise across the grain. That last kind is called 'brash,' and, of course, it is of no account for clapboards. See here!" and with that he took up two of the big sample chips and illustrated his meaning by splitting them and showing the Doctor how one of them split straight with the grain, while the other showed no such integrity.

"Oh, then, you're going to make clapboards out of this tree to roof our shanty with and to close up its gables."

"I'm going to make clapboards for our roof," answered Jack, "but not for our gables. They'll be made of logs, in true mountain fashion."

"But how is that possible?" eagerly asked the Doctor.

"I'll show you when we come to build. I can't very well explain it in advance. And another thing, Doctor, you remember that we have only ten pounds or so of nails, all told."

"That's true!" exclaimed the Doctor, almost in consternation. "We can't roof our house till somebody goes down the mountain and brings a supply."

"That's where you are mightily mistaken, Doctor. There isn't a log cabin in these mountains that has a nail in its roof."

"But how then are the clapboards held in place?"

"That again is a thing I can show you far better than I can explain it without demonstration. But we must first get our clapboards, and if you'll go back to the camp and bring a cross cut saw, I'll have this giant of the forest laid low by the time you get back, and then you and I will cut it into four-foot lengths for clapboards."

It should be explained that in the mountains of Virginia the word "clapboard" and the simpler word "board," mean something quite different from what they signify elsewhere. When the Virginia mountaineer speaks of a "board" or a "clapboard" he means a rough shingle, four feet long, simply split out of a piece of timber and not dressed in any way.

When the Doctor returned with the cross cut saw, Jack first marked off ten feet of his great tree at the butt and the two set to work to sever it.

"But you said we were to cut it into four-foot lengths," said the Doctor, as they began to pull the saw back and forth.

"So we are," answered Jack, "after we saw off this butt. You see, the butt of a tree is always rather brash, and so we won't use that for clapboards. Besides, I've another use for it."

"What?" asked the Doctor.

"I'm going to dig it out into a big trough and make a bath tub out of it. You see, that spring up there under the cliff has a fine flow of water. I'll sink this trough in the ground, at a proper angle, and train the water into it. It will run in at one end and out at the other, continually, so we'll always have a fresh bath ready for any comer."

"But will the boys relish a cold bath out of doors when the thermometer gets down into the small figures?"

"Well they'd better. Little Tom is a crank on cold bathing in the morning, and if any fellow in the party doesn't relish that sort of thing, Tom will souse him in any how till he teaches him to like it. He won't do you that way, Doctor, of course, but – "

"But why not? I need the tonic influence of cold morning baths more than anybody else in the party, and as soon as we get our bath tub in place I shall begin taking them. And more than that, I'll help little Tom in the work of dousing any boy in the party that neglects that hygienic regimen."

Having sawed off the butt of this big tree, Jack went back to the house site and directed the boys as to the work of building. The forty sticks of timber already cut, when piled into a crib would make the body of a cabin nearly twenty feet square, allowing for the overlapping of the timbers, and about ten feet high under the eaves. Jack showed the boys how to notch the logs at their ends so as to hold them securely in place and so also as to let them lie very close together throughout their length. For, of course, without notching, each log would lie the whole thickness of another log above the timber below it. Having thus started the four in the work of building, he returned to the woods where he and the Doctor continued the work of sawing the big tree trunk into four-foot lengths. About noon the Doctor volunteered to go and prepare a roast venison dinner, and Jack proceeded to split the tree-lengths into sizes convenient for the riving of the clapboards.

By the time that he had accomplished this, the Doctor whistled through his fingers to announce dinner, and every member of the party was eagerly ready for the savory meal, the very odor of which made their nostrils glad while they were washing their hands and faces in preparation for it. There were not many dishes included in it – only some sweet potatoes roasted in the ashes, and some big pones of black ash cake, to go with the great haunch of roast venison.

Ash cake is a species of corn bread, consisting of corn meal mixed up with cold water and a little salt, and baked hard in a bed of hot ashes and hotter coals, and if any reader of this story has ever eaten ash cake, properly prepared, I need not tell him that there is no better kind of bread made anywhere – no, not even in Paris, a city that prides itself about equally upon its "pain" – bread, – and its paintings, of which it has the finest collections in all the world. Finally, there was the sauce – traditionally, the best in the world, – namely, hunger. Half a dozen young fellows high up on a mountain side, who had breakfasted before daylight and swung axes and lifted logs till midday, needed no highly-spiced flavoring to give savor to their meat. They ate like the healthy, hard working fellows that they were, and they had no fear of indigestions to follow their eating.

After dinner the work of building went on apace. The main crib of the house was finished by noon of the next day, and the roof and gables only remained to be completed after that. This was to be done as follows:

Logs to form the gables were cut, each a few feet shorter than the one below. Then poles six inches in diameter were cut to form a resting place for the clapboards, and were placed lengthwise the building, resting in notches in the steadily shortening gable timbers. The gable timbers were permitted, however, to extend two feet or so beyond the notches in which the lengthwise poles rested, and a second notch was cut in each end of each of them. When a row of clapboards was laid on the lengthwise poles, another lengthwise pole was placed on top to hold the clapboards in place, and this top pole rested in the outer notches of the gable logs, thus securely holding the roof in position, and as the clapboards overlapped each other as shingles do, the roof was rainproof.

Meantime Jack had been riving clapboards with a fro. Does the reader know what a fro is? The dictionaries do not tell you in any adequate way, though in Virginia and throughout the south and the great west that implement has played an important part in enabling men to house themselves with clapboards or shingles for their roofs. So I must do the work that the dictionaries neglect. A fro is an iron or steel blade about eight or ten inches long, about three inches wide, a quarter of an inch thick at top, tapering to a very dull edge at bottom. In one end of it is an eye to hold a handle.

The fro is used in splitting out clapboards and rough shingles. The operator places its dull edge on the end of a piece of timber of proper width, at the distance of a clapboard's thickness from the side of the timber. Then he hits the back of the fro blade with a mallet or club, driving it well in like a wedge. Then, by working the handle backwards and forwards, and pushing the fro further and further into the crack, as it opens, he splits off a shingle, or a clapboard, as the case may be. In the south, and in some parts of the west nearly all of the shingles and clapboards used are still split out in this way with the fro. Until recent years, when shingle making machines were introduced, all shingles were made in that way, so that next to the axe, and the pitsaw, which used to do the work now done by the saw mill, the fro played the most conspicuous part in the creation of human habitations in all that pioneer period when sturdy arms were conquering the American wilderness and stout hearts were creating the greatness in which we now rejoice. It is stupid of the dictionaries not to tell of it.

In splitting out his clapboards from three-cornered sections of his chestnut logs, Jack gradually reduced those sections to a width too small for the further making of clapboards. This left in each case a three-cornered stick two inches thick at its thickest part, and perhaps three inches wide to its edge. The Doctor wanted to utilize these sticks for firewood and proposed to carry a lot of them to the temporary shelter for that purpose.

"Not by any means," said Jack. "Those wedge-shaped pieces are to be used for chinking."

"What's chinking?" asked the Doctor.

"Why, you see," answered Jack, "the logs of which our house or hut is built, are not quite straight, though they are the straightest we could find in the woods. There are spaces between them that are open, and when the zero weather comes we should be very uncomfortably cold in there if these spaces remained open. No fire that we could make in our chimney would keep us warm under such conditions. So we must stop up the cracks. We'll do that by fitting these pieces of chinking into the cracks between the logs, and then 'daubing' the smaller cracks with mud. That's an operation that will try your resolution, Doctor, and determine whether you are really only sixteen years old, as we voted that you were, or are a much older person, to be specially considered by us boys – for I don't know any more disagreeable job than daubing a log cabin."

"Good!" answered the Doctor. "I'll submit myself to the test very gladly. You'll show me how to 'daub' of course, and if I don't 'daub' with the best and youngest of you, then I'll give up and go down the mountain, acknowledging myself a failure. But I give you fair warning that I don't expect or intend either to give up or to go down the mountain."

"We should all be very sorry if you did, Doctor. We've adopted you now. We've decreed that for this winter, at any rate, you are only sixteen years of age, and upon my word, if you'll allow me to say so – "

"Now, stop right there," broke in the Doctor. "Don't say 'if you'll allow me to say so.' That undoes the whole arrangement. You fellows have accepted me as a boy among boys, and you've got to stick to that. There are to be no deferences to me. There is to be precisely the same comradeship between me and the rest of you that exists among yourselves, otherwise I shall consider myself an intruder."

"All right," responded Jack, seizing the Doctor's hand and pressing it warmly. "We all feel that you are altogether one of us, and I for one shall hereafter treat you as such. So when the daubing time comes I'll set you your task like the rest of them and I'll criticize every crevice you leave open. What with an open roof – for a clapboard roof is very open – through which the wind can blow at its own sweet will, and what with the necessity of keeping the door open most of the time for light, it's going to be very hard work to keep the place comfortably warm."

"But why keep the door open for light?" asked the Doctor. "Why not let in the light through windows?"

"We haven't any windows," answered Jack, "and we haven't any sash or glass to make them with."

"Of course not," said the Doctor, "but still, if you'll let me, I'll show you how to have windows that will keep out the wind and let in light at the same time. I've all the necessary materials in my shoulder pack."

"I can't guess how you're going to do it, Doctor, but at any rate I accept your statement, and if you'll tell me what sized openings you want in the walls for your windows, I'll go at once and saw them out."

"That's what troubles me," said the Doctor. "I don't see how we are going to make window openings without sawing through the logs, and I don't see how that is to be done without weakening the structure, and letting the unsupported ends of the logs fall out of place."

"Oh, that's easy enough," answered Jack. "You tell me what sized window openings you want in our walls, and I'll take care of the logs."

The Doctor thought a moment, and then said:

"Well, we ought to have two windows, each about two feet and a half one way by about three feet or a little more the other way."

"Does it make any difference," asked Jack, "whether the long way is up and down, or to the right and left?"

"None. You can make the openings long either way and short either way."

"Good!" answered Jack. "Then I'll make them long to right and left and short in their up and down dimensions, so that I shall have to saw out only two logs for each window."

Jack went immediately to work. He split out six or eight boards, each four times the thickness of any ordinary clapboard, and, taking a handful of the small supply of nails on hand, went to the cabin now well advanced in construction, and selected the places for the two window openings. Then he nailed the thick boards securely to the logs, one on each side of one of the proposed window openings. The boards were long enough to reach over four of the logs. Jack nailed them securely to all four of the logs, thus binding the timbers together, and making each a support to all of the others. Then he sawed out three-foot lengths of the two middle logs, leaving their ends securely supported by the boards which were firmly nailed to them, and also to the uncut logs above and below. Then, to make all secure, he fitted pieces of his thick boards to the ends of the sawed logs, and nailed them firmly into place as an additional protection against sagging.

"Now, then, Doctor," he called out, "come on with your windows. I'm curious to see what they are like."

"In a minute," answered the Doctor, who was busy with his materials on a log in front of the house. He had taken two strips of thin yard-wide muslin each a little over four feet long, and with the inside of a bacon rind he was busily greasing them.

The result of the greasing was to render the thin cotton fabric quite translucent, and indeed, almost transparent. With tacks, of which there was a small supply in the Doctor's own pack, he securely fastened one of these pieces of greased muslin on the outside of the window opening that Jack had made, and the other on the inside, leaving a space of several inches between.

"There," he said, when all was done, "that will let in light almost as well as glass could do, and it will keep out wind and cold even better than the logs you sawed away could have done, no matter how well chinked and daubed they might have been."

Then he and Jack proceeded to deal with the other window opening in the same way. By the time that they had done the boys were clamorously calling them to supper, and they were not reluctant to answer the summons. By this time the roof was on the house and a door of clapboards, split out of double thickness, was hung by hinges made of limber twigs, called withes, to pegs in the logs, and supplied with a wooden latch, catching into a wooden slot. The door opening was made precisely as the window holes were. The mountain form of log cabin involved the least possible use of metal in its construction, and except for the nails used in making the door and windows this one had involved the use of no metal at all. It was not all done, by any means, but at least its outer shell was done after two days of hard work, and the rest could be safely left till the morrow – all of it, except one thing, of which Jack was mindful during supper.

CHAPTER VI

After Supper

"Boys," said Jack while supper was in process of consumption, "I'm afraid we've all got to do a little work to-night by moonlight. Fortunately there is a moon, but these thin, fleecy clouds mean snow or I'm mistaken."

"What is the work to be done, Jack," asked Ed. "Why," said Jack, "we've got to have some dry broom straw for our beds, and we've got to gather it to-night. Otherwise it'll all be wet."

"Broom straw" in Virginia means a tall grass of the prairie grass kind, which grows thickly in every open space. In winter it is dry and nothing makes a sweeter smelling bed.

The boys were tired after their hard day's work, but their enthusiasm instantly outvoted their weariness, for their proceedings had not yet lost the character of a sort of frolic in their minds.

"Besides," said little Tom as the supper drew to an end, "I for one am not half as tired as I was when we sat down to eat."

"Naturally not," said the Doctor.

"But why is it?" asked Tom. "I don't see how I have got rested so soon."

"You've fired up," replied the Doctor. "Did you ever see an engine that worked badly for want of steam? Did you ever observe what the engineer does in that case?"

"Yes, of course; he sets the stoker to firing up under the boiler. But what has that to do with getting tired and getting rested again? I don't see the connection."

"Yet it is clear enough," the Doctor responded. "The human system is a machine. It must have energy or force or whatever you choose to call it, to enable it to do its work. Now an engine gets its energy from the coal or wood burned under its boiler. This human machine derives its energy solely from food put into the stomach. When you are tired it means simply that your supply of physical force has run low. When you eat you replenish the supply, just as firing up does it for the engine."

"But Doctor," said Jack with an accent of puzzled inquiry, "how about those people that are always tired – 'born tired' as they say? They eat, but they never get over being tired."

"Dyspeptics, every one of them," replied the Doctor. "It doesn't help an engine to shovel coal into its furnace if the coal doesn't burn. In the same way it doesn't strengthen a man to eat unless he digests and assimilates his food."

"Well now, if you people have sufficiently assimilated your food and your ideas," broke in little Tom, "let's get to work."

Some of the boys pulled the grass and piled it in rude shocks. The others carried it to the hut and bestowed it in one corner, ready for use. As they carried on the work the moon slowly went out, and just as they were finishing it, Jim Chenowith called out:

"There's the snow," and very gently the flakes began descending. "Jack you're a good weather prophet, and this time it's lucky for us that you are. Otherwise we should have had wet broom straw to sleep on all winter. By the way, how are we going to arrange our beds?"

"Why, we'll build a platform of small poles along the eastern wall of our house – the fireplace being on the western side. We'll divide this platform into compartments, each to serve as a bed. We'll lay clapboards on the poles to make a smooth surface, and on them we'll pile all the broom straw we've got. Then we'll wrap ourselves in our blankets and crawl in. Do you see?"

"Yes, but how about the fellows that must sleep under the Doctor's muslin window?" asked Harry. "Won't they sleep pretty cold, Doctor?"

"I don't think so," answered the Doctor. "The windows will keep out the cold quite as well as the logs themselves do."

"But how can they? How can two thin sheets of muslin keep cold out or heat in, which I believe is the better way of putting it?" asked Harry.

"They can't," answered the Doctor. "Bring those two sheets of muslin together and they would let heat out and cold in as freely almost as an open hole does. It isn't the muslin that keeps the cold out or the heat in – which ever way you choose to put it. It is the imprisoned air between the two pieces of muslin. There is hardly anywhere a worse conductor of heat than confined air. That is why in building fire proof structures in the great cities they use hollow bricks for partition walls. No amount of heat on one side can pass through the confined air in the bricks and set fire to anything on the other side of the wall. In the contracts for such buildings it is often stipulated that the owner shall be free to build as hot a bonfire as he pleases in any room he may select, and if it sets fire to anything in any other room the contractor shall pay a heavy penalty."

"But where did you get your idea of greased muslin windows, Doctor?" asked Jack. "I never heard of it before."

"I got it by reading history," answered the Doctor. "In old English times nobody but princes could afford to use glass. Its cost was too great. And then later, when glass became cheaper, a stupid government put a tax on windows, and so men went on using greased cloth instead of glass in order to get the light of heaven into their habitations without having their substance eaten up by a window tax."

"But why was it 'stupid' as you say for the government to raise revenue by so simple a means as that of taxing windows?" asked Jack.

"Because governments exist for the good of the people governed, and not the reverse of that. Otherwise no government would have any right to exist at all. A window tax discourages the use of windows. As a result the people live in darkness and foul air, which is not good for them. But governments in the old days assumed not that the government existed for the good of the people, but that the people existed for the good of the government. Never until our American Republic was established was that notion driven out of the minds of Kings, Princes and great ministers of state. It is one of our country's best services to human kind that it has taught this lesson until now in every part of the civilized world it is perfectly understood that the government is the servant of the people, not the people the servant of the government."