The marvelous effect of such a mental and moral condition is obvious. The productivity of labor will rise mightily, and such increased productivity makes possible the satisfaction of higher wants. Especially will the productivity of labor rise through the discontinuance of the present and enormous disintegration of labor, in hundreds of thousands, even millions of petty establishments, conducted with imperfect tools. According to the industrial census of the German Empire for the year 1882, there were 3,005,457 leading establishments, exclusive ofcommerce, transportation, hotels and inns, in which 6,396,465 persons were occupied. Of these leading establishments, 61.1 per cent. employed less than 5 persons, and 16.8 per cent. employed from 6 to 50 persons. The former are small concerns, the latter middle class ones. Through the concentration of the small and middle class establishments into large ones, equipped with all the advantages of modern technique, an enormous waste in power, time, material (light, heat, etc.) space, now incurred, would be avoided, and the productivity of labor would gain proportionally. What difference there is in the productivity of small, middle class and large establishments, even where modern technique is applied, may be illustrated by the census of manufactories of the State of Massachusetts for 1890. The establishments in ten leading industries were divided into three classes. Those that produced less than $40,000 worth of goods were placed in the lowest class; those that produced from $40,000 to $150,000 were placed in the middle class; and those that produced over $150,000 worth of goods were placed in the upper class.
The result was this:—
The more than twice as large number of small establishments turned out only 9.4 per cent. of the total product. But even the large establishments could, with hardly any exception, be conducted far more rationally than now, so that, under a system of collective production, aided by the most highly perfected technical process, an infinitely larger demand could be supplied.
Upon the subject of the saving of time, possible under a system of production planted on a rational basis, Th. Hertzka of Vienna has made some interesting calculations.[179]He investigated the amount of labor-power and time requisite for the satisfaction of the wants of the 22 million inhabitants of Austria by means of production on a large scale. To this end Hertzka gathered information upon the capacity of large establishments in several fields, and he based his calculations upon the data thus ascertained. In Hertzka's calculation are included 10,500,000 hectares of agricultural and 3,000,000 hectares of pasture lands, that should suffice for the production of agricultural products and of meatfor the said population. Hertzka also included in his computation the building of houses on the basis of a house of 150 square meters, 5 rooms and strong enough to last 50 years, to each family. The result was that, for agricultural, building, the production of flour, sugar, coal, iron, machinery, clothing and chemicals, only 615,000 workingmen were needed, at work the whole year and at the present average hours of daily labor. These 615,000 workingmen are, however,only 12.3 per cent. of the population of Austria, capable to work, exclusive of all the women as well as the males under 16 and over 50 years of age. If all the 5,000,000 men, and not merely the above figure of 615,000, were engaged, then,each of them would need to work only 36.9 days—six weeks in round figures—in order to produce the necessaries of life for 22 million people. Assuming 300 work days in the year, instead of 37, and 11 as the present daily hours of work, it follows that, under this new organization of labor,only 1-3/8 hours a day would be needed to cover the most pressing needs of all.
Hertzka further computes the articles of luxury that the better situated demand, and he finds that the production of the same for 22 million people would require an additional 315,000 workingmen. Altogether, according to Hertzka, and making allowance for some industries that are not properly represented in Austria, one million in round figures, equal to 20 per cent. of the male population able to work, exclusive of those under 16 and above 50 years of age, would suffice to coverall the needs of the populationin 60 days. If, again, the whole male population able to work is made the basis of the computation, these would need to furnish buttwo and a half hours work a day.[180]
This computation will surprise none who take a comprehensive view of things. Considering, then, that, at such moderate hours, even the men 50 years old—all the sick and invalid excepted—are able to work; furthermore, that also youths under 16 years of age could be partially active, as well as a large number of women, in so far as these are not otherwise engaged in the education of children, the preparation of food, etc.;—considering all that, it follows that even these hours could be considerably lowered, or the demand for wealth could be considerably increased. None will venture to claim that no more and unforeseen progress, and considerable progress, at that, is possible in the processof production, thus furnishing still greater advantages. But the issue now is to satisfy a mass of wants felt by all that to-day are satisfied only by a minority. With higher culture ever newer wants arise, and these too should be met. We repeat it:the new Social order is not to live in proletarian style; it lives as a highly developed people demand to live, and it makes the demand in all its members from the first to the last. But such a people can not rest content with satisfying merely its material wants. All its members are to be allowed fullest leisure for their development in the arts and sciences, as well as for their recreation.
Also in other important respects will Socialist society differ from the bourgeois individualist system. The motto: "Cheap and bad"—which is and must be standard for a large portion of bourgeois production, seeing that the larger part of the customers can buy only cheap goods, that quickly wear out—likewise drops out. Only the best will be produced; it will last longer and will need replacing at only wider intervals. The follies and insanities of fashion, promoted by wastefulness and tastelessness, also cease. People will probably clothe themselves more properly and sightfully than to-day, when, be it said in passing, the fashions of the last hundred years, especially as to men, distinguish themselves by their utter tastelessness. No longer will a new fashion be introduced every three months, an act of folly that stands in intimate relation with the competitive struggle of women among themselves, with the ostentatiousness and vanity of society, and with the necessity for the display of wealth. To-day a mass of establishments and people live upon this folly of fashion, and are compelled by their own interests to stimulate and force it. Together with the folly of fashion in dress, falls the folly of fashion in the style of architecture. Eccentricity reaches here its worst expression. Styles of architecture that required centuries for their development and that sprang up among different peoples—we are no longer satisfied with European styles, we go to the Japanese, Indians and Chinese—are used up in a few decades and laid aside. Our poor professional artists no longer know whither and whereto they should turn with and for their samples and models. Hardly have they assorted themselves with one style, and expect to recover with ease the outlays they have made, when a new style breaks in upon them, and demands new sacrifices of time and money, of mental and physical powers. The nervousness of the age is best reflected in the rush from one fashion to the other, from one style to the other. No one will dare to claim any sense for such hurrying and scurrying, or the merit of its being a symptom of social health.
Socialism alone will re-introduce a greater stability in the habits of life.It will make repose and enjoyment possible; it will be a liberatorfrom hurry and excessive exertion. Nervousness, that scourge of our age, will disappear.
But labor is also to be made pleasant. To that end practical and tastefully contrived workshops are required; the utmost precautions against danger; the removal of disagreeable odors, gases and smoke,—in short, of all sources of injury or discomfort to health. At the start, the new social system will carry on production with the old means, inherited from the old. But these are utterly inadequate. Numerous and unsuitable workshops, disintegrated in all directions; imperfect tools and machinery, running through all the stages of usefulness;—this heap is insufficient both for the number of the workers and for their demands of comfort and of pleasure. The establishment of a large number of spacious, light, airy, fully equipped and ornamented workshops is a pressing need. Art, technique, skill of head and hand immediately find a wide field of activity. All departments in the building of machinery, in the fashioning of tools, in architecture and in the branches of work connected with the internal equipment of houses have the amplest opportunity. Whatever human genius can invent with regard to comfortable and pleasant homes, proper ventilation, lighting and heating, mechanical and technical provisions and cleanliness is brought into application. The saving of motor power, heating, lighting, time, as well as the promotion of all that tends to render work and life agreeable, demand a suitable concentration of the fields of labor on certain spots. Habitations are separated from places of work and are freed from the disagreeable features of industrial and other manual work. These disagreeable features are, in their turn, reduced to the lowest measure possible by means of suitable arrangements and provisions of all sorts, until wholly removed. The present state of technique has now means enough at command to wholly free from danger the most dangerous occupations, such as mining and the preparation of chemicals, etc. But these means can not be applied in capitalist society because they are expensive, and there is no obligation to do more than what is absolutely necessary for the workingman. The discomforts attached to mining can be removed by means of a different sort of draining, of extensive ventilation, of electric lighting, of a material reduction of hours of work, and of frequent shifts. Nor does it require any particular cleverness to find such protective means as would render building accidents almost impossible, and transform work in that line into the most exhilarating of all. Ample protections against sun and rain are possible in the construction of the largest edifices. Furthermore, in a society with ample labor-power at its disposal, such as Socialist society would be, frequent shifts and the concentration of certain work uponcertain seasons of the year and certain hours of day would be an easy matter.
The problem of removing dust, smoke, soot and odors could likewise be completely solved by modern chemistry and technique; it is solved only partially or not at all, simply because the private employers care not to make the necessary sacrifice of funds. The work-places of the future, wherever located, whether above or under ground, will, accordingly, distinguish themselves most favorably from those of to-day. Many contrivances are, under the existing system of private enterprise, first of all, a question of money: can the business bear the expenditure? Will it pay? If the answer is in the negative, then let the workingmen go to pieces. Capital does not operate where there is no profit. Humanity is not an "issue" on the Exchange.[181]
The question of "profit" has exhausted itsrolein Socialist society:in Socialist society the only consideration is the welfare of its members. Whatever is beneficent to these and protects them must be introduced; whatever injures them must stop. None is forced to join in a dangerous game. If matters are undertaken that have dangers in prospect, volunteers will be numerous, all the more so seeing that the object can never be to the injury, but only to the promotion of civilization.
The amplest application of motor powers and of the best machinery and implements, the utmost subdivision of labor, and the most efficient combinations of labor-power will, accordingly, carry production to such pitch that the hours of work can be materially reduced in the production of the necessaries of life. The capitalist lengthens the hours of labor, whenever he can, especially during crises, when the worker's power of resistance is broken, and by squeezing more surplus values out of him, prices may be lowered. In Socialist society, an increase of production accrues to the benefit of all:The share of each rises with the productivity of labor and increased productivity again makes possible the reduction of the hours of work, socially determined as necessary.
Among the motor powers that are coming into application, electricitywill, according to all appearances, take a decisive place.[182]Capitalist society is now everywhere engaged in harnessing it to its service. The more extensively this is done the better. The revolutionizing effect of this mightiest of all the powers of Nature will but all the sooner snap the bonds of bourgeois society, and open the doors to Socialism. But only in Socialist society will electricity attain its fullest and most widespread application. If the prospects now opened for its application are even but partially realized—and on that head there can be no doubt—electricity, as a motor power as well as a source of light and heat, will contribute immeasurably towards the improvement of the conditions of life. Electricity distinguishes itself from all other motor power in that, above all, its supply in Nature is abundant. Our water courses, the ebb and tide of the sea, the winds, the sun-light—all furnish innumerable horse-powers, the moment we know how to utilize them in full. Through the invention of accumulators it has been proved that large volumes of power, which can be appropriated only periodically, from the ebbs and tides, the winds and mountain streams, can be stored up and kept for use at any given place and any given time. All these inventions and discoveries are still in embryo: their full development may be surmised, but can not be forecast in detail.
The progress expected from the application of electricity sounds like a fairy tale. Mr. Meems of Baltimore has planned an electric wagon able to travel 300 kilometers an hour—actually race with the wind. Nor does Mr. Meems stand alone. Prof. Elihu Thomson of Lynn, Mass., also believes it possible to construct electromotors of a velocity of 160 kilometers, and, with suitable strengthening of the rolling stock and improvement of the signal system, of a velocity of 260 kilometers; and he has given a plausible explanation of his system. The same scientist holds, and in this Werner Siemens, who expressed similar views at the Berlin Convention of Naturalists in 1887, agrees with him, that it is possible by means of electricityto transform the chemical elements directly into food—a revolution that would hoist capitalist society off its hinges. While in 1887 Werner Siemens was of the opinion that it was possible, though only in the remote future, to produce artificially a hydrate of carbon such as grape sugar and later the therewith closely related starch, whereby "bread could be made out of stone," the chemist Dr. B. Meyer claims that ligneous fibre could eventually be turned into a source of human food. Obviously, we are moving towards ever newerchemical and technical revolutions. In the meantime, the physiologist E. Eiseler has actually produced grape sugar artificially, and thus made a discovery that, in 1887, Werner Siemens considered possible only in the "remote future." In the spring of 1894, the French ex-Minister of Public Worship, Prof. Berthelot, delivered an address in Paris at the banquet of the Association of Chemical Manufacturers upon the significance of chemistry in the future. The address is interesting in more respects than one. Prof. Berthelot sketched the probable state of chemistry at about the year 2000. While his sketch contains many a droll exaggeration, it does contain so much that is serious and sound that we shall present it in extract. After describing the achievements of chemistry during the last few decades, Prof. Berthelot went on to say:—
"The manufacture of sulphuric acids and of soda, bleaching and coloring, beet sugar, therapeutic alkaloids, gas, gilding and silvering, etc.; then came electro-chemistry, whereby metallurgy was radically revolutionized; thermo-chemistry and the chemistry of explosives, whereby fresh energy was imparted to mining and to war; the wonders of organic chemistry in the production of colors, of flavors, of therapeutic and antiseptic means, etc. But all that is only a start: soon much more important problems are to be solved. About the year 2000 there will be no more agriculture and no more farmers: chemistry will have done away with the former cultivation of the soil. There will be no more coal-shafts, consequently, neither will there be any more miners' strikes. Fuel is produced by chemical and physical processes. Tariffs and wars are abolished: aerial navigation, that helped itself to chemicals as motor power, pronounced the sentence of death upon those obsolete habits. The whole problem of industry then consists in discovering sources of power, that are inexhaustible and resortable to with little labor. Until now we have produced steam through the chemical energy of burning mineral coal. But mineral coal is hard to get and its supply decreases daily. Attention must be turned towards utilizing the heat of the sun and of the earth's crust. The hope is justified that both sources will be drawn upon without limit. The boring of a shaft 3,000 to 4,000 meters deep does not exceed the power of modern, less yet it will exceed that of future engineers. The source of all heat and of all industry would be thus thrown open. Add water to that, and all imaginable machinery may be put in perpetual operation on earth: the source of this power would experience hardly any diminution in hundreds of years.
"With the aid of the earth's heat, numerous chemical problems will become solvable, among these the greatest of all—the chemical production of food. In principle, the problem is solved now. The synthesis of fats and oils has been long known; likewise are sugar and hydrates of carbon known; nor will it be long before the secret of compounding azoteis out. The food problem is a purely chemical one. The day when the corresponding cheap power shall have been obtained, food of all sort will be producable with carbon out of carbon oxides, and with hydrogen and acids out of water, and with nitrogen out of the atmosphere. What until now vegetation has done, industry will thenceforth perform, and more perfectly than Nature itself. The time will come when everyone will carry about him a little box of chemicals wherewith to provide his food supply of albumen, fat and hydrates of carbon, regardless of the hour of the day or the season of the year, regardless of rain or drought, of frost or hail, or insects. A revolution will then set in of which no conception is so far possible. Fields bearing fruit, wine-bearing mountain slopes and pastures for cattle will have vanished. Man will have gained in gentleness and morality seeing he no longer lives on the murder and destruction of living beings. Then also will the difference drop away between fertile and barren districts; perchance deserts may then become the favorite homes of man being healthier than the damp valleys and the swamp-infected plains. Then also will Art, together with all the beauties of human life reach full development. No longer will the face of earth be marred, so to speak, with geometrical figures, now entailed by agriculture: it will become a garden in which, at will, grass or flowers, bush or woods, can be allowed to grow, and in which the human race will live in plenty, in a Golden Age. Nor will man thereby sink into indolence and corruption. Work is requisite to happiness, and man will work as much as ever, because he will be working for himself aiming at the highest development of his mental, moral and esthetical powers."
Every reader may accept what he please of this address of Prof. Berthelot; certain, however, is the prospect that in the future and in virtue of the progress of science, wealth—the volume and variety of products—will increase enormously, and that the pleasures of life of the coming generations will take undreamed of increment.
An aspiration, deeply implanted in the nature of man, is that of freedom in the choice and change of occupation. As uninterrupted repetition renders the daintiest of dishes repulsive, so with a daily treadmill-like recurring occupation: it dulls and relaxes the senses. Man then does only mechanically what he must do; he does it without swing or enjoyment. There are latent in all men faculties and desires that need but to be awakened and developed to produce the most beautiful results. Only then does man become fully and truly man. Towards the satisfaction of this need of change, Socialist society offers, as will be shown, the fullest opportunity. The mighty increase of productive powers, coupled with an ever progressing simplification of the process of labor,not only enables a considerable lowering of hours of work, it alsofacilitates the acquisition of skill in many directions.
The old apprentice system has survived its usefulness: it exists to-day only and is possible only in backward, old-fashioned forms of production, as represented by the small handicrafts. Seeing, however, that this vanishes from the new social Order, all the institutions and forms peculiar thereto vanish along with it. New ones step in. Every factory shows us to-day how few are its workingmen, still engaged at a work that they have been apprenticed in. The employes are of the most varied, heterogeneous trades; a short time suffices to train them in any sub-department of work, at which, in accord with the ruling system of exploitation, they are then kept at work longer hours, without change or regard to their inclinations, and, lashed to the machine, become themselves a machine.[183]Such a state of things has no place in a changed organization of society. There is ample time for the acquisition of dexterity of hand and the exercise of artistic skill. Spacious training schools, equipped with all necessary comforts and technical perfections will facilitate to young and old the acquisition of any trade. Chemical and physical laboratories, up to all the demands of these sciences, and furnished with ample staffs of instructors will be in existence. Only then will be appreciated to its full magnitude what a world of ambitions and faculties the capitalist system of production suppresses, or forces awry into mistaken paths.[184]
It is not merely possible to have a regard for the need of change; it is the purpose of society to realize its satisfaction: the harmonious growth of man depends upon that. The professional physiognomies that modern society brings to the surface—whether the profession be in certain occupations of some sort or other, or in gluttony and idleness, or in compulsory tramping—will gradually vanish. There are to-day precious few people with any opportunity of change in their occupations, or who exercise the same. Occasionally, individuals are foundwho, favored by circumstances, withdraw from the routine of their daily pursuits and, after having paid their tribute to physical, recreate themselves with intellectual work; and conversely, brain workers are met off and on, who seek and find change in physical labors of some sort or other, handwork, gardening, etc. Every hygienist will confirm the invigorating effect of a pursuit that rests upon alternating physical and mental work; only such a pursuit is natural. The only qualification is that it be moderately indulged, and in proportion to the strength of the individual.
Leo Tolstoi lashes the hypertrophic and unnatural character that art and science have assumed under the unnatural conditions of modern society.[185]He severely condemns the contempt for physical labor, entertained in modern society, and he recommends a return to natural conditions. Every being, who means to live according to the laws of nature and enjoy life, should divide the day between, first, physical field labor; secondly, hand work; thirdly, mental work; fourthly, cultured and companionable intercourse. More than eight hours' physical work should not be done. Tolstoi, who practices this system of life, and who, as he says, has felt himself human only since he put it into practice, perceives only what is possible to him, a rich, independent man, but wholly impossible to the large mass of mankind, under existing conditions. The person who must do hard physical work every day ten, twelve and more hours, to gain a meager existence, and who was brought up in ignorance, can not furnish himself with the Tolstoian system of life. Neither can they, who are on the firing line of business life and are compelled to submit to its exactions. The small minority who could imitate Tolstoi have, as a rule, no need to do so. It is one of the illusions that Tolstoi yields to, the belief that social systems can be changed by preaching and example. The experiences made by Tolstoi with his system of life prove how rational the same is; in order, however, to introduce such a system of life as a social custom, a social foundation is requisite other than the present. It requires a new society.
Future society will have such a foundation; it will have scientists and artists of all sorts in abundance; but all of them will work physically a part of the day, and devote the rest, according to their liking, to study, the arts or companionable intercourse.[186]
The existing contrast between mental and manual labor—a contrast that the ruling classes seek to render as pronounced as possible with theview of securing for themselves also the intellectual means of sovereignty—will likewise be removed.
It follows from the preceding arguments that crises and compulsory idleness are impossible phenomena in the new social Order. Crises arise from the circumstance that individualist, capitalist production—incited by profit and devoid of all reliable gauge with which to ascertain the actual demand—brings an overstocking of the world's market, and thus overproduction. The merchandise feature of the products under capitalism, of the products that their owners endeavor to exchange, makes the use of the product dependent upon the consumer'scapacity to buy. The capacity to buy is, however, limited, in so far as the overwhelming majority are concerned, they being under-paid for their labor, or even wholly unable to sell the same if the capitalist does not happen to be able to squeeze a surplus value out of it.The capacity to buy and the capacity to consume are two wholly distinct things in capitalist society.Many millions of people are in want of clothes, shoes, furniture, linen, eatables and drinkables, but they have no money, and their wants, i. e., their capacity to consume, remains unsatisfied. The market is glutted with goods, but the masses suffer hunger; they are willing to work, but they find none to buy their labor-power because the holder of money sees nothing to "make" in the purchase. "Die, canaille; become vagabonds, criminals! I, the capitalist, can not help it. I have no use for goods that I have no purchaser to buy from me with corresponding profit." And, in a way, the man is right.
In the new social Order this contradiction is wiped out. Socialist society produces not "merchandise," in order to "buy" and to "sell;"it produces necessaries of life, that are used, consumed, and otherwise have no object. In Socialist society, accordingly, the capacity to consume is not bounded, as in bourgeois society, by the individual's capacity to buy;it is bounded by the collective capacity to produce. If labor and instruments of labor are in existence, all wants can be satisfied; the social capacity to consume is bounded only bythe satisfaction of the consumers.
There being no "merchandise" in Socialist society, neither can there be any "money." Money is the visible contrast of merchandise; yet itself is merchandise! Money, though itself merchandise, is at the same timethe social equivalent for all other articles of merchandise. But Socialist society produces no articles of merchandise, only articles of use and necessity, whose production requires a certain measure of social labor. The time, on an average requisite for the production of an article is the only standard by which it is measured for social use. Ten minutes social labor in one article are equal to ten minutes social labor in another—neither more nor less. Society is not "on the make"; it only seeks to effect among its members the exchange of articles of equal quality, equal utility. It need not even set up a standard of use value. It merely produces what it needs. If society finds that a three-hour work day is requisite for the production of all that is needed, it establishes such a term of work.[187]If the methods of production improve in such wise that the supply can be raised in two hours, the two-hour work day is established. If, on the contrary, society demands the gratification of higher wants than, despite the increase of forces and the improved productivity of the process of labor, can be satisfied with two or three hours work, then the four-hour day is introduced. Its will is law.
How much social labor will be requisite for the production of any article is easily computed.[188]The relation of the part to the whole of the working time is measured accordingly. Any voucher—a printed piece of paper, gold or tin—certifies to the time spent in work, and enables its possessor to exchange it for articles of various kinds.[189]If he finds thathis wants are smaller than what he receives for his labor, he then works proportionally shorter hours. If he wishes to give away what he does not consume, nothing hinders him. If he is disposed to work for another out of his own free will, so that the latter may revel in thedolce far niente,—if he chooses to be such a blockhead, nothing hinders him. But none can compel him to work for another; none can withhold from him a part of what is due him for labor performed. Everyone can satisfy all his legitimate desires—only not at the expense of others. He receives the equivalent of what he has rendered to society—neither more nor less, and he remains free from all exploitation by third parties.
"But what becomes of the difference between the lazy and the industrious? between the intelligent and the stupid?" That is one of the principal questions from our opponents, and the answer gives them no slight headache. That this distinction between the "lazy" and the "industrious," the "intelligent" and the "stupid" is not made in our civil service hierarchy, but that the term of service decides in the matter of salary and generally of promotion also—these are facts that occur to none of these would-be puzzlers and wiseacres. The teachers, the professors—and as a rule the latter are the silliest questioners—move into their posts, not according to their own qualities, but according to the salaries that these posts bring. That promotions in the army and in the hierarchies of the civil service and the learned professions are often made, not according to worth, but according to birth, friendship and female influence, is a matter of public notoriety. That, however, wealth also is not measured by diligence and intelligence may be judged by the Berlin inn-keepers, bakers and butchers, to whom grammar often is a mystery, and who figure in the first of the three classes of the Prussianelectorate, while the intellectuals of Berlin, the men of science, the highest magistrates of the Empire and the State, vote with the second class. There is not now any difference between the "lazy" and the "diligent," the "intelligent" and the "stupid" for the simple reason that what is understood by these terms exists no longer. A "lazy" fellow society only calls him who has been thrown out of work, is compelled to lead a vagabond's life and finally does become a vagabond, or who, grown up under improper training, sinks into vice. But to style "lazy fellow" the man who rolls in money and kills the day with idleness or debauchery, would be an insult: he is a "worthy and good man."
How do matters stand in Socialist society? All develop under equal conditions, and each is active in that to which inclination and skill point him, whence differences in work will be but insignificant.[190]The intellectual and moral atmosphere of society, which stimulates all to excel one another, likewise aids in equalizing such differences. If any person finds that he cannot do as much as others on a certain field, he chooses another that corresponds with his strength and faculties. Whoever has worked with a large number of people in one establishment knows that men who prove themselves unfit and useless in a certain line, do excellent work in another. There is no normally constructed being who fails to meet the highest demands in one line or another, the moment he finds himself in the right place. By what right does any claim precedence over another? If any one has been treated so step-motherly by Nature that with the best will he can not do what others can,Society has no right to punish him for the shortcomings of Nature. If, on the contrary, a person has received from Nature gifts that raise him above others,Society is not obliged to reward what is not his personal desert. In Socialist society all enjoy equal conditions of life and opportunities for education; all are furnished the same opportunities to develop their knowledge and powers according to their respective capacities and inclinations. In this lies a further guarantee that not only will the standard of culture and powers be higher in Socialist than in bourgeois society, but also that both will be more equally distributed and yet be much more manifold.
When, on a journey up the Rhine, Goethe studied the Cathedral of Cologne, he discovered in the archives that the old master-builders paid their workmen equal wages for equal time. They did so because theywished to get good and conscientious work. This looks like an anomaly to modern bourgeois society. It introduced the system of piece-work, that drives the workingmen to out-work one another, and thus aids the employer in underpaying and in reducing wages.
As with manual, so with mental work. Man is the product of the time and circumstances that he lives in. A Goethe, born under equally favorable conditions in the fourth, instead of the eighteenth, century might have become, instead of a distinguished poet and naturalist, a great Father of the Church, who might have thrown St. Augustine into the shade. If, on the other hand, instead of being the son of a rich Frankfort patrician, Goethe had been born the son of a poor shoemaker of the same town, he never would have become the Minister of the Grand Duke of Weimar, but would probably have remained a shoemaker, and died an honorable member of the craft. Goethe himself recognized the advantage he had in being born in a materially and socially favorable station in order to reach his stage of development. It so appears in his "Wilhelm Meister." Were Napoleon I. born ten years later, he never would have been Emperor of France. Without the war of 1870-1871, Gambetta had never become what he did become. Place the naturally gifted child of intelligent parents among savages, and he becomes a savage.Whatever a man is, society has made him.Ideas are not creations that spring from the head of the individual out of nothing, or through inspiration from above; they are products of social life, of theSpirit of the Age, raised in the head of the individual. An Aristotle could not possibly have the ideas of a Darwin, and a Darwin could not choose but think otherwise than an Aristotle. Man thinks according as the Spirit of the Age, i. e., his surroundings and the phenomena that they present to him drive him to think. Hence the experience of different people often thinking simultaneously the same thing, of the same inventions and discoveries being made simultaneously in places far apart from each other. Hence also the fact that an idea, uttered fifty years too early, leaves the world cold; fifty years later, sets it ablaze. Emperor Sigismund could risk breaking his word to Huss in 1415 and order him burned in Constance; Charles V., although a more violent fanatic, was compelled to allow Luther to depart in peace from the Reichstag at Worms in 1521. Ideas are, accordingly, the product of combined social causes and social life. What is true of society in general, is true in particular of the several classes that, at given historic epochs, constitute society. As each class has its special interests, it also has its special ideas and views, that lead to those class struggles of which recorded history is full, and that reach their climax in the class antagonisms and class struggles of modern days. Hence, it depends not merely upon the agein which a man lives, but also upon the social stratum of a certain age in which he lived or lives, and whereby his feelings, thoughts and actions are determined.
Without modern society, no modern ideas. That is obvious. With regard to the future social Order, it must be furthermore added that the means whereby the individual develops are the property of society. Society can, accordingly, not be bound to render special homage to what itself made possible and is its own product.
So much on the qualification of manual and brain work. It follows that there can be no real distinction between "higher" and "lower" manual work, such as not infrequently a mechanic to-day affects towards the day-laborer, who performs work on the street, or the like. Society demands only socially necessary work; hence all work is of equal value to society. If work that is disagreeable and repulsive can not be performed mechanically or chemically and by some process converted into work that is agreeable—a prospect that may not be put in doubt, seeing the progress made on the fields of technique and chemistry—and if the necessary volunteer forces can not be raised, then the obligation lies upon each, as soon as is his turn, to do his part. False ideas of shame, absurd contempt for useful work, become obsolete conceptions. These exist only in our society of drones, where to do nothing is regarded as an enviable lot, and the worker is despised in proportion to the hardness and disagreeableness of his work, and in proportion to its social usefulness. To-day work is badly paid in proportion as it is disagreeable. The reason is that, due to the constant revolutionizing of the process of production, a permanent mass of superfluous labor lies on the street, and, in order to live, sells itself for such vile work, and at such prices that the introduction of machinery in these departments of labor does not "pay." Stone-breaking, for instance, is proverbially one of the worst paid and most disagreeable kinds of work. It were a trifling matter to have the stone-breaking done by machinery, as in the United States; but we have such a mass of cheap labor-power that the machine would not "pay."[191]Streetand sewer cleaning, the carting away of refuse, underground work of all sorts, etc., could, with the aid of machinery and technical contrivances, even at our present state of development, be all done in such manner that no longer would any trace of disagreeableness attach to the work. Carefully considered, the workingman who cleans out a sewer and thereby protects people from miasmas, is a very useful member of society; whereas a professor who teaches falsified history in the interest of the ruling classes, or a theologian who seeks to befog the mind with supernatural and transcendental doctrines are highly injurious beings.
The learned fraternity of to-day, clad in offices and dignities, to a large extent represents a guild intended and paid to defend and justify the rule of the leading classes with the authority of science; to make them appear good and necessary; and to prop up existing superstitions. In point of fact this guild is largely engaged in the trade of quackery and brain-poisoning—a work injurious to civilization, intellectual wage-labor in the interest of the capitalist class and its clients.[192]A social condition, that should make impossible the existence of such elements, would perform an act towards the liberation of humanity.
Genuine science, on the other hand, is often connected with highly disagreeable and repulsive work, such, for instance, as when a physician examines a corpse in a state of decomposition, or operates on supurating wounds, or when a chemist makes experiments. These often are labors more repulsive than the most repulsive ones ever performed by day-laborers and untutored workingmen. Few recognize the fact. The difference lies in that the one requires extensive studies in order to perform it, whereas the other can be performed by anyone without preparatory studies. Hence the radical difference in the estimation of the two. But in a society where, in virtue of the amplest opportunities of education afforded to all, the present distinction between "cultured" and "uncultured" ceases to exist, the contrast is likewise bound to vanish between learned and unlearned work, all the more seeing that technical development knows no limits and manual labor may be likewise performed by machinery or technical contrivances. We need but look at the development of our art handicrafts—xylography and copper-etching, for instance. As it turns out that the most disagreeable kinds of workoften are the most useful, so also is our conception regarding agreeable and disagreeable work, like so many other modern conceptions, utterly superficial; it is a conception that has an eye to externals only.
* * * * *
The moment production is carried on in Socialist society upon the lines traced above, it no longer produces "merchandise," but only articles of use for the direct demand of society. Commerce, accordingly, ceases, having its sense and reason for being only in a social system that rests upon the production of goods for sale. A large army of persons of both sexes is thus set free for productive work.[193]This large army, set free for production, not only increases the volume of wealth produced, but makes possible a reduction of the hours of work. These people are to-day more or less parasites: they are supported by the work of others: in many instances they must toil diligently in return for a meagre existence. In Socialist society they are superfluous as merchants, hosts, brokers and agents. In lieu of the dozens, hundreds and thousands of stores and commercial establishments of all sorts, that to-day every community holds in proportion to its size, large municipal stores step in, elegant bazaars, actual exhibitions, requiring a relatively small administrative personnel. This change in itself represents a revolution in all previous institutions. The tangled mass of modern commerce is transformed into a centralized and purely administrative department, with only the simplest of functions, that can not choose but grow still simpler through the progressive centralization of all social institutions. Likewise does the whole system of transportation and communication undergo a complete change.
The telegraph, railroads, Post Office, river and ocean vessels, street railways—whatever the names of the vehicles and institutions may be that attend to the transportation and communication of capitalist society—now becomesocialproperty. Many of these institutions—Post Offices, telegraph and railroads generally—are now State institutions in Germany. Their transformation into social property presents no difficulties: there no private interests are left to hurt: if the State continues to develop in that direction, all the better. But these institutions, administered by the State, are no Socialist institutions, as they are mistakenly taken for. They are business plants, that are exploited as capitalistically as if they were in private hands. Neither the officers nor the workingmen have any special benefit from them. The State treats them just as any private capitalist. When, for instance, orders were issued not to engage any workingman over 40 years of age in the railway or marine service of the Empire, the measure carries on its brows the class stamp of the State of the exploiters, and is bound to raise the indignation of the working class. Such and similar measures that proceed from the State as an employer of labor are even worse than if they proceed from private employers. As against the State, the latter is but a small employer, and the occupation that this one denies another might grant. The State, on the contrary, being a monopolistic employer, can, at one stroke, cast thousands of people into misery with its regulations. That is not Socialist, it is capitalist conduct; and the Socialist guards against allowing the present State ownership being regarded as Socialism, or the realization of Socialist aspirations. In a Socialist institution there are no employers. The leader, chosen for the purpose, can only carry out the orders and superintend the execution of the disciplinary and other measures prescribed by the collectivity itself.
As in the instance of the millions of private producers, dealers and middlemen of all sorts, large centralized establishments take their place, so does the whole system of transportation and communication assume new shape. The myriads of small shipments to as many consignees that consume a mass of powers and of time, now grow into large shipments to the municipal depots and the central places of production. Here also labor is simplified. The transportation of raw material to an establishment of a thousand workers is an infinitely simpler matter than to a thousand small and scattered establishments. Thus centralized localities of production and of transportation for whole communities, or divisions of the same, will introduce a great saving of time, of labor, of material, and of means both of production and distribution. The benefit accrues to the whole community, and to each individual therein. The physiognomy of our productive establishments, of our system oftransportation and communication, especially also of our habitations, will be completely altered for the better. The nerve-racking noise, crowding and rushing of our large cities with their thousands of vehicles of all sorts ceases substantially: society assumes an aspect of greater repose. The opening of streets and their cleaning, the whole system of life and of intercourse acquires new character. Hygienic measures—possible to-day only at great cost and then only partially, not infrequently only in the quarters of the rich—can be introduced with ease everywhere. To-day "the common people" do not need them; they can wait till the funds are ready; and these never are.
Such a system of communication and transportation can not then choose but reach a high grade of perfection. Who knows but aerial navigation may then become a chief means of travel. The lines of transportation and communication are the arteries that carry the exchange of products—circulation of the blood—throughout the whole body social, that effect personal and mental intercourse between man and man. They are, consequently, highly calculated to establish an equal level of well-being and culture throughout society. The extension and ramification of the most perfect means of transportation and communication into the remotest corners of the land is, accordingly,a necessity and a matter of general social interest. On this field there arise before the new social system tasks that go far beyond any that modern society can put to itself. Finally, such a perfected system of transportation and communication, will promote the decentralization of the mass of humanity that is to-day heaped up in the large cities. It will distribute the same over the country, and thus—in point of sanitation as well as of mental and material progress—it will assume a significance of inestimable value.
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Among the means of production in industry and transportation, land holds a leading place, being the source of all human effort and the foundation of all human existence, hence, of Society itself. Society resumes at its advanced stage of civilization, what it originally possessed. Among all races on earth that reached a certain minimum degree of culture, we find community in land, and the system continues in force with such people wherever they are still in existence. Community in land constituted the foundation of all primitive association: the latter was impossible without the former. Not until the rise and development of private property and of the forms of rulership therewith connected, and then only under a running struggle, that extends deep into our own times, was the system of common ownership in land ended, and the land usurped as private property. The robbery of the land and itstransformation into private property furnished, as we have seen, the first source of that bondage that, extending from chattel slavery to the "freedom" of the wage-earner of our own century, has run through all imaginable stages, until finally the enslaved, after a development of thousands of years re-convert the land into common property.
The importance of land to human existence is such that in all social struggles the world has ever known—whether in India, China, Egypt, Greece (Cleomenes), Rome (the Gracchi), Christian Middle Ages (religious sects, Munzer, the Peasants War), in the empires of the Aztecs and of the Incas, or in the several upheavals of latter days—the possession of land is the principal aim of the combatants. And even to-day, the public ownership of land finds its justifiers in such men as Adolf Samter, Adolf Wagner, Dr. Schaeffle, who on other domains of the Social Question are ready to rest content with half-measures.[194]
The well-being of the population depends first of all upon the proper cultivation of the land. To raise the same to the highest degree ofperfection is eminently a matter of public concern. That the cultivation of the land can reach the necessary high degree of perfection neither under the large, nor the middle, least of all under the small landlord system, has been previously shown. The most profitable cultivation of land depends not merely upon the special care bestowed upon it. Elements come here into consideration that neither the largest private holder, nor the mightiest association of these is equal to cope with. These are elements that lap over, even beyond the reach of the State and require international treatment.
Society must first of all consider the land as a whole—its topographical qualities, its mountains, plains, woods, lakes, rivers, ponds, heaths, swamps, moors, etc. The topography, together with the geographical location of land, both of which are unchangeable, exercises certain influences upon climate and the qualities of the soil. Here is an immense field on which a mass of experience is to be gathered and a mass of experiments to be made. What the State has done until now in this line is meager. What with the small means that it applies to these purposes, and what with the limitations imposed upon it by the large landlords, who even if the State were willing, would check it, little or nothing has been done. The State could do nothing on this field without greatly encroaching upon private property. Seeing, however, that its very existence is conditioned upon the safe-keeping and "sacredness" of private property, the large landlords are vital to it, and it is stripped of the power, even if it otherwise had the will, to move in that direction. Socialist society will have the task of undertaking vast improvements of the soil,—raising woods here, and dismantling others yonder, draining and irrigating, mixing and changing of soil, planting, etc., in order to raise the land to the highest point of productivity that it is capable of.
An important question, connected with the improvement of the land, is the contrivance of an ample and systematically planned network of rivers and canals, conducted upon scientific principles. The question of "cheaper" transportation on the waterways—a question of such gravity to modern society—loses all importance in Socialist society, seeing that the conceptions "cheap" and "dear" are unknown to it. On the other hand, however, waterways, as comfortable means of transportation, that can, moreover, be utilized with but slight expenditure of strength and matter, deserve attention. Moreover river and canal systems play importantrolesin the matter of climate, draining and irrigation, and the supply of fertilizers and other materials needed in the improvement of agricultural land.
Experience teaches that poorly-watered regions suffer more severely from cold winters and hot summers than well-watered lands, whencecoast regions are exempt from the extremes of temperature, or rarely undergo them. Extremes of temperature are favorable neither to plants nor man. An extensive system of canalization, in connection with the proper forestry regulations, would unquestionably exercise beneficent influences. Such a system of canalization, along with the building of large reservoirs, that will collect the water in cases of freshets through thaws or heavy rainfalls, would be of great usefulness. Freshets and their devastating results would be impossible. Wide expanses of water, together with their proportional evaporations, would also, in all probability, bring about a more regular rain-fall. Finally such institutions would facilitate the erection of works for an extensive system of irrigation whenever needed.
Large tracts of land, until now wholly barren or almost so, could be transformed into fertile regions by means of artificial irrigation. Where now sheep can barely graze, and at best consumptive-looking pine trees raise their thin arms heavenward, rich crops could grow and a dense population find ample nutriment. It is merely a question of labor whether the vast sand tracts of the Mark, the "holy dust-box of the German Empire," shall be turned into an Eden. The fact was pointed out in an address delivered in the spring of 1894 on the occasion of the agricultural exposition in Berlin.[195]The requisite improvements, canals, provisions for irrigation, mixing of soil, etc., are matters, however, that can be undertaken neither by the small nor the large landlords of the Mark. Hence those vast tracts, lying at the very gates of the capital of the Empire, remain in a state of such backward cultivation that it will seem incredible to future generations. Again, a proper canalization would, by draining, reclaim for cultivation vast swamps and marshes in North as well as South Germany. These waterways could be furthermore utilized in raising fish; they could thus be vast sources of food; in neighborhoods where there are no rivers, they would furnish opportunity for commodious bath-houses.
Let a few examples illustrate the effectiveness of irrigation. In the neighborhood of Weissensfels, 7½ hectares of well-watered meadows produced 480 cwt. of after-grass; 5 contiguous hectares of meadow land of the same quality, but not watered, yielded only 32 cwt. The former had, accordingly, a crop ten times as large as the latter. Near Reisa in Saxony, the irrigation of 65 acres of meadow lands raised their revenue from 5,850 marks to 11,100 marks. The expensive outlays paid. Besides the Mark there are in Germany other vast tracts, whose soil,consisting mainly of sand, yields but poor returns, even when the summer is wet. Crossed and irrigated by canals, and their soil improved, these lands would within a short time yield five and ten times as much. There are examples in Spain of the yield of well-irrigated lands exceeding thirty-seven fold that of others that are not irrigated. Let there but be water, and increased volumes of food are conjured into existence.
Where are the private individuals, where the States, able to operate upon the requisite scale? When, after long decades of bitter experience, the State finally yields to the stormy demands of a population that has suffered from all manner of calamities, and only after millions of values have been destroyed, how slow, with what circumspection, how cautious does it proceed! It is so easy to do too much, and the State might by its precipitancy lose the means with which to build some new barracks for the accommodation of a few regiments. Then also, if one is helped "too much," others come along, and also want help. "Man, help yourself and God will help you," thus runs the bourgeois creed. Each for himself, none for all. And thus, hardly a year goes by without once, twice and oftener more or less serious freshets from brooks, rivers or streams occurring in several provinces and States: vast tracts of fertile lands are then devastated by the violence of the floods, and others are covered with sand, stone and all manner of debris; whole orchard plantations, that demanded tens of years for their growth, are uprooted; houses, bridges, dams are washed away; railroad tracks torn up; cattle, not infrequently human beings also, are drowned; soil improvements are carried off; crops ruined. Vast tracts, exposed to frequent inundations, are cultivated but slightly, lest the loss be double.
On the other hand, unskilful corrections of the channels of large rivers and streams,—undertaken in one-sided interests, to which the State ever yields readily in the service of "trade and transportation"—increase the dangers of freshets. Extensive cutting down of forests, especially on highlands and for private profit, adds more grist to the flood mill. The marked deterioration of the climate and decreased productivity of the soil, noticeable in the provinces of Prussia, Pomerania, the Steuermark, Italy, France, Spain, etc., is imputed to this vandalic devastation of the woods, done in the interest of private parties.
Frequent freshets are the consequence of the dismantling of mountain woodlands. The inundations of the Rhine, the Oder and the Vistula are ascribed mainly to the devastation of the woods in Switzerland, Galicia and Poland; and likewise in Italy with regard to the Po. Due to the baring of the Carnian Alps, the climate of Triest and Venice has materially deteriorated. Madeira, a large part of Spain, vast and once luxurious fields of Asia Minor have in a great measure forfeited their fertility through the same causes.
It goes without saying that Socialist society will not be able to accomplish all these great tasks out-of-hand. But it can and will undertake them, with all possible promptness and with all the powers at its command, seeing that its sole mission is to solve problems of civilization and to tolerate no hindrance. Thus it will in the course of time solve problems and accomplish feats that modern society can give no thought to, and the very thought of which gives it the vertigo.
The cultivation of the soil will, accordingly, be mightily improved in Socialist society, through these and similar measures. But other considerations, looking to the proper exploitation of the soil, are added to these. To-day, many square miles are planted with potatoes, which are to be applied mainly to the distilling of brandy, an article consumed almost exclusively by the poor classes of the population. Liquor is the only stimulant and "care-dispeller" that they are able to procure. The population of Socialist society needs none of that, hence the raising of potatoes and corn for that purpose, together with the labor therein expended, are set free for the production of healthy food.[196]The speculative purposes that our most fertile fields are put to in the matter of the sugar beet for the exportation of sugar, have been pointed out in a previous chapter. About 400,000 hectares of the best wheat fields are yearly devoted to the cultivation of sugar beet, in order to supply England, the United States and Northern Europe with sugar. The countries whose climate favors the growth of sugar cane succumb to this competition. Furthermore, our system of a standing army, the disintegration of production, the disintegration of the means of transportation and communication, the disintegration of agriculture, etc.,—all these demand hundreds of thousands of horses, with the corresponding fields to feed them and to raise colts. The completely transformed social and political conditions free the bulk of the lands that are now given up to these various purposes; and again large areas and rich labor-power are reclaimed for purposes of civilization. Latterly, extensive fields, covering many square kilometers, have been withdrawn from cultivation, being needed for the manoeuvering and exercising of army corps in the newmethods of warfare and long distance firearms. All this falls away.
The vast field of agriculture, forestry and irrigation has become the subject of an extensive scientific literature. No special branch has been left untouched: irrigation and drainage, forestry, the cultivation of cereals, of leguminous and tuberous plants, of vegetables, of fruit trees, of berries, of flowers and ornamental plants; fodder for cattle raising; meadows; rational methods of breeding cattle, fish and poultry and bees, and the utilization of their excrements; utilization of manure and refuse in agriculture and manufacture; chemical examinations of seeds and of the soil, to ascertain its fitness for this or that crop; investigations in the rotations of crops and in agricultural machinery and implements; the profitable construction of agricultural buildings of all nature; the weather;—all have been drawn within the circle of scientific treatment. Hardly a day goes by without some new discovery, some new experience being made towards improving and ennobling one or other of these several branches. With the work of J. v. Liebig, the cultivation of the soil has become a science, indeed, one of the foremost and most important of all, a science that since then has attained a vastness and significance unique in the domain of activity in material production. And yet, if we compare the fullness of the progress made in this direction with the actual conditions prevailing in agriculture to-day,it must be admitted that, until now, only a small fraction of the private owners have been able to turn the progress to advantage, and among these there naturally is none who did not proceed from the view point of his own private interests, acted accordingly, kept only that in mind, and gave no thought to the public weal. The large majority of our farmers and gardeners, we may say 98 per cent. of them, are in no wise in condition to utilize all the advances made and advantages that are possible: they lack either the means or the knowledge thereto, if not both: as to the others, they simply do as they please. Socialist society finds herein a theoretically and practically well prepared field of activity. It need but to fall to and organize in order to attain wonderful results.
The highest possible concentration of productions affords, of itself, mighty advantages. Hedges, making boundary lines, wagon roads and footpaths between the broken-up holdings are removed, and yield some more available soil. The application of machinery is possible only on large fields: agricultural machinery of fullest development, backed by chemistry and physics could to-day transform unprofitable lands, of which there are not a few, into fertile ones. The application of accumulated electric power to agricultural machinery—plows, harrows, rollers, sowers, mowers, threshers, seed-assorters, chaff-cutters, etc.—is only a question of time. Likewise will the day come when electricitywill move from the fields the wagons laden with the crops: draught cattle can be spared. A scientific system of fertilizing the fields, hand in hand with thorough management, irrigation and draining will materially increase the productivity of the land. A careful selection of seeds, proper protection against weeds—in itself a head much sinned against to-day—sends up the yield still higher.
According to Ruhland, a successful war upon cereal diseases would of itself suffice to render superfluous the present importation of grain into Germany.[197]Seeding, planting and rotation of crops, being conducted with the sole end in view of raising the largest possible volume of food, the object is then obtainable.
What may be possible even under present conditions is shown by the management of the Schnistenberg farm in the Rhenish Palatinate. In 1884 the same fell into the hand of a new tenant, who, in the course of eight years, raised three or four times as much as his predecessor.[198]The said property is situated 320 meters above the level of the sea, 286 acres in size, of which 18 are meadows, and has generally unfavorable soil, 30 acres being sandy, 60 stony, 55 sand loam and 123 hard loam. The new method of cultivation had astonishing results. The crops rose from year to year. The increase during the period of 1884-1892 was as follows per acre:
The neighboring community of Kiegsfeld, the witness of this marvelous development, followed the example and reached similar results on its own ground. The yield per acre was on an average this:
Such results are eloquent enough.
The cultivation of fruits, berries and garden vegetables will reach a development hardly thought possible. How unpardonably is being sinned at present in these respects, a look at our orchards will show. They are generally marked by a total absence of proper care. This is true of thecultivation of fruit trees even in countries that have a reputation for the excellence of these; Wurtemberg, for instance. The concentration of stables, depots for implements and manure and methods of feeding—towards which wonderful progress has been made, but which can to-day be applied only slightly—will, when generally introduced, materially increase the returns in raising cattle, and thereby facilitate the procurement of manure. Machinery and implements of all sorts will be there in abundance, very differently from the experience of ninety-nine one hundredths of our modern farmers. Animal products, such as milk, eggs, meat, honey, hair, wool, will be obtained and utilized scientifically. The improvements and advantages in the dairy industry reached by the large dairy associations is known to all experts, and ever new inventions and improvements are daily made. Many are the branches of agriculture in which the same and even better can be done. The preparation of the fields and the gathering of the crops are then attended to by large bodies of men, under skilful use of the weather, such as is to-day impossible. Large drying houses and sheds allow crops being gathered even in unfavorable weather, and save losses that are to-day unavoidable, and which, according to v. d. Goltz, often are so severe that, during a particularly rainy year, from eight to nine million marks worth of crops were ruined in Mecklenburg, and from twelve to fifteen in the district of Koenigsberg.
Through the skilful application of artificial heat and moisture on a large scale in structures protected from bad weather, the raising of vegetables and all manner of fruit is possible at all seasons in large quantities. The flower stores of our large cities have in mid-winter floral exhibitions that vie with those of the summer. One of the most remarkable advances made in the artificial raising of fruit is exemplified by the artificial vineyard of Garden-Director Haupt in Brieg, Silesia, which has found a number of imitators, and was itself preceded long before by a number of others in other countries, England among them. The arrangements and the results obtained in this vineyard were so enticingly described in the "Vossische Zeitung" of September 27, 1890, that we have reproduced the account in extracts:
"The glass-house is situated upon an approximately square field of 500 square meters, i. e., one-fifth of an acre. It is 4.5 to 5 meters high, and its walls face north, south, east and west. Twelve rows of double fruit walls run inside due north and south. They are 1.8 meters apart from each other and serve at the same time as supports to the flat roof. In a bed 1.25 meters deep, resting on a bank of earth 25 centimeters strong and which contains a net of drain and ventilation pipes,—a bed 'whose hard ground is rendered loose, permeable andfruitful through chalk, rubbish, sand, manure in a state of decomposition, bonedust and potash'—Herr Haupt planted against the walls three hundred and sixty grape vines of the kind which yields the noblest grape juice in the Rhinegau:—white and red Reissling and Tramine, white and blue Moscatelle and Burgundy.
"The ventilation of the place is effected by means of large fans, twenty meters long, attached to the roof, besides several openings on the side-walls. The fans can be opened and shut by means of a lever, fastened on the roof provided with a spindle and winch, and they can be made safe against all weather. For the watering of the vines 26 sprinklers are used, which are fastened to rubber pipes 1.25 meters long, and that hang down from a water tank. Herr Haupt introduced, however, another ingenious contrivance for quickly and thoroughly watering his 'wine-hall' and his 'vineyard', to wit, an artificial rain producer. On high, under the roof, lie four long copper tubes, perforated at distances of one-half meter. The streams of water that spout upward through these openings strike small round sieves made of window gauze and, filtered through these, are scattered in fine spray. To thoroughly water the vines by means of the rubber pipes requires several hours. But only one faucet needs to be turned by this second contrivance and a gentle refreshing rain trickles down over the whole place upon the grape vines, the beds and the granite flags of the walks. The temperature can be raised from 8 to 10 degrees R. above the outside air without any artificial contrivance, and simply through the natural qualities of the glass-house. In order to protect the vines from that dangerous and destructive foe, the vine louse, should it show itself, it is enough to close the drain and open all the water pipes. The inundation of the vines, thus achieved, the enemy can not withstand. The glass roof and walls protect the vineyard from storms, cold, frost and superfluous rain; in cases of hail, a fine wire-netting is spread over the same; against drought the artificial rain system affords all the protection needed. The vine-dresser of such a vineyard is his own weather-maker, and he can laugh at all the dangers from the incalculable whims and caprices of indifferent and cruel Nature,—dangers that ever threaten with ruin the fruit of the vine cultivator.