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MIL No. 29. Whole No. 761. For The Florida Agriculturist. Humbug vs. Humbug. A circular from one of the numeroua phosphate companies of Florida has fal len into our hands. The circular bears the caption, “Florida Soft Phosphate- Humbug”? As might be supposed this does not mean to say that the Florida Phosphate is a humbug, but goes on to say that there is more or less humbug gery attached to the commercial fertili zers sold in the State. We quote from the circular as follows: It is said that the American public is fond of being humbugged; certain it is that the American farmer has allowed himnelf to be thoroughly and completely humbugged, and by the same class of humbug—commercial fertilizers —and they are humbugged with their eyes open, for the analyses of all fertilizers is printed on the sacks. For instance a noted orange tree mixture for which the poor orange grower pays $40.00 per ton, shows by analysis that it contains from 65 to 75 per cent, of lime, magnesia, etc. and they ask you forty dollars per ton for lime. You pay them, we persume, 'because the poor manufacturer of com mercial fertilizers must be protected. Now just stop and consider for a mo ment. Think for yoursslf and reform. JLiime can be purchased for $6 or $8 per ton; why do you w ant to pay S4O for it ? Say this fertilizer contains 4 per cent, of ammonia and 3 to 4 per cent, of potash. Can’t you purchase these ingredients yourself and mix them? The process is very simple. You can save at least S2O per ton. Is this worth saving ? The gist of the matter is that the com pany issuing the circular offers to sell soft ground phosphate at so much per ton, which when mixed with the am monia and potash will make a complete fertilizer, and that the man who buys these goods and mixes his own material will save S2O per ton. This circular while trying to make the people believe they are being hum bugged with commercial fertilizers is at the same time trying to humbug them with soft phosphate. The circular says that by using the ground phosphate (worth $8 per ton at the works) a com plete fertilizer can be made for S2O and that this fertilizer will be worth as much as the S4O commercial article. This is where the humbuggery comes in. Perhaps a so-called complete fertilizer may be made at the price indicated but the grade would be very low and it cer tainly would not be worth as much 'as the forty dollar article. This is a will ful misrepresentation, and the verest of humbuggers. Now let us see what would be the cost of a ton of fertilizer with the percentages as given in the above anti humbug circular. DeLand, Fla., Wednesday, July 19, 1893. To contain four per cent of potash, and four per cent of ammonia, the mixt ure must contain— -300 pounds Sulphate of potash. 320 pounds of ammonia. 1380 pounds of ground phosphate. The cost of this (with freight added from the phosphate works to most all points in the orange region) would be as follows— -300 pounds potash $4.05 320 pounds ammonia 11.84 1380 pounds ground phosphate 8.28 Total cost of material $25.07 This represents only the cost of the material, to which must be added the cost of mixing, which would probably bring the ton of mixture up to S2B. Now let us examine the analysis of this mixt ure and compare it with that of the com mercial goods. The analysis of tl.e c ‘phosphate” fertil izer is as follows. Potash, 4 per cent, ammonia 4 per cent, phosphoric acid, (available) about two thirds of one per cent. The analysis of a popular brand of fer tilizer we have before us and which sells at $39 is as follows— Ammonia 4to 4 % per cent. Potash (ac ual) 12 to 13 per cent. Phosphoric acid, available 10 to 15 per cent. We have before us another brand made by the same manufacturers in which soft ground phosphate is used as a basis of phosphoric acid. The guar anteed analysis of this brand is potash 7 to 9 per cent, ammonia 3 to 4 percent and phosphoric acid (total) 10 to 15 per cent. This fertilizer is of a much higher grade than that made from the formula in the circular, and is sold by the manufactur ers at S2B per ton which is about what it would cost to make the fertilizer referred to in the circular. The manufacturers of fertilizers buy ing their material in large quantities and having machinery for mixing it can, of course, do the work better and cheaper than the individual who must do it by hand and purchase the materi al in smaller quantities. Thus we see as above the manufacturer can make a higher grade of fertilizer from the soft phosphate and sell it for less than the consumer can make the lower grade ar ticle, and at the same time this fertilizer would doubtless be in a better mechan ical condition and better mixed, as tke manufacturer has machinery with which to do this work. After all there is more or less hum buggery attached to the Florida phos phates, perhaps not to the phosphates but certainly to the representatives of those who sell them. Those who wish to apply to their grove any considerable quantity of phosphoric acid will find the ground phosphate but an indifferent agent, as the available acid in the rock is small in quantity, and the in soluble slow inaction. If this element was not immediately needed perhaps the ground phosphate would serve the purposes, as it would remain in the soil and the phosphoiic acid it contains in an insoluble form might be available as plant food in the course of time, but where immediate results are wanted the ground phosphate in its raw state is practically valueless, either if applied alone or in combination with other chemicals. When the phosphate craze first struck the State the boomers praised the ground phosphate to the tikies as a complete fertilizer—they claimed it con tained all the elements of plant food needed by the orange tree, and that the cost of fertilizing would as a consequence be very largely reduced. Many growers were humbugged by this statement and applied the phosphate and the phos phate only to their groves. The ap pearance of these groves is now the strongest evidence that the grow ers who used the phosphate were hum bugged. We are inclined to think that those who will follow the advice given in the circular above referred to and at tempt to compound a high grade ferti lizer with ground phosphate as the basis of tb.eir phosphoric acid, at one-half the cost of the standard commercial brands will admit after a trial that they have again been humbugged with the ground phosphate. Curing Tobacco. Mr. Carl Niedercr, of Winter Haven, Polk County, writes us as follows under date of the 19th. “As tomatoes of late have been a total failure with us, Mr. R. Kleraan and myself have planted a little tobacco and wish to cure the same. I thought it best to ask of you whether or not you could inform us as to the process of curing, or else where I could obtain the desired informa tion.” To those who have large tobacco crops we would refer them to the article of Prof. Hoodie’s in another column on the modern tobacco barn, but if the crop is a small one the following extract from one of the bulletins of the Florida Exper imental Station will be serviceable. We republish it for the benefit of Messrs. Niederer and Kleman and others who may be interested in the matter. CURING TOBACCO The curing shed or barn may or may not be a costly building in our climate. For those who are beginners it is not nec essary to build a barn especially for the purpose if there is a gin house on the premises or a log house that can be used. I have seen the very best quality of tobacco cured in a log house, the joists of which were not six feet above the floor. A common wagon shed will serve the purpose to begin with, if closed on the sides by rough-edgccl boards. The to bacco crop of the Station is cured in the upper part of a wagon and tool house. A great many persons will doubtless be gin the cultivation of tobacco by plant ing from one-half to five acres. In their interest the above is written. For those who are determined to make it their bus iness and who wish to build barns they can do so cheaply with rough lumber. The points to be observed are ventila tion when needed and the shutting it oil'. There should be doors at each end of the barn large enough to drive a wagon through. There is no necessity for a wooden floor, but the sills ought to belaid on brick or rock in our climate to pre vent rotting and the space between the sills and the ground closed with plank. Frames from the top to the bottom should be built inside on which to place poles or laths on which to hang the tobacco to dry. A sharp hollow spear that will fit a lath, made sharp enough to pierce through the stalk should be used. The stalk pierced and slipped on the lath or small pole and repeated until the pole is full, not allowing the leaves to touch each other and then put in place on the frames, is the cheapest, easiest and most expeditious way of hanging tobacco in the barns. It, however, may be tied by strings to a pole, or with a knife a slit may be cut in the stalk and one end of the small pole or lath may be sharpened and pushed through but these methods are both costly and tedious. Care should be taken to economize all the space pos sible and the number of stalks to each lath or pole is to be settled by the dis tance of frames apart on which they are to rest. A shed thirty by sixty feet and from ten to fourteen feet high is sufli ciently roomy to cure five cr six acres of tobacco. Persons who desire to build fancy barns can do so, keeping in view the necessity of ventilation both above and below. Messrs. E. G. Dickinson and A. 0. Sasser of this place have recently re ceived letters patent on an instrument that is destined to prove of much value to the farmers of the Smth. Its pur pose is to remove weevils and other de structive insects from grain stored in bulk, which it does by injecting certain chemicals into and throughout the bulk. The chemicals are harmless only to in sect life and the instrument has been sufficiently tried in this county to test its merits and insure its success.—Madi son Recorder. $2 Dcrlimm. in advance