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""■"V VOL. XXXI. INDIANAPOLIS, IND., MAY 2, 1896. NO. 18 EXPERIENCE DEPARTMENT. How Do You Fight Drouth? list premium.—In my corn crop laat sea- sou, I fought the drouth as follows : The ground was plowed as soon as it was dry enough to work, and as prospects were good for a great drouth, the fresh dirt was rolled as fast as it was plowed. This rolling firmed the earth, and helped to retain the moisture. I took advantage of a small shower the first of May, and commenced to prepare my ground for planting. Tbe early broken ground, well rolled down, was moist and nice, and what clods had been turned up, and not crushed by the roller, had become soft, and readily yielded to work. With the harrow I leveled down the surface, and brought the small clods to the surface. The ground was again rolled,and followed by a second harrowing. This made it in fine condition— not only on the surface, but down as deep as it was broken, and was in first-class condition to absorb the moisture brought up from the subsoil. The corn was planted from the 10th to the 15th of May, and as soon as we were through planting, we rolled our entire crop, following with the steel tooth harrow. In less than a week, we rolled and harrowed again. AU this work was done before the corn came through the ground For a period of a little over one week" during which time the corn was coming through the ground, we did not molest it; but as soon as the corn was up a few days, I went over it with the Breed Weeder, and again rolled; followed with the weeder a second time in less than a week from first operation. Would like to have rolled again, but feared the corn was too high in places. We then started our Eagle claw—four shovels on a side—cultivator, with which we continued to cultivate at least once a week until tho corn wasjas high as we could straddle, then we took our little 14 tooth harrow, with lever adjustment to make it fill the rows, and with this, we continued to cultiv-f.e untU all was in tassel, and occasionally a silk could be seen. The earth mulch thus formed and kept by frequent shallow cultivations broke the capillary attraction, and I could at all times kick up the fine moist earth within an inch of the surface, although we practically had no tain from the time corn was planted until it was laid by. Scientific experiments had told me that it took over 400 pounds of water to mature one pound of weeds, so I was careful that ~H moisture went to the corn, by keeping all weeds down. As a result, I had an unusually large crop of corn, and an excellent seed bed I 'or wheat, and a fine chance for the I ."°ung clover recently sown on it. Henry Co. XV. XV. Prigg. M Premium.—In fighting drouth the £f~t essential is to plow deep, eight or "'ne inches, as soon as ground is dry in "Pring; then when time to plant use har- ro~" and drag until soil Is perfectly, mel- low to a depth of five or six inches. Thus Jou have a deep mellow seed bed, which ""ill help to give the young plant a good lh"lfty start and better enable it to withstand severe drouth. After potatoes or ] "°~n are planted, harrow ground with I me tooth harrow or weeder every few [ J*?", and especially as soon after each as ground is dry enough to work rain nie foil, e- When plants are up so you can low the rows, cultivate level as possible with some good fine tooth cultiva- ri Ave ov six inches deep as close to 'laat as you can. This gives the ground »thorough stirring up after the frequent ."rrowings. Then use weeder, going l^ghtover the rows, this will kill the I e~ds starting in rows and make a fine I ar'h mulch that will better hold mois ture. After this our cultivation is all shallow, using cultivator and weeder alternately every three to five days. The weeder can be used until potato tops are about eight to 10 Inches high, without injury to the plants. I consider the weeder the best implement for saving labor and fighting drouth that I know of. Uy using it in time, it often prevents weeds from starting and keeps tho surface fine and level. We cultivate potatoes as long as we can go between rows with harrows and cultivator, but not close to rows after plants are large. During the entire season we aim to work the ground after each rain as soon as it is dry, with cultivator and weeder, and as fast as possible to get the soil stirred before a crust forms. Uy following this plan we have succeeded in growing good crops of potatoes almost without rain. Jay Co. M. O. Wright. 3d Premium.—In a dry season I prefer level cultivation, and I want the cultivator to go into the corn field all the time. After a rain I start tho plow In my com as soon as the ground Is fit. It will hold moisture longer. I_ast fall I broke land in a field when it wa3 in/ood order; later when it had dried out I broke the rest of the field. I rolled it after the plov. I harrowed it both ways and dragged it and sowed to rye. The first was moist all the time and the last was dry and cloddy, and never came up till late. The rye is up fine on the piece broke first, while on the rest of the field you can scarcely see any rye at all. For corn, potatoes, onions and garden truck I use a fine tooth cultivator all the time. I say keep the ground perfectly level and stir it often in a dry season, and always plow it after a rain. Harrison Co. . Benj. Williams. take a single tender. Stay with the corn till it is in roasting ears, if il does not raint and you will have a full crop; or in fact the more you harrow and roll your ground after it has been plowed the better you are prepared to meet a drouth. But the tile is tho most important throat for water and air lo pass through. The moro air and heat in the ground the more tho moisture'will raise during tho night. Thou try filling tile with water. Stark Co. D.C. XV. If we only knew a sure way to fight drouth to perfection it would bo worth many dollars to us. Our method is constant, shallow cultivation. Breaking the ground deep, preparing a good fine seed bed, and then cultivate so as to retain all the moisture possible. After a rain as soon as the ground will permit, we stir the surface leaving It level. Keep this up at intervals of one week apart during dry weather. By thus forming au "earth mulch" we can retain considerable moisture that would otherwise escape. Jackson Co. T. S. Cross. get to keep tho weeder after instead of before the roller. I must commend Mr. Prigg's very late working of corn in drouth years. I have tried his whole method and am very much pleased with it. Have not tried Mr. Wamsley's sub-Irrigation, but would ask if the moisture which is so costly to handle, is not already there? The secret is, and I feel sure I'm right, that wo need to givo moro attention to checking wasteful evaporation than adding to water. A good surface stirring with the eagle claw or spring tooth, followed by the weeder, will prevent the evaporation of 10 or 15 tons a day per acre, and that is surely cheaper than to pump it into costly tiling. Will mention corn roots next week. We are thankful for so much good copy. K. II. Collins. review. The normal rainfall for 21 yoars for Indiana is nearly 40 inches a year, and is slightly heavier in the six warm months than in the sixcood months. One inch of rain per acre weighs about 113 tons, Forty inches of rain a year equals about A Trip to the West Florida Highlands. Editobs Indiana Fabmeb: When I left home on April 7th the thermometer registered 20°, and the next day at noon when I arrived at Pensacola, Fla., it registered near 80°. Winter clothing and underwear were a burden. Sad scenes of '61-'(ll passed through my mind, when I remembered how then I tramped to the tap of drum, carrying knapsack and gun, and now how different—riding in palatial cars at tho rate of havo The first thing to be done to work against drouth is to break the ground deep; subsoil It if possible, and keep as level as possible. If for a spring crop, such as corn and potatoes, I think it should be cultivated often but shallow, as it will hold moisture in this way longer than if it is loosened up deep. The ground should be kept level as possible at all times. Harrison Co. James D, Lemay. Our rule is to break the soil six to eight inches deep, and harrow and roll before planting until in good condition. I do not like the plank drag used by many farmers, because it does not cultivate but only drags many clods into low places. We plant our corn with acheckrowerand cultivate twice each way with spring- tooth cultivators. Never cultivate after harvest. Cut out with the hoe the weeds that may have escaped the cultivator. Union Co. W. H. Lafuse. Preparation for drouth should commence with rotation and first breaking, notation may be such as to aid drouth and do injury. First plowing should be deep as circumstances will warrant and thorough. Seed bed should be well prepared. Cultivation should be frequent, shallow, level and thorough. Earth should be kept compact as possible. The word shallow is used in connection with cultivation with some doubt. Deep it is feared would imply the destruction of radicles and spongioles, thus rendering It impossible for the growing corn to get nutriment from thc surrounding earth. Clark Co. X. Y. The way we fight drouth is with tile and cultivation, roller and with water run in at the upper end of tile, closing lower end to hold wator back till plants feast on water; so use your tile to irrigate when dry as well as to drain when too wet- Also the drier and hotter the ground gets, the oftener you should stir the ground. Shallow, level cultivation. If the corn gets too high to *,'ua the double tender, -- \JS IIJ _L_JS.-_SS._»S_,1. _.___.__ __, J S.»- SSSjUSUE] S.IJUUS S-. _. 12 tons per aero a day. This mudt supplv 140 mites an hour! After 30^ yea- evaporation, fin*, ing Streams aud muis.- £**■—*—» —*—' *"= *=^j~r.-'*"'-' ■ "_..— influencJy by your ure for plants. ]_i, aeration is immense. In the warm mon'hs where the ground is hard and naked, at many fields are in the spring, it often av irages 20 tons a day per acre. Plow such groi nd one week and It is mellow and nice, 0 days later it would break hard and be very cloddy. Fifty bushels of corn and the fodder require about 10 tons of moiBture a day for 100 days or 1,000 tons. This is also true of a crop of clover of two and one-half tons per acre. While plants draw heavily on soil moisture, we should remember that the insensible, unseen evaporation is our greatest robber, and steals the very life blood from our seed bed and subsoil at twice the rate that the useful plants require it. Our common showers in warm weather are almost entirely evaporated, and our plants depend mostly on subsoil moisture stored in cool months. We farm over an ocean of fresh water which in the level parts of Indiana is reached by wells from four to 40 feet deep. r\Vater is brought to the surface, not in tubes like wood pores, but by contact of particles of earth. Kach particle of dirt under a microscope has a coating of water and the next particle touching it if drier robs it'of part of its moisture. This is the secretof a lirm seed bod—and separating these particles is the principle of the mulch. Many roll the seed bed to bring up moisture, but forget the firm surface will give it off to the air. Koll and then harrow and you invite it up from below and shut it in from above, so it will accumulate in the seed bed. Only yesterday I saw a field of oats drilled and then rolled. The recent rain had firmed the rolled surface which will give up the moisture to the air and become hard. He should have rolled and then drilled. I may call special attention to the articles in this number by Mr. Prigg and Mr. Wright. They had a close race for lst. Which would you give it to? I like Mr. P.'s management of the seed bed before planting when he.has a very dry spring. I harrowed ground broke for corn last spring every week before planting. But if one drills in a furrow he must be careful and not work the furrow full till after his corn is well up, as was mentioned two weeks ago, and don't for- Ohio river. Bein; descriptions of the West Florida Highlands, I was anxious to see them for myself. No description given by me will add anything new to what has already been written, and the articles in the Farmer and Colony circular certainly havo not been overdrawn in tho least. The farm of G. A. Danley is certainly an object lesson of the possibilities of a Florida farm under high cultivation- The farm known as the Kentucky farm shows how soon a wilderness can be transformed into a fruitful condition, I dare not hardly tell how large some of the peach trees have grown, that have been planted three years, and that they are loaded with peaches, or my veracity might be doubted. It is certainly almost a paradise for the fruit grower. There are some drawbacks of course—distance from market and only one rail-road, but these will be obviated later. Canning factories are needed, and evaporators to use up the surplus when shipment to Northern markets does not pay. It does seem to me that a co-operative canning factory of four or five fruit growers could be made profitable. I could not account for cheapness of lands in the South before going, and cannot hardly now. If people only knew the advantages of sucli a mild climate- tho rush to the Northwest, with its blizzards and long winters would bo turned southward where there are cheap lands, with plenty of building material and with fencing and fuel costing almost nothing. But after all I agree with the Farmer, that if you enjoy good health, own a farm (however small) and are out of debt, I would say just let well enough alone. Yet to the poor renter that has to struggle to make both ends meet, I say pull up and go South, and get a home of your own. The American landlord is not a whit better than the landlords of Europe; year after yoar thoy keep drawing the cords a little tighter. Kushville. M. C. Dawson. —Showing his faith by works it may be said that Mr. Dawson took several tractor Colony land for himself and friends. Bernard McDonnell, of Fairmoun years old, served as a bearer at the I* of Gen. William Henry Harris North Bend, July 4, 1841. He w ployed on the steamer which bor<* mains to North Bend, and he as carrying the casket to its fir place. / V
Object Description
Title | Indiana farmer, 1896, v. 31, no. 18 (Apr. 18) |
Purdue Identification Number | INFA3118 |
Date of Original | 1896 |
Subjects (LCSH) |
Agriculture Farm management Horticulture Agricultural machinery |
Subjects (NALT) |
agriculture farm management horticulture agricultural machinery and equipment |
Genre | Periodical |
Call Number of Original | 630.5 In2 |
Location of Original | Hicks Repository |
Coverage | United States - Indiana |
Type | text |
Format | JP2 |
Language | eng |
Collection Title | Indiana Farmer |
Rights Statement | Content in the Indiana Farmer Collection is in the public domain (published before 1923) or lacks a known copyright holder. Digital images in the collection may be used for educational, non-commercial, or not-for-profit purposes. |
Repository | Purdue University Libraries |
Date Digitized | 2011-02-24 |
Digitization Information | Original scanned at 300 ppi on a Bookeye 3 scanner using internal software. Display images generated in CONTENTdm as JP2000s; file format for archival copy is uncompressed TIF format. |
Description
Title | Page 1 |
Subjects (LCSH) |
Agriculture Farm management Horticulture Agricultural machinery |
Subjects (NALT) |
agriculture farm management horticulture agricultural machinery and equipment |
Genre | Periodical |
Call Number of Original | 630.5 In2 |
Location of Original | Hicks Repository |
Coverage | Indiana |
Type | text |
Format | JP2 |
Language | eng |
Collection Title | Indiana Farmer |
Rights Statement | Content in the Indiana Farmer Collection is in the public domain (published before 1923) or lacks a known copyright holder. Digital images in the collection may be used for educational, non-commercial, or non-for-profit purposes. |
Repository | Purdue University Libraries |
Digitization Information | Orignal scanned at 300 ppi on a Bookeye 3 scanner using internal software. Display images generated in CONTENTdm as JP2000s; file format for archival copy is uncompressed TIF format. |
Transcript | ""■"V VOL. XXXI. INDIANAPOLIS, IND., MAY 2, 1896. NO. 18 EXPERIENCE DEPARTMENT. How Do You Fight Drouth? list premium.—In my corn crop laat sea- sou, I fought the drouth as follows : The ground was plowed as soon as it was dry enough to work, and as prospects were good for a great drouth, the fresh dirt was rolled as fast as it was plowed. This rolling firmed the earth, and helped to retain the moisture. I took advantage of a small shower the first of May, and commenced to prepare my ground for planting. Tbe early broken ground, well rolled down, was moist and nice, and what clods had been turned up, and not crushed by the roller, had become soft, and readily yielded to work. With the harrow I leveled down the surface, and brought the small clods to the surface. The ground was again rolled,and followed by a second harrowing. This made it in fine condition— not only on the surface, but down as deep as it was broken, and was in first-class condition to absorb the moisture brought up from the subsoil. The corn was planted from the 10th to the 15th of May, and as soon as we were through planting, we rolled our entire crop, following with the steel tooth harrow. In less than a week, we rolled and harrowed again. AU this work was done before the corn came through the ground For a period of a little over one week" during which time the corn was coming through the ground, we did not molest it; but as soon as the corn was up a few days, I went over it with the Breed Weeder, and again rolled; followed with the weeder a second time in less than a week from first operation. Would like to have rolled again, but feared the corn was too high in places. We then started our Eagle claw—four shovels on a side—cultivator, with which we continued to cultivate at least once a week until tho corn wasjas high as we could straddle, then we took our little 14 tooth harrow, with lever adjustment to make it fill the rows, and with this, we continued to cultiv-f.e untU all was in tassel, and occasionally a silk could be seen. The earth mulch thus formed and kept by frequent shallow cultivations broke the capillary attraction, and I could at all times kick up the fine moist earth within an inch of the surface, although we practically had no tain from the time corn was planted until it was laid by. Scientific experiments had told me that it took over 400 pounds of water to mature one pound of weeds, so I was careful that ~H moisture went to the corn, by keeping all weeds down. As a result, I had an unusually large crop of corn, and an excellent seed bed I 'or wheat, and a fine chance for the I ."°ung clover recently sown on it. Henry Co. XV. XV. Prigg. M Premium.—In fighting drouth the £f~t essential is to plow deep, eight or "'ne inches, as soon as ground is dry in "Pring; then when time to plant use har- ro~" and drag until soil Is perfectly, mel- low to a depth of five or six inches. Thus Jou have a deep mellow seed bed, which ""ill help to give the young plant a good lh"lfty start and better enable it to withstand severe drouth. After potatoes or ] "°~n are planted, harrow ground with I me tooth harrow or weeder every few [ J*?", and especially as soon after each as ground is dry enough to work rain nie foil, e- When plants are up so you can low the rows, cultivate level as possible with some good fine tooth cultiva- ri Ave ov six inches deep as close to 'laat as you can. This gives the ground »thorough stirring up after the frequent ."rrowings. Then use weeder, going l^ghtover the rows, this will kill the I e~ds starting in rows and make a fine I ar'h mulch that will better hold mois ture. After this our cultivation is all shallow, using cultivator and weeder alternately every three to five days. The weeder can be used until potato tops are about eight to 10 Inches high, without injury to the plants. I consider the weeder the best implement for saving labor and fighting drouth that I know of. Uy using it in time, it often prevents weeds from starting and keeps tho surface fine and level. We cultivate potatoes as long as we can go between rows with harrows and cultivator, but not close to rows after plants are large. During the entire season we aim to work the ground after each rain as soon as it is dry, with cultivator and weeder, and as fast as possible to get the soil stirred before a crust forms. Uy following this plan we have succeeded in growing good crops of potatoes almost without rain. Jay Co. M. O. Wright. 3d Premium.—In a dry season I prefer level cultivation, and I want the cultivator to go into the corn field all the time. After a rain I start tho plow In my com as soon as the ground Is fit. It will hold moisture longer. I_ast fall I broke land in a field when it wa3 in/ood order; later when it had dried out I broke the rest of the field. I rolled it after the plov. I harrowed it both ways and dragged it and sowed to rye. The first was moist all the time and the last was dry and cloddy, and never came up till late. The rye is up fine on the piece broke first, while on the rest of the field you can scarcely see any rye at all. For corn, potatoes, onions and garden truck I use a fine tooth cultivator all the time. I say keep the ground perfectly level and stir it often in a dry season, and always plow it after a rain. Harrison Co. . Benj. Williams. take a single tender. Stay with the corn till it is in roasting ears, if il does not raint and you will have a full crop; or in fact the more you harrow and roll your ground after it has been plowed the better you are prepared to meet a drouth. But the tile is tho most important throat for water and air lo pass through. The moro air and heat in the ground the more tho moisture'will raise during tho night. Thou try filling tile with water. Stark Co. D.C. XV. If we only knew a sure way to fight drouth to perfection it would bo worth many dollars to us. Our method is constant, shallow cultivation. Breaking the ground deep, preparing a good fine seed bed, and then cultivate so as to retain all the moisture possible. After a rain as soon as the ground will permit, we stir the surface leaving It level. Keep this up at intervals of one week apart during dry weather. By thus forming au "earth mulch" we can retain considerable moisture that would otherwise escape. Jackson Co. T. S. Cross. get to keep tho weeder after instead of before the roller. I must commend Mr. Prigg's very late working of corn in drouth years. I have tried his whole method and am very much pleased with it. Have not tried Mr. Wamsley's sub-Irrigation, but would ask if the moisture which is so costly to handle, is not already there? The secret is, and I feel sure I'm right, that wo need to givo moro attention to checking wasteful evaporation than adding to water. A good surface stirring with the eagle claw or spring tooth, followed by the weeder, will prevent the evaporation of 10 or 15 tons a day per acre, and that is surely cheaper than to pump it into costly tiling. Will mention corn roots next week. We are thankful for so much good copy. K. II. Collins. review. The normal rainfall for 21 yoars for Indiana is nearly 40 inches a year, and is slightly heavier in the six warm months than in the sixcood months. One inch of rain per acre weighs about 113 tons, Forty inches of rain a year equals about A Trip to the West Florida Highlands. Editobs Indiana Fabmeb: When I left home on April 7th the thermometer registered 20°, and the next day at noon when I arrived at Pensacola, Fla., it registered near 80°. Winter clothing and underwear were a burden. Sad scenes of '61-'(ll passed through my mind, when I remembered how then I tramped to the tap of drum, carrying knapsack and gun, and now how different—riding in palatial cars at tho rate of havo The first thing to be done to work against drouth is to break the ground deep; subsoil It if possible, and keep as level as possible. If for a spring crop, such as corn and potatoes, I think it should be cultivated often but shallow, as it will hold moisture in this way longer than if it is loosened up deep. The ground should be kept level as possible at all times. Harrison Co. James D, Lemay. Our rule is to break the soil six to eight inches deep, and harrow and roll before planting until in good condition. I do not like the plank drag used by many farmers, because it does not cultivate but only drags many clods into low places. We plant our corn with acheckrowerand cultivate twice each way with spring- tooth cultivators. Never cultivate after harvest. Cut out with the hoe the weeds that may have escaped the cultivator. Union Co. W. H. Lafuse. Preparation for drouth should commence with rotation and first breaking, notation may be such as to aid drouth and do injury. First plowing should be deep as circumstances will warrant and thorough. Seed bed should be well prepared. Cultivation should be frequent, shallow, level and thorough. Earth should be kept compact as possible. The word shallow is used in connection with cultivation with some doubt. Deep it is feared would imply the destruction of radicles and spongioles, thus rendering It impossible for the growing corn to get nutriment from thc surrounding earth. Clark Co. X. Y. The way we fight drouth is with tile and cultivation, roller and with water run in at the upper end of tile, closing lower end to hold wator back till plants feast on water; so use your tile to irrigate when dry as well as to drain when too wet- Also the drier and hotter the ground gets, the oftener you should stir the ground. Shallow, level cultivation. If the corn gets too high to *,'ua the double tender, -- \JS IIJ _L_JS.-_SS._»S_,1. _.___.__ __, J S.»- SSSjUSUE] S.IJUUS S-. _. 12 tons per aero a day. This mudt supplv 140 mites an hour! After 30^ yea- evaporation, fin*, ing Streams aud muis.- £**■—*—» —*—' *"= *=^j~r.-'*"'-' ■ "_..— influencJy by your ure for plants. ]_i, aeration is immense. In the warm mon'hs where the ground is hard and naked, at many fields are in the spring, it often av irages 20 tons a day per acre. Plow such groi nd one week and It is mellow and nice, 0 days later it would break hard and be very cloddy. Fifty bushels of corn and the fodder require about 10 tons of moiBture a day for 100 days or 1,000 tons. This is also true of a crop of clover of two and one-half tons per acre. While plants draw heavily on soil moisture, we should remember that the insensible, unseen evaporation is our greatest robber, and steals the very life blood from our seed bed and subsoil at twice the rate that the useful plants require it. Our common showers in warm weather are almost entirely evaporated, and our plants depend mostly on subsoil moisture stored in cool months. We farm over an ocean of fresh water which in the level parts of Indiana is reached by wells from four to 40 feet deep. r\Vater is brought to the surface, not in tubes like wood pores, but by contact of particles of earth. Kach particle of dirt under a microscope has a coating of water and the next particle touching it if drier robs it'of part of its moisture. This is the secretof a lirm seed bod—and separating these particles is the principle of the mulch. Many roll the seed bed to bring up moisture, but forget the firm surface will give it off to the air. Koll and then harrow and you invite it up from below and shut it in from above, so it will accumulate in the seed bed. Only yesterday I saw a field of oats drilled and then rolled. The recent rain had firmed the rolled surface which will give up the moisture to the air and become hard. He should have rolled and then drilled. I may call special attention to the articles in this number by Mr. Prigg and Mr. Wright. They had a close race for lst. Which would you give it to? I like Mr. P.'s management of the seed bed before planting when he.has a very dry spring. I harrowed ground broke for corn last spring every week before planting. But if one drills in a furrow he must be careful and not work the furrow full till after his corn is well up, as was mentioned two weeks ago, and don't for- Ohio river. Bein; descriptions of the West Florida Highlands, I was anxious to see them for myself. No description given by me will add anything new to what has already been written, and the articles in the Farmer and Colony circular certainly havo not been overdrawn in tho least. The farm of G. A. Danley is certainly an object lesson of the possibilities of a Florida farm under high cultivation- The farm known as the Kentucky farm shows how soon a wilderness can be transformed into a fruitful condition, I dare not hardly tell how large some of the peach trees have grown, that have been planted three years, and that they are loaded with peaches, or my veracity might be doubted. It is certainly almost a paradise for the fruit grower. There are some drawbacks of course—distance from market and only one rail-road, but these will be obviated later. Canning factories are needed, and evaporators to use up the surplus when shipment to Northern markets does not pay. It does seem to me that a co-operative canning factory of four or five fruit growers could be made profitable. I could not account for cheapness of lands in the South before going, and cannot hardly now. If people only knew the advantages of sucli a mild climate- tho rush to the Northwest, with its blizzards and long winters would bo turned southward where there are cheap lands, with plenty of building material and with fencing and fuel costing almost nothing. But after all I agree with the Farmer, that if you enjoy good health, own a farm (however small) and are out of debt, I would say just let well enough alone. Yet to the poor renter that has to struggle to make both ends meet, I say pull up and go South, and get a home of your own. The American landlord is not a whit better than the landlords of Europe; year after yoar thoy keep drawing the cords a little tighter. Kushville. M. C. Dawson. —Showing his faith by works it may be said that Mr. Dawson took several tractor Colony land for himself and friends. Bernard McDonnell, of Fairmoun years old, served as a bearer at the I* of Gen. William Henry Harris North Bend, July 4, 1841. He w ployed on the steamer which bor<* mains to North Bend, and he as carrying the casket to its fir place. / V |
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