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Southern planter - The W&M Digital Archive

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1908.] THE SOUTHERN PLANTER. 11<br />

I have never missed a catch on land so treated. We now<br />

have crimson clover growing for a fourth successive season<br />

on land which has produced corn every year. This is<br />

pine stump land of naturally thin quality and quite acid.<br />

<strong>The</strong> first season the corn was almost nothing and crimson<br />

clover failed to stand. <strong>The</strong> next spring a liming as above<br />

indicated was given, resulting in paying corn and good<br />

clover, and as stated, the fourth clover crop is now on<br />

the land with no further liming. Some floats, however,<br />

was sown last spring.<br />

In one or two cases I have followed the limed corn with<br />

oats and red clover, and so far have not failed to secure a<br />

stand. I was somewhat skeptical on the subject of liming<br />

until I began trying it. Now I am enthusiastic in advo-<br />

cating a small application. <strong>The</strong> one time I tried a half ton<br />

or more I also tried about 600 pounds per acre of dissolved<br />

rock on the same crop of corn, and could not have had a<br />

worse failure if I had planted the corn alone. I will go<br />

slowly hereafter in applying fertilizer with the lime.<br />

I prefer to lime the corn crop in order that it mar be<br />

thoroughly mixed with the soil, and the corn is almost<br />

invariably benefitted, but the primary objeot of liming is<br />

to insure grass, especially the clovers, and cow peas.<br />

I would never lime anything but a swamp if I intended<br />

to cultivate it continuously without any hay or cover<br />

crops. W. A. SHERMAN.<br />

Vienna, Fairfax Co., Va.<br />

<strong>The</strong> statement made and to which exception is taken<br />

that "nearly half the value is in the fodder" is substantially<br />

correct. <strong>The</strong> exact distribution as determined<br />

by many analyses is 60 per cent, in the ear and 40 per<br />

cent, in the stover (digestible matter). Whether these<br />

exact values can be realized in the feeding depends largely<br />

on the way in which the products are handled. Major<br />

Alvord, when Director of the Maryland Experiment Sta-<br />

tion, made a practical test to demonstrate the truth of the<br />

analysis of the different parts of the corn plant and<br />

showed conclusively that the same was correct. He divided<br />

the corn stalks into different sections. In one he<br />

had the ear, in another the top above the ear, in another<br />

'the shuck and a short section of the stalk to> which it<br />

was attached and in another the stalk below the ear.<br />

Each of these sections he fed to two steers in relatively<br />

the same proportions as their digestible nutrients called<br />

for and he got the same results from the feeding of the<br />

different parts. To secure, however, these results he had<br />

to grind the stalk and the hard parts to meal in order to<br />

make them palatable.. This showed that the digestible<br />

nutrients were there. <strong>The</strong> only question was how to se<br />

cure their palatability in order to realize upon them.<br />

Shredding finely will largely meet this difficulty, but even<br />

this is not altogether sufficient. If when feeding shredded<br />

stover farmers would prepare the ration twelve or twen-<br />

ty-four hours beforehand and sprinkle the stover freely<br />

with water with a little salt in it and then cover the mass<br />

with old bags and let it heat and soften very little will<br />

be wasted when fed. We always fed it in this way and<br />

treated cut straw and hay in the same way. <strong>The</strong>re is<br />

great economy in so feeding coarse fodder. Practically<br />

the stover so treated becomes a succulent feed like ensi-<br />

lage and is eaten as freely as ensilage. As to the point<br />

that stover is as valuable as or nearly so as timothy hay,<br />

and which seems to be doubted, we based this also on<br />

the average analysis of the products and on experiments<br />

made at several stations in feeding both kinds of roughage.<br />

<strong>The</strong> digestible nutrients in one ton of stover and one<br />

ton of timothy hay are as follows:<br />

Corn stover Timothy hay<br />

lbs. lbs.<br />

Fiber 353.7 296.1<br />

Fat 13.5 33.1<br />

Protein 53.1 55.4<br />

Nitrogen free extract 544.6 553.6<br />

964.6 938.2<br />

This table we think fully justifies our statement. Timothy<br />

hay is the most over-rated long feed of any produced<br />

by American farmers. For our own feeding we would<br />

rather have good, sweet oat straw cut before the grain<br />

was over-ripe any day than the average timothy hay to<br />

be found on the market. If we grew timothy hay it<br />

would be solely for a sale crop. City horse keepers will<br />

always give more for it than it is worth to feed on the<br />

farm and we would let them have it and substitute corn<br />

stover, straw and mixed hay for feeding at home.<br />

As to the lime question. We know that we are regarded<br />

as a sort of crank on this subject, but we are<br />

quite willing to accept the position. In our practical ex-<br />

perience on the farm we have applied hundreds of tons<br />

of lime to our land and have done so at rates varying from<br />

two to five tons to the acre. We never saw that we had<br />

done any harm however heavy the application, but we<br />

constantly saw and reaped material benefit from its use.<br />

We are in the same position as a Pennsylvania farmer, a<br />

subscriber of ours, who wrote us sometime ago on the sub-<br />

ject. He sadd that he had seen ten tons of lime applied<br />

per acre and that the land was in no way injured so far<br />

as any one could see. We believe now that we applied<br />

much more per acre when using two tons to the acre tham<br />

gave profitable results. But at that time we only limed<br />

once in a seven-years rotation and if we could have kept<br />

the two tons in the upper strata of the soil through the<br />

seven years we believe that it would have been profitably<br />

used. Lime will, however, sink down quickly into the soil<br />

and long before the seven years had passed it was beyond<br />

the reach of most plants. If the same quantity had been<br />

used in three applications in the seven years we believe it<br />

would have been better. We think an application of one<br />

ton to the acre is little enough to give good results phy-<br />

sically, mechanically and chemically and lime acts bene-<br />

ficially in all these three ways. If it does not cost the<br />

farmer more than $4.50 per ton on the iarm it can be<br />

used profitably. This is the opinion of farmers in Mary-<br />

land and Pennsylvania who have written us on the subject<br />

and they have had large experience in its use and<br />

it is an opinion in which we concur from our own prac<br />

tical experience. <strong>The</strong> handling and spreading of lime is<br />

not pleasant work and one need not hanker after the<br />

job but we have done it personally by a week at a time.<br />

It requires the exercise of common sense in the way it ia<br />

done and then one need not be seriously inconvenienced.<br />

When we were using lime there was no machine made to

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