The Deterioration oe Manures. 
23 
TABLE III. 
Carbon and Hydrogen in Sheep Manures. 
The results are in percent of air-dried manure. 
Sand and Silicic Acid Included 
No. Age Carbon Hydrogen 
14 
Fresh 
37.809 
5.682 
15 
Fresh 
33 -no 
5.021 
16 
Fresh 
30.095 
4.808 
17 
Fresh 
29.011 
4 • 803 
18 
1 year 
24.712 
3.649 
19 
1 year 
34-521 
5-276 
20 
1 year 
25-130 
3-575 
21 
1 year 
25-695 
3.668 
22 
2 years 
23.623 
3.HO 
2 3 
2 years 
27.291 
3 • 79 2 
2 4 
2 years 
25 •942 
3-560 
25 
3 years 
28.686 
4.069 
26 
3 years 
22.580 
3.092 
28 
3 years 
16.910 
2.276 
29 
3 years 
25-398 
3-443 
30 
4 years 
28.680 
3-776 
3 i 
4 years 
22.450 
3-195 
32 
4 years 
25-215 
3 • 483 
33 
4 years 
27.624 
3.968 
34 
5 years 
12.600 
1.609 
35 
5-6 yrs 
2 5 - 47 i 
3 • 590 
36 
27 years 
.12.748 ? 
2.717 
I Sand and Silicic Acid Excluded 
Carbon 
Hydrogen 
39-250 - 
5-843 
35- T 6o 
5-332 
33-875 
5.412 
3I.6lO 
5-331 
34-385 
5.078 
36-358 
5-557 
32.884 
4.678 
34-722 
4-905 
36.630 
4.823 
35-434 
4.924 
28.950 
3-974 
35•734 
5.069 
n 'J O C 
4-554 
30.376 
4.089 
35-344 
4 792 
35-394 
4.660 
35-423 
5.041 
37.630 
5.198 
32.602 
4.683 
29.169 
3-725 
33-8i6 
4.766 
20.317? 
4-431 
THE CATTLE MANURES. 
/ We will now turn our attention to the cow or cattle manures col¬ 
lected during the same winter as the sheep manures, but not presenting 
so continuous a series. To enable a better comparison, we give an aver¬ 
age analysis which is obtained from about fifty analyses as given by 
Storer in his “Agriculture.” Many of the analyses included in this aver¬ 
age are of fresh manures, but this does not affect the results for they 
were not much higher in moisture than the old manures. This aver¬ 
age represents manures as they are met with in moist climates. 
Average Composition of Cozv Manure in Percent. 
Moisture Included Dry Matter Only 
Moisture _ 74.66 
Dry Matter _ 25.34 
Ash_ 4.31 17.01 
Potash _ 0.56 2.21 
Phosphoric Acid _ 0.32 1.26 
Total Nitrogen_ 0.57 2.24 
