62 
BULLETIN 1026, U. S. DEPARTMENT OF AGRICULTURE. 
factors of time and area where necessary, and will be found to 
check by the following formula: 
AreaXnumber irrigations flowXl . 98=d th app ii e dXarea. 
Acres irrigated per day & *:.*-*• 
Measurements were made by weirs and Cone-Venturi flumes 
on the farm supply ditches, and the results, therefore, include the 
losses on the farm. 
Table 18. — Irrigation of alfalfa in 1016. 
R. D. Hughes 
Wilson & Campbell. 
John A. Mair 
C A. Bartels 
C A. Culver. 
Shafer- Haines 
Farmers' National Bank — Page. 
Carpenter-Lyning 
Chas. F. Mason 
Jackson-Alles 
C A. Johnson 
Chas. and Henry Rassmussen. 
M. W. Dealy..; 
Jacob Ruff 
H. R.Mitchell 
A. L. Bee. 
Frank Wells... 
Frank J. Earle. 
C. A. Duncan. 
John Stroh... 
MichieBros. 
94 
82 
2S 
81 
00 
94 
90 
35 2 
5SJ2 
542 
58 3 
,4 
S.5 
46 
7C 
72 
801 
18i3 
64 2 
4 
3 
3 
3 
6 
4 
i 3 
22,3 
48J3 
00:1 
101 
On'2 
554 
30,4 
ook 
52|3 
024 
084 
25 2 
683 
Total ,'JSS.OS. 
Averaee. .. 
Maximum. 
Minimum. 
22. 45 2. 77 
Depth of water applied 
each irrigation (feet). 
32 0. 
3. 57 0. 
15.0 
0. 750. 
0. 92 0. 
0.62;.. 
0. 69:0. 
1. 140. 
0. 64J0. 
0. 96 0. 
0. 84J0. 
58jC. 
0. 57 0. 
0. 43 0. 
0. 82|0. 
23j0. 
1. 150. 
0. 85;0. 
1. co.o. 
0. 52:0. 
1.43.. 
1.31 L. 
1.510. 
1. 60 0. 
1. 55;o. 
6. 241. 
0.71|0. 
0. 71 0. 
1.161. 
3. 86:0. 
1.26 2. 
42... 
12 
95 
0.15 
0.77 
1.59 
0.65 
0.54 
0.56 
1. 28 0. 
0.73 1. 
1. 5-i! 0. 
0.691. 
0. 48 0. 
0. 48:0. 
0. 74!0. 
1.22 ; 0. 
0. 50 0. 
72... 
521... 
88... 
181... 
69 10. 42 
58... 
28... 
35... 
lliO. 49 
82. 
53 10. 04 
57j0. 11 
36 ... . 
31:0.24 
700. 66 
52|. 
841. 08 
171 31 
52 0. 14 
340. 83 
03 0. 84 
78D. 59 
5010 3' 
49 1 0. 34 
36 0. 32 
09 
41:0.59 
30 1. 24 0. 40 
6] .0. 46 0. 06 
46!0. 301 
0.02 
1.21 
0.95 
41.0. 19 
88 0.63 
38 
34 0. 66 
0.60 
0.29 
1. 00 0. 65 
0.55 
n. 73 
1.56 
1. 56 a. 
Flow in 
second-feet. 
1.99 
3.51 
3.52 
3.25 
1.54 
4. 18 4. 
5 4. 
2. 
0.74 
3. 
2.10 
1.51 
2.49 
1.62 
I. 41 14, 
.3.74 
1. 52 4. 90 
1. 14 3. 30 
1.95 4.12 
1. 16,3. 38 
0. 85 4. 
0. 78k 46 
1. 42'4. 05 
2. 05 3. 82 
1. 72 3. 90 
I. 53 5. 00 
1. 36U. 12 
1. 07 2 
1. 43 2. 82 
1. 31 2. 66 
2. 87 3. 10 
2. 12 3. 40 
3. 49 3. 82 
8. 7216. 00 
1. 37J2. 2i 
1. 8812. 2; 
6. 73 7. 4- : 
3.18 9.20 
4. 14 ! 4. 34 
1.42:5.00 
1. 33:5. 00 
X 54 2. 3" 
0. 56 2. 95 
1. 37 5. 55 
3. 99j2. 51 
3. 48 2. 53 
2. 82 6. 5 n 
1. 24,5. 19 
1.68 3.95 
2. 54 4. 4" 
1. 60.3. 46 
1.501. 3S 
1.61 
2. 44 14. 
Z — 
S3 c 
! 
\ ° 
i t 
P. 
T3 
60 2.13 
671.83 
781. 07 
18|4 18 
18 4. 2 
4. 
7. 
2 
13 
- , 1L 
17 a 04 7. 
40 4. 39,11. 
82;2. 80 9, 
36|3. 3810 
54|2. 89 9 
73 3. 69 17 
38:3. 41 17 
36!3.2213. 
84!2, 82! 5, 
67j3.07 l 10. 
46 3.8014. 
46 3. 74 10. 
301.9210. 
2.23' 
8. 72 9. 20 
0.54.... 
82 1. 65 
52| 1.89 
10 1. 62 
30 1.94 
26 3. 46 
25,2 29 
10 0. 58 
07,1.28 
33 4. 71 
345. 44 
05| 1. 23 
40,2. 80 
40 1.90 
.901.4° 
,15 1.83 
.381.71 
. 24;2. 36 
. 24 2. 40 
70 2 68 
, 78.1. 88 
16 1.32 
, 97 2 86 
. 08 : 2. 42 
. 30 2. 68 
97 0. 81 1. 40 
04 0.58.1.40 
0. 75 3. 20 
0. 67 4. 10 
0. 65 3. 76 
0. 61 3. 07 
3. 67 2. 72 
0. 71 2. 72 
3. 66 3. 04 
\ 68 2. 53 
3.16 2.14 
0. 65 2. 23 
9. 98 1. 68 
0. 21 3. 97 
G. 43 3. 21 
0. 39 3. 94 
0. 34 1, 52 
0. 39 3. 56 
. 0. 5S 3. 96 
95 0. 62 1. 30 
30 0. 49 2. 20 
85 0. 70 2. 20 
36 0. 69 1. 20 
62 3. 66 2. 70 
84 0. 60 5. £0 
0. 42 3. 60 
10 0. 68 3. 20 
67 2.50 
34 0. 68 2. 40 
56 0. 80 3. 82 
0. 38 l. 90 
0. 65 2. 00 
74 2.00 
35i3. 70 
0.412 45 
0. 65 3. 24 
0. 13|2. 89 
0.18 
54 0. 71 
00|0. 81 
27 0. 74 
92 0. 84 
00 0. 05 
, 73 0. 70 
0.07 
2.53 
5.44 
0.58 
2.07 
3.18 
2.11 
2.12 
2.21 
2.15 
3.28 
6. 26 0. 57 
17.2Slo.98 
1. 57 0. 13 
2.68 
5.90 
1.20 
