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: 



Area X number irrigations ^ v/i no j ^i r jvy 



-r -. — -. — T-^j ^^n ^Xaverage ilowXl-98=depth appliedXarea. 



Acres irrigated per day *= i i jd- 



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. 









Depth of water applied 



^ 



Flow in 















each irrigation (feet). 



o 



second-feet. 



>> 











g 















^ 









-0 





a 





































fe 

















■d 









p. 



i3 







X! 



t-i 















1 

 'p. 









to 



2 C a> 





G 

















p. 









t-< 







"S 



c 





■d 





a 















,t5 



o §; p, 





8! 



^ 



t-, 



c 

 o 







5 





03 



'A 



fl 



6 

 > 



S 

 h 



atio 

 toh 



ield 





< 



■^ 



l^ 



w 



H 



h 



i^ 



M 



H 

 74 



1 99 



1 09 



< 

 1 61 



< 



« i >* 



R. D. Hughes 



5 94 



2 



\32 



49 











7.97 



0, 8l'l 40 



42.82 



2 



!), 57,0. 12 











0.69 



,3.51 



1.68 



2.44 



14.04 



0.581.40 



Wilson & CampbeU 



29 2S 



2 



1 15 95 











?, 10 



3 5V 



60 



'■> 13 



4.09 



75 3 20 



28.81 



?> 



9. 75 0. 61 



0.15 









1.51 



.3.25 



0.67 



1.83 



7.29 



0. 67,4. 10 





15.00 

 22 94 



3 



1 

 2 



0. 92 0. 80 



0.77 









2.49 

 1.62 

 1.41 



1..54 

 4.18 

 4.75 



0.78 

 4.18 

 4.18 



1.07 

 4. 18 



2. 55 

 1.3.41 



0. 65 3. 76 



C A B artels 



0.62 

 0. 69 











0. 61 3 07 





23.90 



0.72 











4. 27 11. 95 



0. 67 2. 72 





8.35 



2 



1.14 



0.62 











1.66 



3. 74 



2.17 



,3.04 



7.29 



G. 71 2. 73 





5D 58 



o 



'1 64 



88 











1 5'^ 



1 90 



3 40 



4 3') 



11.51 



0. 66 3 04 





27. .54 



2 



0.96 



0. 18 











1.14 



.3.30 



1.82 



2.80 



9.71 



0. 68 2. 53 



C. A. Culver 



11.58 



5.87 



3 



2 



0.84 

 .58 



0.69 



r..58 



0. 42 









1.95 

 1.16 



4.12 

 ,3.38 



1.36 

 2. ,54 



3. 38 10. 37 

 2.89 9.70 



0.16 2.14 





0. 65 2. 23 





8.78 



2 



0.57 



0.28 











0.85 



4.05 



1,73 



3. 69 17 21 



0. 98 1. 68 





8.46 



2 



0.43 



0.35 











0.V8 



,3.46 



3. .38 



3. 41 17. 28 



0. 21 3 97 





11.62 



3 



0.82 



0.11 



0. 49 









1.42 



4.05 



1.,36 



3. 22 13. 51 



0. 43 3. 21 





8.67 



2 



1.23 



0.82 











2.05 



,3.82 



0.84 



2.82 5.47 



0.39 3.94 





19.74 



3 



1.15 



0. 53 



0.04 









1.72 



.3.90 



1.67 



3. 07 10. 65 



0. 34 1. 52 





3:i. 85 



3 



0.85 



0,57 



0.11 









1.53 



5, 00 



3 46 



3. 80 14 78 



0. 39 3. 56 





7.46 



2 



1.00 



0.36 











1.36 



4.12 



3.46 



3. 74 10. 85 



0. 58 .3. 96 





65. 7C 

 11.72 



3 



1 



a 52 



1.43 



0.31 



0.24 









1.07 

 1.43 



2 75 

 2.82 



1.30 

 0.82 



1.92[10.95 



0. 62 1 30 



Farmers' National Bank— Page 









1,65 



2.30 



0. 49 2. 20 





11.80 

 9.18 



1 

 3 



1.31 

 1 51 













1.31 

 ? 87 



2.66 

 3 10 



l.,52 



10 



1.89 

 1 6? 



2.85 

 3.36 



0. 70 2. 20 





70 



66 









0. 09 1 20 





51.64 



2 



1.60 



0. 52 











2.12 



.3.40 



1.30 



1.94 



3. 62 



0. 06 2. 70 



Chas. F. Mason 



18. 58 



4 



1.55 



0. 84 



1.08 



0.02 







3.49 



3 82 



2 26 



.3.46 



7.84 



0. 60 .5. SO 





28.40 

 7.92 

 14.31 



3 

 3 

 3 



6.24 



0.71 

 0.71 



1.17 

 0.52 

 0.34 



1 31 



0.14 

 0.83 









8. 72 

 1.37 



1.88 



6.00 

 2.27 

 2.27 



1.25 

 0.10 

 n. 07 



2 29 



0.58 

 1.28 



1.-57 

 2.10 

 4. C6 



0. 42 3. 60 











0. 68 3. 20 











0. 67 2. 50 



Chas. and Henry Rassmussen 



68.38 



6 



1.16 



1.03 



0.84 



1.2i 



1.56 





6.73 



7 45 



1.33 



4.71 



8.34 



0. 88 2. 40 



M. W. Healy 



30.60 

 10.10 

 5.22 



4 

 3 

 3 



0. 86 

 1.26 

 ,59 



0. 78 

 2.50 

 49 



0.59 

 37 

 34 



0.95 







3.18 

 4.14 

 1 4? 



y. 20 



4.34 



5 00 



1.34 



1.05 

 1 40 



.5.44 

 1.23 

 9 SO 



13. .'j6 

 1.77 

 3. 85 



0. so 3. 82 





0. 38 i 90 



H. R. Jlitchell 









0. 65 2. 00 





5.48 



3 



0.65 



0.36 



0.32 









1.33 



.5.00 



1.40 



1.90 



8. SI 



0. 74 2. 00 



A. L. Bee 



33.00 

 20.10 

 33.00 

 20.55 



1 



1 

 2 

 4 



0.54 

 0.56 

 1.28 

 0.73 













T 54 



2.30 

 2.95 

 5. 55 

 2. 51 



n.90 

 1.15 

 ^38 

 2.24 



1.40 

 1.S3 

 1.71 

 2.30 



3.70 

 5 22 

 4,92 



4.70 



35i3 70 















0.56 

 1.37 

 3.09 



0.41 

 0, 65 

 0. 13 



9 4") 



Frank Wells 



0.09 

 1.41 











3 94 



Frank J. Earle 



0..59 



1.26 







2.89 





16.30 



4 



1. 54 



0.30 



1.24 



0.40 







,3. 4812. 5.'] 



2. 24 2. 4" 



.5. 40 



0. IS 



2. 07 





22.00 

 18.52 

 12.02 



4 

 3 

 4 



0.69 

 0.48 

 0.48 



1.61 



46 



0,06 







2. 82 6. 5'^ 

 1. 24 5. 19 

 1.68 3.95 



0. 70 2 68 

 '>. 78,1. 88 

 0.16:1.32 



7. .54 

 9.00 

 6.27 



0.71 

 0.81 

 0.74 



3 18 



John Stroh 



0. 46 0. .30 



9 11 





0.41 



0.19 



0.60 







2.12 





42.08 

 8.25 



4 

 2 



0.74 

 1.22 



0.88 

 0. 38 



0.63 



0.29 







2. 54 4. 40 

 1.6013.46 



0.97 

 2.08 



2 86 

 2.42 



8.92 

 6. 00 



0.84 

 0. 6,^ 



2 21 





2.15 





26.68 



3 



0.50 



0.34 



0.66 









1.50 



4.38 



0.30 



2. 68 



10.73 



0.70 



3.28 



Total 



988. 08 































Average 



22. 45 



2.77 



1.00 



0.65 



0. 55 



0. 73 



1. 560. 93 



2.23 







2. ,53 



6.26 



0. ,57 



2.6S 







6 



1 











1 



8. 72.9. 2f 



07 



.5.44 

 0.58 



17.28 

 l.,57 



0.98 

 0.13 



5 90 















1 



0.54 





1 20 

























