Apr. I, i9i8 Capacities of Soils for Irrigation Water 35 



LITERATURE CITED 

 (i) Adams, Frank, et al. 



I917. INVESTIGATIONS OF THE ECONOMICAL DUTY OF WATER FOR ALFALFA IN 

 SACRAMENTO VALLEY, CALIFORNIA, 19x0-1915. Cal. State Dept. 



Engin. Bui. 3, 78 p., 20 lig., 2 pi. 



(2) Allen, R. W. 



i915. the work of the umatilla reclamatioxn project experiment farm 

 IN 1914. U. S. Dept. Agr. Bur. Plant Indus. West. Irrig. Agr. [Pub.] 

 I, 18 p., 3 fig. 



(3) Briggs, E. J., and McLanE, J. W. 



1907. THE MOISTURE EQUIVALENTS OF SOILS. U. S. Dept. Agr. Bur. Soils 

 Bui. 45, 23 p., I. fig., I pi. 



(4) Buckingham, Edgar. 



1907. STUDIES on the MOVEMENT OP SOIL MOISTURE. U. S. Dept. Agr. Bur. 



Soils Bui. 38, 61 p., 23 fig. 



(5) Burr, W. W. 



1914. the STORAGE AND USE OF SOIL MOISTURE. Nebr. Agr. Exp. Sta. 

 Research Bui. 5, 88 p., 2 fig. 



(6) FoRTiER, Samuel, and Beckett, S. H. 



I912. EVAPORATION FROM IRRIGATED SOILS. U. S. Dept. Agr. Off. Exp. 



Sta. Bui. 248, 77 p., 27 fig. 



(7) LouGHRiDGE, R. H., and Fortier, Samuel. 



1908. distribution of water in the soil in furrow irrigation. U. S. 



Dept. Agr. Off. Exp. Sta. Bui. 203, p. 63, 19 fig. 



(8) MuNTz, A., and Eaine;, E. 



I912. LA QUANTITE D'EAU ET LA FREQUENCE DES ARROSAGES, SUIVANT LES 



propriiSt^s PHYSIQUES DES TERRES. In Compt. Rend. Acad. Sci. 

 [Paris], t. 154, no. 8, p. 481-487. 



(9) Powers, W. L. 



I914. irrigation and soil-moisture INVESTIG.\TI0NS in western OREGON. 



Ore. Agr. Exp. vSta. Bui. 122, no p., 23 fig. 



(10) Shaw, C. F. 



1917. a method for determining the volume weight OF soils in field 

 CONDITION. In Jour. Amer. Soc. Agron., v. 9, no. i, p. 38-42. 



(11) WiDTSOE, J. A. 



1908. the storage of winter precipitation in SOILS. Utah Agr. Exp. 

 Sta. Bui. 104, p. 279-316, 4 fig. 



(12) and McLaughlin, W. W. 



I912. THE MOVEMENT OF WATER IN IRRIGATED SOILS. Utah Agr. Exp. Sta. 



Bui. 115, p. 195-263, 7 fig. 



