y 



Crafts etal. —210— Water in Plants 



Beasley, E. W. 1942: Effects of some chemically inert dusts upon the transpiration rate of yellow 



Cole'us plants (Plant Physiol. 17: 101-108). 

 Beck, W. A. 1927: Cane sugar and potassium nitrate as plasmolysing agents (Protoplasma 1: 



15-72). 

 ■ 1928: Osmotic pressure, osmotic value, and suction tension (Plant Physiol. 3: 413-440). 



1942: Effect of drought on the production of plant pigments {Ibid. 17: 487-491). 



Beck, W. A. and B. Andrus 1943: The osmotic quantities of the cells in the hypocotyl of Helian- 



thus annuus seedlings (Bull. Torrey Bot. Club 70: 563-598). 

 Benedict, H. M. 1927: Application of Bose's theory of sap rise to ten species of trees (Amer. 



Jour. 'Bot. 14: 623). 

 Bennett, C. W. 1937: Correlation between movement of the curly top virus and translocation of 



food in tobacco and sugar beet (Jour. Agr. Res. 54: 479-502). 

 1940o: Relation of food translocation to movement of virus of tobacco mosaic (Jour. Agr. Res. 



60: 361-390). 



1940&: The relation of viruses to plant tissues (Bot. Rev. 6: 427-473). 



, E. Carsner, G. H. Coons, and E. W. Brandes 1946: The Argentine curly top of sugar beet 



(Jour. Agr. Res. 72: 19-48). ^ ,-. . ^ 



Bennett, J. P. 1931: The treatment of lime-induced chlorosis with iron salts (Calif. Agr. Expt. 

 Sta. 'Circ. S21: 1-12). 



, and A. Snell 1939: Transport and distribution of radioactive potassium in the pear tree 



(Mss. Private communication). 



Bennet-Clark, T. a. 1945: Adaptation to drought (London, Royal College of Science, Scientific 

 Journal 15: 99-102). 



, and D. Bexon 1940: Water relations of plant cells, II (New Phytol. 39: 337-361). 



'and 1943: Ibid., III. The respiration of plasmolysed tissues (Ibid. 42: 65-92). 



[ and 1946: Ibid., IV. Diffusion effects observed in plasmolysed tissues (Ibid. 45: 5-17). 



' A. D. Greenwood, and J. W. Barker 1936: Water relations and osmotic pressures of plant 



cells (Ibid. 35: 277-291). 



Berkeley, Earl of, and E. G. J. Hartley 1906: On the osmotic pressure of some concentrated 

 aqueous solutions (Phil. Trans. Roy. Soc. London A206: 481-507). 



^ and 1916: Further determinations of direct osmotic pressures (Proc. Roy. Soc. London 



'a92: 477-492). 



^ and C. V. Burton 1919: On osmotic pressures derived from vapor-pressure measure- 

 ments:' aqueous solutions of cane sugar and methyl glucoside (Phil. Trans. Roy. Soc. London 

 A2n: 295-349). . ,. , 



Berl, E., O. Hefter, F. Rau, G. S. Diang, and H. Umstatter 1940: Uber eiiie Abanderunj? der 

 Molekulargewichtbestimmungsmethode nach Barger (Liebig's Ann. d. Chem. 478: 235-246). 



Bernal, J. D. 1937: An attempt at a molecular theory of liquid structure (Trans. Far. Soc. 33: 

 27-40). 



1940: Structural units in cellular physiology (A.A.A.S. The Cell and Protoplasm. Publica- 

 tion No. 14: 189-205. Science Press, Lancaster, Pa.) 



and R. H. Fowler 1933: A theory of water and ionic solution, with particular reference to 



hydrogen and hydroxyl ions (Jour. Chem. Phys. 1: 515-548). ' 

 BiALE, J. B. 1941: Periodicity in transpiration of lemon cuttings under constant environmental 



conditions (Proc. Amer. Soc. Hort. Sci. 38: 70-74). 

 BiDDULPH, O. 1940: Absorption and movement of radiophosphorus in bean seedlings (Plant Physiol. 



15: 131-136). -r x, 

 1941: Diurnal migration of injected radiophosphorus from bean leaves (Amer. Jour. Bot. 



28: 348-352). 

 ^ and J. Markle 1944: Translocation of radiophosphorus in the phloem of the cotton plant 



(Amer. Jour. Bot. 31: 65-70). 

 Blackman, V. H. 1921: Osmotic pressure, root pressure, and exudation (New Phytol. 20: 106- 



Blanchard, K. C. 1940: Water, free and bound (Cold Spring Harbor Symposia on Quant. Biol. 



»•• 1-8)' 

 Blegen, E., and P. Brandt Rehberg 1938: Method for the determination of the osmotic pressure 



of biological fluids (Skand. Arch. Physiol. 80: 40-45). 

 Bode. H. R. 1923: Beitrage zur Dynamik der Wasserbewegung in den Gefasspflanzen (Jahrb. wiss. 



Bot. 62: 92-127). 

 BoEHM, J. A. 1892: Ueber einer eigenthumlichen Stammdruck (Ber. deut. bot. Ges. 10: 539-544). 

 Bonner, J. 1942: Transport of thiamin in the tomato plant (Amer. Jour. Bot. 29: 136-142). 

 . 1944: Accumulation of various substances in girdled stem of tomato plants (Ibid. 31: 551- 



555). 



and R. Dorland 1943: Some observations concerning riboflavin and pantothenic acid in 



tomato plants (Ibid. 30: 414-418). 



Boon-Long, T. S. 1941 : Transpiration as influenced by osmotic concentration and cell permeability 

 (Ibid. 28: 333-343). 



BosE, J. C. 1923: The physiology of the ascent of sap, 277p. (Longmans, Green and Co., London). 



1928: The motor mechanism of plants, 429 p. (Longmans, Green and Co., London). 



BouiLLENNE, R. 1932: Contribution a I'etude des phenomenes d'osmose dans les cellules vegetales 

 (Archives de I'lnstitut de Botanique de I'Universite de Liege 9: 1017-1026). 



BouRDiLLON, J. 1939: An apparatus for the rapid and accurate determination of low osmotic pres- 

 sures (Jour. Biol. Chem. 127: 617-625). 



BousFiELD, W. R. 1914: Note on osmotic pressure (Proc. Roy. Soc. London A90: 41-5). 



• 1917: Osmotic pressure in relation to the constitution of water and the hydration of the 



solute (Trans. Far. Soc. 13: 141-155). 



, and T. M. Lowry 1910: Liquid water a ternary mixture; solution volumes in aqueous solu- 

 tions (Ibid. 6: 85-104). 



BouYoucous, G. J. 1911: Transpiration of wheat seedlings as affected by soils, by solutions of 

 different densities, and by various chemical compounds (Jour. Amer. Soc. Agron. 3: 130-191). 



Brauner, L. 1931: Fine neue automatische Transpirationswage (Jahrb. wiss. Bot. 75: 295-303). 



