* 



Water in Plants — 21 1 — Bibliography 



1932: Das kleine pflanzenphysiologische Praktikum, II. Die physikalische Chemie der 



Pflanzenzelle (Fischer, Jena). 



■, and M. Brauner 1940: Further studies of the influence of light upon the water intake and 



output of living plant cells (New Phytol. 39: 104-128). 



, and 1943o: The relations between water intake and oxybiosis in living plant-tissues, II. 



The tensility of the cell wall (Istanbul Universitesi fen Faciiltesi Mecmuasi. B/8: 30-75). 



, and 1943b: Studies in the relations between water permeability and electric charge in 



membrane models and in living plant cells {Ibid. B/8: 264-310). 



, and M. Hasman 1946: Untersuchungen iiber die anomale Komponents des osmotischen Po- 

 tentials lebender Pflanzenzellen (Ibid. B/11: 1-37). 



, and 1947: Weitere Untersuchungen iiber die anomale Komponente des osmotischen Po- 

 tentials lebender Pflanzenzellen (Ibid. B/12: 210-254). 



Brett, P. G. C. 1943: The downward movement of sap produced by rapid killing of the leaves 

 (So. African Jour. Sci. 39: 126-138). 



Briggs, D. R. 1932: Water relations in colloids, II. Bound water in colloids (Jour. Phys. Chem. 

 36: 367-386). 



Briggs, L. J., and H. L. Shantz 1912: The wilting coefficient for different plants and its indirect 

 determination (U. S. Dept. Agri. Bur. Plant Ind. Bull. 230: 1-83). 



, and 1913: The water requirement of plants, I-II (U. S. Dept. Agri. Bur. Plant Ind. 



Bulls. 284: 1-49; 285: 1-96). 



, and 1915: An automatic transpiration scale of large capacity for use with freely ex- 

 posed plants (Jour. Agr. Res. 5; 117-132). 

 -, and 1916: Daily transpiration during the normal growth period and its correlation 



with the weather (Ibid. 7 : 155-213). 

 Brilliant, B. 1924: La teneur en eau dans les feuilles et I'energie assimilatrice (Compt. Rend. 



178: 2122-2125). 

 Brilliant, V. A., and M. N. Chrelashvilli 1941: The relation of photosynthesis in light and 



darkness to the degree of dehydration of the assimilating tissues (Trudy Botan. Inst. Acad. Sci. 



USSR, Ser. IV (Exptl. Botany) 5; 88-100). 

 Brooks, S. C. 1929: The accumulation of ions in living cells — a non-equilibriura condition (Proto- 



plasma 8: 389-412). 



— 1938: The penetration of radioactive potassium chloride into living cells (Jour. Cell. Comp. 

 Physiol. 11: 247-252). 



■ 1940: The standardization of osmotic pressure as a term (Science 92: 428-429). 



■ 1945: Permeability (Ann. Rev. Physiol. 7: 1-33). 



, and M. M. Brooks. 1941: The permeability of living cells, 395 p. (Borntraeger, Berlin). 



Brown, A. J. 1909: The selective permeability of the coverings of the seeds of Hordeum vulgare 



(Proc. Roy. Soc. London B.81: 82-93). 

 Broyer, T. C. 1939: Methods of tissue preparation for analysis in physiological studies with 



plants (Bot. Rev. 5: 531-545). 



1946: The movement of materials into plants. Part I. Osmosis and the movement of water 



in plants (Bot. Rev. 13: 1-58). 



, and A. H. Furnstal 1941: A press for recovery of fluids from plant tissues (Plant Physiol. 



16: 419-421). 

 Buhmann, a. 1935: Kritische Untersuchungen iiber vergleichende plasmolytische und kryosko- 



pische Bestimmungen des osmotischen Wertes bei Pflanzen (Protoplasma 23: 579-612). 

 Bull, H. B. 1943: Physical biochemistry, 347 p. (Wiley and Sons, New York) 

 BiJNNiNG, E. 1935: Zellphysiologische Studien an Meeresalgen (Protoplasma 22: 444-456). 

 Burcerstein, a. 1920: Die Transpiration der Pflanzen, zweiter Teil (Fischer, Jena). 

 BuRiAN, R., and K. Drucker 1909: Gefrierpunktsmessungen an kleinen Fliissigkeitsmengen (Zen- 



tralbl. Physiol. 23: 772-777). 



Callendar, H. L. 1908: On the vapor pressure and osmotic pressure of concentrated solutions 



(Proc. Roy. Soc. London A80: 466-500). 

 Capus, G. 1883: Sur I'observation directe du mouvement de I'eau dans les plantes (Compt. Rend. 



97: 1087). 

 Carrick, D. B. 1930: Some cold-storage and freezing studies on the fruit of the Vinifera grape 



(Cornell Univ. Agr. Expt. Sta. Memoir 131: 1-37). 

 Chadwell, H. M. 1927: The molecular structure of water (Chem. Rev. 4: 375-398). 

 Chambers, R. 1944: Some physical properties of protoplasm (In Alexander, J. ed. Colloid Chem- 

 istry 5: 864-875. Reinhold, New York). 

 Chandler, W. H. 1914: Sap studies with horticultural plants (Missouri Agr. Expt. Sta. Res. Bull. 



14, pp. 491-552). 

 Chandler, R. C. 1941: Nature of bound water in colloidal systems (Plant Physiol. 16: 273-291). 

 Chatfield, C, and G. Adams 1940: Proximate composition of American food materials (U. S. 



Dept. Agric. Circ. 549: 1-91). 

 Chibnall, a. C. 1923: A new method for the separate extraction of vacuole and protoplasmic 



material from leaf cells (Jour. Biol. Chem. 55: 333-342). 

 Childers, N. F. 1936: Some effects of sprays on the growth and transpiration of tomatoes (Proc. 



Amer. Soc. Hort. Sci. 33: 532-535). 

 Chrelashvili, M. N. 1941: The influence of water content and carbohydrate accumulation on the 



energy of photosynthesis and respiration (Trudy Botan. Inst. Acad. Sci. USSR, Ser. IV 



[Exptl. Botany] 5; 101-137, p. 136-37 Eng. sum.). 

 Chu, Chien-Ren 1936: Der Einfluss des Wassergehaltes der Blatter der Waldbaume auf ihre 



Lebensfahigkeit, ihre Saugkrafte und ihren Turgor (Flora 130: 384-437). 

 Chung, C. H. 1935: A study of certain aspects of the phenomenon of transpiration periodicity 



(Ph.D. Dissert., The Ohio State University). 

 Clark, D. G., H. Hecht, O. F. Curtis, and J. I. Shafer, Jr. 1941: Stomatal behavior in inbred 



and hybrid maize (Amer. Jour. Bot. 28: 537-541). 

 Clements, H. F. 1934o: Translocation of solutes in plants (Northwest Sci. 8(4): 9-21). 

 • 1934b; Significance of transpiration (Plant Physiol. 9: 165-172). 



