Crafts et al. —214— Water in Plants 



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Fritsch, F. E. 1922: The moisture relations of terrestrial algae, I. Some general observations and 

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FuRLiNGER, H. 1938: Plasmolyse verhindert ErgrQnen (Protoplasma 30: 328-333). 



FuRR, J. R., and E. S. Degman 1932: Relation of moisture supply to stomatal behavior of the 

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, and J. O. Reeve 1945: Range of soil-moisture percentages through which plants undergo 



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, and C. A. Taylor 1935: The apparent growth rate of lemon fruits as an index of the mois- 

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, and 1939: Growth of lemon fruits in relation to moisture content of the soil (U. S. 



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Gail, F. W. 1926: Osmotic pressure of cell sap and its possible relation to winter killing and leaf 



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der verdunstenden Flachen (Meteorol. Zeitschr. 36: 16-22). 

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serunter- und -uberbilanz (Ber. schweiz. botan. Ges. 52: 47-110). 

 Gassner, G., and G. Goeze 1936: Einige Versuche fiber die Physiologische Leistungsfahigkeit 



rostinfizierter Getreideblatter (Phytopath. Zeitschr. 9; 371-386). 

 Gaumann, E. 1942: Uber die pflanzliche Transpiration. 1. Die kutikulare Transpiration (Zeit- 



schrift fur Botanik 38: 225-327). 

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et au soleil, VI. Transpiration (Rev. Gen. Bot. 4: 529). 

 Getman, F. H., and F. Daniels 1943: Outlines of Theoretical Chemistry, 691 p. (John Wiley 



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 GiBBS, R. D. 1935: Studies of wood, II. The water content of certain Canadian trees, and changes 



in the water-gas system during seasoning and flotation (Canad. Jour. Res. 12: 727-760). 

 GiCKLHORN, J., and F. Weber 1926: Ober Vakuolenkontraktion und Plasmolyseform (Protoplasma 



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 Glasstone, S. 1940: Textbook of physical chemistry, 1289 p. (D. Van Nostrand, New York). 

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569-630). 

 Goldsmith, G. W., and J. H. C. Smith 1926: Some physico-chemical properties of spruce sap and 



their seasonal and altitudinal variation (Colorado Col. Pub. Sci. Ser. 13: 13-71). 

 Golovina, a. S. 1939: The effect of drought on the biochemical processes of plants (Voronezh. 



Gosudarst. Univ., Nauch. Raboty Studentov [1939]: 51-58). 

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freezing point of vegetable saps (Plant World 17: 49-53). 

 , J. V. Lawrence, and J. A. Harris 1916: The extraction of sap from plant tissues by pres- 

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 Grafe, V. 1924: Messung der Gas- und Wasserbewegung (Handbuch der biolog. Arb. Meth. von 



E. Abderhalden, Abt. XI, Teil 2: 105-186). 

 Graf-Marin, a. 1934: Studies on powdery mildew of cereals (N. Y. [Cornell] Agr. Expt. Sta. 



Mem. 157: 1-48). 

 Greenfield, S. S. 1941: Differential inhibition of photochemical and dark reactions m photo- 

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Bot. 29: 121-131). 

 Gregory, F. G., and Pearse, H. L. 1934: The resistance porometer and its application to the study 



of stomatal movement (Proc. Roy. Soc. B.114: 477-493). 

 Gross, F. 1934: Zur Biologie und Entwicklungsgeschichte von Noctiluca miliaris (Arch. Protistenk. 



83: 178-196). 

 1940: The osmotic relations of the plankton diatom Ditylum brighttvelti (West.) (Jour. Mar. 



Biol. Assn. U. K. 24: 381-415). 

 Grossenbacher, K. A. 1938: Diurnal fluctuation in root pressure (Plant Physiol. 13: 669-676). 



1939: Autonomic cycle of rate of exudation of plants (Amer. Jour. Bot. 26: 107-109). 



GuiLLiERMOND, A. 1941: The cytoplasm of the plant cell, 247 p. (Chronica Botanica Co., Waltham, 



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Haan, I. DE 1933: Protoplasmaquellung und Wasserpermeabilitat (Recueil des Travaux botaniques 



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Drummond, 777 p. (Macmillan and Co., New York). 

 Haines, F. M. 1935: Observations on the occurrence of air In conducting tracts (Ann. Bot. 49: 



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164-176). 



