Grafts et al. — 224 — Water in Plants 



Tamiya, H. 1938: Zur Theorie der Turgordehnung und iiber den funktionellen Zusammenhang 



zwischen den einzelncn osmotischen Zustandsgrossen (Cytologia 8: 542-562). 

 Thoday, D. 1918: On turgescence and the absorption of water by the cells of plants (New Phytol. 



17: 108-113). 

 , and M. G. Sykes 1909: Preliminary observations on the transpiration current in submerged 



water-plants (Ann. Bot. 23: 635-637). 

 Thomas, N., and A. Ferguson 191 7o: On the reduction of transpiration observations (Ann. Bot. 



31: 241-255). 



■ , and • 1917b: On evaporation from a circular water surface (Phil. Mag. 34: 30S-321). 



Thren, R. 1934: Jahreszeitliche Schwankungen des osmotischen Wertes verschiedener okologischer 



Typen in der Umgebung von Heidelberg. Mit einem Beitrag zur Methodik der Pressaftunter- 



suchung (Zeitschr. f. Bot. 26: 449-526). 

 Thut, H. F. 1932a: Demonstrating the lifting power of transpiration (Amer. Jour. Bot. 19: 



358-364). 

 — — • 1932b: The movement of water through some submerged plants {Ibid. 19: 693-709). 

 Tinker, F. 1917: The colloidal membrane: its properties and its function in the osmotic system 



(Trans. Far. Soc. 13: 133-140). 

 Tollenaard, D. 1925: Omzettingen van Koolhydratenin het Blad van Nicotiana tabacum L. (Dis- 

 sert., H. Veenman and Zonen, Wageningen). 

 Traube, M. 1867: Experimente zur Theorie der Zellbildung und Endosmose (Archiv. Anat. 



Physiol, und wiss. Medicin, p. 87-165). 

 TuMANOV, I. I. 1929: Wilting and drought resistance (Bull, of Applied Bot. of Genetics and Plant 



Breeding, Trudy 22. No. 1: 107-146). 

 TuKEY, H. B., and K. Brase 1931: The effect of paraffining, pruning and other storage treatments 



upon the growth of roses and cherry trees (Proc. Amer. Soc. Hort. Sci. 28: 489-495). 

 TuRRELL, F. M. 1936: The area of the internal exposed surface of dicotyledon leaves (Amer. Jour. 



Bot. 23: 255-264). 

 • 1944: Correlation between internal surface and transpiration rate in mesomorphic and xero- 



morphic leaves grown under artificial light (Bot. Gaz. 105: 413-425). 



Unger, F. 1854: Beitrage zur Physiologic der Pflanzen, I. Bestimmung der in den Interzellular- 



gangen der Pflanzen enthaltenen Luftmenge (Kon. Akad. Wiss. Wien Math.-Natw. 12: 367- 



378). 

 • 1862: Neue Untersuchungen fiber die Transpiration der Pflanzen (Sitzb. K. Akad. Wissensch. 



[Wien] 44: 181-217). 

 Urquhart, a. R. 1929: The mechanism of the adsorption of water by cotton (Jour. Text. Inst. 20: 



T125-T132). 

 Ursprung, a. 1915: t)ber die Kohasion des Wassers im Farnannulus (Ber. deut. bot. Ges. 33: 



153-162). 

 1923: Zur Kenntnis der Saugkraft, VII. Eine neue vereinfachte Methode zur Messung der 



Saugkraft (Ibid. 41: 338-343). 

 ■ 1935: Osmotic quantities of plant cells in given phases (Plant Physiol. 10: 115-133). 



1938: Die Messung der osmotischen Zustandsgrossen pflanzlicher Zellen und Gewebe (Handb. 



d. biolog. Arb. Meth. von E. Abderhalden, Abt. XI, Teil 4, Heft 7, pp. 1109-1572). 



, and G. Blum 1916a: Uber die Verteilung des osmotischen Wertes in der Pflanze (Ber. deut. 



bot. Ges. 34: 88-104). 



^ and 1916&: Zur Methode der Saugkraftmessung {Ibid. 34: 525-539). 



, and 1927: Eine Methode zur Messung der Saugkraft von Hartlaub (Jahrb. wiss. f. Bot. 



67: 334-348). 

 , and 1930: Zwei neue Saugkraft-Messmethoden (Ihid. 72: 254-334). 



van Laar, J. J. 1917: Communication to the symposium on osmotic pressure (Trans. Far. Soc. 13: 



171-173). 

 VAN Orstrand, C. E., and F. P. Dewey 1915: Preliminary report on the diffusion of solids (U. S. 



Geol. Survey Profess. Paper 95-G: 83-96). 

 VAN OvERBEEK, J. 1942: Water uptake by excised root systems of the tomato due to non-osmotic 



forces (Amer. Jour. Bot. 29: 677-683). 



1944: Auxin, water uptake and osmotic pressure in potato tissue (Ibid. 31: 265-269). 



VAN DER Paauw, F. 1935: The entrance of water into cut leafy shoots under conditions which pre- 

 vent transpiration (Rec. trav. bot. Neerl. 32: 293-310). 



van't Hoff, J. H. 1887: Die Rolle des osmotischen Drucke in der Analogic zwischen Losungen und 

 Gasen (Z. Phys. Chem. 1: 481-508). 



. 1888: The function of osmotic pressure in the analogy between solutions and gases (Phil. 



Mag. Ser. 5, 26: 81-105). 



Vassihev, I. M. 1929: The investigation of drought-resistance in wheat (Bull. Applied Bot. of 

 Genetics and Plant Breeding, Trudy 22: No. 1: 147-218). 



1930: The water relations of plants of the sand desert South Eastern Kara-Kum (Ibid. 25, 



No. 3: 185-272). 



1931: Effect of drought on the carbohydrate transformation in wheats (Ibid. 27, No. 5: 



47-69). 



1932: Plant physiology in relation to drought control (Soc. Zern. Khoz. 1-2: 10-12). 



, and M. G. Vassiliev 1936: Change in carbohydrate content of wheat plants during the process 



of hardening for drought resistance (Plant Physiol. 11: 115-125). 

 Veihmeyer, F. J. 1927: Some factors affecting the irrigation requirements of deciduous orchards 



(Hilgardia 2: 125-284). 



1938: Effect of organic matter on the infiltration of water into soils (Amer. Geophysical 



Union Trans. 19, Pt. 1: 326-342). 



, and N. E. Edlefsen 1936: Water in soils and its movement (Union Geodesique et Geoph. 



Internat. Assoc. Internat. d'Hydr. Sci. Bull. 22: 355-365). 

 , and — ■ — 1937: Interpretation of soil moisture problems by means of energy changes (Amer. 



Geophysical Union Trans. 18, Pt. 2: 302-308). 



