Water in Plants — 217 — Bibliography 



, and 1931: The anatomy of Convolvulus arvensis, wild morning glory or field bindweed 



(Hilgardia 5; 591-622). 

 Kenny, I. J., and D. R. Porter 1941: Relative rind toughness among watermelon varieties (Proc 



Amer. Soc. Hort. Sci. 38: 537-540). 

 Kerr, T., and D. B. Anderson 1944: Osmotic quantities in growing cotton bolls (Plant Physiol 



19: 338-349). 

 Kessler, W., and W. Ruhland 1938: Weitere Untersuchungen uber die inneren Ursachen der 



Kalteresistenz (Planta 28: 159-204). 

 Keys, A. 1932: The mechanism of adaption to varying salinity in the common eel and the general 



problem of osmotic regulation in fishes (Proc. Roy. Soc. London B112: 184-199). 

 KiESSELBACH, T. A. 1916: Transpiration as a factor in crop production (Nebraska Agr. Exp Sta 



Res. Bull. 6: 1-214). 

 KiNCAiD, J. F., H. Eyring, and A. E. Stearn 1941: The theory of absolute reaction rates and its 



application to viscosity and diffusion in the liquid state (Chem. Rev. 28: 301-365). 

 KiRKwooD, J. G. 1936: Statistical mechanics of liquid solutions (Chem. Rev. 19: 275-307). 

 KiscH, R. 1937: Die Bedeutung der Wasserversorgung fiir den Ablauf der Meiosis (Tahrb. f. wiss 



Bot. 85: 450-484). 

 Kisser, J. 1927: Untersuchungen fiber den Einfluss der Nahrsalze auf die Wasserabgabe, Wasser- 



aufnahme, relative Spross- und Wurzelmasse und die Blattstruktur (Planta 3: 562-577). 

 KiTCHiNG, J. A. 1938: Contractile vacuoles (Biol. Rev. 13: 403-444). 

 Knight, R. C. 1922: Further observations on the transpiration, stomata, leaf water-content, and 



wilting of plants (Ann. Bot. 36: 361-383). 

 Knight, T. A. 1801: Account of some experiments on the ascent of sap in trees (Phil. Trans. Roy. 



Soc. London 91: Z^Z-Zli). 

 Kohl, F. G. 1886: Die Transpiration der Pflanzen und ihre Einwirkung auf die Ausbildung 



pflanzlicher Gewebe, 124 p. (H. Braunschweig, Brunn). 

 Kondo, I. N. 1931: The influence of external factors as well as of the stages of development on the 



resistance of plants to dehydration (Bull. Applied Bot. of Genetics and Plant Breeding, Trudy 



27: 129-156). 

 KoRSTiAN, C. F. 1924: Density of cell sap in relation to environmental conditions in the Wasatch 



mountains of Utah (Jour. Agr. Res. 28: 845-907). 

 KoTTE, H. 1915: Turgor und Membranquellung bei Meeresalgen (Wiss. Meeresunters , Abt Kiel 



N. F. Bd. 17: 115-167). 

 Kramer, P. J. 1933: The intake of water through dead root systems and its relation to the problem 



of absorption by transpiring plants (Amer. Jour. Bot. 20: 481-492). 



1939: The forces concerned in the intake of water by transpiring plants {Ihid. 26: 784-791). 



1944: Soil moisture in relation to plant growth (Bot. Rev. 10: 525-559). 



■ 1945: Absorption of water by plants (Bot. Rev. 11: 310-355). 



Krasnosselsky-Maximov, T. A. 1931: Physiological analysis of windburn by means of artificial 



dry wind (Bull. Applied Bot. of Genetics and Plant Breeding, Trudy 25: 3-44). 

 Krausche, K. K., and B. E. Gilbert 1937: Increase of transpiration rates of tomato leaves due 



to copper sprays (Plant Physiol. 12: 853-860). 

 Krogh, a. 1939: Osmotic regulation in aquatic animals, 242 p. (Cambridge Univ. Press). 



1946: The active and passive exchange of inorganic ions through the surfaces of living cells 



and through living membranes generally (Proc. Roy. Soc. London B133: 140-200). 



Kursanov, a. L. 1941: The physiological role of enzymes in plants (Collection of papers on plant 

 physiology in memory of K. A. Timiryazev, Acad. Sci. USSR, Inst. Plant Physiol, in the 

 name of K. A. Timiryazev 1941, 131-169). 



Kuster, E. 1928: Uber die Gewinnung nackter Protoplasten (Protoplasma 3: 223-233). 



1929: Beobachtungen an verwundeten Zellen (^Ibid. 7: 150-170). 



1935: Die Pflanzenzelle, 672 p. (Gustav Fischer, Jena). 



1940: Neue Objekte fur die Untersuchung der Vakuolenkontraktion (Ber. deut bot Ges 58- 



413-416). ■ ■ 



Latshaw, W. L., and E. C. Miller 1924: Elemental composition of the corn plant (Tour Aer Res 

 27: 845-859). vj • s ■ 



Leick, E. 1939: Bestimmung der Transpiration und Evaporation mit Rucksicht auf die Bedurfnisse 

 der Okologie (Handb. d. biolog. Arb. Meth. von E. Abderhalden, Abt. XI, Teil 4: 1573-1735). 



Leighly, J. 1937: A note on evaporation (Ecology 18: 180-198). 



Leitch, J. L. 1934: The water exchanges of living cells, II. Non solvent volume determinations 

 from swelling and analytical data (Jour. Cell. Comp. Physiol. 4: 457-473). 



Lepeschkin, W. W. 1936: The "Vitaids." A theory of the fundamental substances of living 

 matter (Biodynamica 1 [No. 19]: 1-6). 



1937: Zell-Nekrobiose und Protoplasma-Tod, 198 p. (Borntraeger, Berlin). 



1938: Kolloidchemie des Protoplasraas, 244 p. (Steinkopff, Dresden). 



Levitt, J. 1941: Frost killing and hardiness of plants, 211 p. (Burgess Publ. Co., Minneapolis, 

 Minn.). 



1946,: Osmotic pressure determinations with isolated protoplasmic proteins (Plant Physiol 



21: 562-572). 



• 1947: The thermodynamics of active (non-osmotic) water absorption {Ibid. 22: 514-525). 



, and G. W. Scarth 1936: Frost hardening studies with living cells (Canad. Jour Res C14- 



267-305). 



. . and R. D. Gibbs 1936: Water permeability of isolated protoplasts in relation to volume 



change (Protoplasma 26: 237-248). 



Lewis, F. J. 1945: Physical conditions of the surface of the mesophyll cell walls of the leaf (Na- 

 ture 156: 407-490). 



, and G. M. Tuttle 1920: Osmotic properties of some plant cells at low temperatures (Ann 



Bot. 34: 405-416). 

 Lewis, G. N. 1908: The osmotic pressure of concentrated solutions, and the laws of the perfect 



solution (Jour. Amer. Chem. Soc. 30: 668-683). 

 1916: The atom and the molecule (.Ibid. 38: 762-785). 



