Water in Plants — 219 — Bibliography 



Martin, E. V. 1943: Studies of evaporation and transpiration under controlled conditions (Carnegie 



Inst. Wash. Publ. No. 550: 1-48). 

 Martin, J. H. 1927: Comparative studies of winter hardiness in wheat (Tour. Agr. Res 35- 493- 



535). 



1930: The comparative drought resistance of sorghums and corn (Tour. Araer. Soc. Agron 



22: 993-1003). 



Maskell, E. J., and T. G. Mason 1929: Studies on the transport of nitrogenous substances in the 



cotton plant, I. Preliminary observations on the downward transport of nitrogen in the stem 



(Ann. Bot. 43: 205-231). 

 Mason, T. G., and E. J. Maskell 1928a: Studies on the transport of carbohydrates in the cotton 



plant, I. A study of diurnal variation in the carbohydrates of leaf, bark, and wood, and the 



effects of ringing (Ibid. 42: 189-253). 

 ' ^"'^ ^~r ^^28^): Studies on the transport of carbohydrates in the cotton plant, II. The factors 



determining the rate and the direction of movement of sugars (Ibid. 42: 571-636). 

 , and 1931: Further studies on transport in the cotton plant, I. Preliminary observations 



on the transport of phosphorus, potassium, and calcium (Ibid. 45: 125-173). 



, and E. Phillis 1937: Migration of sclutes (Bot. Rev. 3: 47-71). 



, and 1939: Experiments on the extraction of sap from the vacuole of the leaf of the 



cotton plant and their bearing on the osmotic theory of water absorption by the cell (Ann Bot 



3: 531-544). 

 Maximov, N. a. 1914: Experimentelle und kritische Untersuchungen iiber das Gefrieren und 



Erfrieren der Pflanzen (Jahrb. f. wiss. Bot. 53: 327-420). 



1929a: The plant in relation to water. Transl. by R. H. Yapp, 451 p. (Allen and Unwin, 



London). 



1929b: Internal factors of frost- and drought resistance of plants (Bull. Applied Bot. of 



Genetics and Plant Breeding, Trudy 22: 3-41). 



1931: Physiological significance of xeromorphic structure (Ibid. 25: 152-162). 



1941: The influence of drought on the physiological processes in plants, p. 299-309. Collec- 

 tion of papers on plant physiology in memory of K. A. Timirvazev (Acad. Sci. USSR, Inst. 

 Plant Physiol, in the name of K. A. Timiryazev, 1941). 



, and T. A. Krasnosselsky-Maximov 1924: Wilting of plants in its connection with drought 



resistance (Jour. Ecology 12: 95-110). 

 , and T. Lominadze 1916: Contributions a I'etude de la pression osmotique chez les plantes 



(Jour. Soc. Bot. de Russ. 1: 166-178). 

 , and L. V. Mozhaeva 1944: Age variations of colloid-chemical properties of protoplasm in 



vegetable cells (Acad, des Sci. URSS Compt. Rend. [Dok.] 42: 229-232. 277-280). 

 McDermott, J. J. 1945: The effect of the moisture content of the soil upon the rate of exudation 



(Amer. Jour. Bot. 32: 570-574). 

 McNab, W. R. 1871: Experiments on the transpiration of watery fluid by leaves (Trans. Bot Soc 



Edinburgh 11: 45-65). 

 Mendel, K. 1945: Orange leaf transpiration under orchard conditions (Palestine Jour. Bot. 



Rehovot Series 5: 59-85). 

 Mendiola, N. B. 1922: Effect of different rates of transpiration on the dry weight and ash con- 

 tent of the tobacco plant (Philippine Jour. Sci. 20: 639-655). 

 Mer, C. L. 1940: The factors determining the resistance to the movement of water in th" leaf 



(Ann. Bot. 4: 397-401). 

 Meyer, B. S. 1928: Seasonal variations in the physical and chemical properties of the leaves of the 



pitch pine, with especial reference to cold resistance (Amer. Jour. Bot. 15: 449-472). 



1929: Some critical comments on the methods employed in the expression of leaf saps (Plant 



Physiol. 4: 103-112). 



■ • 1931: Effects of mineral salts upon the transpiration and water requirement of the cotton 



plant (Amer. Jour. Bot. 18: 79-93). 

 ■ 1932: Further studies on cold resistance in evergreens, with special reference to the possible 



role of bound water (Bot. Gaz. 94: 297-321). 



1938: The water relations of plant cells (Bot. Rev. 4: 531-547). 



1945: A critical evaluation of the terminology of diffusion phenomena (Plant Physiol 20- 



142-164). 



, and D. B. Anderson 1939: Plant Physiology, 696 p. (D. Van Nostrand Co., New York). 



, and A. M. Wallace 1941: A comparison of two methods of determining the diffusion pressure 



deficit of potato tuber tissues (Amer. Jour. Bot. 28: 838-843). 

 MiGAHiD, A. M. 1945: Binding of water in xerophytes and its relation to osmotic pressure (Bull. 



Fac. Sci. Fouad I Univ. 25: 83-92). 

 Miller, E. C. 1938: Plant Physiology, 2d. ed., 1201 p. (McGraw-Hill, New York). 

 Miller, E. J., J. A. Neilson, and S. L. Bandemer 1937: Wax emulsions for sprayinsr nursery 



stock and other plant materials (Michigan Agr. Exp. Sta. Special Bull. 282: 5-39). 

 MiNCKLER, L. S. 1936: A new method of measuring transpiration (J. Forestry 34: 36-39). 

 Mitchell, J. W., and J. W. Brown 1946: Movement of 2, 4-dichlorophenoxyacetic acid stimulus 



and its relation to the translocation of organic food materials in plants (Bot. Gaz. 107: 393-407). 

 MoLiscH, H. 1912: Das Offen- und Geschlossensein der Spaltoeffnungen, veranschaulicht durch 



eine neue Methode (Infiltrationsmethode) (Zeitschr. f. Bot. 4: 106-122). 



1921: Uber den Einfluss der Transpiration auf das Verschwinden Starke in den Slattern 



(Ber. deut. bot. Ges. 39: 339-344). 



1928: The movement of sap in plants (Nature 122: 168-169). 



— — 1929: The movement of sap in plants (Science 69: 217-218). 



Mole, F. J. 1926: A study of suction force by the simplified method, I. Effect of external factors. 



II. Periodic variations and the influence of habitat (Amer. Jour. Bot. 13: 433-501). 

 Montemartini, L. 1943: II bilancio idrico delle piante (Soc. Anonima Editrice D. Alighieri, 



Genoa). 

 Montermoso, J. C, and A. R. Davis 1942. Preliminary investigation of the rhythmic fluctuations 



in transpiration under constant environmental conditions (Plant Physiol. 17: 473-480). 



