176 MINERAL SALTS ABSORPTION IN PLANTS 



OvERSTREET, R. and Jacobson, L. (1946). The absorption by roots of rubidium 

 and phosphate ions at extremely small concentrations as revealed by 

 experiments with Rb** and P^^ prepared without inert carrier. Amer. 

 Journ. Bot. 33, 107-12. (113, Fig. 38a). 



OvERSTREET, R., Jacobson, L. and Handley, R. (1952). The effect of calcium 

 on the absorption of potassium by barley roots. Plant Physiol. 11, 583-90. 

 (60; 62, Fig. 20cd). 



Overton, E. (1895). Uber die osmotischen Eigenschaftender lebenden Pflanzen 

 und Tierzelle. Vjschr. Naturf. Ges., Zurich 40, 159-201. (10). 



Pantanelli, E. (1915). Dber lonenaufnahme. Jb. Wiss. Bot. 56, 6^9-173. (11). 

 Pfeffer, W. (1900). The mechanism of absorption and translocation. The 



Physiology of Plants. (Translated and edited by A. J. Ewart). Vol. 1. 



(Chap. 4, pp. 86-175.) Oxford University Press. (10). 

 Phillis, E. and Mason, T. G. (1940). The effect of ringing on the upward 



movement of solutes from the root. Ann. Bot. Lond. N.S. 4, 635-44. (67, 



122). 

 Priestley, J. H. (1920). Mechanism of root pressure. New Phytologist , 19, 



189-200. (15, Fig. 3b; 120). 

 PuLVER, R. and Verzar, F. (1940). Connexion between carbohydrate and 



potassium metabolism in the yeast cell. Nature, 145, 823-24. (63, 65, 75). 



Rees, W. J. (1949). The salt relations of plant tissues. IV. Some observations 

 on the effect of the preparation of storage tissue on its subsequent absorption 

 of manganese chloride. Ann. Bot. Lond. N.S. 13, 29-51. (16, Fig. 4). 



Reitemeier, R. F. and Richards, L. A. (1944). Reliability of the pressure 

 membrane method for extraction of soil solution. Soil Sci. 57, 119-35. 

 (137, Table 13b). 



Riches, J. P. R. (1948). An introduction to polarographic methods and their 

 application to the analysis of plant material. New Phytologist, 47, 1-16. 

 (24). 



Roberts, E. A., Southwick, M. D. and Palmiter, D. H. (1948). A micro- 

 chemical examination of Mcintosh apple leaves showing relationship of cell 

 wall constituents to penetration of spray solutions. Plant Physiol. 23, 557- 

 59. (131). 



Robertson, R. N. (1951). Mechanism of absorption and transport of inorganic 

 nutrients in plants. Ann. Rev. Plant Physiol. 1, 1-24. (100, 107). 



Robertson, R. N. and Turner, J. S. (1945). Studies in the metabolism of 

 plant cells. III. The effects of cyanide on the accumulation of potassium 

 chloride and on respiration: the nature of salt respiration. Aust. Journ. 

 Exp. Biol. 23, 63-73. (78, Fig. 28b). 



Robertson, R. N. and Wilkins, M. J. (1948). Studies in the metabolism of 

 plant cells. VII. The quantitative relation between salt accumulation and 

 salt respiration. Aust. Journ. Sci. Res. B.l, 17-37. (80; 81, Fig. 29). 



Robertson, R. N., Wilkins, M. J. and Hope, A. B. (1955). Plant mitochondria 

 and salt accumulation. Nature, 175, 640. (21). 



Robertson, R. N., Wilkins, M. J., Hope, A. B. and Nestel, L. (1955). Studies 

 in the metabolism of plant cells. X. Respiratory activity and ionic relations 

 of plant mitochondria. Aust. Journ. Biol. Sci. 8, 164-85. (21, 107). 



