AUTHOR INDEX 1203 



Purevich, K.: Energy conversion by plants under natural conditions, 1003-1004. 

 Putter, A. : Energy conversion by plants over a whole season, 1005-1006. 



Rabideau, G. S., French, C. S., and Holt, A. S.: Absorption spectra of chloroplast dis- 

 persions, 654-655; of leaves and chloroplast suspension, 688-689, 691. See also 

 French, C. S. 



Rabinowitch, E.: Interpretation of spectra of bacteriochlorophyll, 617-618; of porphin, 

 621; of hexaphenyl porphin, 623; of chlorophyll and bacteriochlorophyll, 630-633; 

 absorption and reflection in plane-parallel vessels, 672-674; interaction of scatter- 

 ing and absorption, 711-712; interpretation of fluorescence spectra of chlorophyll 

 and bacteriochlorophyll, 750-752, 753-754; mechanisms of quenching, 755-758; 

 yields of photosynthesis and fluorescence, 820, 821-822, 823-824; three types of 

 saturation curves of photosynthesis, 866-872, 1012-1017; fluorescence-light 

 intensity curves of plants in strong light, 941 ; effect of reductants on fluorescence 

 in bacteria, 950-951; light curves of thin and dense suspension, 1007-1008. See 

 also Ehrmantraut, H. C. 



Rabinowitch, E., and Epstein, L. F.: Fluorescence quenching by dimer formation, 761- 

 762, 765. 



(with Jacobs, E. E.): Kinetic analysis of the CO2 factor in photosjTithesis, 916-939; 



calculation of carboxylation equilibrium constant, 935-936; analysis of light 

 curves for different kinetic models, 1017-1047; interpretation of light curves of 

 fluorescence, 1067-1078; extrapolation of maximum quantum yield, 1133-1135; 

 theoretical and experimental maximum quantum yield, 1137-1139. 



Raffy, A. See Dh6r6, C. 



Randall, H. M. See Loomis, W. 



Rao, M. S. See Dastur, R. H. 



Rehm, S. See Stacker, 0. 



Reinau, E.: CO2 fertilization, 902. 



Reinke, J.: Discovery of light saturation, 964. 



Reman, G. H. See Wassink, E. C. 



Richter, A. von: Action spectrum of photosynthesis has two peaks, 1144; phycobilins 

 inactive in photosynthesis?, 1184-1185. 



Riecke, F. F.: Quantum yield of photosynthesis — repetition of Warburg and Negelein's 

 experiments, 1090-1091; new measurements, on Scenedesmus and Chlorella, 1095; 

 quantum yield of CO2 reduction by anaerobically adapted Scenedesmus, 1 128. 



Riley, G. A.: Yield of photosjTithesis in sea, 1006. 



Roach, J. R. See Zscheile, F. P. 



Rommel, L. G. : Reaction kinetics and law of limiting factors, 863-864; phase boundary 

 air-cell wall as diffusion barrier, 916. 



Rudolph, H. : Absorption spectrum of protochlorophyll, 618-619. 



Ruttner, F.: Photosynthesis of aquatic plants at high pH, 890, 906; CO2 compensation 

 point lowered by bicarbonate, 899. 



Sachs, J.: Bubble counting as method of measuring photosynthesis, 846; cardinal 



points, 858; maximum photosynthesis in yellow-green light?, 1142. 

 Samant, K. M. See Dastur, R. J. 

 Sandoval, A. See Zechmeister, L. 



