2002 



AUTHOR INDEX 



1241; assimilation number of Chlorella, 1262; chlorophyll and P™"" in Chlorella 

 1266, 1268-1290. See also Whittingham, C. P. 



and Arnold, W.: Temperature coefficient of photosynthesis in flashing light, 1241- 



1242; [Chi] and maximum flash yield, 1273-1275; photosynthetic unit,' 1281; 

 photosynthesis in flashing light, 1447; maximum flash yield, 1452-1454; maximum 

 flash yield as function of dark interval, 1454; maximum flash yield at different 

 temperatures, 1460-1461; influence of [CO.], 1461-1462; dependence on [Chi], 

 1463 1464; efi"ect of narcotics, 1463-1465. 



and Chalmers, R. V.: Matching (synchronizing) manometric vessels, 1328-1329; O, 



burst in matched vessels, 1329-1330; transients in gas exchange measured with 

 improved manometric technique, 1347-1348; quantum yield measurements, 1956. 



and Green, L. : Temperature curves of photosynthesis in Gigartina, etc., 1233-1234 



1237, 1238, 1240, 1241, 1243; induction in Gigartina, 1318. 



, Green, L., and Webb, J. L.: [Chi] and maximum flash yield, 1273-1274; flash 



yield as function of dark interval, 1454. 



and Lewis, C. M. : No temperature effect on quantum yield, 1234. 



Emerson, R. L., Staufi"er, J. F., and Umbreit, W. W.: Photosynthesis effect on phos- 

 phorus metabolism in Chlorella, 1703; phosphate energy storage as main photo- 

 process in photosynthesis, 1707. 

 Escombe, F. See Brown, H. T. 

 Euler, H. von: Nucleoproteids in chloroplasts, 1743. See also Bracco, M. 



, Bracco, M., and Miller, L.: Effect of streptomycin on chlorophyll formation, 1766 



Evans, R. W. See Yuan, E. L. 

 Evstigneev, V. B. See Krasnovsky, A. A. 



and Gavrilova, V. A. : Spectra of reduced chlorophylls ; ionized and neutral semi- 



quinones, 1503; influence of magnesium on photoreduction of chlorophyll and 

 phthalocyanine, 1504-1505; photogalvanic effect in systems containing ascorbic 

 acid and chlorophyll, 1521-1522; absorption spectra of photochemically reduced 

 chlorophylls, 1805. 

 , Gavrilova, V. A., and Krasnovsky, A. A.: No parallel between fluorescence 



quenching and photobleaching of chlorophyll, 1500-1501. 

 and Terenin, A. N.: Photovoltaic effect on chlorphyll-coated electrodes, 1521-1522. 

 Ewart, A. J.: Lower temperature limit of photosynthesis, 1218-1219; recovery of photo- 

 synthesis in chilled leaves, 1219 ; thermal adaptation, 1225. 

 Eyring, H. See Gilmour, H. S. A. ; Spikes, J. D. 



F 



Fabiyi, A. See Punnett, T. 



Eager, E. W.: C(14)02 fixation by chloroplasts, 1535-1536; relation to Hill's reaction, 

 1537. See also Brown, A. H. ; Gaff'ron, H. 

 , Rosenberg, J. L., and Gaff'ron, L.: Phosphoglyceric acid as early intermediate of 

 photosynthesis, 1651-1653. 



Filipovich, I. L See Sisakyan, N. M. 



Fleischer, W. E.: [Chi] variation and photosynthesis in Chlorella, 1270. 



Forster, L. S., and Livingston, R. : Quantum yield of chlorophyll fluorescence, 1828. 



Forster, T. : Fluorescence quenching, depolarization and energy transfer by resonance 

 (theory), 1284-1289; energ>^ transfer from chlorophyll b to chlorophyll a, 1300; 

 sensitized fluorescence of dyestuffs in solution, 1307-1308. 



Franck, J. : Photosynthesis by direct transfer of H to phosphoglyceric acid with the aid 

 of a doubly-excited triplet state of chlorophyll, ix; theory of temperature de- 

 pendence of photosynthesis, 1246, 1252; theory of COo gush, 1416; induction 



