2000 AUTHOR INDEX 



synthesis intermediates, 1679-1680; post-photosynthetic concentiation changes, 

 1680-1682; mechanism of sucrose synthesis, 1686. 



Chalmers, R. V. See Emerson, R. 



Chance, B.: Changes in absorption spectrum of cells in Hght, ix. 



Chernyak, M. S. See Sisakyan, N. M. 



Chiba, Y.: CrystalHzed chlorophyll protein, 1752. See also Tamiya, H. 



Choucroun, Mile. See Perrin, J. 



Clayton, R.: Action of spirilloxanthin in phototax's, 1874. 



Clements, H. I.: Transpiration and leaf temperature, 121.3. 



Clendenning, K. A : Saturation rate of photosynthesis and Hill's reaction in Chlorella at 

 low temperatures, 1619; C(14)02 in CeHe-soluble fraction after photosynthesis, 

 1651. See also Gorham, P. R. ; Waygood, E. R. 



and Ehrmantraut, H.: No induction in Hill's reaction in Chlorella, 1375; induction 



losses in constant and flashing light, 1452; quinone reduction by Chlorella in fla.sh- 

 ing light, 1478; Hill's reaction in Chlorella, 1617-1624; Hill's reaction induction 

 and inhibition, 1621; Hill's reaction preillumination effect, 1622-1623; Hill's 

 reaction in blue-green algae, 1623. 



and Gorham, P. R. : Comparative study of photochemical efficiency of chloroplasts 



from 80 species, 1539-1541 ; effect of freezing on activity of chloroplasts, 1544- 

 1545; difference between crude and washed preparations, 1553; potentiometric 

 measurements of Hill's reaction, 1590-1591; maximum rate of Hill's reaction, 

 1595; effect of quinone concentration on Hill's reaction, 1596; maximum utilization 

 of oxidants, 1598-1599; pH effect on Hill's reaction, effect of [Chi] on Hill's 

 reaction, 1603; dark reactions of chloroplasts, 1607-1608; effect of azide on Hill's 

 reaction, 1610; effect of NH2OH on Hill's reaction, 1616; C(14) uptake in algal 

 photosynthesis in cell sap and chloroplasts, 1635. 



, Waygood, E. R., and Weinberger, P.: Carboxylases in chloropla.sts, 1745-1746. 



Clum, H. H. : Heat transfer more important than transpiration in leaves, 1213, 1214, 1216. 



Coleman, J. W., Holt, A. S., and Rabinowitch, E.: Reversible bleaching of chlorophyll 

 in vivo, ix, 1889. 



Cornfield, J. See Burk, D. 



Craig, F. N., and Trelease, S. F.: No time effect at 46°C. in Chlorella, 1222; temperature 

 coefficient of photo.synthesis, 1237, 1239. 



Cramer, M. See Myers, J. 



Crickard, R. G. See Brackett, F. S.; Olson, R. A. 



Crozier, W. J.: Temperature curves of reaction series, 1251. 



Curtis, D. F.: Infrared radiation and energy balance of leaves, 1213. 



D 



Dain, B. J. See Ashkinazi, M. S.; Kachan, A. A. 



Daly, J. M., and Brown, A. H. : Cytochrome oxidase in plant respiration, 1747. 



Dam, H.: Possible role of vitamin K in photosynthesis, 1921. 



Damaschke, K., Todt, F., Burk, D., and Warburg, O.: Electrochemical study of in- 

 duction, 1326. 



Daniels, F. See Yuan, E. L. 



Dastur, R. H., and Buhariwalla, N. A.: H2O and [Chi] in aging leaves, 1264. 



Davenport, H. E.: Methemoglobin as Hill oxidant, 1587. See also Hill, R. 



and Hill, R. : Possible role of cytochrome/in photosynthe.sis, 1586-1587; cytochrome 



/ redox potential, 1746. 



, Hill, R., and Whatley, F. R.: Methemoglol)in and "methemoglobin-reducing 



factor" in Hill's reaction, 1587-1588. 



