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Citation: J. Reuveni et B. Bugbee, VERY HIGH CO2 REDUCES PHOTOSYNTHESIS, DARK RESPIRATION AND YIELD IN WHEAT, Annals of botany, 80(4), 1997, pp. 539-546

Authors: REUVENI J GALE J ZERONI M

Citation: J. Reuveni et al., DIFFERENTIATING DAY FROM NIGHT EFFECTS OF HIGH AMBIENT [CO2] ON THE GAS-EXCHANGE AND GROWTH OF XANTHIUM-STRUMARIUM L EXPOSED TO SALINITY STRESS, Annals of botany, 79(2), 1997, pp. 191-196

Authors: REUVENI J MAYER AM GALE J

Citation: J. Reuveni et al., HIGH AMBIENT CARBON-DIOXIDE DOES NOT AFFECT RESPIRATION BY SUPPRESSING THE ALTERNATIVE, CYANIDE-RESISTANT PATHWAY, Annals of botany, 76(3), 1995, pp. 291-295

Authors: REUVENI J GALE J MAYER AM

Citation: J. Reuveni et al., REDUCTION OF RESPIRATION BY HIGH AMBIENT CO2 AND THE RESULTING ERROR IN MEASUREMENTS OF RESPIRATION MADE WITH O2 ELECTRODES, Annals of botany, 72(2), 1993, pp. 129-131

Authors: SMERNOFF DT GALE J MACLER BA REUVENI J

Citation: Dt. Smernoff et al., INHIBITION OF PHOTOSYNTHESIS IN DUCKWEED BY ELEVATED CO2 CONCENTRATION IS RAPID AND IS NOT OFFSET BY A TEMPERATURE-INDUCED INCREASE IN METABOLIC-RATE, Photosynthetica, 28(1), 1993, pp. 17-28