Finlayson, S.A., Lee, I.-J., Mullet, J.E., and Morgan, P.W. The Mechanism of Rhythmic Ethylene Production in Sorghum. The Role of Phytochrome B and Simulated Shading.
Figures 3 and 9 are reversed. The figures are reprinted correctly below.
Figure 3.
Diurnal/circadian ACC oxidase activity from sorghum grown under a 12-h/12-h photoperiod, 31°C/22°C thermoperiod until 8 am of d 6, then in constant light at 27°C. The first sample was from 5-d-old plants (58M is phyB-1, 100M is PHYB); n = 4, means ± se. White and black bars indicate light/warm and dark/cool periods, respectively. FW, Fresh weight.
Figure 9.
Diurnal/circadian ACC oxidase activity from sorghum grown under a simulated high-shade 12-h/12-h photoperiod, 31°C/22°C thermoperiod until 8 am of d 6, then in constant light at 27°C. The first sample is from 5-d-old plants (58M is phyB-1, 100M is PHYB). n = 4, means ± se. Gray and back bars indicate shaded light/warm and dark/cool periods, respectively. FW, Fresh weight.