Environmental and Experimental Botany 43 (2000) 181 – 183
Corrigendum
Corrrigendum to ‘‘Effect of NaCl salinity on photosynthesis
and dry matter accumulation in developing rice grains’’
[Environmental and Experimental Biology, 42(1999)
211 – 220]
N. Sultana
a, T. Ikeda
b,*, R. Itoh
baGraduate School of Science and Technology,Niigata Uni
6ersity,Niigata950-2181,Japan
bFaculty of Agriculture,Niigata Uni
6ersity,Niigata950-2181,Japan
www.elsevier.com/locate/envexpbot
The author regrets the errors which occurred in Table 1, Figures 3 and 4 of the above article. The
correct Table and Figures are reprinted with corrections in bold typeface.
Table 1
Effects of NaCl on photosynthetic rate (PN) (mmol CO2m−
2s−1), stomatal conductance (g
s) (mol m−
2s−1), transpiration rate (E)
(mol m−2s−1), internal CO
2partial pressure (Ci) (ppm), leaf water potential (cw) (MPa), osmotic potential (cs) (MPa), and relative
leaf water content (RWC) (%) in the leaves of rice at two stages of growtha
gs E Ci
25 24.290.8b 1.3090.08ab 8.890.46b 29397.6b –0.9990.05d –1.3690.02cd 6791.0
22.491.6b 6491.1
50 1.1090.09bc 8.190.64b 260910.3bc –1.2790.04c –1.6590.02c
100 17.891.9c 0.7690.03c 6.190.29c 24693.6c –1.5490.03b –2.2090.09b 6091.3 0.4490.01c 2.290.44d 23999.0c
200 6.591.0d –2.0090.09a –3.2090.20a 5890.9
Milking stage
–0.9990.05e
8.190.36a –1.2090.06d 6791.6a
0 21.091.4a 1.1690.15a 311913.4a
6.890.17b 25995.4b –1.3490.03d
0.5890.06b –1.6690.02cd 6491.1ab
18.292.0b 25
0.3990.03c 5.090.12c
50 13.590.6c 23898.9c –1.52 90.02c –1.9690.01c 6190.9ab
100 9.090.4d 0.2290.02d 3.390.18d 21294.0d –1.8590.03b –2.6690.12b 5591.2bc 0.0290.01e 1.390.17e 20391.8d
200 3.890.5e –2.3290.01a –3.7090.19a 5091.4c
aThe values are the mean 9SE of three plants. Different letters indicate significant differences among the treatments based on
the LSD test.
bNot significant atP50.01. .
PII of original article S 0 0 9 8 - 8 4 7 2 ( 9 9 ) 0 0 0 3 5 - 0.
* Corresponding author.
N.Sultana et al. 182
N.Sultana et al. 183
