Claim · model-written summary
I-II inoculation significantly reduced Bg 300 days to flowering to 75±0.11 compared with control plants at 79 ±0.16 in vitro.
Oryza sativaVerbatim
e0“Sri Lankan improved rice variety Bg 300 inoculated with I-I and I-II reported significant low number of days to flowering (DF) as 74 ±0 and 75±0.11 in contrast to that of control plants (79 ±0.16)”
e1“under in vitro condition”
Title
L. G. I. Chathurika; I. Mandic-Mulec; E. P. Greenberg; et al. Tropical Agricultural Research and Extension 2024. doi:10.4038/tare.v27i1.5699
Other claims from this paper (10)
- Intervention effect I-I inoculation significantly reduced Bg 300 days to flowering to 74 ±0 compared with control plants at 79 ±0.16 in vitro.
- Intervention effect I-I significantly increased Bg 300 rice root length to 10 ±0.4 cm compared with control plants at 7 ±0.2 cm in vitro.
- Intervention effect I-II significantly increased Bg 300 rice root length to 12±0.03 cm compared with control plants at 7 ±0.2 cm in vitro.
- Intervention effect Bacterial inoculation significantly lowered Bg 379/2 days to flowering to 112.5±0.86 compared with control plants at 118.5±1.22.
- Intervention effect Bacterial inoculation significantly lowered Bg 379/2 days to flowering to 114±0.28 compared with control plants at 118.5±1.22.
- Intervention effect I-I produced the highest number of grains per first panicle in Bg 300, 134±7.35, compared with control plants at 105.75±6.98.
- Intervention effect I-I produced the highest number of grains per first panicle in Bg 379/2, 157±11.2, compared with control plants at 132±2.94.
- Intervention effect Bacterial inoculation did not affect days to flowering or grains per first panicle in At 308 at WL2.
- Intervention effect I-I inoculation significantly increased grains per first panicle compared with control rice plants in the greenhouse at IL1b.
- Recommendation The tested bacteria have potential for biofertilizer development following subsequent field experiments.