Claim · model-written summary
At 25 mg/L SA, shoot dry weight was 63.46% higher than CK.
Verbatim
e0“25 mg/L and 50 mg/L SA presoaking could inhibit the decrease of seed germination rate,germination potential,germination index,vigor index,plant fresh weight,shoot dry weight,root dry weight of hulless barley,which were 48.00% and 28.00%,55.00% and 25.00%,60.52% and 35.42%,105.56% and 45.20%,28.03% and 7.22%,63.46% and 21.15%,39.29% and 10.71% higher than CK,respectively”
Title
Tao Zhao He'nan nongye kexue 2012
Other claims from this paper (18)
- Intervention effect NaCl stress decreased seed germination.
- Intervention effect NaCl stress inhibited seedling growth.
- Intervention effect At 25 mg/L SA, germination rate was 48.00% higher than CK.
- Intervention effect At 50 mg/L SA, germination rate was 28.00% higher than CK.
- Intervention effect At 25 mg/L SA, germination potential was 55.00% higher than CK.
- Intervention effect At 50 mg/L SA, germination potential was 25.00% higher than CK.
- Intervention effect At 25 mg/L SA, germination index was 60.52% higher than CK.
- Intervention effect At 50 mg/L SA, germination index was 35.42% higher than CK.
- Intervention effect At 25 mg/L SA, vigor index was 105.56% higher than CK.
- Intervention effect At 50 mg/L SA, vigor index was 45.20% higher than CK.
- Intervention effect At 25 mg/L SA, plant fresh weight was 28.03% higher than CK.
- Intervention effect At 50 mg/L SA, plant fresh weight was 7.22% higher than CK.
- Intervention effect At 50 mg/L SA, shoot dry weight was 21.15% higher than CK.
- Intervention effect At 25 mg/L SA, root dry weight was 39.29% higher than CK.
- Intervention effect At 50 mg/L SA, root dry weight was 10.71% higher than CK.
- Intervention effect SA presoaking alleviated NaCl effects on plant height, root length and root numbers.
- Intervention effect Higher SA concentrations increased the inhibition of barley seed germination under NaCl stress.
- Recommendation The authors identify 25 mg/L SA as a suitable concentration for reducing NaCl injury to germination and enhancing germination activity.